WebSVN – pentevo – Blame – /fpga/current/sim_top/gate/top.vo

Rev	Author	Line No.	Line
278	lvd	1	// Copyright (C) 1991-2006 Altera Corporation
		2	// Your use of Altera Corporation's design tools, logic functions
		3	// and other software and tools, and its AMPP partner logic
		4	// functions, and any output files from any of the foregoing
		5	// (including device programming or simulation files), and any
		6	// associated documentation or information are expressly subject
		7	// to the terms and conditions of the Altera Program License
		8	// Subscription Agreement, Altera MegaCore Function License
		9	// Agreement, or other applicable license agreement, including,
		10	// without limitation, that your use is for the sole purpose of
		11	// programming logic devices manufactured by Altera and sold by
		12	// Altera or its authorized distributors. Please refer to the
		13	// applicable agreement for further details.
		14
		15	// VENDOR "Altera"
		16	// PROGRAM "Quartus II"
		17	// VERSION "Version 6.1 Build 201 11/27/2006 SJ Full Version"
		18
		19	// DATE "11/05/2010 20:17:05"
		20
		21	//
		22	// Device: Altera EP1K50QC208-3 Package PQFP208
		23	//
		24
		25	//
		26	// This Verilog file should be used for ModelSim (Verilog) only
		27	//
		28
		29	`timescale 1 ps/ 1 ps
		30
		31	module top (
		32	fclk,
		33	clkz_out,
		34	clkz_in,
		35	iorq_n,
		36	mreq_n,
		37	rd_n,
		38	wr_n,
		39	m1_n,
		40	rfsh_n,
		41	int_n,
		42	nmi_n,
		43	wait_n,
		44	res,
		45	d,
		46	a,
		47	csrom,
		48	romoe_n,
		49	romwe_n,
		50	rompg0_n,
		51	dos_n,
		52	rompg2,
		53	rompg3,
		54	rompg4,
		55	iorqge1,
		56	iorqge2,
		57	iorq1_n,
		58	iorq2_n,
		59	rd,
		60	ra,
		61	rwe_n,
		62	rucas_n,
		63	rlcas_n,
		64	rras0_n,
		65	rras1_n,
		66	vred,
		67	vgrn,
		68	vblu,
		69	vhsync,
		70	vvsync,
		71	vcsync,
		72	ay_clk,
		73	ay_bdir,
		74	ay_bc1,
		75	beep,
		76	ide_a,
		77	ide_d,
		78	ide_dir,
		79	ide_rdy,
		80	ide_cs0_n,
		81	ide_cs1_n,
		82	ide_rs_n,
		83	ide_rd_n,
		84	ide_wr_n,
		85	vg_clk,
		86	vg_cs_n,
		87	vg_res_n,
		88	vg_hrdy,
		89	vg_rclk,
		90	vg_rawr,
		91	vg_a,
		92	vg_wrd,
		93	vg_side,
		94	step,
		95	vg_sl,
		96	vg_sr,
		97	vg_tr43,
		98	rdat_b_n,
		99	vg_wf_de,
		100	vg_drq,
		101	vg_irq,
		102	vg_wd,
		103	sdcs_n,
		104	sddo,
		105	sdclk,
		106	sddi,
		107	spics_n,
		108	spick,
		109	spido,
		110	spidi,
		111	spiint_n);
		112	input fclk;
		113	output clkz_out;
		114	input clkz_in;
		115	input iorq_n;
		116	input mreq_n;
		117	input rd_n;
		118	input wr_n;
		119	input m1_n;
		120	input rfsh_n;
		121	output int_n;
		122	output nmi_n;
		123	output wait_n;
		124	output res;
		125	inout [7:0] d;
		126	input [15:0] a;
		127	output csrom;
		128	output romoe_n;
		129	output romwe_n;
		130	output rompg0_n;
		131	output dos_n;
		132	output rompg2;
		133	output rompg3;
		134	output rompg4;
		135	input iorqge1;
		136	input iorqge2;
		137	output iorq1_n;
		138	output iorq2_n;
		139	inout [15:0] rd;
		140	output [9:0] ra;
		141	output rwe_n;
		142	output rucas_n;
		143	output rlcas_n;
		144	output rras0_n;
		145	output rras1_n;
		146	output [1:0] vred;
		147	output [1:0] vgrn;
		148	output [1:0] vblu;
		149	output vhsync;
		150	output vvsync;
		151	output vcsync;
		152	output ay_clk;
		153	output ay_bdir;
		154	output ay_bc1;
		155	output beep;
		156	output [2:0] ide_a;
		157	inout [15:0] ide_d;
		158	output ide_dir;
		159	input ide_rdy;
		160	output ide_cs0_n;
		161	output ide_cs1_n;
		162	output ide_rs_n;
		163	output ide_rd_n;
		164	output ide_wr_n;
		165	output vg_clk;
		166	output vg_cs_n;
		167	output vg_res_n;
		168	output vg_hrdy;
		169	output vg_rclk;
		170	output vg_rawr;
		171	output [1:0] vg_a;
		172	output vg_wrd;
		173	output vg_side;
		174	input step;
		175	input vg_sl;
		176	input vg_sr;
		177	input vg_tr43;
		178	input rdat_b_n;
		179	input vg_wf_de;
		180	input vg_drq;
		181	input vg_irq;
		182	input vg_wd;
		183	output sdcs_n;
		184	output sddo;
		185	output sdclk;
		186	input sddi;
		187	input spics_n;
		188	input spick;
		189	input spido;
		190	output spidi;
		191	output spiint_n;
		192
		193	wire gnd = 1'b0;
		194	wire vcc = 1'b1;
		195
		196	tri1 devclrn;
		197	tri1 devpor;
		198	tri1 devoe;
		199	// synopsys translate_off
		200	initial $sdf_annotate("top_v.sdo");
		201	// synopsys translate_on
		202
		203	wire \zclock\|zclk_out ;
		204	wire \preryv\|int_n ;
		205	wire \myrst\|rst_out_n ;
		206	wire \instantiate_atm_pagers[1].atm_pager\|romnram ;
		207	wire \instantiate_atm_pagers[2].atm_pager\|romnram ;
		208	wire \instantiate_atm_pagers[0].atm_pager\|romnram ;
		209	wire \instantiate_atm_pagers[3].atm_pager\|romnram ;
		210	wire \z80mem\|Mux8~3 ;
		211	wire \z80mem\|romoe_n ;
		212	wire \zports\|romrw_en_reg ;
		213	wire \z80mem\|romwe_n~15 ;
		214	wire \z80mem\|Mux7~3 ;
		215	wire \z80mem\|Mux6~3 ;
		216	wire \z80mem\|Mux5~10 ;
		217	wire \z80mem\|Mux4~3 ;
		218	wire \z80mem\|Mux3~3 ;
		219	wire \zdos\|dos ;
		220	wire \zports\|always0~81 ;
		221	wire \zports\|porthit~584 ;
		222	wire \zxbus\|iorq1_n ;
		223	wire \zxbus\|iorq2_n ;
		224	wire \dram\|rwe_n~COMB ;
		225	wire \dram\|rucas_n~COMB ;
		226	wire \dram\|rlcas_n~COMB ;
		227	wire \dram\|rras0_n~COMB ;
		228	wire \dram\|rras1_n~COMB ;
		229	wire \vidia\|vred[0]~COMB ;
		230	wire \vidia\|vred[1]~COMB ;
		231	wire \vidia\|vgrn[0]~COMB ;
		232	wire \vidia\|vgrn[1]~COMB ;
		233	wire \vidia\|vblu[0]~COMB ;
		234	wire \vidia\|vblu[1]~COMB ;
		235	wire \vidia\|vhsync ;
		236	wire \vidia\|vvsync ;
		237	wire \vidia\|vcsync ;
		238	wire \zports\|ay_bdir ;
		239	wire \zports\|ay_bc1~38 ;
		240	wire \zports\|beep ;
		241	wire \zports\|ide_rd_n~64 ;
		242	wire \zports\|ide_cs0_n ;
		243	wire \zports\|ide_cs1_n ;
		244	wire \zports\|ide_wr_n~73 ;
		245	wire \zports\|vg_cs_n ;
		246	wire \vgshka\|vg_res_n ;
		247	wire \vgshka\|vg_hrdy ;
		248	wire \vgshka\|vg_rclk ;
		249	wire \vgshka\|vg_rawr ;
		250	wire \vgshka\|vg_wrd ;
		251	wire \vgshka\|vg_side ;
		252	wire \zports\|sdcs_n ;
		253	wire \zwait\|WideNor0 ;
		254	wire \zclock\|zneg ;
		255	wire \zclock\|zpos ;
		256	wire \slavespi\|genrst ;
		257	wire \zports\|atm_pen ;
		258	wire \instantiate_atm_pagers[2].atm_pager\|always0~47 ;
		259	wire \instantiate_atm_pagers[1].atm_pager\|always0~47 ;
		260	wire \WideOr0~82 ;
		261	wire \zports\|atm_cpm_n ;
		262	wire \z80mem\|cpu_rnw~38 ;
		263	wire \z80mem\|cpu_req ;
		264	wire \dramarb\|Equal2~38 ;
		265	wire \dramarb\|next_cycle[0]~256 ;
		266	wire \dram\|Selector1~73 ;
		267	wire \fecher\|go ;
		268	wire \dramarb\|next_cycle[1]~258 ;
		269	wire \vert_sync\|vpix ;
		270	wire \horiz_sync\|hpix ;
		271	wire \vert_sync\|vblank ;
		272	wire \horiz_sync\|hblank ;
		273	wire \fecher\|Mux10~30 ;
		274	wire \fecher\|zxcolor[3]~196 ;
		275	wire \fecher\|Mux15~30 ;
		276	wire \fecher\|zxcolor~199 ;
		277	wire \fecher\|zxcolor[1]~200 ;
		278	wire \fecher\|Mux14~30 ;
		279	wire \fecher\|zxcolor~202 ;
		280	wire \fecher\|zxcolor[2]~203 ;
		281	wire \fecher\|Mux16~30 ;
		282	wire \fecher\|zxcolor~205 ;
		283	wire \fecher\|zxcolor[0]~206 ;
		284	wire \vga_synch\|vga_hsync ;
		285	wire \horiz_sync\|hsync ;
		286	wire \vert_sync\|vsync ;
		287	wire \zports\|port_wr ;
		288	wire \zports\|vg_wrFF ;
		289	wire \zports\|sd_start ;
		290	wire \slavespi\|sel_waitreg~8 ;
		291	wire \zports\|wait_start_comport~22 ;
		292	wire \zports\|wait_start_gluclock~58 ;
		293	wire \dram\|cbeg ;
		294	wire \dramarb\|pre_cend ;
		295	wire \WideOr0~83 ;
		296	wire WideOr0;
		297	wire \zports\|atmF7_wr_fclk ;
		298	wire \instantiate_atm_pagers[0].atm_pager\|dos_7ffd[0]~81 ;
		299	wire \instantiate_atm_pagers[0].atm_pager\|dos_turn_off~58 ;
		300	wire \instantiate_atm_pagers[0].atm_pager\|dos_exec_stb~122 ;
		301	wire \zports\|pre_bc1~13 ;
		302	wire \instantiate_atm_pagers[3].atm_pager\|dos_exec_stb~67 ;
		303	wire \instantiate_atm_pagers[1].atm_pager\|ramnrom[0]~66 ;
		304	wire \instantiate_atm_pagers[1].atm_pager\|dos_exec_stb~67 ;
		305	wire \instantiate_atm_pagers[2].atm_pager\|ramnrom[0]~66 ;
		306	wire \instantiate_atm_pagers[2].atm_pager\|dos_exec_stb~67 ;
		307	wire \instantiate_atm_pagers[0].atm_pager\|dos_exec_stb~123 ;
		308	wire \vert_sync\|int_start ;
		309	wire \zports\|Selector7~1858 ;
		310	wire \zports\|Selector2~1452 ;
		311	wire \zports\|Selector1~1384 ;
		312	wire \zports\|Selector0~1454 ;
		313	wire \zports\|ideout[0]~64 ;
		314	wire \zports\|ideout[1]~65 ;
		315	wire \zports\|ideout[2]~66 ;
		316	wire \zports\|ideout[3]~67 ;
		317	wire \zports\|ideout[4]~68 ;
		318	wire \zports\|ideout[5]~69 ;
		319	wire \zports\|ideout[6]~70 ;
		320	wire \zports\|ideout[7]~71 ;
		321	wire \zports\|ideout[8]~72 ;
		322	wire \zports\|ideout[9]~73 ;
		323	wire \zports\|ideout[10]~74 ;
		324	wire \zports\|ideout[11]~75 ;
		325	wire \zports\|ideout[12]~76 ;
		326	wire \zports\|ideout[13]~77 ;
		327	wire \zports\|ideout[14]~78 ;
		328	wire \zports\|ideout[15]~79 ;
		329	wire \instantiate_atm_pagers[3].atm_pager\|dos_turn_off~39 ;
		330	wire \instantiate_atm_pagers[0].atm_pager\|dos_turn_off~59 ;
		331	wire \dramarb\|video_next ;
		332	wire \horiz_sync\|line_start ;
		333	wire \dramarb\|next_cycle[0]~259 ;
		334	wire \dramarb\|dram_addr[11]~2017 ;
		335	wire \dramarb\|dram_addr[12]~2018 ;
		336	wire \dramarb\|dram_addr[13]~2019 ;
		337	wire \z80mem\|Mux2~3 ;
		338	wire \dramarb\|dram_addr[9]~2026 ;
		339	wire \z80mem\|Mux1~3 ;
		340	wire \dramarb\|dram_addr[10]~2027 ;
		341	wire \z80mem\|Mux0~3 ;
		342	wire \dramarb\|cend ;
		343	wire \vga_synch\|scanout_start ;
		344	wire \horiz_sync\|hsync_start ;
		345	wire \dramarb\|video_strobe ;
		346	wire \horiz_sync\|hint_start ;
		347	wire \dramarb\|cpu_strobe ;
		348	wire \slavespi\|mus_ystb ;
		349	wire \slavespi\|mus_xstb ;
		350	wire \slavespi\|mus_btnstb~12 ;
		351	wire \dramarb\|dram_addr[7]~2032 ;
		352	wire \dramarb\|dram_addr[8]~2033 ;
		353	wire \zports\|Selector0~1469 ;
		354	wire \zports\|dataout~113 ;
		355	wire \zports\|Selector7~1898 ;
		356	wire \zports\|Selector7~1899 ;
		357	wire \zports\|Selector6~1408 ;
		358	wire \zports\|Selector6~1409 ;
		359	wire \zports\|Selector5~1408 ;
		360	wire \zports\|Selector5~1409 ;
		361	wire \zports\|Selector4~1408 ;
		362	wire \zports\|Selector4~1409 ;
		363	wire \zports\|Selector3~1408 ;
		364	wire \zports\|Selector3~1409 ;
		365	wire \zports\|Selector2~1468 ;
		366	wire \zports\|Selector1~1400 ;
		367	wire \zports\|Selector0~1470 ;
		368	wire \slavespi\|kj_stb~12 ;
		369	wire \slavespi\|kbd_stb~30 ;
		370	wire \zports\|wait_rnw ;
		371	wire \zports\|Selector6~1407 ;
		372	wire \zports\|Selector5~1407 ;
		373	wire \zports\|Selector4~1407 ;
		374	wire \zports\|Selector3~1407 ;
		375	wire \zports\|Selector2~1467 ;
		376	wire \zports\|Selector1~1399 ;
		377	wire \mreq_n~dataout ;
		378	wire \wr_n~dataout ;
		379	wire \iorqge1~dataout ;
		380	wire \clkz_in~dataout ;
		381	wire \rfsh_n~dataout ;
		382	wire \spics_n~dataout ;
		383	wire \spick~dataout ;
		384	wire \spido~dataout ;
		385	wire \step~dataout ;
		386	wire \vg_drq~dataout ;
		387	wire \vg_wd~dataout ;
		388	wire \vg_irq~dataout ;
		389	wire \rdat_b_n~dataout ;
		390	wire \vg_sr~dataout ;
		391	wire \vg_sl~dataout ;
		392	wire \vg_tr43~dataout ;
		393	wire \sddi~dataout ;
		394	wire \horiz_sync\|line_start~_wirecell ;
		395	wire \vert_sync\|int_start~_wirecell ;
		396	wire \zports\|sd_start~_wirecell ;
		397	wire \myrst\|rst_out_n~9 ;
		398	wire \zports\|ide_rd_n~66 ;
		399	wire \zwait\|WideNor0~1 ;
		400	wire \dram\|int_wrdata[0]~24 ;
		401	wire \dram\|int_wrdata[1]~25 ;
		402	wire \dram\|int_wrdata[2]~26 ;
		403	wire \dram\|int_wrdata[3]~27 ;
		404	wire \dram\|int_wrdata[4]~28 ;
		405	wire \dram\|int_wrdata[5]~29 ;
		406	wire \dram\|int_wrdata[6]~30 ;
		407	wire \dram\|int_wrdata[7]~31 ;
		408	wire \dram\|rwe_n ;
		409	wire \dram\|rucas_n ;
		410	wire \dram\|rlcas_n ;
		411	wire \dram\|rras0_n ;
		412	wire \dram\|rras1_n ;
		413	wire \d[0]~7 ;
		414	wire \d[1]~6 ;
		415	wire \d[2]~5 ;
		416	wire \d[3]~4 ;
		417	wire \d[4]~3 ;
		418	wire \d[5]~2 ;
		419	wire \d[6]~1 ;
		420	wire \d[7]~0 ;
		421	wire \rd[0]~15 ;
		422	wire \rd[1]~14 ;
		423	wire \rd[2]~13 ;
		424	wire \rd[3]~12 ;
		425	wire \rd[4]~11 ;
		426	wire \rd[5]~10 ;
		427	wire \rd[6]~9 ;
		428	wire \rd[7]~8 ;
		429	wire \rd[8]~7 ;
		430	wire \rd[9]~6 ;
		431	wire \rd[10]~5 ;
		432	wire \rd[11]~4 ;
		433	wire \rd[12]~3 ;
		434	wire \rd[13]~2 ;
		435	wire \rd[14]~1 ;
		436	wire \rd[15]~0 ;
		437	wire \ide_d[0]~15 ;
		438	wire \ide_d[1]~14 ;
		439	wire \ide_d[2]~13 ;
		440	wire \ide_d[3]~12 ;
		441	wire \ide_d[4]~11 ;
		442	wire \ide_d[5]~10 ;
		443	wire \ide_d[6]~9 ;
		444	wire \ide_d[7]~8 ;
		445	wire \ide_d[8]~7 ;
		446	wire \ide_d[9]~6 ;
		447	wire \ide_d[10]~5 ;
		448	wire \ide_d[11]~4 ;
		449	wire \ide_d[12]~3 ;
		450	wire \ide_d[13]~2 ;
		451	wire \ide_d[14]~1 ;
		452	wire \ide_d[15]~0 ;
		453	wire \fclk~dataout ;
		454	wire \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[0]~COUT ;
		455	wire \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[1]~COUT ;
		456	wire \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[2]~COUT ;
		457	wire \ide_a[0]~0 ;
		458	wire \ide_a[1]~1 ;
		459	wire \ide_a[2]~2 ;
		460	wire \ide_dir~0 ;
		461	wire \d~4437 ;
		462	wire \d~4436 ;
		463	wire \d~4438 ;
		464	wire \m1_n~dataout ;
		465	wire \iorq_n~dataout ;
		466	wire \m1_n~9 ;
		467	wire \iorqge2~dataout ;
		468	wire \rd_n~dataout ;
		469	wire \iorqge2~17 ;
		470	wire \d~25 ;
		471	wire \d~4440 ;
		472	wire \d~4439 ;
		473	wire \d~4441 ;
		474	wire \d~4443 ;
		475	wire \d~4442 ;
		476	wire \d~4444 ;
		477	wire \d~4446 ;
		478	wire \d~4445 ;
		479	wire \d~4447 ;
		480	wire \d~4449 ;
		481	wire \d~4448 ;
		482	wire \d~4450 ;
		483	wire \d~4452 ;
		484	wire \d~4451 ;
		485	wire \d~4453 ;
		486	wire \d~4455 ;
		487	wire \d~4454 ;
		488	wire \d~4456 ;
		489	wire \d~4458 ;
		490	wire \d~4457 ;
		491	wire \d~4459 ;
		492	wire [7:0] \zspi\|dout ;
		493	wire [7:0] \zspi\|shiftout ;
		494	wire [1:0] \vgshka\|drq_sync ;
		495	wire [1:0] \vgshka\|intrq_sync ;
		496	wire [1:0] \vgshka\|vg_a ;
		497	wire [1:0] \vgshka\|vgclk_div4 ;
		498	wire [6:0] \zwait\|waits ;
		499	wire [2:0] \zports\|border ;
		500	wire [2:0] \zports\|comport_addr ;
		501	wire [7:0] \zports\|gluclock_addr ;
		502	wire [7:0] \zports\|p7ffd_int ;
		503	wire [7:0] \zports\|peff7_int ;
		504	wire [2:0] \zports\|sd_stgl ;
		505	wire [7:0] \zports\|wait_write ;
		506	wire [39:0] \zkbdmus\|kbd ;
		507	wire [4:0] \zkbdmus\|kj_data ;
		508	wire [7:0] \zkbdmus\|musbtn ;
		509	wire [7:0] \zkbdmus\|musx ;
		510	wire [7:0] \zkbdmus\|musy ;
		511	wire [7:0] \slavespi\|cfg0_reg_out ;
		512	wire [39:0] \slavespi\|kbd_reg ;
		513	wire [7:0] \slavespi\|mouse_buf ;
		514	wire [7:0] \slavespi\|shift_out ;
		515	wire [2:0] \slavespi\|spics_n_sync ;
		516	wire [7:0] \slavespi\|wait_reg ;
		517	wire [1:0] \fecher\|dcnt ;
		518	wire [15:0] \dram\|int_wrdata ;
		519	wire [9:0] \dram\|ra ;
		520	wire [15:0] \dram\|rddata ;
		521	wire [7:0] \z80mem\|zd_out ;
		522	wire [7:0] \instantiate_atm_pagers[3].atm_pager\|page ;
		523	wire [2:0] \instantiate_atm_pagers[3].atm_pager\|stall_count ;
		524	wire [7:0] \instantiate_atm_pagers[2].atm_pager\|page ;
		525	wire [2:0] \instantiate_atm_pagers[2].atm_pager\|stall_count ;
		526	wire [7:0] \instantiate_atm_pagers[1].atm_pager\|page ;
		527	wire [2:0] \instantiate_atm_pagers[1].atm_pager\|stall_count ;
		528	wire [7:0] \instantiate_atm_pagers[0].atm_pager\|page ;
		529	wire [2:0] \instantiate_atm_pagers[0].atm_pager\|stall_count ;
		530	wire [15:0] \a~dataout ;
		531	wire [3:0] \fecher\|hcnt_rtl_11\|wysi_counter\|q ;
		532	wire [7:0] \fecher\|vcnt_rtl_10\|wysi_counter\|q ;
		533	wire [4:0] \zspi\|counter_rtl_1\|wysi_counter\|q ;
		534	wire [3:0] \ayclk_gen_rtl_0\|wysi_counter\|q ;
		535
		536
		537	resetter myrst(
		538	.rst_out_n(\myrst\|rst_out_n ),
		539	.rst_in_n(\slavespi\|genrst ),
		540	.clk(\fclk~dataout ),
		541	.rst_out_n1(\myrst\|rst_out_n~9 ),
		542	.devpor(devpor),
		543	.devclrn(devclrn),
		544	.devoe(devoe));
		545
		546	zclock zclock_1(
		547	.zclk_out(\zclock\|zclk_out ),
		548	.zneg(\zclock\|zneg ),
		549	.zpos(\zclock\|zpos ),
		550	.cbeg(\dram\|cbeg ),
		551	.pre_cend(\dramarb\|pre_cend ),
		552	.WideOr0(WideOr0),
		553	.peff7_int_4(\zports\|peff7_int [4]),
		554	.fclk(\fclk~dataout ),
		555	.rfsh_n(\rfsh_n~dataout ),
		556	.devpor(devpor),
		557	.devclrn(devclrn),
		558	.devoe(devoe));
		559
		560	zbus zxbus(
		561	.porthit(\zports\|porthit~584 ),
		562	.iorq1_n(\zxbus\|iorq1_n ),
		563	.iorq2_n(\zxbus\|iorq2_n ),
		564	.iorq_n(\iorq_n~dataout ),
		565	.iorqge1(\iorqge1~dataout ),
		566	.devpor(devpor),
		567	.devclrn(devclrn),
		568	.devoe(devoe));
		569
		570	atm_pager \instantiate_atm_pagers[0].atm_pager (
		571	.romnram(\instantiate_atm_pagers[0].atm_pager\|romnram ),
		572	.page_0(\instantiate_atm_pagers[0].atm_pager\|page [0]),
		573	.page_1(\instantiate_atm_pagers[0].atm_pager\|page [1]),
		574	.page_2(\instantiate_atm_pagers[0].atm_pager\|page [2]),
		575	.page_3(\instantiate_atm_pagers[0].atm_pager\|page [3]),
		576	.page_4(\instantiate_atm_pagers[0].atm_pager\|page [4]),
		577	.dos(\zdos\|dos ),
		578	.zneg(\zclock\|zneg ),
		579	.zpos(\zclock\|zpos ),
		580	.p7ffd_int_4(\zports\|p7ffd_int [4]),
		581	.atm_pen(\zports\|atm_pen ),
		582	.peff7_int_3(\zports\|peff7_int [3]),
		583	.p7ffd_int_0(\zports\|p7ffd_int [0]),
		584	.p7ffd_int_1(\zports\|p7ffd_int [1]),
		585	.p7ffd_int_2(\zports\|p7ffd_int [2]),
		586	.p7ffd_int_5(\zports\|p7ffd_int [5]),
		587	.peff7_int_2(\zports\|peff7_int [2]),
		588	.p7ffd_int_6(\zports\|p7ffd_int [6]),
		589	.stall_count_2(\instantiate_atm_pagers[0].atm_pager\|stall_count [2]),
		590	.atmF7_wr_fclk(\zports\|atmF7_wr_fclk ),
		591	.dos_7ffd_0(\instantiate_atm_pagers[0].atm_pager\|dos_7ffd[0]~81 ),
		592	.dos_turn_off(\instantiate_atm_pagers[0].atm_pager\|dos_turn_off~58 ),
		593	.dos_exec_stb(\instantiate_atm_pagers[0].atm_pager\|dos_exec_stb~122 ),
		594	.dos_exec_stb1(\instantiate_atm_pagers[0].atm_pager\|dos_exec_stb~123 ),
		595	.dos_turn_off1(\instantiate_atm_pagers[0].atm_pager\|dos_turn_off~59 ),
		596	.page_5(\instantiate_atm_pagers[0].atm_pager\|page [5]),
		597	.page_6(\instantiate_atm_pagers[0].atm_pager\|page [6]),
		598	.page_7(\instantiate_atm_pagers[0].atm_pager\|page [7]),
		599	.p7ffd_int_7(\zports\|p7ffd_int [7]),
		600	.a_14(\a~dataout [14]),
		601	.a_15(\a~dataout [15]),
		602	.mreq_n(\mreq_n~dataout ),
		603	.fclk(\fclk~dataout ),
		604	.m1_n(\m1_n~dataout ),
		605	.a_8(\a~dataout [8]),
		606	.a_11(\a~dataout [11]),
		607	.a_12(\a~dataout [12]),
		608	.a_13(\a~dataout [13]),
		609	.a_10(\a~dataout [10]),
		610	.a_9(\a~dataout [9]),
		611	.d_0(\d[0]~7 ),
		612	.d_1(\d[1]~6 ),
		613	.d_2(\d[2]~5 ),
		614	.d_3(\d[3]~4 ),
		615	.d_4(\d[4]~3 ),
		616	.d_5(\d[5]~2 ),
		617	.d_6(\d[6]~1 ),
		618	.d_7(\d[7]~0 ),
		619	.devpor(devpor),
		620	.devclrn(devclrn),
		621	.devoe(devoe));
		622
		623	atm_pager_1 \instantiate_atm_pagers[1].atm_pager (
		624	.romnram(\instantiate_atm_pagers[1].atm_pager\|romnram ),
		625	.page_0(\instantiate_atm_pagers[1].atm_pager\|page [0]),
		626	.page_1(\instantiate_atm_pagers[1].atm_pager\|page [1]),
		627	.page_2(\instantiate_atm_pagers[1].atm_pager\|page [2]),
		628	.page_3(\instantiate_atm_pagers[1].atm_pager\|page [3]),
		629	.page_4(\instantiate_atm_pagers[1].atm_pager\|page [4]),
		630	.dos(\zdos\|dos ),
		631	.p7ffd_int_4(\zports\|p7ffd_int [4]),
		632	.atm_pen(\zports\|atm_pen ),
		633	.p7ffd_int_0(\zports\|p7ffd_int [0]),
		634	.always0(\instantiate_atm_pagers[1].atm_pager\|always0~47 ),
		635	.p7ffd_int_1(\zports\|p7ffd_int [1]),
		636	.p7ffd_int_2(\zports\|p7ffd_int [2]),
		637	.p7ffd_int_5(\zports\|p7ffd_int [5]),
		638	.peff7_int_2(\zports\|peff7_int [2]),
		639	.p7ffd_int_6(\zports\|p7ffd_int [6]),
		640	.stall_count_2(\instantiate_atm_pagers[1].atm_pager\|stall_count [2]),
		641	.atmF7_wr_fclk(\zports\|atmF7_wr_fclk ),
		642	.dos_7ffd_0(\instantiate_atm_pagers[0].atm_pager\|dos_7ffd[0]~81 ),
		643	.dos_exec_stb(\instantiate_atm_pagers[0].atm_pager\|dos_exec_stb~122 ),
		644	.ramnrom_0(\instantiate_atm_pagers[1].atm_pager\|ramnrom[0]~66 ),
		645	.dos_exec_stb1(\instantiate_atm_pagers[1].atm_pager\|dos_exec_stb~67 ),
		646	.page_5(\instantiate_atm_pagers[1].atm_pager\|page [5]),
		647	.page_6(\instantiate_atm_pagers[1].atm_pager\|page [6]),
		648	.page_7(\instantiate_atm_pagers[1].atm_pager\|page [7]),
		649	.p7ffd_int_7(\zports\|p7ffd_int [7]),
		650	.a_14(\a~dataout [14]),
		651	.a_15(\a~dataout [15]),
		652	.fclk(\fclk~dataout ),
		653	.a_11(\a~dataout [11]),
		654	.d_0(\d[0]~7 ),
		655	.d_1(\d[1]~6 ),
		656	.d_2(\d[2]~5 ),
		657	.d_3(\d[3]~4 ),
		658	.d_4(\d[4]~3 ),
		659	.d_5(\d[5]~2 ),
		660	.d_6(\d[6]~1 ),
		661	.d_7(\d[7]~0 ),
		662	.devpor(devpor),
		663	.devclrn(devclrn),
		664	.devoe(devoe));
		665
		666	atm_pager_2 \instantiate_atm_pagers[2].atm_pager (
		667	.romnram(\instantiate_atm_pagers[2].atm_pager\|romnram ),
		668	.page_0(\instantiate_atm_pagers[2].atm_pager\|page [0]),
		669	.page_1(\instantiate_atm_pagers[2].atm_pager\|page [1]),
		670	.page_2(\instantiate_atm_pagers[2].atm_pager\|page [2]),
		671	.page_3(\instantiate_atm_pagers[2].atm_pager\|page [3]),
		672	.page_4(\instantiate_atm_pagers[2].atm_pager\|page [4]),
		673	.dos(\zdos\|dos ),
		674	.p7ffd_int_4(\zports\|p7ffd_int [4]),
		675	.atm_pen(\zports\|atm_pen ),
		676	.p7ffd_int_0(\zports\|p7ffd_int [0]),
		677	.always0(\instantiate_atm_pagers[2].atm_pager\|always0~47 ),
		678	.p7ffd_int_1(\zports\|p7ffd_int [1]),
		679	.p7ffd_int_2(\zports\|p7ffd_int [2]),
		680	.p7ffd_int_5(\zports\|p7ffd_int [5]),
		681	.peff7_int_2(\zports\|peff7_int [2]),
		682	.p7ffd_int_6(\zports\|p7ffd_int [6]),
		683	.stall_count_2(\instantiate_atm_pagers[2].atm_pager\|stall_count [2]),
		684	.atmF7_wr_fclk(\zports\|atmF7_wr_fclk ),
		685	.dos_7ffd_0(\instantiate_atm_pagers[0].atm_pager\|dos_7ffd[0]~81 ),
		686	.dos_exec_stb(\instantiate_atm_pagers[0].atm_pager\|dos_exec_stb~122 ),
		687	.ramnrom_0(\instantiate_atm_pagers[2].atm_pager\|ramnrom[0]~66 ),
		688	.dos_exec_stb1(\instantiate_atm_pagers[2].atm_pager\|dos_exec_stb~67 ),
		689	.page_5(\instantiate_atm_pagers[2].atm_pager\|page [5]),
		690	.page_6(\instantiate_atm_pagers[2].atm_pager\|page [6]),
		691	.page_7(\instantiate_atm_pagers[2].atm_pager\|page [7]),
		692	.p7ffd_int_7(\zports\|p7ffd_int [7]),
		693	.a_14(\a~dataout [14]),
		694	.a_15(\a~dataout [15]),
		695	.fclk(\fclk~dataout ),
		696	.a_11(\a~dataout [11]),
		697	.d_0(\d[0]~7 ),
		698	.d_1(\d[1]~6 ),
		699	.d_2(\d[2]~5 ),
		700	.d_3(\d[3]~4 ),
		701	.d_4(\d[4]~3 ),
		702	.d_5(\d[5]~2 ),
		703	.d_6(\d[6]~1 ),
		704	.d_7(\d[7]~0 ),
		705	.devpor(devpor),
		706	.devclrn(devclrn),
		707	.devoe(devoe));
		708
		709	atm_pager_3 \instantiate_atm_pagers[3].atm_pager (
		710	.romnram(\instantiate_atm_pagers[3].atm_pager\|romnram ),
		711	.page_0(\instantiate_atm_pagers[3].atm_pager\|page [0]),
		712	.page_1(\instantiate_atm_pagers[3].atm_pager\|page [1]),
		713	.page_2(\instantiate_atm_pagers[3].atm_pager\|page [2]),
		714	.page_3(\instantiate_atm_pagers[3].atm_pager\|page [3]),
		715	.page_4(\instantiate_atm_pagers[3].atm_pager\|page [4]),
		716	.dos(\zdos\|dos ),
		717	.p7ffd_int_4(\zports\|p7ffd_int [4]),
		718	.atm_pen(\zports\|atm_pen ),
		719	.p7ffd_int_0(\zports\|p7ffd_int [0]),
		720	.p7ffd_int_1(\zports\|p7ffd_int [1]),
		721	.p7ffd_int_2(\zports\|p7ffd_int [2]),
		722	.p7ffd_int_5(\zports\|p7ffd_int [5]),
		723	.peff7_int_2(\zports\|peff7_int [2]),
		724	.p7ffd_int_6(\zports\|p7ffd_int [6]),
		725	.stall_count_2(\instantiate_atm_pagers[3].atm_pager\|stall_count [2]),
		726	.atmF7_wr_fclk(\zports\|atmF7_wr_fclk ),
		727	.dos_7ffd_0(\instantiate_atm_pagers[0].atm_pager\|dos_7ffd[0]~81 ),
		728	.dos_exec_stb(\instantiate_atm_pagers[0].atm_pager\|dos_exec_stb~122 ),
		729	.pre_bc1(\zports\|pre_bc1~13 ),
		730	.dos_exec_stb1(\instantiate_atm_pagers[3].atm_pager\|dos_exec_stb~67 ),
		731	.dos_turn_off(\instantiate_atm_pagers[3].atm_pager\|dos_turn_off~39 ),
		732	.page_5(\instantiate_atm_pagers[3].atm_pager\|page [5]),
		733	.page_6(\instantiate_atm_pagers[3].atm_pager\|page [6]),
		734	.page_7(\instantiate_atm_pagers[3].atm_pager\|page [7]),
		735	.p7ffd_int_7(\zports\|p7ffd_int [7]),
		736	.a_14(\a~dataout [14]),
		737	.a_15(\a~dataout [15]),
		738	.fclk(\fclk~dataout ),
		739	.a_11(\a~dataout [11]),
		740	.d_0(\d[0]~7 ),
		741	.d_1(\d[1]~6 ),
		742	.d_2(\d[2]~5 ),
		743	.d_3(\d[3]~4 ),
		744	.d_4(\d[4]~3 ),
		745	.d_5(\d[5]~2 ),
		746	.d_6(\d[6]~1 ),
		747	.d_7(\d[7]~0 ),
		748	.devpor(devpor),
		749	.devclrn(devclrn),
		750	.devoe(devoe));
		751
		752	zdos zdos_1(
		753	.rst_out_n(\myrst\|rst_out_n ),
		754	.dos(\zdos\|dos ),
		755	.always0(\instantiate_atm_pagers[2].atm_pager\|always0~47 ),
		756	.always01(\instantiate_atm_pagers[1].atm_pager\|always0~47 ),
		757	.WideOr0(\WideOr0~82 ),
		758	.atm_cpm_n(\zports\|atm_cpm_n ),
		759	.dos_turn_off(\instantiate_atm_pagers[0].atm_pager\|dos_turn_off~58 ),
		760	.ramnrom_0(\instantiate_atm_pagers[1].atm_pager\|ramnrom[0]~66 ),
		761	.ramnrom_01(\instantiate_atm_pagers[2].atm_pager\|ramnrom[0]~66 ),
		762	.dos_turn_off1(\instantiate_atm_pagers[3].atm_pager\|dos_turn_off~39 ),
		763	.dos_turn_off2(\instantiate_atm_pagers[0].atm_pager\|dos_turn_off~59 ),
		764	.fclk(\fclk~dataout ),
		765	.devpor(devpor),
		766	.devclrn(devclrn),
		767	.devoe(devoe));
		768
		769	zmem z80mem(
		770	.romnram(\instantiate_atm_pagers[1].atm_pager\|romnram ),
		771	.romnram1(\instantiate_atm_pagers[2].atm_pager\|romnram ),
		772	.romnram2(\instantiate_atm_pagers[0].atm_pager\|romnram ),
		773	.romnram3(\instantiate_atm_pagers[3].atm_pager\|romnram ),
		774	.Mux8(\z80mem\|Mux8~3 ),
		775	.romoe_n(\z80mem\|romoe_n ),
		776	.romrw_en_reg(\zports\|romrw_en_reg ),
		777	.romwe_n(\z80mem\|romwe_n~15 ),
		778	.page_0(\instantiate_atm_pagers[2].atm_pager\|page [0]),
		779	.page_01(\instantiate_atm_pagers[1].atm_pager\|page [0]),
		780	.page_02(\instantiate_atm_pagers[0].atm_pager\|page [0]),
		781	.page_03(\instantiate_atm_pagers[3].atm_pager\|page [0]),
		782	.Mux7(\z80mem\|Mux7~3 ),
		783	.page_1(\instantiate_atm_pagers[1].atm_pager\|page [1]),
		784	.page_11(\instantiate_atm_pagers[2].atm_pager\|page [1]),
		785	.page_12(\instantiate_atm_pagers[0].atm_pager\|page [1]),
		786	.page_13(\instantiate_atm_pagers[3].atm_pager\|page [1]),
		787	.Mux6(\z80mem\|Mux6~3 ),
		788	.page_2(\instantiate_atm_pagers[2].atm_pager\|page [2]),
		789	.page_21(\instantiate_atm_pagers[1].atm_pager\|page [2]),
		790	.page_22(\instantiate_atm_pagers[0].atm_pager\|page [2]),
		791	.page_23(\instantiate_atm_pagers[3].atm_pager\|page [2]),
		792	.Mux5(\z80mem\|Mux5~10 ),
		793	.page_3(\instantiate_atm_pagers[1].atm_pager\|page [3]),
		794	.page_31(\instantiate_atm_pagers[2].atm_pager\|page [3]),
		795	.page_32(\instantiate_atm_pagers[0].atm_pager\|page [3]),
		796	.page_33(\instantiate_atm_pagers[3].atm_pager\|page [3]),
		797	.Mux4(\z80mem\|Mux4~3 ),
		798	.page_4(\instantiate_atm_pagers[2].atm_pager\|page [4]),
		799	.page_41(\instantiate_atm_pagers[1].atm_pager\|page [4]),
		800	.page_42(\instantiate_atm_pagers[0].atm_pager\|page [4]),
		801	.page_43(\instantiate_atm_pagers[3].atm_pager\|page [4]),
		802	.Mux3(\z80mem\|Mux3~3 ),
		803	.cpu_rnw(\z80mem\|cpu_rnw~38 ),
		804	.cpu_req(\z80mem\|cpu_req ),
		805	.page_5(\instantiate_atm_pagers[1].atm_pager\|page [5]),
		806	.page_51(\instantiate_atm_pagers[2].atm_pager\|page [5]),
		807	.page_52(\instantiate_atm_pagers[0].atm_pager\|page [5]),
		808	.page_53(\instantiate_atm_pagers[3].atm_pager\|page [5]),
		809	.Mux2(\z80mem\|Mux2~3 ),
		810	.page_6(\instantiate_atm_pagers[2].atm_pager\|page [6]),
		811	.page_61(\instantiate_atm_pagers[1].atm_pager\|page [6]),
		812	.page_62(\instantiate_atm_pagers[0].atm_pager\|page [6]),
		813	.page_63(\instantiate_atm_pagers[3].atm_pager\|page [6]),
		814	.Mux1(\z80mem\|Mux1~3 ),
		815	.page_7(\instantiate_atm_pagers[1].atm_pager\|page [7]),
		816	.page_71(\instantiate_atm_pagers[2].atm_pager\|page [7]),
		817	.page_72(\instantiate_atm_pagers[0].atm_pager\|page [7]),
		818	.page_73(\instantiate_atm_pagers[3].atm_pager\|page [7]),
		819	.Mux0(\z80mem\|Mux0~3 ),
		820	.cend(\dramarb\|cend ),
		821	.rddata_15(\dram\|rddata [15]),
		822	.rddata_6(\dram\|rddata [6]),
		823	.rddata_14(\dram\|rddata [14]),
		824	.rddata_7(\dram\|rddata [7]),
		825	.rddata_1(\dram\|rddata [1]),
		826	.rddata_12(\dram\|rddata [12]),
		827	.rddata_9(\dram\|rddata [9]),
		828	.rddata_4(\dram\|rddata [4]),
		829	.rddata_5(\dram\|rddata [5]),
		830	.rddata_13(\dram\|rddata [13]),
		831	.rddata_2(\dram\|rddata [2]),
		832	.rddata_10(\dram\|rddata [10]),
		833	.rddata_3(\dram\|rddata [3]),
		834	.rddata_11(\dram\|rddata [11]),
		835	.rddata_0(\dram\|rddata [0]),
		836	.rddata_8(\dram\|rddata [8]),
		837	.cpu_strobe(\dramarb\|cpu_strobe ),
		838	.zd_out_0(\z80mem\|zd_out [0]),
		839	.zd_out_1(\z80mem\|zd_out [1]),
		840	.zd_out_2(\z80mem\|zd_out [2]),
		841	.zd_out_3(\z80mem\|zd_out [3]),
		842	.zd_out_4(\z80mem\|zd_out [4]),
		843	.zd_out_5(\z80mem\|zd_out [5]),
		844	.zd_out_6(\z80mem\|zd_out [6]),
		845	.zd_out_7(\z80mem\|zd_out [7]),
		846	.a_14(\a~dataout [14]),
		847	.a_15(\a~dataout [15]),
		848	.rd_n(\rd_n~dataout ),
		849	.mreq_n(\mreq_n~dataout ),
		850	.wr_n(\wr_n~dataout ),
		851	.a_0(\a~dataout [0]),
		852	.fclk(\fclk~dataout ),
		853	.rfsh_n(\rfsh_n~dataout ),
		854	.devpor(devpor),
		855	.devclrn(devclrn),
		856	.devoe(devoe));
		857
		858	dram dram_1(
		859	.rst_out_n(\myrst\|rst_out_n ),
		860	.Mux6(\z80mem\|Mux6~3 ),
		861	.Mux5(\z80mem\|Mux5~10 ),
		862	.Mux4(\z80mem\|Mux4~3 ),
		863	.Mux3(\z80mem\|Mux3~3 ),
		864	.ra_0(\dram\|ra [0]),
		865	.ra_1(\dram\|ra [1]),
		866	.ra_2(\dram\|ra [2]),
		867	.ra_3(\dram\|ra [3]),
		868	.ra_4(\dram\|ra [4]),
		869	.ra_5(\dram\|ra [5]),
		870	.ra_6(\dram\|ra [6]),
		871	.ra_7(\dram\|ra [7]),
		872	.ra_8(\dram\|ra [8]),
		873	.ra_9(\dram\|ra [9]),
		874	.rwe_n(\dram\|rwe_n~COMB ),
		875	.rucas_n(\dram\|rucas_n~COMB ),
		876	.rlcas_n(\dram\|rlcas_n~COMB ),
		877	.rras0_n(\dram\|rras0_n~COMB ),
		878	.rras1_n(\dram\|rras1_n~COMB ),
		879	.cpu_rnw(\z80mem\|cpu_rnw~38 ),
		880	.cpu_req(\z80mem\|cpu_req ),
		881	.Equal2(\dramarb\|Equal2~38 ),
		882	.next_cycle_0(\dramarb\|next_cycle[0]~256 ),
		883	.Selector1(\dram\|Selector1~73 ),
		884	.next_cycle_1(\dramarb\|next_cycle[1]~258 ),
		885	.cbeg(\dram\|cbeg ),
		886	.q_1(\fecher\|hcnt_rtl_11\|wysi_counter\|q [1]),
		887	.q_2(\fecher\|hcnt_rtl_11\|wysi_counter\|q [2]),
		888	.q_3(\fecher\|hcnt_rtl_11\|wysi_counter\|q [3]),
		889	.q_31(\fecher\|vcnt_rtl_10\|wysi_counter\|q [3]),
		890	.p7ffd_int_3(\zports\|p7ffd_int [3]),
		891	.q_4(\fecher\|vcnt_rtl_10\|wysi_counter\|q [4]),
		892	.q_5(\fecher\|vcnt_rtl_10\|wysi_counter\|q [5]),
		893	.q_0(\fecher\|hcnt_rtl_11\|wysi_counter\|q [0]),
		894	.int_wrdata_0(\dram\|int_wrdata [0]),
		895	.int_wrdata_1(\dram\|int_wrdata [1]),
		896	.int_wrdata_2(\dram\|int_wrdata [2]),
		897	.int_wrdata_3(\dram\|int_wrdata [3]),
		898	.int_wrdata_4(\dram\|int_wrdata [4]),
		899	.int_wrdata_5(\dram\|int_wrdata [5]),
		900	.int_wrdata_6(\dram\|int_wrdata [6]),
		901	.int_wrdata_7(\dram\|int_wrdata [7]),
		902	.next_cycle_01(\dramarb\|next_cycle[0]~259 ),
		903	.dram_addr_11(\dramarb\|dram_addr[11]~2017 ),
		904	.dram_addr_12(\dramarb\|dram_addr[12]~2018 ),
		905	.dram_addr_13(\dramarb\|dram_addr[13]~2019 ),
		906	.Mux2(\z80mem\|Mux2~3 ),
		907	.dram_addr_9(\dramarb\|dram_addr[9]~2026 ),
		908	.Mux1(\z80mem\|Mux1~3 ),
		909	.dram_addr_10(\dramarb\|dram_addr[10]~2027 ),
		910	.Mux0(\z80mem\|Mux0~3 ),
		911	.rddata_15(\dram\|rddata [15]),
		912	.rddata_6(\dram\|rddata [6]),
		913	.rddata_14(\dram\|rddata [14]),
		914	.rddata_7(\dram\|rddata [7]),
		915	.rddata_1(\dram\|rddata [1]),
		916	.rddata_12(\dram\|rddata [12]),
		917	.rddata_9(\dram\|rddata [9]),
		918	.rddata_4(\dram\|rddata [4]),
		919	.rddata_5(\dram\|rddata [5]),
		920	.rddata_13(\dram\|rddata [13]),
		921	.rddata_2(\dram\|rddata [2]),
		922	.rddata_10(\dram\|rddata [10]),
		923	.rddata_3(\dram\|rddata [3]),
		924	.rddata_11(\dram\|rddata [11]),
		925	.rddata_0(\dram\|rddata [0]),
		926	.rddata_8(\dram\|rddata [8]),
		927	.dram_addr_7(\dramarb\|dram_addr[7]~2032 ),
		928	.dram_addr_8(\dramarb\|dram_addr[8]~2033 ),
		929	.a_3(\a~dataout [3]),
		930	.a_4(\a~dataout [4]),
		931	.a_0(\a~dataout [0]),
		932	.a_1(\a~dataout [1]),
		933	.a_2(\a~dataout [2]),
		934	.a_6(\a~dataout [6]),
		935	.a_5(\a~dataout [5]),
		936	.a_7(\a~dataout [7]),
		937	.clk(\fclk~dataout ),
		938	.a_8(\a~dataout [8]),
		939	.a_11(\a~dataout [11]),
		940	.a_12(\a~dataout [12]),
		941	.a_13(\a~dataout [13]),
		942	.a_10(\a~dataout [10]),
		943	.a_9(\a~dataout [9]),
		944	.rucas_n1(\dram\|rucas_n ),
		945	.rlcas_n1(\dram\|rlcas_n ),
		946	.rras0_n1(\dram\|rras0_n ),
		947	.rras1_n1(\dram\|rras1_n ),
		948	.d_0(\d[0]~7 ),
		949	.d_1(\d[1]~6 ),
		950	.d_2(\d[2]~5 ),
		951	.d_3(\d[3]~4 ),
		952	.d_4(\d[4]~3 ),
		953	.d_5(\d[5]~2 ),
		954	.d_6(\d[6]~1 ),
		955	.d_7(\d[7]~0 ),
		956	.rd_0(\rd[0]~15 ),
		957	.rd_1(\rd[1]~14 ),
		958	.rd_2(\rd[2]~13 ),
		959	.rd_3(\rd[3]~12 ),
		960	.rd_4(\rd[4]~11 ),
		961	.rd_5(\rd[5]~10 ),
		962	.rd_6(\rd[6]~9 ),
		963	.rd_7(\rd[7]~8 ),
		964	.rd_8(\rd[8]~7 ),
		965	.rd_9(\rd[9]~6 ),
		966	.rd_10(\rd[10]~5 ),
		967	.rd_11(\rd[11]~4 ),
		968	.rd_12(\rd[12]~3 ),
		969	.rd_13(\rd[13]~2 ),
		970	.rd_14(\rd[14]~1 ),
		971	.rd_15(\rd[15]~0 ),
		972	.int_wrdata_01(\dram\|int_wrdata[0]~24 ),
		973	.int_wrdata_11(\dram\|int_wrdata[1]~25 ),
		974	.int_wrdata_21(\dram\|int_wrdata[2]~26 ),
		975	.int_wrdata_31(\dram\|int_wrdata[3]~27 ),
		976	.int_wrdata_41(\dram\|int_wrdata[4]~28 ),
		977	.int_wrdata_51(\dram\|int_wrdata[5]~29 ),
		978	.int_wrdata_61(\dram\|int_wrdata[6]~30 ),
		979	.int_wrdata_71(\dram\|int_wrdata[7]~31 ),
		980	.devpor(devpor),
		981	.devclrn(devclrn),
		982	.devoe(devoe));
		983
		984	arbiter dramarb(
		985	.Mux7(\z80mem\|Mux7~3 ),
		986	.cpu_rnw(\z80mem\|cpu_rnw~38 ),
		987	.cpu_req(\z80mem\|cpu_req ),
		988	.Equal2(\dramarb\|Equal2~38 ),
		989	.next_cycle_0(\dramarb\|next_cycle[0]~256 ),
		990	.Selector1(\dram\|Selector1~73 ),
		991	.go(\fecher\|go ),
		992	.next_cycle_1(\dramarb\|next_cycle[1]~258 ),
		993	.peff7_int_0(\zports\|peff7_int [0]),
		994	.cbeg(\dram\|cbeg ),
		995	.pre_cend(\dramarb\|pre_cend ),
		996	.dcnt_0(\fecher\|dcnt [0]),
		997	.video_next(\dramarb\|video_next ),
		998	.dcnt_1(\fecher\|dcnt [1]),
		999	.next_cycle_01(\dramarb\|next_cycle[0]~259 ),
		1000	.q_7(\fecher\|vcnt_rtl_10\|wysi_counter\|q [7]),
		1001	.peff7_int_5(\zports\|peff7_int [5]),
		1002	.dram_addr_11(\dramarb\|dram_addr[11]~2017 ),
		1003	.dram_addr_12(\dramarb\|dram_addr[12]~2018 ),
		1004	.dram_addr_13(\dramarb\|dram_addr[13]~2019 ),
		1005	.q_2(\fecher\|vcnt_rtl_10\|wysi_counter\|q [2]),
		1006	.dram_addr_9(\dramarb\|dram_addr[9]~2026 ),
		1007	.q_6(\fecher\|vcnt_rtl_10\|wysi_counter\|q [6]),
		1008	.dram_addr_10(\dramarb\|dram_addr[10]~2027 ),
		1009	.cend(\dramarb\|cend ),
		1010	.video_strobe(\dramarb\|video_strobe ),
		1011	.cpu_strobe(\dramarb\|cpu_strobe ),
		1012	.q_1(\fecher\|vcnt_rtl_10\|wysi_counter\|q [1]),
		1013	.q_0(\fecher\|vcnt_rtl_10\|wysi_counter\|q [0]),
		1014	.dram_addr_7(\dramarb\|dram_addr[7]~2032 ),
		1015	.dram_addr_8(\dramarb\|dram_addr[8]~2033 ),
		1016	.clk(\fclk~dataout ),
		1017	.devpor(devpor),
		1018	.devclrn(devclrn),
		1019	.devoe(devoe));
		1020
		1021	synch horiz_sync(
		1022	.hpix(\horiz_sync\|hpix ),
		1023	.hblank(\horiz_sync\|hblank ),
		1024	.hsync(\horiz_sync\|hsync ),
		1025	.pre_cend(\dramarb\|pre_cend ),
		1026	.line_start(\horiz_sync\|line_start ),
		1027	.cend(\dramarb\|cend ),
		1028	.hsync_start(\horiz_sync\|hsync_start ),
		1029	.hint_start(\horiz_sync\|hint_start ),
		1030	.clk(\fclk~dataout ),
		1031	.line_start1(\horiz_sync\|line_start~_wirecell ),
		1032	.devpor(devpor),
		1033	.devclrn(devclrn),
		1034	.devoe(devoe));
		1035
		1036	syncv vert_sync(
		1037	.vpix(\vert_sync\|vpix ),
		1038	.vblank(\vert_sync\|vblank ),
		1039	.vsync(\vert_sync\|vsync ),
		1040	.int_start(\vert_sync\|int_start ),
		1041	.line_start(\horiz_sync\|line_start ),
		1042	.hsync_start(\horiz_sync\|hsync_start ),
		1043	.hint_start(\horiz_sync\|hint_start ),
		1044	.clk(\fclk~dataout ),
		1045	.int_start1(\vert_sync\|int_start~_wirecell ),
		1046	.devpor(devpor),
		1047	.devclrn(devclrn),
		1048	.devoe(devoe));
		1049
		1050	vga_synch vga_synch_1(
		1051	.vga_hsync(\vga_synch\|vga_hsync ),
		1052	.scanout_start(\vga_synch\|scanout_start ),
		1053	.hsync_start(\horiz_sync\|hsync_start ),
		1054	.clk(\fclk~dataout ),
		1055	.devpor(devpor),
		1056	.devclrn(devclrn),
		1057	.devoe(devoe));
		1058
		1059	fetch fecher(
		1060	.go(\fecher\|go ),
		1061	.vpix(\vert_sync\|vpix ),
		1062	.Mux10(\fecher\|Mux10~30 ),
		1063	.zxcolor_3(\fecher\|zxcolor[3]~196 ),
		1064	.peff7_int_0(\zports\|peff7_int [0]),
		1065	.Mux15(\fecher\|Mux15~30 ),
		1066	.zxcolor(\fecher\|zxcolor~199 ),
		1067	.zxcolor_1(\fecher\|zxcolor[1]~200 ),
		1068	.Mux14(\fecher\|Mux14~30 ),
		1069	.zxcolor1(\fecher\|zxcolor~202 ),
		1070	.zxcolor_2(\fecher\|zxcolor[2]~203 ),
		1071	.Mux16(\fecher\|Mux16~30 ),
		1072	.zxcolor2(\fecher\|zxcolor~205 ),
		1073	.zxcolor_0(\fecher\|zxcolor[0]~206 ),
		1074	.q_1(\fecher\|hcnt_rtl_11\|wysi_counter\|q [1]),
		1075	.q_2(\fecher\|hcnt_rtl_11\|wysi_counter\|q [2]),
		1076	.q_3(\fecher\|hcnt_rtl_11\|wysi_counter\|q [3]),
		1077	.q_31(\fecher\|vcnt_rtl_10\|wysi_counter\|q [3]),
		1078	.q_4(\fecher\|vcnt_rtl_10\|wysi_counter\|q [4]),
		1079	.q_5(\fecher\|vcnt_rtl_10\|wysi_counter\|q [5]),
		1080	.q_0(\fecher\|hcnt_rtl_11\|wysi_counter\|q [0]),
		1081	.int_start(\vert_sync\|int_start ),
		1082	.dcnt_0(\fecher\|dcnt [0]),
		1083	.video_next(\dramarb\|video_next ),
		1084	.dcnt_1(\fecher\|dcnt [1]),
		1085	.line_start(\horiz_sync\|line_start ),
		1086	.q_7(\fecher\|vcnt_rtl_10\|wysi_counter\|q [7]),
		1087	.q_21(\fecher\|vcnt_rtl_10\|wysi_counter\|q [2]),
		1088	.q_6(\fecher\|vcnt_rtl_10\|wysi_counter\|q [6]),
		1089	.cend(\dramarb\|cend ),
		1090	.rddata_15(\dram\|rddata [15]),
		1091	.video_strobe(\dramarb\|video_strobe ),
		1092	.rddata_6(\dram\|rddata [6]),
		1093	.rddata_14(\dram\|rddata [14]),
		1094	.rddata_7(\dram\|rddata [7]),
		1095	.rddata_1(\dram\|rddata [1]),
		1096	.rddata_12(\dram\|rddata [12]),
		1097	.rddata_9(\dram\|rddata [9]),
		1098	.rddata_4(\dram\|rddata [4]),
		1099	.rddata_5(\dram\|rddata [5]),
		1100	.rddata_13(\dram\|rddata [13]),
		1101	.rddata_2(\dram\|rddata [2]),
		1102	.rddata_10(\dram\|rddata [10]),
		1103	.rddata_3(\dram\|rddata [3]),
		1104	.rddata_11(\dram\|rddata [11]),
		1105	.rddata_0(\dram\|rddata [0]),
		1106	.rddata_8(\dram\|rddata [8]),
		1107	.q_11(\fecher\|vcnt_rtl_10\|wysi_counter\|q [1]),
		1108	.q_01(\fecher\|vcnt_rtl_10\|wysi_counter\|q [0]),
		1109	.clk(\fclk~dataout ),
		1110	.line_start1(\horiz_sync\|line_start~_wirecell ),
		1111	.int_start1(\vert_sync\|int_start~_wirecell ),
		1112	.devpor(devpor),
		1113	.devclrn(devclrn),
		1114	.devoe(devoe));
		1115
		1116	videoout vidia(
		1117	.vred_0(\vidia\|vred[0]~COMB ),
		1118	.vred_1(\vidia\|vred[1]~COMB ),
		1119	.vgrn_0(\vidia\|vgrn[0]~COMB ),
		1120	.vgrn_1(\vidia\|vgrn[1]~COMB ),
		1121	.vblu_0(\vidia\|vblu[0]~COMB ),
		1122	.vblu_1(\vidia\|vblu[1]~COMB ),
		1123	.vhsync(\vidia\|vhsync ),
		1124	.vvsync(\vidia\|vvsync ),
		1125	.vcsync(\vidia\|vcsync ),
		1126	.vpix(\vert_sync\|vpix ),
		1127	.hpix(\horiz_sync\|hpix ),
		1128	.vblank(\vert_sync\|vblank ),
		1129	.hblank(\horiz_sync\|hblank ),
		1130	.Mux10(\fecher\|Mux10~30 ),
		1131	.zxcolor_3(\fecher\|zxcolor[3]~196 ),
		1132	.peff7_int_0(\zports\|peff7_int [0]),
		1133	.Mux15(\fecher\|Mux15~30 ),
		1134	.zxcolor(\fecher\|zxcolor~199 ),
		1135	.cfg0_reg_out_0(\slavespi\|cfg0_reg_out [0]),
		1136	.zxcolor_1(\fecher\|zxcolor[1]~200 ),
		1137	.border_1(\zports\|border [1]),
		1138	.Mux14(\fecher\|Mux14~30 ),
		1139	.zxcolor1(\fecher\|zxcolor~202 ),
		1140	.border_2(\zports\|border [2]),
		1141	.zxcolor_2(\fecher\|zxcolor[2]~203 ),
		1142	.Mux16(\fecher\|Mux16~30 ),
		1143	.zxcolor2(\fecher\|zxcolor~205 ),
		1144	.border_0(\zports\|border [0]),
		1145	.zxcolor_0(\fecher\|zxcolor[0]~206 ),
		1146	.vga_hsync(\vga_synch\|vga_hsync ),
		1147	.hsync(\horiz_sync\|hsync ),
		1148	.vsync(\vert_sync\|vsync ),
		1149	.line_start(\horiz_sync\|line_start ),
		1150	.scanout_start(\vga_synch\|scanout_start ),
		1151	.hsync_start(\horiz_sync\|hsync_start ),
		1152	.fclk(\fclk~dataout ),
		1153	.devpor(devpor),
		1154	.devclrn(devclrn),
		1155	.devoe(devoe));
		1156
		1157	slavespi slavespi_1(
		1158	.shift_out_0(\slavespi\|shift_out [0]),
		1159	.waits_1(\zwait\|waits [1]),
		1160	.waits_0(\zwait\|waits [0]),
		1161	.cfg0_reg_out_1(\slavespi\|cfg0_reg_out [1]),
		1162	.spics_n_sync_1(\slavespi\|spics_n_sync [1]),
		1163	.spics_n_sync_2(\slavespi\|spics_n_sync [2]),
		1164	.genrst(\slavespi\|genrst ),
		1165	.cfg0_reg_out_0(\slavespi\|cfg0_reg_out [0]),
		1166	.wait_write_0(\zports\|wait_write [0]),
		1167	.gluclock_addr_0(\zports\|gluclock_addr [0]),
		1168	.comport_addr_0(\zports\|comport_addr [0]),
		1169	.sel_waitreg(\slavespi\|sel_waitreg~8 ),
		1170	.wait_write_1(\zports\|wait_write [1]),
		1171	.gluclock_addr_1(\zports\|gluclock_addr [1]),
		1172	.comport_addr_1(\zports\|comport_addr [1]),
		1173	.cfg0_reg_out_2(\slavespi\|cfg0_reg_out [2]),
		1174	.wait_write_2(\zports\|wait_write [2]),
		1175	.gluclock_addr_2(\zports\|gluclock_addr [2]),
		1176	.comport_addr_2(\zports\|comport_addr [2]),
		1177	.mouse_buf_5(\slavespi\|mouse_buf [5]),
		1178	.mus_ystb(\slavespi\|mus_ystb ),
		1179	.mus_xstb(\slavespi\|mus_xstb ),
		1180	.mus_btnstb(\slavespi\|mus_btnstb~12 ),
		1181	.mouse_buf_6(\slavespi\|mouse_buf [6]),
		1182	.mouse_buf_7(\slavespi\|mouse_buf [7]),
		1183	.wait_write_3(\zports\|wait_write [3]),
		1184	.gluclock_addr_3(\zports\|gluclock_addr [3]),
		1185	.wait_reg_0(\slavespi\|wait_reg [0]),
		1186	.wait_reg_1(\slavespi\|wait_reg [1]),
		1187	.wait_reg_2(\slavespi\|wait_reg [2]),
		1188	.wait_reg_3(\slavespi\|wait_reg [3]),
		1189	.wait_reg_4(\slavespi\|wait_reg [4]),
		1190	.wait_reg_5(\slavespi\|wait_reg [5]),
		1191	.wait_reg_6(\slavespi\|wait_reg [6]),
		1192	.wait_reg_7(\slavespi\|wait_reg [7]),
		1193	.wait_write_4(\zports\|wait_write [4]),
		1194	.gluclock_addr_4(\zports\|gluclock_addr [4]),
		1195	.mouse_buf_0(\slavespi\|mouse_buf [0]),
		1196	.kj_stb(\slavespi\|kj_stb~12 ),
		1197	.mouse_buf_1(\slavespi\|mouse_buf [1]),
		1198	.mouse_buf_2(\slavespi\|mouse_buf [2]),
		1199	.mouse_buf_3(\slavespi\|mouse_buf [3]),
		1200	.mouse_buf_4(\slavespi\|mouse_buf [4]),
		1201	.wait_write_5(\zports\|wait_write [5]),
		1202	.gluclock_addr_5(\zports\|gluclock_addr [5]),
		1203	.wait_write_6(\zports\|wait_write [6]),
		1204	.gluclock_addr_6(\zports\|gluclock_addr [6]),
		1205	.kbd_reg_34(\slavespi\|kbd_reg [34]),
		1206	.kbd_stb(\slavespi\|kbd_stb~30 ),
		1207	.kbd_reg_39(\slavespi\|kbd_reg [39]),
		1208	.kbd_reg_33(\slavespi\|kbd_reg [33]),
		1209	.kbd_reg_38(\slavespi\|kbd_reg [38]),
		1210	.kbd_reg_37(\slavespi\|kbd_reg [37]),
		1211	.kbd_reg_32(\slavespi\|kbd_reg [32]),
		1212	.kbd_reg_35(\slavespi\|kbd_reg [35]),
		1213	.kbd_reg_36(\slavespi\|kbd_reg [36]),
		1214	.kbd_reg_26(\slavespi\|kbd_reg [26]),
		1215	.kbd_reg_31(\slavespi\|kbd_reg [31]),
		1216	.kbd_reg_25(\slavespi\|kbd_reg [25]),
		1217	.kbd_reg_30(\slavespi\|kbd_reg [30]),
		1218	.kbd_reg_29(\slavespi\|kbd_reg [29]),
		1219	.kbd_reg_24(\slavespi\|kbd_reg [24]),
		1220	.kbd_reg_27(\slavespi\|kbd_reg [27]),
		1221	.kbd_reg_28(\slavespi\|kbd_reg [28]),
		1222	.kbd_reg_18(\slavespi\|kbd_reg [18]),
		1223	.kbd_reg_23(\slavespi\|kbd_reg [23]),
		1224	.kbd_reg_17(\slavespi\|kbd_reg [17]),
		1225	.kbd_reg_22(\slavespi\|kbd_reg [22]),
		1226	.kbd_reg_21(\slavespi\|kbd_reg [21]),
		1227	.kbd_reg_16(\slavespi\|kbd_reg [16]),
		1228	.kbd_reg_19(\slavespi\|kbd_reg [19]),
		1229	.kbd_reg_20(\slavespi\|kbd_reg [20]),
		1230	.kbd_reg_10(\slavespi\|kbd_reg [10]),
		1231	.kbd_reg_15(\slavespi\|kbd_reg [15]),
		1232	.kbd_reg_9(\slavespi\|kbd_reg [9]),
		1233	.kbd_reg_14(\slavespi\|kbd_reg [14]),
		1234	.kbd_reg_13(\slavespi\|kbd_reg [13]),
		1235	.kbd_reg_8(\slavespi\|kbd_reg [8]),
		1236	.kbd_reg_11(\slavespi\|kbd_reg [11]),
		1237	.kbd_reg_12(\slavespi\|kbd_reg [12]),
		1238	.kbd_reg_2(\slavespi\|kbd_reg [2]),
		1239	.kbd_reg_7(\slavespi\|kbd_reg [7]),
		1240	.kbd_reg_1(\slavespi\|kbd_reg [1]),
		1241	.kbd_reg_6(\slavespi\|kbd_reg [6]),
		1242	.kbd_reg_5(\slavespi\|kbd_reg [5]),
		1243	.kbd_reg_0(\slavespi\|kbd_reg [0]),
		1244	.kbd_reg_3(\slavespi\|kbd_reg [3]),
		1245	.kbd_reg_4(\slavespi\|kbd_reg [4]),
		1246	.wait_write_7(\zports\|wait_write [7]),
		1247	.gluclock_addr_7(\zports\|gluclock_addr [7]),
		1248	.wait_rnw(\zports\|wait_rnw ),
		1249	.fclk(\fclk~dataout ),
		1250	.spics_n(\spics_n~dataout ),
		1251	.spick(\spick~dataout ),
		1252	.spido(\spido~dataout ),
		1253	.devpor(devpor),
		1254	.devclrn(devclrn),
		1255	.devoe(devoe));
		1256
		1257	zkbdmus zkbdmus_1(
		1258	.musy_5(\zkbdmus\|musy [5]),
		1259	.musx_5(\zkbdmus\|musx [5]),
		1260	.musbtn_5(\zkbdmus\|musbtn [5]),
		1261	.musy_6(\zkbdmus\|musy [6]),
		1262	.musx_6(\zkbdmus\|musx [6]),
		1263	.musbtn_6(\zkbdmus\|musbtn [6]),
		1264	.musy_7(\zkbdmus\|musy [7]),
		1265	.musx_7(\zkbdmus\|musx [7]),
		1266	.musbtn_7(\zkbdmus\|musbtn [7]),
		1267	.mouse_buf_5(\slavespi\|mouse_buf [5]),
		1268	.mus_ystb(\slavespi\|mus_ystb ),
		1269	.mus_xstb(\slavespi\|mus_xstb ),
		1270	.mus_btnstb(\slavespi\|mus_btnstb~12 ),
		1271	.mouse_buf_6(\slavespi\|mouse_buf [6]),
		1272	.mouse_buf_7(\slavespi\|mouse_buf [7]),
		1273	.musy_0(\zkbdmus\|musy [0]),
		1274	.musx_0(\zkbdmus\|musx [0]),
		1275	.musbtn_0(\zkbdmus\|musbtn [0]),
		1276	.kj_data_0(\zkbdmus\|kj_data [0]),
		1277	.musy_1(\zkbdmus\|musy [1]),
		1278	.musx_1(\zkbdmus\|musx [1]),
		1279	.musbtn_1(\zkbdmus\|musbtn [1]),
		1280	.kj_data_1(\zkbdmus\|kj_data [1]),
		1281	.musy_2(\zkbdmus\|musy [2]),
		1282	.musx_2(\zkbdmus\|musx [2]),
		1283	.musbtn_2(\zkbdmus\|musbtn [2]),
		1284	.kj_data_2(\zkbdmus\|kj_data [2]),
		1285	.musy_3(\zkbdmus\|musy [3]),
		1286	.musx_3(\zkbdmus\|musx [3]),
		1287	.musbtn_3(\zkbdmus\|musbtn [3]),
		1288	.kj_data_3(\zkbdmus\|kj_data [3]),
		1289	.musy_4(\zkbdmus\|musy [4]),
		1290	.musx_4(\zkbdmus\|musx [4]),
		1291	.musbtn_4(\zkbdmus\|musbtn [4]),
		1292	.kj_data_4(\zkbdmus\|kj_data [4]),
		1293	.mouse_buf_0(\slavespi\|mouse_buf [0]),
		1294	.kj_stb(\slavespi\|kj_stb~12 ),
		1295	.mouse_buf_1(\slavespi\|mouse_buf [1]),
		1296	.mouse_buf_2(\slavespi\|mouse_buf [2]),
		1297	.mouse_buf_3(\slavespi\|mouse_buf [3]),
		1298	.mouse_buf_4(\slavespi\|mouse_buf [4]),
		1299	.kbd_34(\zkbdmus\|kbd [34]),
		1300	.kbd_39(\zkbdmus\|kbd [39]),
		1301	.kbd_33(\zkbdmus\|kbd [33]),
		1302	.kbd_38(\zkbdmus\|kbd [38]),
		1303	.kbd_37(\zkbdmus\|kbd [37]),
		1304	.kbd_32(\zkbdmus\|kbd [32]),
		1305	.kbd_35(\zkbdmus\|kbd [35]),
		1306	.kbd_36(\zkbdmus\|kbd [36]),
		1307	.kbd_26(\zkbdmus\|kbd [26]),
		1308	.kbd_31(\zkbdmus\|kbd [31]),
		1309	.kbd_25(\zkbdmus\|kbd [25]),
		1310	.kbd_30(\zkbdmus\|kbd [30]),
		1311	.kbd_29(\zkbdmus\|kbd [29]),
		1312	.kbd_24(\zkbdmus\|kbd [24]),
		1313	.kbd_27(\zkbdmus\|kbd [27]),
		1314	.kbd_28(\zkbdmus\|kbd [28]),
		1315	.kbd_18(\zkbdmus\|kbd [18]),
		1316	.kbd_23(\zkbdmus\|kbd [23]),
		1317	.kbd_17(\zkbdmus\|kbd [17]),
		1318	.kbd_22(\zkbdmus\|kbd [22]),
		1319	.kbd_21(\zkbdmus\|kbd [21]),
		1320	.kbd_16(\zkbdmus\|kbd [16]),
		1321	.kbd_19(\zkbdmus\|kbd [19]),
		1322	.kbd_20(\zkbdmus\|kbd [20]),
		1323	.kbd_10(\zkbdmus\|kbd [10]),
		1324	.kbd_15(\zkbdmus\|kbd [15]),
		1325	.kbd_9(\zkbdmus\|kbd [9]),
		1326	.kbd_14(\zkbdmus\|kbd [14]),
		1327	.kbd_13(\zkbdmus\|kbd [13]),
		1328	.kbd_8(\zkbdmus\|kbd [8]),
		1329	.kbd_11(\zkbdmus\|kbd [11]),
		1330	.kbd_12(\zkbdmus\|kbd [12]),
		1331	.kbd_2(\zkbdmus\|kbd [2]),
		1332	.kbd_7(\zkbdmus\|kbd [7]),
		1333	.kbd_1(\zkbdmus\|kbd [1]),
		1334	.kbd_6(\zkbdmus\|kbd [6]),
		1335	.kbd_5(\zkbdmus\|kbd [5]),
		1336	.kbd_0(\zkbdmus\|kbd [0]),
		1337	.kbd_3(\zkbdmus\|kbd [3]),
		1338	.kbd_4(\zkbdmus\|kbd [4]),
		1339	.kbd_reg_34(\slavespi\|kbd_reg [34]),
		1340	.kbd_stb(\slavespi\|kbd_stb~30 ),
		1341	.kbd_reg_39(\slavespi\|kbd_reg [39]),
		1342	.kbd_reg_33(\slavespi\|kbd_reg [33]),
		1343	.kbd_reg_38(\slavespi\|kbd_reg [38]),
		1344	.kbd_reg_37(\slavespi\|kbd_reg [37]),
		1345	.kbd_reg_32(\slavespi\|kbd_reg [32]),
		1346	.kbd_reg_35(\slavespi\|kbd_reg [35]),
		1347	.kbd_reg_36(\slavespi\|kbd_reg [36]),
		1348	.kbd_reg_26(\slavespi\|kbd_reg [26]),
		1349	.kbd_reg_31(\slavespi\|kbd_reg [31]),
		1350	.kbd_reg_25(\slavespi\|kbd_reg [25]),
		1351	.kbd_reg_30(\slavespi\|kbd_reg [30]),
		1352	.kbd_reg_29(\slavespi\|kbd_reg [29]),
		1353	.kbd_reg_24(\slavespi\|kbd_reg [24]),
		1354	.kbd_reg_27(\slavespi\|kbd_reg [27]),
		1355	.kbd_reg_28(\slavespi\|kbd_reg [28]),
		1356	.kbd_reg_18(\slavespi\|kbd_reg [18]),
		1357	.kbd_reg_23(\slavespi\|kbd_reg [23]),
		1358	.kbd_reg_17(\slavespi\|kbd_reg [17]),
		1359	.kbd_reg_22(\slavespi\|kbd_reg [22]),
		1360	.kbd_reg_21(\slavespi\|kbd_reg [21]),
		1361	.kbd_reg_16(\slavespi\|kbd_reg [16]),
		1362	.kbd_reg_19(\slavespi\|kbd_reg [19]),
		1363	.kbd_reg_20(\slavespi\|kbd_reg [20]),
		1364	.kbd_reg_10(\slavespi\|kbd_reg [10]),
		1365	.kbd_reg_15(\slavespi\|kbd_reg [15]),
		1366	.kbd_reg_9(\slavespi\|kbd_reg [9]),
		1367	.kbd_reg_14(\slavespi\|kbd_reg [14]),
		1368	.kbd_reg_13(\slavespi\|kbd_reg [13]),
		1369	.kbd_reg_8(\slavespi\|kbd_reg [8]),
		1370	.kbd_reg_11(\slavespi\|kbd_reg [11]),
		1371	.kbd_reg_12(\slavespi\|kbd_reg [12]),
		1372	.kbd_reg_2(\slavespi\|kbd_reg [2]),
		1373	.kbd_reg_7(\slavespi\|kbd_reg [7]),
		1374	.kbd_reg_1(\slavespi\|kbd_reg [1]),
		1375	.kbd_reg_6(\slavespi\|kbd_reg [6]),
		1376	.kbd_reg_5(\slavespi\|kbd_reg [5]),
		1377	.kbd_reg_0(\slavespi\|kbd_reg [0]),
		1378	.kbd_reg_3(\slavespi\|kbd_reg [3]),
		1379	.kbd_reg_4(\slavespi\|kbd_reg [4]),
		1380	.fclk(\fclk~dataout ),
		1381	.devpor(devpor),
		1382	.devclrn(devclrn),
		1383	.devoe(devoe));
		1384
		1385	zports zports_1(
		1386	.rst_n(\myrst\|rst_out_n ),
		1387	.romrw_en_reg(\zports\|romrw_en_reg ),
		1388	.dos(\zdos\|dos ),
		1389	.always0(\zports\|always0~81 ),
		1390	.porthit(\zports\|porthit~584 ),
		1391	.ay_bdir(\zports\|ay_bdir ),
		1392	.ay_bc1(\zports\|ay_bc1~38 ),
		1393	.beep(\zports\|beep ),
		1394	.ide_rd_n(\zports\|ide_rd_n~64 ),
		1395	.ide_cs0_n(\zports\|ide_cs0_n ),
		1396	.ide_cs1_n(\zports\|ide_cs1_n ),
		1397	.ide_wr_n(\zports\|ide_wr_n~73 ),
		1398	.vg_cs_n(\zports\|vg_cs_n ),
		1399	.sdcs_n(\zports\|sdcs_n ),
		1400	.zpos(\zclock\|zpos ),
		1401	.p7ffd_int_4(\zports\|p7ffd_int [4]),
		1402	.atm_pen(\zports\|atm_pen ),
		1403	.peff7_int_3(\zports\|peff7_int [3]),
		1404	.p7ffd_int_0(\zports\|p7ffd_int [0]),
		1405	.p7ffd_int_1(\zports\|p7ffd_int [1]),
		1406	.p7ffd_int_2(\zports\|p7ffd_int [2]),
		1407	.p7ffd_int_5(\zports\|p7ffd_int [5]),
		1408	.peff7_int_2(\zports\|peff7_int [2]),
		1409	.p7ffd_int_6(\zports\|p7ffd_int [6]),
		1410	.atm_cpm_n(\zports\|atm_cpm_n ),
		1411	.peff7_int_0(\zports\|peff7_int [0]),
		1412	.border_1(\zports\|border [1]),
		1413	.border_2(\zports\|border [2]),
		1414	.border_0(\zports\|border [0]),
		1415	.port_wr(\zports\|port_wr ),
		1416	.vg_wrFF(\zports\|vg_wrFF ),
		1417	.sd_stgl_2(\zports\|sd_stgl [2]),
		1418	.sd_stgl_1(\zports\|sd_stgl [1]),
		1419	.sd_start(\zports\|sd_start ),
		1420	.wait_write_0(\zports\|wait_write [0]),
		1421	.gluclock_addr_0(\zports\|gluclock_addr [0]),
		1422	.comport_addr_0(\zports\|comport_addr [0]),
		1423	.wait_start_comport(\zports\|wait_start_comport~22 ),
		1424	.wait_start_gluclock(\zports\|wait_start_gluclock~58 ),
		1425	.atmF7_wr_fclk(\zports\|atmF7_wr_fclk ),
		1426	.pre_bc1(\zports\|pre_bc1~13 ),
		1427	.p7ffd_int_3(\zports\|p7ffd_int [3]),
		1428	.wait_write_1(\zports\|wait_write [1]),
		1429	.gluclock_addr_1(\zports\|gluclock_addr [1]),
		1430	.comport_addr_1(\zports\|comport_addr [1]),
		1431	.Selector7(\zports\|Selector7~1858 ),
		1432	.musy_5(\zkbdmus\|musy [5]),
		1433	.musx_5(\zkbdmus\|musx [5]),
		1434	.musbtn_5(\zkbdmus\|musbtn [5]),
		1435	.Selector2(\zports\|Selector2~1452 ),
		1436	.drq_sync_1(\vgshka\|drq_sync [1]),
		1437	.cfg0_reg_out_2(\slavespi\|cfg0_reg_out [2]),
		1438	.musy_6(\zkbdmus\|musy [6]),
		1439	.musx_6(\zkbdmus\|musx [6]),
		1440	.musbtn_6(\zkbdmus\|musbtn [6]),
		1441	.Selector1(\zports\|Selector1~1384 ),
		1442	.intrq_sync_1(\vgshka\|intrq_sync [1]),
		1443	.musy_7(\zkbdmus\|musy [7]),
		1444	.musx_7(\zkbdmus\|musx [7]),
		1445	.musbtn_7(\zkbdmus\|musbtn [7]),
		1446	.Selector0(\zports\|Selector0~1454 ),
		1447	.ideout_0(\zports\|ideout[0]~64 ),
		1448	.ideout_1(\zports\|ideout[1]~65 ),
		1449	.ideout_2(\zports\|ideout[2]~66 ),
		1450	.ideout_3(\zports\|ideout[3]~67 ),
		1451	.ideout_4(\zports\|ideout[4]~68 ),
		1452	.ideout_5(\zports\|ideout[5]~69 ),
		1453	.ideout_6(\zports\|ideout[6]~70 ),
		1454	.ideout_7(\zports\|ideout[7]~71 ),
		1455	.ideout_8(\zports\|ideout[8]~72 ),
		1456	.ideout_9(\zports\|ideout[9]~73 ),
		1457	.ideout_10(\zports\|ideout[10]~74 ),
		1458	.ideout_11(\zports\|ideout[11]~75 ),
		1459	.ideout_12(\zports\|ideout[12]~76 ),
		1460	.ideout_13(\zports\|ideout[13]~77 ),
		1461	.ideout_14(\zports\|ideout[14]~78 ),
		1462	.ideout_15(\zports\|ideout[15]~79 ),
		1463	.peff7_int_4(\zports\|peff7_int [4]),
		1464	.peff7_int_5(\zports\|peff7_int [5]),
		1465	.wait_write_2(\zports\|wait_write [2]),
		1466	.gluclock_addr_2(\zports\|gluclock_addr [2]),
		1467	.comport_addr_2(\zports\|comport_addr [2]),
		1468	.p7ffd_int_7(\zports\|p7ffd_int [7]),
		1469	.wait_write_3(\zports\|wait_write [3]),
		1470	.gluclock_addr_3(\zports\|gluclock_addr [3]),
		1471	.wait_reg_0(\slavespi\|wait_reg [0]),
		1472	.Selector01(\zports\|Selector0~1469 ),
		1473	.dataout(\zports\|dataout~113 ),
		1474	.dout_0(\zspi\|dout [0]),
		1475	.Selector71(\zports\|Selector7~1898 ),
		1476	.musy_0(\zkbdmus\|musy [0]),
		1477	.musx_0(\zkbdmus\|musx [0]),
		1478	.musbtn_0(\zkbdmus\|musbtn [0]),
		1479	.kj_data_0(\zkbdmus\|kj_data [0]),
		1480	.Selector72(\zports\|Selector7~1899 ),
		1481	.wait_reg_1(\slavespi\|wait_reg [1]),
		1482	.dout_1(\zspi\|dout [1]),
		1483	.Selector6(\zports\|Selector6~1408 ),
		1484	.musy_1(\zkbdmus\|musy [1]),
		1485	.musx_1(\zkbdmus\|musx [1]),
		1486	.musbtn_1(\zkbdmus\|musbtn [1]),
		1487	.kj_data_1(\zkbdmus\|kj_data [1]),
		1488	.Selector61(\zports\|Selector6~1409 ),
		1489	.wait_reg_2(\slavespi\|wait_reg [2]),
		1490	.dout_2(\zspi\|dout [2]),
		1491	.Selector5(\zports\|Selector5~1408 ),
		1492	.musy_2(\zkbdmus\|musy [2]),
		1493	.musx_2(\zkbdmus\|musx [2]),
		1494	.musbtn_2(\zkbdmus\|musbtn [2]),
		1495	.kj_data_2(\zkbdmus\|kj_data [2]),
		1496	.Selector51(\zports\|Selector5~1409 ),
		1497	.wait_reg_3(\slavespi\|wait_reg [3]),
		1498	.dout_3(\zspi\|dout [3]),
		1499	.Selector4(\zports\|Selector4~1408 ),
		1500	.musy_3(\zkbdmus\|musy [3]),
		1501	.musx_3(\zkbdmus\|musx [3]),
		1502	.musbtn_3(\zkbdmus\|musbtn [3]),
		1503	.kj_data_3(\zkbdmus\|kj_data [3]),
		1504	.Selector41(\zports\|Selector4~1409 ),
		1505	.wait_reg_4(\slavespi\|wait_reg [4]),
		1506	.dout_4(\zspi\|dout [4]),
		1507	.Selector3(\zports\|Selector3~1408 ),
		1508	.musy_4(\zkbdmus\|musy [4]),
		1509	.musx_4(\zkbdmus\|musx [4]),
		1510	.musbtn_4(\zkbdmus\|musbtn [4]),
		1511	.kj_data_4(\zkbdmus\|kj_data [4]),
		1512	.Selector31(\zports\|Selector3~1409 ),
		1513	.wait_reg_5(\slavespi\|wait_reg [5]),
		1514	.dout_5(\zspi\|dout [5]),
		1515	.Selector21(\zports\|Selector2~1468 ),
		1516	.wait_reg_6(\slavespi\|wait_reg [6]),
		1517	.dout_6(\zspi\|dout [6]),
		1518	.Selector11(\zports\|Selector1~1400 ),
		1519	.wait_reg_7(\slavespi\|wait_reg [7]),
		1520	.dout_7(\zspi\|dout [7]),
		1521	.Selector02(\zports\|Selector0~1470 ),
		1522	.wait_write_4(\zports\|wait_write [4]),
		1523	.gluclock_addr_4(\zports\|gluclock_addr [4]),
		1524	.wait_write_5(\zports\|wait_write [5]),
		1525	.gluclock_addr_5(\zports\|gluclock_addr [5]),
		1526	.kbd_34(\zkbdmus\|kbd [34]),
		1527	.kbd_39(\zkbdmus\|kbd [39]),
		1528	.kbd_33(\zkbdmus\|kbd [33]),
		1529	.kbd_38(\zkbdmus\|kbd [38]),
		1530	.kbd_37(\zkbdmus\|kbd [37]),
		1531	.kbd_32(\zkbdmus\|kbd [32]),
		1532	.kbd_35(\zkbdmus\|kbd [35]),
		1533	.kbd_36(\zkbdmus\|kbd [36]),
		1534	.kbd_26(\zkbdmus\|kbd [26]),
		1535	.kbd_31(\zkbdmus\|kbd [31]),
		1536	.kbd_25(\zkbdmus\|kbd [25]),
		1537	.kbd_30(\zkbdmus\|kbd [30]),
		1538	.kbd_29(\zkbdmus\|kbd [29]),
		1539	.kbd_24(\zkbdmus\|kbd [24]),
		1540	.kbd_27(\zkbdmus\|kbd [27]),
		1541	.kbd_28(\zkbdmus\|kbd [28]),
		1542	.kbd_18(\zkbdmus\|kbd [18]),
		1543	.kbd_23(\zkbdmus\|kbd [23]),
		1544	.kbd_17(\zkbdmus\|kbd [17]),
		1545	.kbd_22(\zkbdmus\|kbd [22]),
		1546	.kbd_21(\zkbdmus\|kbd [21]),
		1547	.kbd_16(\zkbdmus\|kbd [16]),
		1548	.kbd_19(\zkbdmus\|kbd [19]),
		1549	.kbd_20(\zkbdmus\|kbd [20]),
		1550	.kbd_10(\zkbdmus\|kbd [10]),
		1551	.kbd_15(\zkbdmus\|kbd [15]),
		1552	.kbd_9(\zkbdmus\|kbd [9]),
		1553	.kbd_14(\zkbdmus\|kbd [14]),
		1554	.kbd_13(\zkbdmus\|kbd [13]),
		1555	.kbd_8(\zkbdmus\|kbd [8]),
		1556	.kbd_11(\zkbdmus\|kbd [11]),
		1557	.kbd_12(\zkbdmus\|kbd [12]),
		1558	.kbd_2(\zkbdmus\|kbd [2]),
		1559	.kbd_7(\zkbdmus\|kbd [7]),
		1560	.kbd_1(\zkbdmus\|kbd [1]),
		1561	.kbd_6(\zkbdmus\|kbd [6]),
		1562	.kbd_5(\zkbdmus\|kbd [5]),
		1563	.kbd_0(\zkbdmus\|kbd [0]),
		1564	.kbd_3(\zkbdmus\|kbd [3]),
		1565	.kbd_4(\zkbdmus\|kbd [4]),
		1566	.wait_write_6(\zports\|wait_write [6]),
		1567	.gluclock_addr_6(\zports\|gluclock_addr [6]),
		1568	.wait_write_7(\zports\|wait_write [7]),
		1569	.gluclock_addr_7(\zports\|gluclock_addr [7]),
		1570	.wait_rnw(\zports\|wait_rnw ),
		1571	.Selector62(\zports\|Selector6~1407 ),
		1572	.Selector52(\zports\|Selector5~1407 ),
		1573	.Selector42(\zports\|Selector4~1407 ),
		1574	.Selector32(\zports\|Selector3~1407 ),
		1575	.Selector22(\zports\|Selector2~1467 ),
		1576	.Selector12(\zports\|Selector1~1399 ),
		1577	.a_14(\a~dataout [14]),
		1578	.a_15(\a~dataout [15]),
		1579	.rd_n(\rd_n~dataout ),
		1580	.wr_n(\wr_n~dataout ),
		1581	.iorq_n(\iorq_n~dataout ),
		1582	.a_3(\a~dataout [3]),
		1583	.a_4(\a~dataout [4]),
		1584	.a_0(\a~dataout [0]),
		1585	.a_1(\a~dataout [1]),
		1586	.a_2(\a~dataout [2]),
		1587	.a_6(\a~dataout [6]),
		1588	.a_5(\a~dataout [5]),
		1589	.a_7(\a~dataout [7]),
		1590	.fclk(\fclk~dataout ),
		1591	.zclk(\clkz_in~dataout ),
		1592	.a_8(\a~dataout [8]),
		1593	.a_11(\a~dataout [11]),
		1594	.a_12(\a~dataout [12]),
		1595	.a_13(\a~dataout [13]),
		1596	.a_10(\a~dataout [10]),
		1597	.a_9(\a~dataout [9]),
		1598	.d_0(\d[0]~7 ),
		1599	.d_1(\d[1]~6 ),
		1600	.d_2(\d[2]~5 ),
		1601	.d_3(\d[3]~4 ),
		1602	.d_4(\d[4]~3 ),
		1603	.d_5(\d[5]~2 ),
		1604	.d_6(\d[6]~1 ),
		1605	.d_7(\d[7]~0 ),
		1606	.ide_d_0(\ide_d[0]~15 ),
		1607	.ide_d_1(\ide_d[1]~14 ),
		1608	.ide_d_2(\ide_d[2]~13 ),
		1609	.ide_d_3(\ide_d[3]~12 ),
		1610	.ide_d_4(\ide_d[4]~11 ),
		1611	.ide_d_5(\ide_d[5]~10 ),
		1612	.ide_d_6(\ide_d[6]~9 ),
		1613	.ide_d_7(\ide_d[7]~8 ),
		1614	.ide_d_8(\ide_d[8]~7 ),
		1615	.ide_d_9(\ide_d[9]~6 ),
		1616	.ide_d_10(\ide_d[10]~5 ),
		1617	.ide_d_11(\ide_d[11]~4 ),
		1618	.ide_d_12(\ide_d[12]~3 ),
		1619	.ide_d_13(\ide_d[13]~2 ),
		1620	.ide_d_14(\ide_d[14]~1 ),
		1621	.ide_d_15(\ide_d[15]~0 ),
		1622	.sd_start1(\zports\|sd_start~_wirecell ),
		1623	.ide_rd_n1(\zports\|ide_rd_n~66 ),
		1624	.devpor(devpor),
		1625	.devclrn(devclrn),
		1626	.devoe(devoe));
		1627
		1628	zint preryv(
		1629	.int_n(\preryv\|int_n ),
		1630	.m1_n(\m1_n~9 ),
		1631	.int_start(\vert_sync\|int_start ),
		1632	.fclk(\fclk~dataout ),
		1633	.zclk(\clkz_in~dataout ),
		1634	.devpor(devpor),
		1635	.devclrn(devclrn),
		1636	.devoe(devoe));
		1637
		1638	zwait zwait_1(
		1639	.rst_out_n(\myrst\|rst_out_n ),
		1640	.waits_1(\zwait\|waits [1]),
		1641	.waits_0(\zwait\|waits [0]),
		1642	.WideNor0(\zwait\|WideNor0 ),
		1643	.spics_n_sync_1(\slavespi\|spics_n_sync [1]),
		1644	.spics_n_sync_2(\slavespi\|spics_n_sync [2]),
		1645	.sel_waitreg(\slavespi\|sel_waitreg~8 ),
		1646	.wait_start_comport(\zports\|wait_start_comport~22 ),
		1647	.wait_start_gluclock(\zports\|wait_start_gluclock~58 ),
		1648	.WideNor01(\zwait\|WideNor0~1 ),
		1649	.devpor(devpor),
		1650	.devclrn(devclrn),
		1651	.devoe(devoe));
		1652
		1653	vg93 vgshka(
		1654	.rst_n(\myrst\|rst_out_n ),
		1655	.always0(\zports\|always0~81 ),
		1656	.vgclk_div4_1(\vgshka\|vgclk_div4 [1]),
		1657	.vg_res_n(\vgshka\|vg_res_n ),
		1658	.vg_hrdy(\vgshka\|vg_hrdy ),
		1659	.vg_rclk(\vgshka\|vg_rclk ),
		1660	.vg_rawr(\vgshka\|vg_rawr ),
		1661	.vg_a_0(\vgshka\|vg_a [0]),
		1662	.vg_a_1(\vgshka\|vg_a [1]),
		1663	.vg_wrd(\vgshka\|vg_wrd ),
		1664	.vg_side(\vgshka\|vg_side ),
		1665	.port_wr(\zports\|port_wr ),
		1666	.vg_wrFF(\zports\|vg_wrFF ),
		1667	.drq_sync_1(\vgshka\|drq_sync [1]),
		1668	.intrq_sync_1(\vgshka\|intrq_sync [1]),
		1669	.fclk(\fclk~dataout ),
		1670	.zclk(\clkz_in~dataout ),
		1671	.step(\step~dataout ),
		1672	.vg_drq(\vg_drq~dataout ),
		1673	.vg_wd(\vg_wd~dataout ),
		1674	.vg_irq(\vg_irq~dataout ),
		1675	.rdat_b_n(\rdat_b_n~dataout ),
		1676	.vg_sr(\vg_sr~dataout ),
		1677	.vg_sl(\vg_sl~dataout ),
		1678	.vg_tr43(\vg_tr43~dataout ),
		1679	.d_0(\d[0]~7 ),
		1680	.d_1(\d[1]~6 ),
		1681	.d_2(\d[2]~5 ),
		1682	.d_3(\d[3]~4 ),
		1683	.d_4(\d[4]~3 ),
		1684	.devpor(devpor),
		1685	.devclrn(devclrn),
		1686	.devoe(devoe));
		1687
		1688	spi2 zspi(
		1689	.shiftout_7(\zspi\|shiftout [7]),
		1690	.q_0(\zspi\|counter_rtl_1\|wysi_counter\|q [0]),
		1691	.sd_stgl_2(\zports\|sd_stgl [2]),
		1692	.sd_stgl_1(\zports\|sd_stgl [1]),
		1693	.sd_start(\zports\|sd_start ),
		1694	.dout_0(\zspi\|dout [0]),
		1695	.dout_1(\zspi\|dout [1]),
		1696	.dout_2(\zspi\|dout [2]),
		1697	.dout_3(\zspi\|dout [3]),
		1698	.dout_4(\zspi\|dout [4]),
		1699	.dout_5(\zspi\|dout [5]),
		1700	.dout_6(\zspi\|dout [6]),
		1701	.dout_7(\zspi\|dout [7]),
		1702	.wr_n(\wr_n~dataout ),
		1703	.clock(\fclk~dataout ),
		1704	.sddi(\sddi~dataout ),
		1705	.d_0(\d[0]~7 ),
		1706	.d_1(\d[1]~6 ),
		1707	.d_2(\d[2]~5 ),
		1708	.d_3(\d[3]~4 ),
		1709	.d_4(\d[4]~3 ),
		1710	.d_5(\d[5]~2 ),
		1711	.d_6(\d[6]~1 ),
		1712	.d_7(\d[7]~0 ),
		1713	.sd_start1(\zports\|sd_start~_wirecell ),
		1714	.devpor(devpor),
		1715	.devclrn(devclrn),
		1716	.devoe(devoe));
		1717
		1718	// atom is at PIN_24
		1719	flex10ke_io \a[14]~I (
		1720	.datain(gnd),
		1721	.clk(gnd),
		1722	.ena(vcc),
		1723	.aclr(gnd),
		1724	.oe(gnd),
		1725	.devclrn(devclrn),
		1726	.devpor(devpor),
		1727	.devoe(devoe),
		1728	.dataout(\a~dataout [14]),
		1729	.padio(a[14]));
		1730	// synopsys translate_off
		1731	defparam \a[14]~I .feedback_mode = "from_pin";
		1732	defparam \a[14]~I .operation_mode = "input";
		1733	defparam \a[14]~I .reg_source_mode = "none";
		1734	// synopsys translate_on
		1735
		1736	// atom is at PIN_19
		1737	flex10ke_io \a[15]~I (
		1738	.datain(gnd),
		1739	.clk(gnd),
		1740	.ena(vcc),
		1741	.aclr(gnd),
		1742	.oe(gnd),
		1743	.devclrn(devclrn),
		1744	.devpor(devpor),
		1745	.devoe(devoe),
		1746	.dataout(\a~dataout [15]),
		1747	.padio(a[15]));
		1748	// synopsys translate_off
		1749	defparam \a[15]~I .feedback_mode = "from_pin";
		1750	defparam \a[15]~I .operation_mode = "input";
		1751	defparam \a[15]~I .reg_source_mode = "none";
		1752	// synopsys translate_on
		1753
		1754	// atom is at PIN_8
		1755	flex10ke_io \mreq_n~I (
		1756	.datain(gnd),
		1757	.clk(gnd),
		1758	.ena(vcc),
		1759	.aclr(gnd),
		1760	.oe(gnd),
		1761	.devclrn(devclrn),
		1762	.devpor(devpor),
		1763	.devoe(devoe),
		1764	.dataout(\mreq_n~dataout ),
		1765	.padio(mreq_n));
		1766	// synopsys translate_off
		1767	defparam \mreq_n~I .feedback_mode = "from_pin";
		1768	defparam \mreq_n~I .operation_mode = "input";
		1769	defparam \mreq_n~I .reg_source_mode = "none";
		1770	// synopsys translate_on
		1771
		1772	// atom is at PIN_140
		1773	flex10ke_io \wr_n~I (
		1774	.datain(gnd),
		1775	.clk(gnd),
		1776	.ena(vcc),
		1777	.aclr(gnd),
		1778	.oe(gnd),
		1779	.devclrn(devclrn),
		1780	.devpor(devpor),
		1781	.devoe(devoe),
		1782	.dataout(\wr_n~dataout ),
		1783	.padio(wr_n));
		1784	// synopsys translate_off
		1785	defparam \wr_n~I .feedback_mode = "from_pin";
		1786	defparam \wr_n~I .operation_mode = "input";
		1787	defparam \wr_n~I .reg_source_mode = "none";
		1788	// synopsys translate_on
		1789
		1790	// atom is at PIN_44
		1791	flex10ke_io \a[0]~I (
		1792	.datain(gnd),
		1793	.clk(gnd),
		1794	.ena(vcc),
		1795	.aclr(gnd),
		1796	.oe(gnd),
		1797	.devclrn(devclrn),
		1798	.devpor(devpor),
		1799	.devoe(devoe),
		1800	.dataout(\a~dataout [0]),
		1801	.padio(a[0]));
		1802	// synopsys translate_off
		1803	defparam \a[0]~I .feedback_mode = "from_pin";
		1804	defparam \a[0]~I .operation_mode = "input";
		1805	defparam \a[0]~I .reg_source_mode = "none";
		1806	// synopsys translate_on
		1807
		1808	// atom is at PIN_41
		1809	flex10ke_io \a[1]~I (
		1810	.datain(gnd),
		1811	.clk(gnd),
		1812	.ena(vcc),
		1813	.aclr(gnd),
		1814	.oe(gnd),
		1815	.devclrn(devclrn),
		1816	.devpor(devpor),
		1817	.devoe(devoe),
		1818	.dataout(\a~dataout [1]),
		1819	.padio(a[1]));
		1820	// synopsys translate_off
		1821	defparam \a[1]~I .feedback_mode = "from_pin";
		1822	defparam \a[1]~I .operation_mode = "input";
		1823	defparam \a[1]~I .reg_source_mode = "none";
		1824	// synopsys translate_on
		1825
		1826	// atom is at PIN_40
		1827	flex10ke_io \a[2]~I (
		1828	.datain(gnd),
		1829	.clk(gnd),
		1830	.ena(vcc),
		1831	.aclr(gnd),
		1832	.oe(gnd),
		1833	.devclrn(devclrn),
		1834	.devpor(devpor),
		1835	.devoe(devoe),
		1836	.dataout(\a~dataout [2]),
		1837	.padio(a[2]));
		1838	// synopsys translate_off
		1839	defparam \a[2]~I .feedback_mode = "from_pin";
		1840	defparam \a[2]~I .operation_mode = "input";
		1841	defparam \a[2]~I .reg_source_mode = "none";
		1842	// synopsys translate_on
		1843
		1844	// atom is at PIN_78
		1845	flex10ke_io \iorqge1~I (
		1846	.datain(gnd),
		1847	.clk(gnd),
		1848	.ena(vcc),
		1849	.aclr(gnd),
		1850	.oe(gnd),
		1851	.devclrn(devclrn),
		1852	.devpor(devpor),
		1853	.devoe(devoe),
		1854	.dataout(\iorqge1~dataout ),
		1855	.padio(iorqge1));
		1856	// synopsys translate_off
		1857	defparam \iorqge1~I .feedback_mode = "from_pin";
		1858	defparam \iorqge1~I .operation_mode = "input";
		1859	defparam \iorqge1~I .reg_source_mode = "none";
		1860	// synopsys translate_on
		1861
		1862	// atom is at PIN_79
		1863	flex10ke_io \clkz_in~I (
		1864	.datain(gnd),
		1865	.clk(gnd),
		1866	.ena(vcc),
		1867	.aclr(gnd),
		1868	.oe(gnd),
		1869	.devclrn(devclrn),
		1870	.devpor(devpor),
		1871	.devoe(devoe),
		1872	.dataout(\clkz_in~dataout ),
		1873	.padio(clkz_in));
		1874	// synopsys translate_off
		1875	defparam \clkz_in~I .feedback_mode = "from_pin";
		1876	defparam \clkz_in~I .operation_mode = "input";
		1877	defparam \clkz_in~I .reg_source_mode = "none";
		1878	// synopsys translate_on
		1879
		1880	// atom is at LC8_A2
		1881	flex10ke_lcell \WideOr0~82_I (
		1882	// Equation(s):
		1883	// \WideOr0~82 = !dos_exec_stb1 & !dos_exec_stb1 & !dos_exec_stb1 & !dos_exec_stb1
		1884
		1885	.dataa(\instantiate_atm_pagers[0].atm_pager\|dos_exec_stb~123 ),
		1886	.datab(\instantiate_atm_pagers[2].atm_pager\|dos_exec_stb~67 ),
		1887	.datac(\instantiate_atm_pagers[1].atm_pager\|dos_exec_stb~67 ),
		1888	.datad(\instantiate_atm_pagers[3].atm_pager\|dos_exec_stb~67 ),
		1889	.aclr(gnd),
		1890	.aload(gnd),
		1891	.clk(gnd),
		1892	.cin(gnd),
		1893	.cascin(vcc),
		1894	.devclrn(devclrn),
		1895	.devpor(devpor),
		1896	.combout(\WideOr0~82 ),
		1897	.regout(),
		1898	.cout(),
		1899	.cascout());
		1900	// synopsys translate_off
		1901	defparam \WideOr0~82_I .clock_enable_mode = "false";
		1902	defparam \WideOr0~82_I .lut_mask = "0001";
		1903	defparam \WideOr0~82_I .operation_mode = "normal";
		1904	defparam \WideOr0~82_I .output_mode = "comb_only";
		1905	defparam \WideOr0~82_I .packed_mode = "false";
		1906	// synopsys translate_on
		1907
		1908	// atom is at PIN_147
		1909	flex10ke_io \rfsh_n~I (
		1910	.datain(gnd),
		1911	.clk(gnd),
		1912	.ena(vcc),
		1913	.aclr(gnd),
		1914	.oe(gnd),
		1915	.devclrn(devclrn),
		1916	.devpor(devpor),
		1917	.devoe(devoe),
		1918	.dataout(\rfsh_n~dataout ),
		1919	.padio(rfsh_n));
		1920	// synopsys translate_off
		1921	defparam \rfsh_n~I .feedback_mode = "from_pin";
		1922	defparam \rfsh_n~I .operation_mode = "input";
		1923	defparam \rfsh_n~I .reg_source_mode = "none";
		1924	// synopsys translate_on
		1925
		1926	// atom is at PIN_30
		1927	flex10ke_io \a[8]~I (
		1928	.datain(gnd),
		1929	.clk(gnd),
		1930	.ena(vcc),
		1931	.aclr(gnd),
		1932	.oe(gnd),
		1933	.devclrn(devclrn),
		1934	.devpor(devpor),
		1935	.devoe(devoe),
		1936	.dataout(\a~dataout [8]),
		1937	.padio(a[8]));
		1938	// synopsys translate_off
		1939	defparam \a[8]~I .feedback_mode = "from_pin";
		1940	defparam \a[8]~I .operation_mode = "input";
		1941	defparam \a[8]~I .reg_source_mode = "none";
		1942	// synopsys translate_on
		1943
		1944	// atom is at LC8_A8
		1945	flex10ke_lcell \WideOr0~83_I (
		1946	// Equation(s):
		1947	// \WideOr0~83 = stall_count_2 # stall_count_2
		1948
		1949	.dataa(vcc),
		1950	.datab(vcc),
		1951	.datac(\instantiate_atm_pagers[3].atm_pager\|stall_count [2]),
		1952	.datad(\instantiate_atm_pagers[2].atm_pager\|stall_count [2]),
		1953	.aclr(gnd),
		1954	.aload(gnd),
		1955	.clk(gnd),
		1956	.cin(gnd),
		1957	.cascin(vcc),
		1958	.devclrn(devclrn),
		1959	.devpor(devpor),
		1960	.combout(\WideOr0~83 ),
		1961	.regout(),
		1962	.cout(),
		1963	.cascout());
		1964	// synopsys translate_off
		1965	defparam \WideOr0~83_I .clock_enable_mode = "false";
		1966	defparam \WideOr0~83_I .lut_mask = "fff0";
		1967	defparam \WideOr0~83_I .operation_mode = "normal";
		1968	defparam \WideOr0~83_I .output_mode = "comb_only";
		1969	defparam \WideOr0~83_I .packed_mode = "false";
		1970	// synopsys translate_on
		1971
		1972	// atom is at LC1_A2
		1973	flex10ke_lcell \WideOr0~I (
		1974	// Equation(s):
		1975	// WideOr0 = \WideOr0~83 # stall_count_2 # stall_count_2 # !\WideOr0~82
		1976
		1977	.dataa(\WideOr0~82 ),
		1978	.datab(\WideOr0~83 ),
		1979	.datac(\instantiate_atm_pagers[1].atm_pager\|stall_count [2]),
		1980	.datad(\instantiate_atm_pagers[0].atm_pager\|stall_count [2]),
		1981	.aclr(gnd),
		1982	.aload(gnd),
		1983	.clk(gnd),
		1984	.cin(gnd),
		1985	.cascin(vcc),
		1986	.devclrn(devclrn),
		1987	.devpor(devpor),
		1988	.combout(WideOr0),
		1989	.regout(),
		1990	.cout(),
		1991	.cascout());
		1992	// synopsys translate_off
		1993	defparam \WideOr0~I .clock_enable_mode = "false";
		1994	defparam \WideOr0~I .lut_mask = "fffd";
		1995	defparam \WideOr0~I .operation_mode = "normal";
		1996	defparam \WideOr0~I .output_mode = "comb_only";
		1997	defparam \WideOr0~I .packed_mode = "false";
		1998	// synopsys translate_on
		1999
		2000	// atom is at PIN_27
		2001	flex10ke_io \a[11]~I (
		2002	.datain(gnd),
		2003	.clk(gnd),
		2004	.ena(vcc),
		2005	.aclr(gnd),
		2006	.oe(gnd),
		2007	.devclrn(devclrn),
		2008	.devpor(devpor),
		2009	.devoe(devoe),
		2010	.dataout(\a~dataout [11]),
		2011	.padio(a[11]));
		2012	// synopsys translate_off
		2013	defparam \a[11]~I .feedback_mode = "from_pin";
		2014	defparam \a[11]~I .operation_mode = "input";
		2015	defparam \a[11]~I .reg_source_mode = "none";
		2016	// synopsys translate_on
		2017
		2018	// atom is at PIN_26
		2019	flex10ke_io \a[12]~I (
		2020	.datain(gnd),
		2021	.clk(gnd),
		2022	.ena(vcc),
		2023	.aclr(gnd),
		2024	.oe(gnd),
		2025	.devclrn(devclrn),
		2026	.devpor(devpor),
		2027	.devoe(devoe),
		2028	.dataout(\a~dataout [12]),
		2029	.padio(a[12]));
		2030	// synopsys translate_off
		2031	defparam \a[12]~I .feedback_mode = "from_pin";
		2032	defparam \a[12]~I .operation_mode = "input";
		2033	defparam \a[12]~I .reg_source_mode = "none";
		2034	// synopsys translate_on
		2035
		2036	// atom is at PIN_25
		2037	flex10ke_io \a[13]~I (
		2038	.datain(gnd),
		2039	.clk(gnd),
		2040	.ena(vcc),
		2041	.aclr(gnd),
		2042	.oe(gnd),
		2043	.devclrn(devclrn),
		2044	.devpor(devpor),
		2045	.devoe(devoe),
		2046	.dataout(\a~dataout [13]),
		2047	.padio(a[13]));
		2048	// synopsys translate_off
		2049	defparam \a[13]~I .feedback_mode = "from_pin";
		2050	defparam \a[13]~I .operation_mode = "input";
		2051	defparam \a[13]~I .reg_source_mode = "none";
		2052	// synopsys translate_on
		2053
		2054	// atom is at PIN_28
		2055	flex10ke_io \a[10]~I (
		2056	.datain(gnd),
		2057	.clk(gnd),
		2058	.ena(vcc),
		2059	.aclr(gnd),
		2060	.oe(gnd),
		2061	.devclrn(devclrn),
		2062	.devpor(devpor),
		2063	.devoe(devoe),
		2064	.dataout(\a~dataout [10]),
		2065	.padio(a[10]));
		2066	// synopsys translate_off
		2067	defparam \a[10]~I .feedback_mode = "from_pin";
		2068	defparam \a[10]~I .operation_mode = "input";
		2069	defparam \a[10]~I .reg_source_mode = "none";
		2070	// synopsys translate_on
		2071
		2072	// atom is at PIN_29
		2073	flex10ke_io \a[9]~I (
		2074	.datain(gnd),
		2075	.clk(gnd),
		2076	.ena(vcc),
		2077	.aclr(gnd),
		2078	.oe(gnd),
		2079	.devclrn(devclrn),
		2080	.devpor(devpor),
		2081	.devoe(devoe),
		2082	.dataout(\a~dataout [9]),
		2083	.padio(a[9]));
		2084	// synopsys translate_off
		2085	defparam \a[9]~I .feedback_mode = "from_pin";
		2086	defparam \a[9]~I .operation_mode = "input";
		2087	defparam \a[9]~I .reg_source_mode = "none";
		2088	// synopsys translate_on
		2089
		2090	// atom is at PIN_182
		2091	flex10ke_io \spics_n~I (
		2092	.datain(gnd),
		2093	.clk(gnd),
		2094	.ena(vcc),
		2095	.aclr(gnd),
		2096	.oe(gnd),
		2097	.devclrn(devclrn),
		2098	.devpor(devpor),
		2099	.devoe(devoe),
		2100	.dataout(\spics_n~dataout ),
		2101	.padio(spics_n));
		2102	// synopsys translate_off
		2103	defparam \spics_n~I .feedback_mode = "from_pin";
		2104	defparam \spics_n~I .operation_mode = "input";
		2105	defparam \spics_n~I .reg_source_mode = "none";
		2106	// synopsys translate_on
		2107
		2108	// atom is at PIN_184
		2109	flex10ke_io \spick~I (
		2110	.datain(gnd),
		2111	.clk(gnd),
		2112	.ena(vcc),
		2113	.aclr(gnd),
		2114	.oe(gnd),
		2115	.devclrn(devclrn),
		2116	.devpor(devpor),
		2117	.devoe(devoe),
		2118	.dataout(\spick~dataout ),
		2119	.padio(spick));
		2120	// synopsys translate_off
		2121	defparam \spick~I .feedback_mode = "from_pin";
		2122	defparam \spick~I .operation_mode = "input";
		2123	defparam \spick~I .reg_source_mode = "none";
		2124	// synopsys translate_on
		2125
		2126	// atom is at PIN_157
		2127	flex10ke_io \spido~I (
		2128	.datain(gnd),
		2129	.clk(gnd),
		2130	.ena(vcc),
		2131	.aclr(gnd),
		2132	.oe(gnd),
		2133	.devclrn(devclrn),
		2134	.devpor(devpor),
		2135	.devoe(devoe),
		2136	.dataout(\spido~dataout ),
		2137	.padio(spido));
		2138	// synopsys translate_off
		2139	defparam \spido~I .feedback_mode = "from_pin";
		2140	defparam \spido~I .operation_mode = "input";
		2141	defparam \spido~I .reg_source_mode = "none";
		2142	// synopsys translate_on
		2143
		2144	// atom is at PIN_46
		2145	flex10ke_io \step~I (
		2146	.datain(gnd),
		2147	.clk(gnd),
		2148	.ena(vcc),
		2149	.aclr(gnd),
		2150	.oe(gnd),
		2151	.devclrn(devclrn),
		2152	.devpor(devpor),
		2153	.devoe(devoe),
		2154	.dataout(\step~dataout ),
		2155	.padio(step));
		2156	// synopsys translate_off
		2157	defparam \step~I .feedback_mode = "from_pin";
		2158	defparam \step~I .operation_mode = "input";
		2159	defparam \step~I .reg_source_mode = "none";
		2160	// synopsys translate_on
		2161
		2162	// atom is at PIN_63
		2163	flex10ke_io \vg_drq~I (
		2164	.datain(gnd),
		2165	.clk(gnd),
		2166	.ena(vcc),
		2167	.aclr(gnd),
		2168	.oe(gnd),
		2169	.devclrn(devclrn),
		2170	.devpor(devpor),
		2171	.devoe(devoe),
		2172	.dataout(\vg_drq~dataout ),
		2173	.padio(vg_drq));
		2174	// synopsys translate_off
		2175	defparam \vg_drq~I .feedback_mode = "from_pin";
		2176	defparam \vg_drq~I .operation_mode = "input";
		2177	defparam \vg_drq~I .reg_source_mode = "none";
		2178	// synopsys translate_on
		2179
		2180	// atom is at PIN_61
		2181	flex10ke_io \vg_wd~I (
		2182	.datain(gnd),
		2183	.clk(gnd),
		2184	.ena(vcc),
		2185	.aclr(gnd),
		2186	.oe(gnd),
		2187	.devclrn(devclrn),
		2188	.devpor(devpor),
		2189	.devoe(devoe),
		2190	.dataout(\vg_wd~dataout ),
		2191	.padio(vg_wd));
		2192	// synopsys translate_off
		2193	defparam \vg_wd~I .feedback_mode = "from_pin";
		2194	defparam \vg_wd~I .operation_mode = "input";
		2195	defparam \vg_wd~I .reg_source_mode = "none";
		2196	// synopsys translate_on
		2197
		2198	// atom is at PIN_64
		2199	flex10ke_io \vg_irq~I (
		2200	.datain(gnd),
		2201	.clk(gnd),
		2202	.ena(vcc),
		2203	.aclr(gnd),
		2204	.oe(gnd),
		2205	.devclrn(devclrn),
		2206	.devpor(devpor),
		2207	.devoe(devoe),
		2208	.dataout(\vg_irq~dataout ),
		2209	.padio(vg_irq));
		2210	// synopsys translate_off
		2211	defparam \vg_irq~I .feedback_mode = "from_pin";
		2212	defparam \vg_irq~I .operation_mode = "input";
		2213	defparam \vg_irq~I .reg_source_mode = "none";
		2214	// synopsys translate_on
		2215
		2216	// atom is at PIN_68
		2217	flex10ke_io \rdat_b_n~I (
		2218	.datain(gnd),
		2219	.clk(gnd),
		2220	.ena(vcc),
		2221	.aclr(gnd),
		2222	.oe(gnd),
		2223	.devclrn(devclrn),
		2224	.devpor(devpor),
		2225	.devoe(devoe),
		2226	.dataout(\rdat_b_n~dataout ),
		2227	.padio(rdat_b_n));
		2228	// synopsys translate_off
		2229	defparam \rdat_b_n~I .feedback_mode = "from_pin";
		2230	defparam \rdat_b_n~I .operation_mode = "input";
		2231	defparam \rdat_b_n~I .reg_source_mode = "none";
		2232	// synopsys translate_on
		2233
		2234	// atom is at PIN_53
		2235	flex10ke_io \vg_sr~I (
		2236	.datain(gnd),
		2237	.clk(gnd),
		2238	.ena(vcc),
		2239	.aclr(gnd),
		2240	.oe(gnd),
		2241	.devclrn(devclrn),
		2242	.devpor(devpor),
		2243	.devoe(devoe),
		2244	.dataout(\vg_sr~dataout ),
		2245	.padio(vg_sr));
		2246	// synopsys translate_off
		2247	defparam \vg_sr~I .feedback_mode = "from_pin";
		2248	defparam \vg_sr~I .operation_mode = "input";
		2249	defparam \vg_sr~I .reg_source_mode = "none";
		2250	// synopsys translate_on
		2251
		2252	// atom is at PIN_47
		2253	flex10ke_io \vg_sl~I (
		2254	.datain(gnd),
		2255	.clk(gnd),
		2256	.ena(vcc),
		2257	.aclr(gnd),
		2258	.oe(gnd),
		2259	.devclrn(devclrn),
		2260	.devpor(devpor),
		2261	.devoe(devoe),
		2262	.dataout(\vg_sl~dataout ),
		2263	.padio(vg_sl));
		2264	// synopsys translate_off
		2265	defparam \vg_sl~I .feedback_mode = "from_pin";
		2266	defparam \vg_sl~I .operation_mode = "input";
		2267	defparam \vg_sl~I .reg_source_mode = "none";
		2268	// synopsys translate_on
		2269
		2270	// atom is at PIN_60
		2271	flex10ke_io \vg_tr43~I (
		2272	.datain(gnd),
		2273	.clk(gnd),
		2274	.ena(vcc),
		2275	.aclr(gnd),
		2276	.oe(gnd),
		2277	.devclrn(devclrn),
		2278	.devpor(devpor),
		2279	.devoe(devoe),
		2280	.dataout(\vg_tr43~dataout ),
		2281	.padio(vg_tr43));
		2282	// synopsys translate_off
		2283	defparam \vg_tr43~I .feedback_mode = "from_pin";
		2284	defparam \vg_tr43~I .operation_mode = "input";
		2285	defparam \vg_tr43~I .reg_source_mode = "none";
		2286	// synopsys translate_on
		2287
		2288	// atom is at PIN_115
		2289	flex10ke_io \sddi~I (
		2290	.datain(gnd),
		2291	.clk(gnd),
		2292	.ena(vcc),
		2293	.aclr(gnd),
		2294	.oe(gnd),
		2295	.devclrn(devclrn),
		2296	.devpor(devpor),
		2297	.devoe(devoe),
		2298	.dataout(\sddi~dataout ),
		2299	.padio(sddi));
		2300	// synopsys translate_off
		2301	defparam \sddi~I .feedback_mode = "from_pin";
		2302	defparam \sddi~I .operation_mode = "input";
		2303	defparam \sddi~I .reg_source_mode = "none";
		2304	// synopsys translate_on
		2305
		2306	// atom is at PIN_187
		2307	flex10ke_io \rwe_n~I (
		2308	.datain(\dram\|rwe_n~COMB ),
		2309	.clk(\fclk~dataout ),
		2310	.ena(vcc),
		2311	.aclr(gnd),
		2312	.oe(vcc),
		2313	.devclrn(devclrn),
		2314	.devpor(devpor),
		2315	.devoe(devoe),
		2316	.dataout(\dram\|rwe_n ),
		2317	.padio(rwe_n));
		2318	// synopsys translate_off
		2319	defparam \rwe_n~I .feedback_mode = "from_reg";
		2320	defparam \rwe_n~I .operation_mode = "output";
		2321	defparam \rwe_n~I .reg_source_mode = "data_in_to_pin";
		2322	// synopsys translate_on
		2323
		2324	// atom is at PIN_186
		2325	flex10ke_io \rucas_n~I (
		2326	.datain(\dram\|rucas_n~COMB ),
		2327	.clk(\fclk~dataout ),
		2328	.ena(vcc),
		2329	.aclr(gnd),
		2330	.oe(vcc),
		2331	.devclrn(devclrn),
		2332	.devpor(devpor),
		2333	.devoe(devoe),
		2334	.dataout(\dram\|rucas_n ),
		2335	.padio(rucas_n));
		2336	// synopsys translate_off
		2337	defparam \rucas_n~I .feedback_mode = "from_reg";
		2338	defparam \rucas_n~I .operation_mode = "output";
		2339	defparam \rucas_n~I .reg_source_mode = "data_in_to_pin";
		2340	// synopsys translate_on
		2341
		2342	// atom is at PIN_189
		2343	flex10ke_io \rlcas_n~I (
		2344	.datain(\dram\|rlcas_n~COMB ),
		2345	.clk(\fclk~dataout ),
		2346	.ena(vcc),
		2347	.aclr(gnd),
		2348	.oe(vcc),
		2349	.devclrn(devclrn),
		2350	.devpor(devpor),
		2351	.devoe(devoe),
		2352	.dataout(\dram\|rlcas_n ),
		2353	.padio(rlcas_n));
		2354	// synopsys translate_off
		2355	defparam \rlcas_n~I .feedback_mode = "from_reg";
		2356	defparam \rlcas_n~I .operation_mode = "output";
		2357	defparam \rlcas_n~I .reg_source_mode = "data_in_to_pin";
		2358	// synopsys translate_on
		2359
		2360	// atom is at PIN_190
		2361	flex10ke_io \rras0_n~I (
		2362	.datain(\dram\|rras0_n~COMB ),
		2363	.clk(\fclk~dataout ),
		2364	.ena(vcc),
		2365	.aclr(gnd),
		2366	.oe(vcc),
		2367	.devclrn(devclrn),
		2368	.devpor(devpor),
		2369	.devoe(devoe),
		2370	.dataout(\dram\|rras0_n ),
		2371	.padio(rras0_n));
		2372	// synopsys translate_off
		2373	defparam \rras0_n~I .feedback_mode = "from_reg";
		2374	defparam \rras0_n~I .operation_mode = "output";
		2375	defparam \rras0_n~I .reg_source_mode = "data_in_to_pin";
		2376	// synopsys translate_on
		2377
		2378	// atom is at PIN_168
		2379	flex10ke_io \rras1_n~I (
		2380	.datain(\dram\|rras1_n~COMB ),
		2381	.clk(\fclk~dataout ),
		2382	.ena(vcc),
		2383	.aclr(gnd),
		2384	.oe(vcc),
		2385	.devclrn(devclrn),
		2386	.devpor(devpor),
		2387	.devoe(devoe),
		2388	.dataout(\dram\|rras1_n ),
		2389	.padio(rras1_n));
		2390	// synopsys translate_off
		2391	defparam \rras1_n~I .feedback_mode = "from_reg";
		2392	defparam \rras1_n~I .operation_mode = "output";
		2393	defparam \rras1_n~I .reg_source_mode = "data_in_to_pin";
		2394	// synopsys translate_on
		2395
		2396	// atom is at PIN_18
		2397	flex10ke_io \d[0]~I (
		2398	.datain(\d~4438 ),
		2399	.clk(gnd),
		2400	.ena(vcc),
		2401	.aclr(gnd),
		2402	.oe(\d~25 ),
		2403	.devclrn(devclrn),
		2404	.devpor(devpor),
		2405	.devoe(devoe),
		2406	.dataout(\d[0]~7 ),
		2407	.padio(d[0]));
		2408	// synopsys translate_off
		2409	defparam \d[0]~I .feedback_mode = "from_pin";
		2410	defparam \d[0]~I .operation_mode = "bidir";
		2411	defparam \d[0]~I .reg_source_mode = "none";
		2412	// synopsys translate_on
		2413
		2414	// atom is at PIN_17
		2415	flex10ke_io \d[1]~I (
		2416	.datain(\d~4441 ),
		2417	.clk(gnd),
		2418	.ena(vcc),
		2419	.aclr(gnd),
		2420	.oe(\d~25 ),
		2421	.devclrn(devclrn),
		2422	.devpor(devpor),
		2423	.devoe(devoe),
		2424	.dataout(\d[1]~6 ),
		2425	.padio(d[1]));
		2426	// synopsys translate_off
		2427	defparam \d[1]~I .feedback_mode = "from_pin";
		2428	defparam \d[1]~I .operation_mode = "bidir";
		2429	defparam \d[1]~I .reg_source_mode = "none";
		2430	// synopsys translate_on
		2431
		2432	// atom is at PIN_16
		2433	flex10ke_io \d[2]~I (
		2434	.datain(\d~4444 ),
		2435	.clk(gnd),
		2436	.ena(vcc),
		2437	.aclr(gnd),
		2438	.oe(\d~25 ),
		2439	.devclrn(devclrn),
		2440	.devpor(devpor),
		2441	.devoe(devoe),
		2442	.dataout(\d[2]~5 ),
		2443	.padio(d[2]));
		2444	// synopsys translate_off
		2445	defparam \d[2]~I .feedback_mode = "from_pin";
		2446	defparam \d[2]~I .operation_mode = "bidir";
		2447	defparam \d[2]~I .reg_source_mode = "none";
		2448	// synopsys translate_on
		2449
		2450	// atom is at PIN_15
		2451	flex10ke_io \d[3]~I (
		2452	.datain(\d~4447 ),
		2453	.clk(gnd),
		2454	.ena(vcc),
		2455	.aclr(gnd),
		2456	.oe(\d~25 ),
		2457	.devclrn(devclrn),
		2458	.devpor(devpor),
		2459	.devoe(devoe),
		2460	.dataout(\d[3]~4 ),
		2461	.padio(d[3]));
		2462	// synopsys translate_off
		2463	defparam \d[3]~I .feedback_mode = "from_pin";
		2464	defparam \d[3]~I .operation_mode = "bidir";
		2465	defparam \d[3]~I .reg_source_mode = "none";
		2466	// synopsys translate_on
		2467
		2468	// atom is at PIN_14
		2469	flex10ke_io \d[4]~I (
		2470	.datain(\d~4450 ),
		2471	.clk(gnd),
		2472	.ena(vcc),
		2473	.aclr(gnd),
		2474	.oe(\d~25 ),
		2475	.devclrn(devclrn),
		2476	.devpor(devpor),
		2477	.devoe(devoe),
		2478	.dataout(\d[4]~3 ),
		2479	.padio(d[4]));
		2480	// synopsys translate_off
		2481	defparam \d[4]~I .feedback_mode = "from_pin";
		2482	defparam \d[4]~I .operation_mode = "bidir";
		2483	defparam \d[4]~I .reg_source_mode = "none";
		2484	// synopsys translate_on
		2485
		2486	// atom is at PIN_13
		2487	flex10ke_io \d[5]~I (
		2488	.datain(\d~4453 ),
		2489	.clk(gnd),
		2490	.ena(vcc),
		2491	.aclr(gnd),
		2492	.oe(\d~25 ),
		2493	.devclrn(devclrn),
		2494	.devpor(devpor),
		2495	.devoe(devoe),
		2496	.dataout(\d[5]~2 ),
		2497	.padio(d[5]));
		2498	// synopsys translate_off
		2499	defparam \d[5]~I .feedback_mode = "from_pin";
		2500	defparam \d[5]~I .operation_mode = "bidir";
		2501	defparam \d[5]~I .reg_source_mode = "none";
		2502	// synopsys translate_on
		2503
		2504	// atom is at PIN_12
		2505	flex10ke_io \d[6]~I (
		2506	.datain(\d~4456 ),
		2507	.clk(gnd),
		2508	.ena(vcc),
		2509	.aclr(gnd),
		2510	.oe(\d~25 ),
		2511	.devclrn(devclrn),
		2512	.devpor(devpor),
		2513	.devoe(devoe),
		2514	.dataout(\d[6]~1 ),
		2515	.padio(d[6]));
		2516	// synopsys translate_off
		2517	defparam \d[6]~I .feedback_mode = "from_pin";
		2518	defparam \d[6]~I .operation_mode = "bidir";
		2519	defparam \d[6]~I .reg_source_mode = "none";
		2520	// synopsys translate_on
		2521
		2522	// atom is at PIN_11
		2523	flex10ke_io \d[7]~I (
		2524	.datain(\d~4459 ),
		2525	.clk(gnd),
		2526	.ena(vcc),
		2527	.aclr(gnd),
		2528	.oe(\d~25 ),
		2529	.devclrn(devclrn),
		2530	.devpor(devpor),
		2531	.devoe(devoe),
		2532	.dataout(\d[7]~0 ),
		2533	.padio(d[7]));
		2534	// synopsys translate_off
		2535	defparam \d[7]~I .feedback_mode = "from_pin";
		2536	defparam \d[7]~I .operation_mode = "bidir";
		2537	defparam \d[7]~I .reg_source_mode = "none";
		2538	// synopsys translate_on
		2539
		2540	// atom is at PIN_208
		2541	flex10ke_io \rd[0]~I (
		2542	.datain(\dram\|int_wrdata [0]),
		2543	.clk(gnd),
		2544	.ena(vcc),
		2545	.aclr(gnd),
		2546	.oe(!\dram\|rwe_n ),
		2547	.devclrn(devclrn),
		2548	.devpor(devpor),
		2549	.devoe(devoe),
		2550	.dataout(\rd[0]~15 ),
		2551	.padio(rd[0]));
		2552	// synopsys translate_off
		2553	defparam \rd[0]~I .feedback_mode = "from_pin";
		2554	defparam \rd[0]~I .operation_mode = "bidir";
		2555	defparam \rd[0]~I .reg_source_mode = "none";
		2556	// synopsys translate_on
		2557
		2558	// atom is at PIN_206
		2559	flex10ke_io \rd[1]~I (
		2560	.datain(\dram\|int_wrdata [1]),
		2561	.clk(gnd),
		2562	.ena(vcc),
		2563	.aclr(gnd),
		2564	.oe(!\dram\|rwe_n ),
		2565	.devclrn(devclrn),
		2566	.devpor(devpor),
		2567	.devoe(devoe),
		2568	.dataout(\rd[1]~14 ),
		2569	.padio(rd[1]));
		2570	// synopsys translate_off
		2571	defparam \rd[1]~I .feedback_mode = "from_pin";
		2572	defparam \rd[1]~I .operation_mode = "bidir";
		2573	defparam \rd[1]~I .reg_source_mode = "none";
		2574	// synopsys translate_on
		2575
		2576	// atom is at PIN_204
		2577	flex10ke_io \rd[2]~I (
		2578	.datain(\dram\|int_wrdata [2]),
		2579	.clk(gnd),
		2580	.ena(vcc),
		2581	.aclr(gnd),
		2582	.oe(!\dram\|rwe_n ),
		2583	.devclrn(devclrn),
		2584	.devpor(devpor),
		2585	.devoe(devoe),
		2586	.dataout(\rd[2]~13 ),
		2587	.padio(rd[2]));
		2588	// synopsys translate_off
		2589	defparam \rd[2]~I .feedback_mode = "from_pin";
		2590	defparam \rd[2]~I .operation_mode = "bidir";
		2591	defparam \rd[2]~I .reg_source_mode = "none";
		2592	// synopsys translate_on
		2593
		2594	// atom is at PIN_202
		2595	flex10ke_io \rd[3]~I (
		2596	.datain(\dram\|int_wrdata [3]),
		2597	.clk(gnd),
		2598	.ena(vcc),
		2599	.aclr(gnd),
		2600	.oe(!\dram\|rwe_n ),
		2601	.devclrn(devclrn),
		2602	.devpor(devpor),
		2603	.devoe(devoe),
		2604	.dataout(\rd[3]~12 ),
		2605	.padio(rd[3]));
		2606	// synopsys translate_off
		2607	defparam \rd[3]~I .feedback_mode = "from_pin";
		2608	defparam \rd[3]~I .operation_mode = "bidir";
		2609	defparam \rd[3]~I .reg_source_mode = "none";
		2610	// synopsys translate_on
		2611
		2612	// atom is at PIN_199
		2613	flex10ke_io \rd[4]~I (
		2614	.datain(\dram\|int_wrdata [4]),
		2615	.clk(gnd),
		2616	.ena(vcc),
		2617	.aclr(gnd),
		2618	.oe(!\dram\|rwe_n ),
		2619	.devclrn(devclrn),
		2620	.devpor(devpor),
		2621	.devoe(devoe),
		2622	.dataout(\rd[4]~11 ),
		2623	.padio(rd[4]));
		2624	// synopsys translate_off
		2625	defparam \rd[4]~I .feedback_mode = "from_pin";
		2626	defparam \rd[4]~I .operation_mode = "bidir";
		2627	defparam \rd[4]~I .reg_source_mode = "none";
		2628	// synopsys translate_on
		2629
		2630	// atom is at PIN_197
		2631	flex10ke_io \rd[5]~I (
		2632	.datain(\dram\|int_wrdata [5]),
		2633	.clk(gnd),
		2634	.ena(vcc),
		2635	.aclr(gnd),
		2636	.oe(!\dram\|rwe_n ),
		2637	.devclrn(devclrn),
		2638	.devpor(devpor),
		2639	.devoe(devoe),
		2640	.dataout(\rd[5]~10 ),
		2641	.padio(rd[5]));
		2642	// synopsys translate_off
		2643	defparam \rd[5]~I .feedback_mode = "from_pin";
		2644	defparam \rd[5]~I .operation_mode = "bidir";
		2645	defparam \rd[5]~I .reg_source_mode = "none";
		2646	// synopsys translate_on
		2647
		2648	// atom is at PIN_195
		2649	flex10ke_io \rd[6]~I (
		2650	.datain(\dram\|int_wrdata [6]),
		2651	.clk(gnd),
		2652	.ena(vcc),
		2653	.aclr(gnd),
		2654	.oe(!\dram\|rwe_n ),
		2655	.devclrn(devclrn),
		2656	.devpor(devpor),
		2657	.devoe(devoe),
		2658	.dataout(\rd[6]~9 ),
		2659	.padio(rd[6]));
		2660	// synopsys translate_off
		2661	defparam \rd[6]~I .feedback_mode = "from_pin";
		2662	defparam \rd[6]~I .operation_mode = "bidir";
		2663	defparam \rd[6]~I .reg_source_mode = "none";
		2664	// synopsys translate_on
		2665
		2666	// atom is at PIN_192
		2667	flex10ke_io \rd[7]~I (
		2668	.datain(\dram\|int_wrdata [7]),
		2669	.clk(gnd),
		2670	.ena(vcc),
		2671	.aclr(gnd),
		2672	.oe(!\dram\|rwe_n ),
		2673	.devclrn(devclrn),
		2674	.devpor(devpor),
		2675	.devoe(devoe),
		2676	.dataout(\rd[7]~8 ),
		2677	.padio(rd[7]));
		2678	// synopsys translate_off
		2679	defparam \rd[7]~I .feedback_mode = "from_pin";
		2680	defparam \rd[7]~I .operation_mode = "bidir";
		2681	defparam \rd[7]~I .reg_source_mode = "none";
		2682	// synopsys translate_on
		2683
		2684	// atom is at PIN_191
		2685	flex10ke_io \rd[8]~I (
		2686	.datain(\dram\|int_wrdata[0]~24 ),
		2687	.clk(gnd),
		2688	.ena(vcc),
		2689	.aclr(gnd),
		2690	.oe(!\dram\|rwe_n ),
		2691	.devclrn(devclrn),
		2692	.devpor(devpor),
		2693	.devoe(devoe),
		2694	.dataout(\rd[8]~7 ),
		2695	.padio(rd[8]));
		2696	// synopsys translate_off
		2697	defparam \rd[8]~I .feedback_mode = "from_pin";
		2698	defparam \rd[8]~I .operation_mode = "bidir";
		2699	defparam \rd[8]~I .reg_source_mode = "none";
		2700	// synopsys translate_on
		2701
		2702	// atom is at PIN_193
		2703	flex10ke_io \rd[9]~I (
		2704	.datain(\dram\|int_wrdata[1]~25 ),
		2705	.clk(gnd),
		2706	.ena(vcc),
		2707	.aclr(gnd),
		2708	.oe(!\dram\|rwe_n ),
		2709	.devclrn(devclrn),
		2710	.devpor(devpor),
		2711	.devoe(devoe),
		2712	.dataout(\rd[9]~6 ),
		2713	.padio(rd[9]));
		2714	// synopsys translate_off
		2715	defparam \rd[9]~I .feedback_mode = "from_pin";
		2716	defparam \rd[9]~I .operation_mode = "bidir";
		2717	defparam \rd[9]~I .reg_source_mode = "none";
		2718	// synopsys translate_on
		2719
		2720	// atom is at PIN_196
		2721	flex10ke_io \rd[10]~I (
		2722	.datain(\dram\|int_wrdata[2]~26 ),
		2723	.clk(gnd),
		2724	.ena(vcc),
		2725	.aclr(gnd),
		2726	.oe(!\dram\|rwe_n ),
		2727	.devclrn(devclrn),
		2728	.devpor(devpor),
		2729	.devoe(devoe),
		2730	.dataout(\rd[10]~5 ),
		2731	.padio(rd[10]));
		2732	// synopsys translate_off
		2733	defparam \rd[10]~I .feedback_mode = "from_pin";
		2734	defparam \rd[10]~I .operation_mode = "bidir";
		2735	defparam \rd[10]~I .reg_source_mode = "none";
		2736	// synopsys translate_on
		2737
		2738	// atom is at PIN_198
		2739	flex10ke_io \rd[11]~I (
		2740	.datain(\dram\|int_wrdata[3]~27 ),
		2741	.clk(gnd),
		2742	.ena(vcc),
		2743	.aclr(gnd),
		2744	.oe(!\dram\|rwe_n ),
		2745	.devclrn(devclrn),
		2746	.devpor(devpor),
		2747	.devoe(devoe),
		2748	.dataout(\rd[11]~4 ),
		2749	.padio(rd[11]));
		2750	// synopsys translate_off
		2751	defparam \rd[11]~I .feedback_mode = "from_pin";
		2752	defparam \rd[11]~I .operation_mode = "bidir";
		2753	defparam \rd[11]~I .reg_source_mode = "none";
		2754	// synopsys translate_on
		2755
		2756	// atom is at PIN_200
		2757	flex10ke_io \rd[12]~I (
		2758	.datain(\dram\|int_wrdata[4]~28 ),
		2759	.clk(gnd),
		2760	.ena(vcc),
		2761	.aclr(gnd),
		2762	.oe(!\dram\|rwe_n ),
		2763	.devclrn(devclrn),
		2764	.devpor(devpor),
		2765	.devoe(devoe),
		2766	.dataout(\rd[12]~3 ),
		2767	.padio(rd[12]));
		2768	// synopsys translate_off
		2769	defparam \rd[12]~I .feedback_mode = "from_pin";
		2770	defparam \rd[12]~I .operation_mode = "bidir";
		2771	defparam \rd[12]~I .reg_source_mode = "none";
		2772	// synopsys translate_on
		2773
		2774	// atom is at PIN_203
		2775	flex10ke_io \rd[13]~I (
		2776	.datain(\dram\|int_wrdata[5]~29 ),
		2777	.clk(gnd),
		2778	.ena(vcc),
		2779	.aclr(gnd),
		2780	.oe(!\dram\|rwe_n ),
		2781	.devclrn(devclrn),
		2782	.devpor(devpor),
		2783	.devoe(devoe),
		2784	.dataout(\rd[13]~2 ),
		2785	.padio(rd[13]));
		2786	// synopsys translate_off
		2787	defparam \rd[13]~I .feedback_mode = "from_pin";
		2788	defparam \rd[13]~I .operation_mode = "bidir";
		2789	defparam \rd[13]~I .reg_source_mode = "none";
		2790	// synopsys translate_on
		2791
		2792	// atom is at PIN_205
		2793	flex10ke_io \rd[14]~I (
		2794	.datain(\dram\|int_wrdata[6]~30 ),
		2795	.clk(gnd),
		2796	.ena(vcc),
		2797	.aclr(gnd),
		2798	.oe(!\dram\|rwe_n ),
		2799	.devclrn(devclrn),
		2800	.devpor(devpor),
		2801	.devoe(devoe),
		2802	.dataout(\rd[14]~1 ),
		2803	.padio(rd[14]));
		2804	// synopsys translate_off
		2805	defparam \rd[14]~I .feedback_mode = "from_pin";
		2806	defparam \rd[14]~I .operation_mode = "bidir";
		2807	defparam \rd[14]~I .reg_source_mode = "none";
		2808	// synopsys translate_on
		2809
		2810	// atom is at PIN_207
		2811	flex10ke_io \rd[15]~I (
		2812	.datain(\dram\|int_wrdata[7]~31 ),
		2813	.clk(gnd),
		2814	.ena(vcc),
		2815	.aclr(gnd),
		2816	.oe(!\dram\|rwe_n ),
		2817	.devclrn(devclrn),
		2818	.devpor(devpor),
		2819	.devoe(devoe),
		2820	.dataout(\rd[15]~0 ),
		2821	.padio(rd[15]));
		2822	// synopsys translate_off
		2823	defparam \rd[15]~I .feedback_mode = "from_pin";
		2824	defparam \rd[15]~I .operation_mode = "bidir";
		2825	defparam \rd[15]~I .reg_source_mode = "none";
		2826	// synopsys translate_on
		2827
		2828	// atom is at PIN_96
		2829	flex10ke_io \ide_d[0]~I (
		2830	.datain(\zports\|ideout[0]~64 ),
		2831	.clk(gnd),
		2832	.ena(vcc),
		2833	.aclr(gnd),
		2834	.oe(\zports\|ide_rd_n~64 ),
		2835	.devclrn(devclrn),
		2836	.devpor(devpor),
		2837	.devoe(devoe),
		2838	.dataout(\ide_d[0]~15 ),
		2839	.padio(ide_d[0]));
		2840	// synopsys translate_off
		2841	defparam \ide_d[0]~I .feedback_mode = "from_pin";
		2842	defparam \ide_d[0]~I .operation_mode = "bidir";
		2843	defparam \ide_d[0]~I .reg_source_mode = "none";
		2844	// synopsys translate_on
		2845
		2846	// atom is at PIN_94
		2847	flex10ke_io \ide_d[1]~I (
		2848	.datain(\zports\|ideout[1]~65 ),
		2849	.clk(gnd),
		2850	.ena(vcc),
		2851	.aclr(gnd),
		2852	.oe(\zports\|ide_rd_n~64 ),
		2853	.devclrn(devclrn),
		2854	.devpor(devpor),
		2855	.devoe(devoe),
		2856	.dataout(\ide_d[1]~14 ),
		2857	.padio(ide_d[1]));
		2858	// synopsys translate_off
		2859	defparam \ide_d[1]~I .feedback_mode = "from_pin";
		2860	defparam \ide_d[1]~I .operation_mode = "bidir";
		2861	defparam \ide_d[1]~I .reg_source_mode = "none";
		2862	// synopsys translate_on
		2863
		2864	// atom is at PIN_92
		2865	flex10ke_io \ide_d[2]~I (
		2866	.datain(\zports\|ideout[2]~66 ),
		2867	.clk(gnd),
		2868	.ena(vcc),
		2869	.aclr(gnd),
		2870	.oe(\zports\|ide_rd_n~64 ),
		2871	.devclrn(devclrn),
		2872	.devpor(devpor),
		2873	.devoe(devoe),
		2874	.dataout(\ide_d[2]~13 ),
		2875	.padio(ide_d[2]));
		2876	// synopsys translate_off
		2877	defparam \ide_d[2]~I .feedback_mode = "from_pin";
		2878	defparam \ide_d[2]~I .operation_mode = "bidir";
		2879	defparam \ide_d[2]~I .reg_source_mode = "none";
		2880	// synopsys translate_on
		2881
		2882	// atom is at PIN_89
		2883	flex10ke_io \ide_d[3]~I (
		2884	.datain(\zports\|ideout[3]~67 ),
		2885	.clk(gnd),
		2886	.ena(vcc),
		2887	.aclr(gnd),
		2888	.oe(\zports\|ide_rd_n~64 ),
		2889	.devclrn(devclrn),
		2890	.devpor(devpor),
		2891	.devoe(devoe),
		2892	.dataout(\ide_d[3]~12 ),
		2893	.padio(ide_d[3]));
		2894	// synopsys translate_off
		2895	defparam \ide_d[3]~I .feedback_mode = "from_pin";
		2896	defparam \ide_d[3]~I .operation_mode = "bidir";
		2897	defparam \ide_d[3]~I .reg_source_mode = "none";
		2898	// synopsys translate_on
		2899
		2900	// atom is at PIN_87
		2901	flex10ke_io \ide_d[4]~I (
		2902	.datain(\zports\|ideout[4]~68 ),
		2903	.clk(gnd),
		2904	.ena(vcc),
		2905	.aclr(gnd),
		2906	.oe(\zports\|ide_rd_n~64 ),
		2907	.devclrn(devclrn),
		2908	.devpor(devpor),
		2909	.devoe(devoe),
		2910	.dataout(\ide_d[4]~11 ),
		2911	.padio(ide_d[4]));
		2912	// synopsys translate_off
		2913	defparam \ide_d[4]~I .feedback_mode = "from_pin";
		2914	defparam \ide_d[4]~I .operation_mode = "bidir";
		2915	defparam \ide_d[4]~I .reg_source_mode = "none";
		2916	// synopsys translate_on
		2917
		2918	// atom is at PIN_85
		2919	flex10ke_io \ide_d[5]~I (
		2920	.datain(\zports\|ideout[5]~69 ),
		2921	.clk(gnd),
		2922	.ena(vcc),
		2923	.aclr(gnd),
		2924	.oe(\zports\|ide_rd_n~64 ),
		2925	.devclrn(devclrn),
		2926	.devpor(devpor),
		2927	.devoe(devoe),
		2928	.dataout(\ide_d[5]~10 ),
		2929	.padio(ide_d[5]));
		2930	// synopsys translate_off
		2931	defparam \ide_d[5]~I .feedback_mode = "from_pin";
		2932	defparam \ide_d[5]~I .operation_mode = "bidir";
		2933	defparam \ide_d[5]~I .reg_source_mode = "none";
		2934	// synopsys translate_on
		2935
		2936	// atom is at PIN_75
		2937	flex10ke_io \ide_d[6]~I (
		2938	.datain(\zports\|ideout[6]~70 ),
		2939	.clk(gnd),
		2940	.ena(vcc),
		2941	.aclr(gnd),
		2942	.oe(\zports\|ide_rd_n~64 ),
		2943	.devclrn(devclrn),
		2944	.devpor(devpor),
		2945	.devoe(devoe),
		2946	.dataout(\ide_d[6]~9 ),
		2947	.padio(ide_d[6]));
		2948	// synopsys translate_off
		2949	defparam \ide_d[6]~I .feedback_mode = "from_pin";
		2950	defparam \ide_d[6]~I .operation_mode = "bidir";
		2951	defparam \ide_d[6]~I .reg_source_mode = "none";
		2952	// synopsys translate_on
		2953
		2954	// atom is at PIN_73
		2955	flex10ke_io \ide_d[7]~I (
		2956	.datain(\zports\|ideout[7]~71 ),
		2957	.clk(gnd),
		2958	.ena(vcc),
		2959	.aclr(gnd),
		2960	.oe(\zports\|ide_rd_n~64 ),
		2961	.devclrn(devclrn),
		2962	.devpor(devpor),
		2963	.devoe(devoe),
		2964	.dataout(\ide_d[7]~8 ),
		2965	.padio(ide_d[7]));
		2966	// synopsys translate_off
		2967	defparam \ide_d[7]~I .feedback_mode = "from_pin";
		2968	defparam \ide_d[7]~I .operation_mode = "bidir";
		2969	defparam \ide_d[7]~I .reg_source_mode = "none";
		2970	// synopsys translate_on
		2971
		2972	// atom is at PIN_71
		2973	flex10ke_io \ide_d[8]~I (
		2974	.datain(\zports\|ideout[8]~72 ),
		2975	.clk(gnd),
		2976	.ena(vcc),
		2977	.aclr(gnd),
		2978	.oe(\zports\|ide_rd_n~64 ),
		2979	.devclrn(devclrn),
		2980	.devpor(devpor),
		2981	.devoe(devoe),
		2982	.dataout(\ide_d[8]~7 ),
		2983	.padio(ide_d[8]));
		2984	// synopsys translate_off
		2985	defparam \ide_d[8]~I .feedback_mode = "from_pin";
		2986	defparam \ide_d[8]~I .operation_mode = "bidir";
		2987	defparam \ide_d[8]~I .reg_source_mode = "none";
		2988	// synopsys translate_on
		2989
		2990	// atom is at PIN_74
		2991	flex10ke_io \ide_d[9]~I (
		2992	.datain(\zports\|ideout[9]~73 ),
		2993	.clk(gnd),
		2994	.ena(vcc),
		2995	.aclr(gnd),
		2996	.oe(\zports\|ide_rd_n~64 ),
		2997	.devclrn(devclrn),
		2998	.devpor(devpor),
		2999	.devoe(devoe),
		3000	.dataout(\ide_d[9]~6 ),
		3001	.padio(ide_d[9]));
		3002	// synopsys translate_off
		3003	defparam \ide_d[9]~I .feedback_mode = "from_pin";
		3004	defparam \ide_d[9]~I .operation_mode = "bidir";
		3005	defparam \ide_d[9]~I .reg_source_mode = "none";
		3006	// synopsys translate_on
		3007
		3008	// atom is at PIN_83
		3009	flex10ke_io \ide_d[10]~I (
		3010	.datain(\zports\|ideout[10]~74 ),
		3011	.clk(gnd),
		3012	.ena(vcc),
		3013	.aclr(gnd),
		3014	.oe(\zports\|ide_rd_n~64 ),
		3015	.devclrn(devclrn),
		3016	.devpor(devpor),
		3017	.devoe(devoe),
		3018	.dataout(\ide_d[10]~5 ),
		3019	.padio(ide_d[10]));
		3020	// synopsys translate_off
		3021	defparam \ide_d[10]~I .feedback_mode = "from_pin";
		3022	defparam \ide_d[10]~I .operation_mode = "bidir";
		3023	defparam \ide_d[10]~I .reg_source_mode = "none";
		3024	// synopsys translate_on
		3025
		3026	// atom is at PIN_86
		3027	flex10ke_io \ide_d[11]~I (
		3028	.datain(\zports\|ideout[11]~75 ),
		3029	.clk(gnd),
		3030	.ena(vcc),
		3031	.aclr(gnd),
		3032	.oe(\zports\|ide_rd_n~64 ),
		3033	.devclrn(devclrn),
		3034	.devpor(devpor),
		3035	.devoe(devoe),
		3036	.dataout(\ide_d[11]~4 ),
		3037	.padio(ide_d[11]));
		3038	// synopsys translate_off
		3039	defparam \ide_d[11]~I .feedback_mode = "from_pin";
		3040	defparam \ide_d[11]~I .operation_mode = "bidir";
		3041	defparam \ide_d[11]~I .reg_source_mode = "none";
		3042	// synopsys translate_on
		3043
		3044	// atom is at PIN_88
		3045	flex10ke_io \ide_d[12]~I (
		3046	.datain(\zports\|ideout[12]~76 ),
		3047	.clk(gnd),
		3048	.ena(vcc),
		3049	.aclr(gnd),
		3050	.oe(\zports\|ide_rd_n~64 ),
		3051	.devclrn(devclrn),
		3052	.devpor(devpor),
		3053	.devoe(devoe),
		3054	.dataout(\ide_d[12]~3 ),
		3055	.padio(ide_d[12]));
		3056	// synopsys translate_off
		3057	defparam \ide_d[12]~I .feedback_mode = "from_pin";
		3058	defparam \ide_d[12]~I .operation_mode = "bidir";
		3059	defparam \ide_d[12]~I .reg_source_mode = "none";
		3060	// synopsys translate_on
		3061
		3062	// atom is at PIN_90
		3063	flex10ke_io \ide_d[13]~I (
		3064	.datain(\zports\|ideout[13]~77 ),
		3065	.clk(gnd),
		3066	.ena(vcc),
		3067	.aclr(gnd),
		3068	.oe(\zports\|ide_rd_n~64 ),
		3069	.devclrn(devclrn),
		3070	.devpor(devpor),
		3071	.devoe(devoe),
		3072	.dataout(\ide_d[13]~2 ),
		3073	.padio(ide_d[13]));
		3074	// synopsys translate_off
		3075	defparam \ide_d[13]~I .feedback_mode = "from_pin";
		3076	defparam \ide_d[13]~I .operation_mode = "bidir";
		3077	defparam \ide_d[13]~I .reg_source_mode = "none";
		3078	// synopsys translate_on
		3079
		3080	// atom is at PIN_93
		3081	flex10ke_io \ide_d[14]~I (
		3082	.datain(\zports\|ideout[14]~78 ),
		3083	.clk(gnd),
		3084	.ena(vcc),
		3085	.aclr(gnd),
		3086	.oe(\zports\|ide_rd_n~64 ),
		3087	.devclrn(devclrn),
		3088	.devpor(devpor),
		3089	.devoe(devoe),
		3090	.dataout(\ide_d[14]~1 ),
		3091	.padio(ide_d[14]));
		3092	// synopsys translate_off
		3093	defparam \ide_d[14]~I .feedback_mode = "from_pin";
		3094	defparam \ide_d[14]~I .operation_mode = "bidir";
		3095	defparam \ide_d[14]~I .reg_source_mode = "none";
		3096	// synopsys translate_on
		3097
		3098	// atom is at PIN_95
		3099	flex10ke_io \ide_d[15]~I (
		3100	.datain(\zports\|ideout[15]~79 ),
		3101	.clk(gnd),
		3102	.ena(vcc),
		3103	.aclr(gnd),
		3104	.oe(\zports\|ide_rd_n~64 ),
		3105	.devclrn(devclrn),
		3106	.devpor(devpor),
		3107	.devoe(devoe),
		3108	.dataout(\ide_d[15]~0 ),
		3109	.padio(ide_d[15]));
		3110	// synopsys translate_off
		3111	defparam \ide_d[15]~I .feedback_mode = "from_pin";
		3112	defparam \ide_d[15]~I .operation_mode = "bidir";
		3113	defparam \ide_d[15]~I .reg_source_mode = "none";
		3114	// synopsys translate_on
		3115
		3116	// atom is at PIN_183
		3117	flex10ke_io \fclk~I (
		3118	.datain(gnd),
		3119	.clk(gnd),
		3120	.ena(vcc),
		3121	.aclr(gnd),
		3122	.oe(gnd),
		3123	.devclrn(devclrn),
		3124	.devpor(devpor),
		3125	.devoe(devoe),
		3126	.dataout(\fclk~dataout ),
		3127	.padio(fclk));
		3128	// synopsys translate_off
		3129	defparam \fclk~I .feedback_mode = "from_pin";
		3130	defparam \fclk~I .operation_mode = "input";
		3131	defparam \fclk~I .reg_source_mode = "none";
		3132	// synopsys translate_on
		3133
		3134	// atom is at LC6_E3
		3135	flex10ke_lcell \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[0] (
		3136	// Equation(s):
		3137	// \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[0]~COUT = CARRY()
		3138
		3139	.dataa(vcc),
		3140	.datab(vcc),
		3141	.datac(vcc),
		3142	.datad(vcc),
		3143	.aclr(gnd),
		3144	.aload(gnd),
		3145	.clk(\fclk~dataout ),
		3146	.cin(gnd),
		3147	.cascin(vcc),
		3148	.devclrn(devclrn),
		3149	.devpor(devpor),
		3150	.combout(),
		3151	.regout(\ayclk_gen_rtl_0\|wysi_counter\|q [0]),
		3152	.cout(\ayclk_gen_rtl_0\|wysi_counter\|counter_cell[0]~COUT ),
		3153	.cascout());
		3154	// synopsys translate_off
		3155	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[0] .clock_enable_mode = "false";
		3156	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[0] .lut_mask = "33aa";
		3157	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[0] .operation_mode = "up_dn_cntr";
		3158	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[0] .output_mode = "none";
		3159	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[0] .packed_mode = "false";
		3160	// synopsys translate_on
		3161
		3162	// atom is at LC7_E3
		3163	flex10ke_lcell \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[1] (
		3164	// Equation(s):
		3165	// \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[1]~COUT = CARRY( & (\ayclk_gen_rtl_0\|wysi_counter\|counter_cell[0]~COUT ))
		3166
		3167	.dataa(vcc),
		3168	.datab(vcc),
		3169	.datac(vcc),
		3170	.datad(vcc),
		3171	.aclr(gnd),
		3172	.aload(gnd),
		3173	.clk(\fclk~dataout ),
		3174	.cin(\ayclk_gen_rtl_0\|wysi_counter\|counter_cell[0]~COUT ),
		3175	.cascin(vcc),
		3176	.devclrn(devclrn),
		3177	.devpor(devpor),
		3178	.combout(),
		3179	.regout(\ayclk_gen_rtl_0\|wysi_counter\|q [1]),
		3180	.cout(\ayclk_gen_rtl_0\|wysi_counter\|counter_cell[1]~COUT ),
		3181	.cascout());
		3182	// synopsys translate_off
		3183	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[1] .cin_used = "true";
		3184	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[1] .clock_enable_mode = "false";
		3185	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[1] .lut_mask = "3ca0";
		3186	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[1] .operation_mode = "up_dn_cntr";
		3187	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[1] .output_mode = "none";
		3188	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[1] .packed_mode = "false";
		3189	// synopsys translate_on
		3190
		3191	// atom is at LC8_E3
		3192	flex10ke_lcell \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[2] (
		3193	// Equation(s):
		3194	// \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[2]~COUT = CARRY( & (\ayclk_gen_rtl_0\|wysi_counter\|counter_cell[1]~COUT ))
		3195
		3196	.dataa(vcc),
		3197	.datab(vcc),
		3198	.datac(vcc),
		3199	.datad(vcc),
		3200	.aclr(gnd),
		3201	.aload(gnd),
		3202	.clk(\fclk~dataout ),
		3203	.cin(\ayclk_gen_rtl_0\|wysi_counter\|counter_cell[1]~COUT ),
		3204	.cascin(vcc),
		3205	.devclrn(devclrn),
		3206	.devpor(devpor),
		3207	.combout(),
		3208	.regout(\ayclk_gen_rtl_0\|wysi_counter\|q [2]),
		3209	.cout(\ayclk_gen_rtl_0\|wysi_counter\|counter_cell[2]~COUT ),
		3210	.cascout());
		3211	// synopsys translate_off
		3212	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[2] .cin_used = "true";
		3213	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[2] .clock_enable_mode = "false";
		3214	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[2] .lut_mask = "3ca0";
		3215	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[2] .operation_mode = "up_dn_cntr";
		3216	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[2] .output_mode = "none";
		3217	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[2] .packed_mode = "false";
		3218	// synopsys translate_on
		3219
		3220	// atom is at LC1_E5
		3221	flex10ke_lcell \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[3] (
		3222	// Equation(s):
		3223	// \ayclk_gen_rtl_0\|wysi_counter\|q [3] = DFFEA(\ayclk_gen_rtl_0\|wysi_counter\|q [3] $ \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[2]~COUT , GLOBAL(\fclk~dataout ), , , , , )
		3224
		3225	.dataa(vcc),
		3226	.datab(vcc),
		3227	.datac(vcc),
		3228	.datad(vcc),
		3229	.aclr(gnd),
		3230	.aload(gnd),
		3231	.clk(\fclk~dataout ),
		3232	.cin(\ayclk_gen_rtl_0\|wysi_counter\|counter_cell[2]~COUT ),
		3233	.cascin(vcc),
		3234	.devclrn(devclrn),
		3235	.devpor(devpor),
		3236	.combout(),
		3237	.regout(\ayclk_gen_rtl_0\|wysi_counter\|q [3]),
		3238	.cout(),
		3239	.cascout());
		3240	// synopsys translate_off
		3241	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[3] .cin_used = "true";
		3242	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[3] .clock_enable_mode = "false";
		3243	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[3] .lut_mask = "3c3c";
		3244	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[3] .operation_mode = "up_dn_cntr";
		3245	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[3] .output_mode = "reg_only";
		3246	defparam \ayclk_gen_rtl_0\|wysi_counter\|counter_cell[3] .packed_mode = "false";
		3247	// synopsys translate_on
		3248
		3249	// atom is at PIN_37
		3250	flex10ke_io \a[5]~I (
		3251	.datain(gnd),
		3252	.clk(gnd),
		3253	.ena(vcc),
		3254	.aclr(gnd),
		3255	.oe(gnd),
		3256	.devclrn(devclrn),
		3257	.devpor(devpor),
		3258	.devoe(devoe),
		3259	.dataout(\a~dataout [5]),
		3260	.padio(a[5]));
		3261	// synopsys translate_off
		3262	defparam \a[5]~I .feedback_mode = "from_pin";
		3263	defparam \a[5]~I .operation_mode = "input";
		3264	defparam \a[5]~I .reg_source_mode = "none";
		3265	// synopsys translate_on
		3266
		3267	// atom is at LC4_H1
		3268	flex10ke_lcell \ide_a[0]~0_I (
		3269	// Equation(s):
		3270	// \ide_a[0]~0 = \a~dataout [5]
		3271
		3272	.dataa(vcc),
		3273	.datab(vcc),
		3274	.datac(vcc),
		3275	.datad(\a~dataout [5]),
		3276	.aclr(gnd),
		3277	.aload(gnd),
		3278	.clk(gnd),
		3279	.cin(gnd),
		3280	.cascin(vcc),
		3281	.devclrn(devclrn),
		3282	.devpor(devpor),
		3283	.combout(\ide_a[0]~0 ),
		3284	.regout(),
		3285	.cout(),
		3286	.cascout());
		3287	// synopsys translate_off
		3288	defparam \ide_a[0]~0_I .clock_enable_mode = "false";
		3289	defparam \ide_a[0]~0_I .lut_mask = "ff00";
		3290	defparam \ide_a[0]~0_I .operation_mode = "normal";
		3291	defparam \ide_a[0]~0_I .output_mode = "comb_only";
		3292	defparam \ide_a[0]~0_I .packed_mode = "false";
		3293	// synopsys translate_on
		3294
		3295	// atom is at PIN_36
		3296	flex10ke_io \a[6]~I (
		3297	.datain(gnd),
		3298	.clk(gnd),
		3299	.ena(vcc),
		3300	.aclr(gnd),
		3301	.oe(gnd),
		3302	.devclrn(devclrn),
		3303	.devpor(devpor),
		3304	.devoe(devoe),
		3305	.dataout(\a~dataout [6]),
		3306	.padio(a[6]));
		3307	// synopsys translate_off
		3308	defparam \a[6]~I .feedback_mode = "from_pin";
		3309	defparam \a[6]~I .operation_mode = "input";
		3310	defparam \a[6]~I .reg_source_mode = "none";
		3311	// synopsys translate_on
		3312
		3313	// atom is at LC3_H1
		3314	flex10ke_lcell \ide_a[1]~1_I (
		3315	// Equation(s):
		3316	// \ide_a[1]~1 = \a~dataout [6]
		3317
		3318	.dataa(vcc),
		3319	.datab(vcc),
		3320	.datac(vcc),
		3321	.datad(\a~dataout [6]),
		3322	.aclr(gnd),
		3323	.aload(gnd),
		3324	.clk(gnd),
		3325	.cin(gnd),
		3326	.cascin(vcc),
		3327	.devclrn(devclrn),
		3328	.devpor(devpor),
		3329	.combout(\ide_a[1]~1 ),
		3330	.regout(),
		3331	.cout(),
		3332	.cascout());
		3333	// synopsys translate_off
		3334	defparam \ide_a[1]~1_I .clock_enable_mode = "false";
		3335	defparam \ide_a[1]~1_I .lut_mask = "ff00";
		3336	defparam \ide_a[1]~1_I .operation_mode = "normal";
		3337	defparam \ide_a[1]~1_I .output_mode = "comb_only";
		3338	defparam \ide_a[1]~1_I .packed_mode = "false";
		3339	// synopsys translate_on
		3340
		3341	// atom is at PIN_31
		3342	flex10ke_io \a[7]~I (
		3343	.datain(gnd),
		3344	.clk(gnd),
		3345	.ena(vcc),
		3346	.aclr(gnd),
		3347	.oe(gnd),
		3348	.devclrn(devclrn),
		3349	.devpor(devpor),
		3350	.devoe(devoe),
		3351	.dataout(\a~dataout [7]),
		3352	.padio(a[7]));
		3353	// synopsys translate_off
		3354	defparam \a[7]~I .feedback_mode = "from_pin";
		3355	defparam \a[7]~I .operation_mode = "input";
		3356	defparam \a[7]~I .reg_source_mode = "none";
		3357	// synopsys translate_on
		3358
		3359	// atom is at LC8_D21
		3360	flex10ke_lcell \ide_a[2]~2_I (
		3361	// Equation(s):
		3362	// \ide_a[2]~2 = \a~dataout [7]
		3363
		3364	.dataa(vcc),
		3365	.datab(vcc),
		3366	.datac(vcc),
		3367	.datad(\a~dataout [7]),
		3368	.aclr(gnd),
		3369	.aload(gnd),
		3370	.clk(gnd),
		3371	.cin(gnd),
		3372	.cascin(vcc),
		3373	.devclrn(devclrn),
		3374	.devpor(devpor),
		3375	.combout(\ide_a[2]~2 ),
		3376	.regout(),
		3377	.cout(),
		3378	.cascout());
		3379	// synopsys translate_off
		3380	defparam \ide_a[2]~2_I .clock_enable_mode = "false";
		3381	defparam \ide_a[2]~2_I .lut_mask = "ff00";
		3382	defparam \ide_a[2]~2_I .operation_mode = "normal";
		3383	defparam \ide_a[2]~2_I .output_mode = "comb_only";
		3384	defparam \ide_a[2]~2_I .packed_mode = "false";
		3385	// synopsys translate_on
		3386
		3387	// atom is at LC5_J8
		3388	flex10ke_lcell \ide_dir~0_I (
		3389	// Equation(s):
		3390	// \ide_dir~0 = ide_rd_n
		3391
		3392	.dataa(vcc),
		3393	.datab(vcc),
		3394	.datac(vcc),
		3395	.datad(\zports\|ide_rd_n~64 ),
		3396	.aclr(gnd),
		3397	.aload(gnd),
		3398	.clk(gnd),
		3399	.cin(gnd),
		3400	.cascin(vcc),
		3401	.devclrn(devclrn),
		3402	.devpor(devpor),
		3403	.combout(\ide_dir~0 ),
		3404	.regout(),
		3405	.cout(),
		3406	.cascout());
		3407	// synopsys translate_off
		3408	defparam \ide_dir~0_I .clock_enable_mode = "false";
		3409	defparam \ide_dir~0_I .lut_mask = "ff00";
		3410	defparam \ide_dir~0_I .operation_mode = "normal";
		3411	defparam \ide_dir~0_I .output_mode = "comb_only";
		3412	defparam \ide_dir~0_I .packed_mode = "false";
		3413	// synopsys translate_on
		3414
		3415	// atom is at PIN_39
		3416	flex10ke_io \a[3]~I (
		3417	.datain(gnd),
		3418	.clk(gnd),
		3419	.ena(vcc),
		3420	.aclr(gnd),
		3421	.oe(gnd),
		3422	.devclrn(devclrn),
		3423	.devpor(devpor),
		3424	.devoe(devoe),
		3425	.dataout(\a~dataout [3]),
		3426	.padio(a[3]));
		3427	// synopsys translate_off
		3428	defparam \a[3]~I .feedback_mode = "from_pin";
		3429	defparam \a[3]~I .operation_mode = "input";
		3430	defparam \a[3]~I .reg_source_mode = "none";
		3431	// synopsys translate_on
		3432
		3433	// atom is at PIN_38
		3434	flex10ke_io \a[4]~I (
		3435	.datain(gnd),
		3436	.clk(gnd),
		3437	.ena(vcc),
		3438	.aclr(gnd),
		3439	.oe(gnd),
		3440	.devclrn(devclrn),
		3441	.devpor(devpor),
		3442	.devoe(devoe),
		3443	.dataout(\a~dataout [4]),
		3444	.padio(a[4]));
		3445	// synopsys translate_off
		3446	defparam \a[4]~I .feedback_mode = "from_pin";
		3447	defparam \a[4]~I .operation_mode = "input";
		3448	defparam \a[4]~I .reg_source_mode = "none";
		3449	// synopsys translate_on
		3450
		3451	// atom is at LC2_H5
		3452	flex10ke_lcell \d~4437_I (
		3453	// Equation(s):
		3454	// \d~4437 = \a~dataout [4] & (\a~dataout [3] & !Selector72 # !\a~dataout [3] & (!Selector71))
		3455
		3456	.dataa(\zports\|Selector7~1899 ),
		3457	.datab(\zports\|Selector7~1898 ),
		3458	.datac(\a~dataout [3]),
		3459	.datad(\a~dataout [4]),
		3460	.aclr(gnd),
		3461	.aload(gnd),
		3462	.clk(gnd),
		3463	.cin(gnd),
		3464	.cascin(vcc),
		3465	.devclrn(devclrn),
		3466	.devpor(devpor),
		3467	.combout(\d~4437 ),
		3468	.regout(),
		3469	.cout(),
		3470	.cascout());
		3471	// synopsys translate_off
		3472	defparam \d~4437_I .clock_enable_mode = "false";
		3473	defparam \d~4437_I .lut_mask = "5300";
		3474	defparam \d~4437_I .operation_mode = "normal";
		3475	defparam \d~4437_I .output_mode = "comb_only";
		3476	defparam \d~4437_I .packed_mode = "false";
		3477	// synopsys translate_on
		3478
		3479	// atom is at LC1_H5
		3480	flex10ke_lcell \d~4436_I (
		3481	// Equation(s):
		3482	// \d~4436 = !\a~dataout [4] & (Selector7 # !\a~dataout [3]) # !dataout
		3483
		3484	.dataa(\zports\|dataout~113 ),
		3485	.datab(\a~dataout [4]),
		3486	.datac(\a~dataout [3]),
		3487	.datad(\zports\|Selector7~1858 ),
		3488	.aclr(gnd),
		3489	.aload(gnd),
		3490	.clk(gnd),
		3491	.cin(gnd),
		3492	.cascin(vcc),
		3493	.devclrn(devclrn),
		3494	.devpor(devpor),
		3495	.combout(\d~4436 ),
		3496	.regout(),
		3497	.cout(),
		3498	.cascout());
		3499	// synopsys translate_off
		3500	defparam \d~4436_I .clock_enable_mode = "false";
		3501	defparam \d~4436_I .lut_mask = "7757";
		3502	defparam \d~4436_I .operation_mode = "normal";
		3503	defparam \d~4436_I .output_mode = "comb_only";
		3504	defparam \d~4436_I .packed_mode = "false";
		3505	// synopsys translate_on
		3506
		3507	// atom is at LC5_H5
		3508	flex10ke_lcell \d~4438_I (
		3509	// Equation(s):
		3510	// \d~4438 = cpu_rnw & (zd_out_0) # !cpu_rnw & (\d~4437 # \d~4436 )
		3511
		3512	.dataa(\z80mem\|cpu_rnw~38 ),
		3513	.datab(\d~4437 ),
		3514	.datac(\d~4436 ),
		3515	.datad(\z80mem\|zd_out [0]),
		3516	.aclr(gnd),
		3517	.aload(gnd),
		3518	.clk(gnd),
		3519	.cin(gnd),
		3520	.cascin(vcc),
		3521	.devclrn(devclrn),
		3522	.devpor(devpor),
		3523	.combout(\d~4438 ),
		3524	.regout(),
		3525	.cout(),
		3526	.cascout());
		3527	// synopsys translate_off
		3528	defparam \d~4438_I .clock_enable_mode = "false";
		3529	defparam \d~4438_I .lut_mask = "fe54";
		3530	defparam \d~4438_I .operation_mode = "normal";
		3531	defparam \d~4438_I .output_mode = "comb_only";
		3532	defparam \d~4438_I .packed_mode = "false";
		3533	// synopsys translate_on
		3534
		3535	// atom is at PIN_144
		3536	flex10ke_io \m1_n~I (
		3537	.datain(gnd),
		3538	.clk(gnd),
		3539	.ena(vcc),
		3540	.aclr(gnd),
		3541	.oe(gnd),
		3542	.devclrn(devclrn),
		3543	.devpor(devpor),
		3544	.devoe(devoe),
		3545	.dataout(\m1_n~dataout ),
		3546	.padio(m1_n));
		3547	// synopsys translate_off
		3548	defparam \m1_n~I .feedback_mode = "from_pin";
		3549	defparam \m1_n~I .operation_mode = "input";
		3550	defparam \m1_n~I .reg_source_mode = "none";
		3551	// synopsys translate_on
		3552
		3553	// atom is at PIN_7
		3554	flex10ke_io \iorq_n~I (
		3555	.datain(gnd),
		3556	.clk(gnd),
		3557	.ena(vcc),
		3558	.aclr(gnd),
		3559	.oe(gnd),
		3560	.devclrn(devclrn),
		3561	.devpor(devpor),
		3562	.devoe(devoe),
		3563	.dataout(\iorq_n~dataout ),
		3564	.padio(iorq_n));
		3565	// synopsys translate_off
		3566	defparam \iorq_n~I .feedback_mode = "from_pin";
		3567	defparam \iorq_n~I .operation_mode = "input";
		3568	defparam \iorq_n~I .reg_source_mode = "none";
		3569	// synopsys translate_on
		3570
		3571	// atom is at LC2_E16
		3572	flex10ke_lcell \m1_n~9_I (
		3573	// Equation(s):
		3574	// \m1_n~9 = !\m1_n~dataout & !\iorq_n~dataout
		3575
		3576	.dataa(vcc),
		3577	.datab(vcc),
		3578	.datac(\m1_n~dataout ),
		3579	.datad(\iorq_n~dataout ),
		3580	.aclr(gnd),
		3581	.aload(gnd),
		3582	.clk(gnd),
		3583	.cin(gnd),
		3584	.cascin(vcc),
		3585	.devclrn(devclrn),
		3586	.devpor(devpor),
		3587	.combout(\m1_n~9 ),
		3588	.regout(),
		3589	.cout(),
		3590	.cascout());
		3591	// synopsys translate_off
		3592	defparam \m1_n~9_I .clock_enable_mode = "false";
		3593	defparam \m1_n~9_I .lut_mask = "000f";
		3594	defparam \m1_n~9_I .operation_mode = "normal";
		3595	defparam \m1_n~9_I .output_mode = "comb_only";
		3596	defparam \m1_n~9_I .packed_mode = "false";
		3597	// synopsys translate_on
		3598
		3599	// atom is at PIN_80
		3600	flex10ke_io \iorqge2~I (
		3601	.datain(gnd),
		3602	.clk(gnd),
		3603	.ena(vcc),
		3604	.aclr(gnd),
		3605	.oe(gnd),
		3606	.devclrn(devclrn),
		3607	.devpor(devpor),
		3608	.devoe(devoe),
		3609	.dataout(\iorqge2~dataout ),
		3610	.padio(iorqge2));
		3611	// synopsys translate_off
		3612	defparam \iorqge2~I .feedback_mode = "from_pin";
		3613	defparam \iorqge2~I .operation_mode = "input";
		3614	defparam \iorqge2~I .reg_source_mode = "none";
		3615	// synopsys translate_on
		3616
		3617	// atom is at PIN_141
		3618	flex10ke_io \rd_n~I (
		3619	.datain(gnd),
		3620	.clk(gnd),
		3621	.ena(vcc),
		3622	.aclr(gnd),
		3623	.oe(gnd),
		3624	.devclrn(devclrn),
		3625	.devpor(devpor),
		3626	.devoe(devoe),
		3627	.dataout(\rd_n~dataout ),
		3628	.padio(rd_n));
		3629	// synopsys translate_off
		3630	defparam \rd_n~I .feedback_mode = "from_pin";
		3631	defparam \rd_n~I .operation_mode = "input";
		3632	defparam \rd_n~I .reg_source_mode = "none";
		3633	// synopsys translate_on
		3634
		3635	// atom is at LC7_E7
		3636	flex10ke_lcell \iorqge2~17_I (
		3637	// Equation(s):
		3638	// \iorqge2~17 = !\iorqge2~dataout & !\rd_n~dataout & !iorq2_n
		3639
		3640	.dataa(vcc),
		3641	.datab(\iorqge2~dataout ),
		3642	.datac(\rd_n~dataout ),
		3643	.datad(\zxbus\|iorq2_n ),
		3644	.aclr(gnd),
		3645	.aload(gnd),
		3646	.clk(gnd),
		3647	.cin(gnd),
		3648	.cascin(vcc),
		3649	.devclrn(devclrn),
		3650	.devpor(devpor),
		3651	.combout(\iorqge2~17 ),
		3652	.regout(),
		3653	.cout(),
		3654	.cascout());
		3655	// synopsys translate_off
		3656	defparam \iorqge2~17_I .clock_enable_mode = "false";
		3657	defparam \iorqge2~17_I .lut_mask = "0003";
		3658	defparam \iorqge2~17_I .operation_mode = "normal";
		3659	defparam \iorqge2~17_I .output_mode = "comb_only";
		3660	defparam \iorqge2~17_I .packed_mode = "false";
		3661	// synopsys translate_on
		3662
		3663	// atom is at LC1_E7
		3664	flex10ke_lcell \d~25_I (
		3665	// Equation(s):
		3666	// \d~25 = cpu_rnw # \m1_n~9 # \iorqge2~17 # dataout
		3667
		3668	.dataa(\z80mem\|cpu_rnw~38 ),
		3669	.datab(\m1_n~9 ),
		3670	.datac(\iorqge2~17 ),
		3671	.datad(\zports\|dataout~113 ),
		3672	.aclr(gnd),
		3673	.aload(gnd),
		3674	.clk(gnd),
		3675	.cin(gnd),
		3676	.cascin(vcc),
		3677	.devclrn(devclrn),
		3678	.devpor(devpor),
		3679	.combout(\d~25 ),
		3680	.regout(),
		3681	.cout(),
		3682	.cascout());
		3683	// synopsys translate_off
		3684	defparam \d~25_I .clock_enable_mode = "false";
		3685	defparam \d~25_I .lut_mask = "fffe";
		3686	defparam \d~25_I .operation_mode = "normal";
		3687	defparam \d~25_I .output_mode = "comb_only";
		3688	defparam \d~25_I .packed_mode = "false";
		3689	// synopsys translate_on
		3690
		3691	// atom is at LC5_H33
		3692	flex10ke_lcell \d~4440_I (
		3693	// Equation(s):
		3694	// \d~4440 = \a~dataout [4] & (\a~dataout [3] & !Selector61 # !\a~dataout [3] & (!Selector6))
		3695
		3696	.dataa(\zports\|Selector6~1409 ),
		3697	.datab(\zports\|Selector6~1408 ),
		3698	.datac(\a~dataout [3]),
		3699	.datad(\a~dataout [4]),
		3700	.aclr(gnd),
		3701	.aload(gnd),
		3702	.clk(gnd),
		3703	.cin(gnd),
		3704	.cascin(vcc),
		3705	.devclrn(devclrn),
		3706	.devpor(devpor),
		3707	.combout(\d~4440 ),
		3708	.regout(),
		3709	.cout(),
		3710	.cascout());
		3711	// synopsys translate_off
		3712	defparam \d~4440_I .clock_enable_mode = "false";
		3713	defparam \d~4440_I .lut_mask = "5300";
		3714	defparam \d~4440_I .operation_mode = "normal";
		3715	defparam \d~4440_I .output_mode = "comb_only";
		3716	defparam \d~4440_I .packed_mode = "false";
		3717	// synopsys translate_on
		3718
		3719	// atom is at LC4_H33
		3720	flex10ke_lcell \d~4439_I (
		3721	// Equation(s):
		3722	// \d~4439 = !\a~dataout [4] & (!\a~dataout [3] # !Selector62) # !dataout
		3723
		3724	.dataa(\zports\|dataout~113 ),
		3725	.datab(\a~dataout [4]),
		3726	.datac(\zports\|Selector6~1407 ),
		3727	.datad(\a~dataout [3]),
		3728	.aclr(gnd),
		3729	.aload(gnd),
		3730	.clk(gnd),
		3731	.cin(gnd),
		3732	.cascin(vcc),
		3733	.devclrn(devclrn),
		3734	.devpor(devpor),
		3735	.combout(\d~4439 ),
		3736	.regout(),
		3737	.cout(),
		3738	.cascout());
		3739	// synopsys translate_off
		3740	defparam \d~4439_I .clock_enable_mode = "false";
		3741	defparam \d~4439_I .lut_mask = "5777";
		3742	defparam \d~4439_I .operation_mode = "normal";
		3743	defparam \d~4439_I .output_mode = "comb_only";
		3744	defparam \d~4439_I .packed_mode = "false";
		3745	// synopsys translate_on
		3746
		3747	// atom is at LC3_H33
		3748	flex10ke_lcell \d~4441_I (
		3749	// Equation(s):
		3750	// \d~4441 = cpu_rnw & (zd_out_1) # !cpu_rnw & (\d~4440 # \d~4439 )
		3751
		3752	.dataa(\z80mem\|cpu_rnw~38 ),
		3753	.datab(\d~4440 ),
		3754	.datac(\d~4439 ),
		3755	.datad(\z80mem\|zd_out [1]),
		3756	.aclr(gnd),
		3757	.aload(gnd),
		3758	.clk(gnd),
		3759	.cin(gnd),
		3760	.cascin(vcc),
		3761	.devclrn(devclrn),
		3762	.devpor(devpor),
		3763	.combout(\d~4441 ),
		3764	.regout(),
		3765	.cout(),
		3766	.cascout());
		3767	// synopsys translate_off
		3768	defparam \d~4441_I .clock_enable_mode = "false";
		3769	defparam \d~4441_I .lut_mask = "fe54";
		3770	defparam \d~4441_I .operation_mode = "normal";
		3771	defparam \d~4441_I .output_mode = "comb_only";
		3772	defparam \d~4441_I .packed_mode = "false";
		3773	// synopsys translate_on
		3774
		3775	// atom is at LC6_H25
		3776	flex10ke_lcell \d~4443_I (
		3777	// Equation(s):
		3778	// \d~4443 = \a~dataout [4] & (\a~dataout [3] & !Selector51 # !\a~dataout [3] & (!Selector5))
		3779
		3780	.dataa(\zports\|Selector5~1409 ),
		3781	.datab(\zports\|Selector5~1408 ),
		3782	.datac(\a~dataout [3]),
		3783	.datad(\a~dataout [4]),
		3784	.aclr(gnd),
		3785	.aload(gnd),
		3786	.clk(gnd),
		3787	.cin(gnd),
		3788	.cascin(vcc),
		3789	.devclrn(devclrn),
		3790	.devpor(devpor),
		3791	.combout(\d~4443 ),
		3792	.regout(),
		3793	.cout(),
		3794	.cascout());
		3795	// synopsys translate_off
		3796	defparam \d~4443_I .clock_enable_mode = "false";
		3797	defparam \d~4443_I .lut_mask = "5300";
		3798	defparam \d~4443_I .operation_mode = "normal";
		3799	defparam \d~4443_I .output_mode = "comb_only";
		3800	defparam \d~4443_I .packed_mode = "false";
		3801	// synopsys translate_on
		3802
		3803	// atom is at LC5_H25
		3804	flex10ke_lcell \d~4442_I (
		3805	// Equation(s):
		3806	// \d~4442 = !\a~dataout [4] & (!\a~dataout [3] # !Selector52) # !dataout
		3807
		3808	.dataa(\zports\|dataout~113 ),
		3809	.datab(\a~dataout [4]),
		3810	.datac(\zports\|Selector5~1407 ),
		3811	.datad(\a~dataout [3]),
		3812	.aclr(gnd),
		3813	.aload(gnd),
		3814	.clk(gnd),
		3815	.cin(gnd),
		3816	.cascin(vcc),
		3817	.devclrn(devclrn),
		3818	.devpor(devpor),
		3819	.combout(\d~4442 ),
		3820	.regout(),
		3821	.cout(),
		3822	.cascout());
		3823	// synopsys translate_off
		3824	defparam \d~4442_I .clock_enable_mode = "false";
		3825	defparam \d~4442_I .lut_mask = "5777";
		3826	defparam \d~4442_I .operation_mode = "normal";
		3827	defparam \d~4442_I .output_mode = "comb_only";
		3828	defparam \d~4442_I .packed_mode = "false";
		3829	// synopsys translate_on
		3830
		3831	// atom is at LC1_H25
		3832	flex10ke_lcell \d~4444_I (
		3833	// Equation(s):
		3834	// \d~4444 = cpu_rnw & (zd_out_2) # !cpu_rnw & (\d~4443 # \d~4442 )
		3835
		3836	.dataa(\z80mem\|cpu_rnw~38 ),
		3837	.datab(\d~4443 ),
		3838	.datac(\d~4442 ),
		3839	.datad(\z80mem\|zd_out [2]),
		3840	.aclr(gnd),
		3841	.aload(gnd),
		3842	.clk(gnd),
		3843	.cin(gnd),
		3844	.cascin(vcc),
		3845	.devclrn(devclrn),
		3846	.devpor(devpor),
		3847	.combout(\d~4444 ),
		3848	.regout(),
		3849	.cout(),
		3850	.cascout());
		3851	// synopsys translate_off
		3852	defparam \d~4444_I .clock_enable_mode = "false";
		3853	defparam \d~4444_I .lut_mask = "fe54";
		3854	defparam \d~4444_I .operation_mode = "normal";
		3855	defparam \d~4444_I .output_mode = "comb_only";
		3856	defparam \d~4444_I .packed_mode = "false";
		3857	// synopsys translate_on
		3858
		3859	// atom is at LC4_H17
		3860	flex10ke_lcell \d~4446_I (
		3861	// Equation(s):
		3862	// \d~4446 = \a~dataout [4] & (\a~dataout [3] & !Selector41 # !\a~dataout [3] & (!Selector4))
		3863
		3864	.dataa(\zports\|Selector4~1409 ),
		3865	.datab(\zports\|Selector4~1408 ),
		3866	.datac(\a~dataout [3]),
		3867	.datad(\a~dataout [4]),
		3868	.aclr(gnd),
		3869	.aload(gnd),
		3870	.clk(gnd),
		3871	.cin(gnd),
		3872	.cascin(vcc),
		3873	.devclrn(devclrn),
		3874	.devpor(devpor),
		3875	.combout(\d~4446 ),
		3876	.regout(),
		3877	.cout(),
		3878	.cascout());
		3879	// synopsys translate_off
		3880	defparam \d~4446_I .clock_enable_mode = "false";
		3881	defparam \d~4446_I .lut_mask = "5300";
		3882	defparam \d~4446_I .operation_mode = "normal";
		3883	defparam \d~4446_I .output_mode = "comb_only";
		3884	defparam \d~4446_I .packed_mode = "false";
		3885	// synopsys translate_on
		3886
		3887	// atom is at LC3_H17
		3888	flex10ke_lcell \d~4445_I (
		3889	// Equation(s):
		3890	// \d~4445 = !\a~dataout [4] & (!\a~dataout [3] # !Selector42) # !dataout
		3891
		3892	.dataa(\zports\|dataout~113 ),
		3893	.datab(\a~dataout [4]),
		3894	.datac(\zports\|Selector4~1407 ),
		3895	.datad(\a~dataout [3]),
		3896	.aclr(gnd),
		3897	.aload(gnd),
		3898	.clk(gnd),
		3899	.cin(gnd),
		3900	.cascin(vcc),
		3901	.devclrn(devclrn),
		3902	.devpor(devpor),
		3903	.combout(\d~4445 ),
		3904	.regout(),
		3905	.cout(),
		3906	.cascout());
		3907	// synopsys translate_off
		3908	defparam \d~4445_I .clock_enable_mode = "false";
		3909	defparam \d~4445_I .lut_mask = "5777";
		3910	defparam \d~4445_I .operation_mode = "normal";
		3911	defparam \d~4445_I .output_mode = "comb_only";
		3912	defparam \d~4445_I .packed_mode = "false";
		3913	// synopsys translate_on
		3914
		3915	// atom is at LC8_H17
		3916	flex10ke_lcell \d~4447_I (
		3917	// Equation(s):
		3918	// \d~4447 = cpu_rnw & (zd_out_3) # !cpu_rnw & (\d~4446 # \d~4445 )
		3919
		3920	.dataa(\z80mem\|cpu_rnw~38 ),
		3921	.datab(\d~4446 ),
		3922	.datac(\d~4445 ),
		3923	.datad(\z80mem\|zd_out [3]),
		3924	.aclr(gnd),
		3925	.aload(gnd),
		3926	.clk(gnd),
		3927	.cin(gnd),
		3928	.cascin(vcc),
		3929	.devclrn(devclrn),
		3930	.devpor(devpor),
		3931	.combout(\d~4447 ),
		3932	.regout(),
		3933	.cout(),
		3934	.cascout());
		3935	// synopsys translate_off
		3936	defparam \d~4447_I .clock_enable_mode = "false";
		3937	defparam \d~4447_I .lut_mask = "fe54";
		3938	defparam \d~4447_I .operation_mode = "normal";
		3939	defparam \d~4447_I .output_mode = "comb_only";
		3940	defparam \d~4447_I .packed_mode = "false";
		3941	// synopsys translate_on
		3942
		3943	// atom is at LC4_H27
		3944	flex10ke_lcell \d~4449_I (
		3945	// Equation(s):
		3946	// \d~4449 = \a~dataout [4] & (\a~dataout [3] & !Selector31 # !\a~dataout [3] & (!Selector3))
		3947
		3948	.dataa(\zports\|Selector3~1409 ),
		3949	.datab(\zports\|Selector3~1408 ),
		3950	.datac(\a~dataout [3]),
		3951	.datad(\a~dataout [4]),
		3952	.aclr(gnd),
		3953	.aload(gnd),
		3954	.clk(gnd),
		3955	.cin(gnd),
		3956	.cascin(vcc),
		3957	.devclrn(devclrn),
		3958	.devpor(devpor),
		3959	.combout(\d~4449 ),
		3960	.regout(),
		3961	.cout(),
		3962	.cascout());
		3963	// synopsys translate_off
		3964	defparam \d~4449_I .clock_enable_mode = "false";
		3965	defparam \d~4449_I .lut_mask = "5300";
		3966	defparam \d~4449_I .operation_mode = "normal";
		3967	defparam \d~4449_I .output_mode = "comb_only";
		3968	defparam \d~4449_I .packed_mode = "false";
		3969	// synopsys translate_on
		3970
		3971	// atom is at LC3_H27
		3972	flex10ke_lcell \d~4448_I (
		3973	// Equation(s):
		3974	// \d~4448 = !\a~dataout [4] & (!\a~dataout [3] # !Selector32) # !dataout
		3975
		3976	.dataa(\zports\|dataout~113 ),
		3977	.datab(\a~dataout [4]),
		3978	.datac(\zports\|Selector3~1407 ),
		3979	.datad(\a~dataout [3]),
		3980	.aclr(gnd),
		3981	.aload(gnd),
		3982	.clk(gnd),
		3983	.cin(gnd),
		3984	.cascin(vcc),
		3985	.devclrn(devclrn),
		3986	.devpor(devpor),
		3987	.combout(\d~4448 ),
		3988	.regout(),
		3989	.cout(),
		3990	.cascout());
		3991	// synopsys translate_off
		3992	defparam \d~4448_I .clock_enable_mode = "false";
		3993	defparam \d~4448_I .lut_mask = "5777";
		3994	defparam \d~4448_I .operation_mode = "normal";
		3995	defparam \d~4448_I .output_mode = "comb_only";
		3996	defparam \d~4448_I .packed_mode = "false";
		3997	// synopsys translate_on
		3998
		3999	// atom is at LC5_H27
		4000	flex10ke_lcell \d~4450_I (
		4001	// Equation(s):
		4002	// \d~4450 = cpu_rnw & (zd_out_4) # !cpu_rnw & (\d~4449 # \d~4448 )
		4003
		4004	.dataa(\z80mem\|cpu_rnw~38 ),
		4005	.datab(\d~4449 ),
		4006	.datac(\d~4448 ),
		4007	.datad(\z80mem\|zd_out [4]),
		4008	.aclr(gnd),
		4009	.aload(gnd),
		4010	.clk(gnd),
		4011	.cin(gnd),
		4012	.cascin(vcc),
		4013	.devclrn(devclrn),
		4014	.devpor(devpor),
		4015	.combout(\d~4450 ),
		4016	.regout(),
		4017	.cout(),
		4018	.cascout());
		4019	// synopsys translate_off
		4020	defparam \d~4450_I .clock_enable_mode = "false";
		4021	defparam \d~4450_I .lut_mask = "fe54";
		4022	defparam \d~4450_I .operation_mode = "normal";
		4023	defparam \d~4450_I .output_mode = "comb_only";
		4024	defparam \d~4450_I .packed_mode = "false";
		4025	// synopsys translate_on
		4026
		4027	// atom is at LC5_H8
		4028	flex10ke_lcell \d~4452_I (
		4029	// Equation(s):
		4030	// \d~4452 = \a~dataout [4] & (\a~dataout [3] & (Selector2) # !\a~dataout [3] & !Selector21)
		4031
		4032	.dataa(\zports\|Selector2~1468 ),
		4033	.datab(\a~dataout [3]),
		4034	.datac(\zports\|Selector2~1452 ),
		4035	.datad(\a~dataout [4]),
		4036	.aclr(gnd),
		4037	.aload(gnd),
		4038	.clk(gnd),
		4039	.cin(gnd),
		4040	.cascin(vcc),
		4041	.devclrn(devclrn),
		4042	.devpor(devpor),
		4043	.combout(\d~4452 ),
		4044	.regout(),
		4045	.cout(),
		4046	.cascout());
		4047	// synopsys translate_off
		4048	defparam \d~4452_I .clock_enable_mode = "false";
		4049	defparam \d~4452_I .lut_mask = "d100";
		4050	defparam \d~4452_I .operation_mode = "normal";
		4051	defparam \d~4452_I .output_mode = "comb_only";
		4052	defparam \d~4452_I .packed_mode = "false";
		4053	// synopsys translate_on
		4054
		4055	// atom is at LC4_H8
		4056	flex10ke_lcell \d~4451_I (
		4057	// Equation(s):
		4058	// \d~4451 = !\a~dataout [4] & (!\a~dataout [3] # !Selector22) # !dataout
		4059
		4060	.dataa(\zports\|dataout~113 ),
		4061	.datab(\a~dataout [4]),
		4062	.datac(\zports\|Selector2~1467 ),
		4063	.datad(\a~dataout [3]),
		4064	.aclr(gnd),
		4065	.aload(gnd),
		4066	.clk(gnd),
		4067	.cin(gnd),
		4068	.cascin(vcc),
		4069	.devclrn(devclrn),
		4070	.devpor(devpor),
		4071	.combout(\d~4451 ),
		4072	.regout(),
		4073	.cout(),
		4074	.cascout());
		4075	// synopsys translate_off
		4076	defparam \d~4451_I .clock_enable_mode = "false";
		4077	defparam \d~4451_I .lut_mask = "5777";
		4078	defparam \d~4451_I .operation_mode = "normal";
		4079	defparam \d~4451_I .output_mode = "comb_only";
		4080	defparam \d~4451_I .packed_mode = "false";
		4081	// synopsys translate_on
		4082
		4083	// atom is at LC1_H8
		4084	flex10ke_lcell \d~4453_I (
		4085	// Equation(s):
		4086	// \d~4453 = cpu_rnw & (zd_out_5) # !cpu_rnw & (\d~4452 # \d~4451 )
		4087
		4088	.dataa(\z80mem\|cpu_rnw~38 ),
		4089	.datab(\d~4452 ),
		4090	.datac(\d~4451 ),
		4091	.datad(\z80mem\|zd_out [5]),
		4092	.aclr(gnd),
		4093	.aload(gnd),
		4094	.clk(gnd),
		4095	.cin(gnd),
		4096	.cascin(vcc),
		4097	.devclrn(devclrn),
		4098	.devpor(devpor),
		4099	.combout(\d~4453 ),
		4100	.regout(),
		4101	.cout(),
		4102	.cascout());
		4103	// synopsys translate_off
		4104	defparam \d~4453_I .clock_enable_mode = "false";
		4105	defparam \d~4453_I .lut_mask = "fe54";
		4106	defparam \d~4453_I .operation_mode = "normal";
		4107	defparam \d~4453_I .output_mode = "comb_only";
		4108	defparam \d~4453_I .packed_mode = "false";
		4109	// synopsys translate_on
		4110
		4111	// atom is at LC4_H34
		4112	flex10ke_lcell \d~4455_I (
		4113	// Equation(s):
		4114	// \d~4455 = \a~dataout [4] & (\a~dataout [3] & (Selector1) # !\a~dataout [3] & !Selector11)
		4115
		4116	.dataa(\zports\|Selector1~1400 ),
		4117	.datab(\a~dataout [3]),
		4118	.datac(\zports\|Selector1~1384 ),
		4119	.datad(\a~dataout [4]),
		4120	.aclr(gnd),
		4121	.aload(gnd),
		4122	.clk(gnd),
		4123	.cin(gnd),
		4124	.cascin(vcc),
		4125	.devclrn(devclrn),
		4126	.devpor(devpor),
		4127	.combout(\d~4455 ),
		4128	.regout(),
		4129	.cout(),
		4130	.cascout());
		4131	// synopsys translate_off
		4132	defparam \d~4455_I .clock_enable_mode = "false";
		4133	defparam \d~4455_I .lut_mask = "d100";
		4134	defparam \d~4455_I .operation_mode = "normal";
		4135	defparam \d~4455_I .output_mode = "comb_only";
		4136	defparam \d~4455_I .packed_mode = "false";
		4137	// synopsys translate_on
		4138
		4139	// atom is at LC3_H34
		4140	flex10ke_lcell \d~4454_I (
		4141	// Equation(s):
		4142	// \d~4454 = !\a~dataout [4] & (!\a~dataout [3] # !Selector12) # !dataout
		4143
		4144	.dataa(\zports\|dataout~113 ),
		4145	.datab(\a~dataout [4]),
		4146	.datac(\zports\|Selector1~1399 ),
		4147	.datad(\a~dataout [3]),
		4148	.aclr(gnd),
		4149	.aload(gnd),
		4150	.clk(gnd),
		4151	.cin(gnd),
		4152	.cascin(vcc),
		4153	.devclrn(devclrn),
		4154	.devpor(devpor),
		4155	.combout(\d~4454 ),
		4156	.regout(),
		4157	.cout(),
		4158	.cascout());
		4159	// synopsys translate_off
		4160	defparam \d~4454_I .clock_enable_mode = "false";
		4161	defparam \d~4454_I .lut_mask = "5777";
		4162	defparam \d~4454_I .operation_mode = "normal";
		4163	defparam \d~4454_I .output_mode = "comb_only";
		4164	defparam \d~4454_I .packed_mode = "false";
		4165	// synopsys translate_on
		4166
		4167	// atom is at LC8_H34
		4168	flex10ke_lcell \d~4456_I (
		4169	// Equation(s):
		4170	// \d~4456 = cpu_rnw & (zd_out_6) # !cpu_rnw & (\d~4455 # \d~4454 )
		4171
		4172	.dataa(\z80mem\|cpu_rnw~38 ),
		4173	.datab(\d~4455 ),
		4174	.datac(\d~4454 ),
		4175	.datad(\z80mem\|zd_out [6]),
		4176	.aclr(gnd),
		4177	.aload(gnd),
		4178	.clk(gnd),
		4179	.cin(gnd),
		4180	.cascin(vcc),
		4181	.devclrn(devclrn),
		4182	.devpor(devpor),
		4183	.combout(\d~4456 ),
		4184	.regout(),
		4185	.cout(),
		4186	.cascout());
		4187	// synopsys translate_off
		4188	defparam \d~4456_I .clock_enable_mode = "false";
		4189	defparam \d~4456_I .lut_mask = "fe54";
		4190	defparam \d~4456_I .operation_mode = "normal";
		4191	defparam \d~4456_I .output_mode = "comb_only";
		4192	defparam \d~4456_I .packed_mode = "false";
		4193	// synopsys translate_on
		4194
		4195	// atom is at LC2_H23
		4196	flex10ke_lcell \d~4458_I (
		4197	// Equation(s):
		4198	// \d~4458 = \a~dataout [4] & (\a~dataout [3] & (Selector0) # !\a~dataout [3] & !Selector02)
		4199
		4200	.dataa(\zports\|Selector0~1470 ),
		4201	.datab(\a~dataout [3]),
		4202	.datac(\zports\|Selector0~1454 ),
		4203	.datad(\a~dataout [4]),
		4204	.aclr(gnd),
		4205	.aload(gnd),
		4206	.clk(gnd),
		4207	.cin(gnd),
		4208	.cascin(vcc),
		4209	.devclrn(devclrn),
		4210	.devpor(devpor),
		4211	.combout(\d~4458 ),
		4212	.regout(),
		4213	.cout(),
		4214	.cascout());
		4215	// synopsys translate_off
		4216	defparam \d~4458_I .clock_enable_mode = "false";
		4217	defparam \d~4458_I .lut_mask = "d100";
		4218	defparam \d~4458_I .operation_mode = "normal";
		4219	defparam \d~4458_I .output_mode = "comb_only";
		4220	defparam \d~4458_I .packed_mode = "false";
		4221	// synopsys translate_on
		4222
		4223	// atom is at LC1_H23
		4224	flex10ke_lcell \d~4457_I (
		4225	// Equation(s):
		4226	// \d~4457 = !\a~dataout [4] & (!\a~dataout [3] # !Selector01) # !dataout
		4227
		4228	.dataa(\zports\|dataout~113 ),
		4229	.datab(\a~dataout [4]),
		4230	.datac(\zports\|Selector0~1469 ),
		4231	.datad(\a~dataout [3]),
		4232	.aclr(gnd),
		4233	.aload(gnd),
		4234	.clk(gnd),
		4235	.cin(gnd),
		4236	.cascin(vcc),
		4237	.devclrn(devclrn),
		4238	.devpor(devpor),
		4239	.combout(\d~4457 ),
		4240	.regout(),
		4241	.cout(),
		4242	.cascout());
		4243	// synopsys translate_off
		4244	defparam \d~4457_I .clock_enable_mode = "false";
		4245	defparam \d~4457_I .lut_mask = "5777";
		4246	defparam \d~4457_I .operation_mode = "normal";
		4247	defparam \d~4457_I .output_mode = "comb_only";
		4248	defparam \d~4457_I .packed_mode = "false";
		4249	// synopsys translate_on
		4250
		4251	// atom is at LC5_H23
		4252	flex10ke_lcell \d~4459_I (
		4253	// Equation(s):
		4254	// \d~4459 = cpu_rnw & (zd_out_7) # !cpu_rnw & (\d~4458 # \d~4457 )
		4255
		4256	.dataa(\z80mem\|cpu_rnw~38 ),
		4257	.datab(\d~4458 ),
		4258	.datac(\d~4457 ),
		4259	.datad(\z80mem\|zd_out [7]),
		4260	.aclr(gnd),
		4261	.aload(gnd),
		4262	.clk(gnd),
		4263	.cin(gnd),
		4264	.cascin(vcc),
		4265	.devclrn(devclrn),
		4266	.devpor(devpor),
		4267	.combout(\d~4459 ),
		4268	.regout(),
		4269	.cout(),
		4270	.cascout());
		4271	// synopsys translate_off
		4272	defparam \d~4459_I .clock_enable_mode = "false";
		4273	defparam \d~4459_I .lut_mask = "fe54";
		4274	defparam \d~4459_I .operation_mode = "normal";
		4275	defparam \d~4459_I .output_mode = "comb_only";
		4276	defparam \d~4459_I .packed_mode = "false";
		4277	// synopsys translate_on
		4278
		4279	// atom is at PIN_139
		4280	flex10ke_io \clkz_out~I (
		4281	.datain(\zclock\|zclk_out ),
		4282	.clk(gnd),
		4283	.ena(vcc),
		4284	.aclr(gnd),
		4285	.oe(vcc),
		4286	.devclrn(devclrn),
		4287	.devpor(devpor),
		4288	.devoe(devoe),
		4289	.dataout(),
		4290	.padio(clkz_out));
		4291	// synopsys translate_off
		4292	defparam \clkz_out~I .feedback_mode = "none";
		4293	defparam \clkz_out~I .operation_mode = "output";
		4294	defparam \clkz_out~I .reg_source_mode = "none";
		4295	// synopsys translate_on
		4296
		4297	// atom is at PIN_10
		4298	flex10ke_io \int_n~I (
		4299	.datain(\preryv\|int_n ),
		4300	.clk(gnd),
		4301	.ena(vcc),
		4302	.aclr(gnd),
		4303	.oe(vcc),
		4304	.devclrn(devclrn),
		4305	.devpor(devpor),
		4306	.devoe(devoe),
		4307	.dataout(),
		4308	.padio(int_n));
		4309	// synopsys translate_off
		4310	defparam \int_n~I .feedback_mode = "none";
		4311	defparam \int_n~I .operation_mode = "output";
		4312	defparam \int_n~I .reg_source_mode = "none";
		4313	// synopsys translate_on
		4314
		4315	// atom is at PIN_9
		4316	flex10ke_io \nmi_n~I (
		4317	.datain(!\slavespi\|cfg0_reg_out [1]),
		4318	.clk(gnd),
		4319	.ena(vcc),
		4320	.aclr(gnd),
		4321	.oe(vcc),
		4322	.devclrn(devclrn),
		4323	.devpor(devpor),
		4324	.devoe(devoe),
		4325	.dataout(),
		4326	.padio(nmi_n));
		4327	// synopsys translate_off
		4328	defparam \nmi_n~I .feedback_mode = "none";
		4329	defparam \nmi_n~I .open_drain_output = "true";
		4330	defparam \nmi_n~I .operation_mode = "output";
		4331	defparam \nmi_n~I .reg_source_mode = "none";
		4332	// synopsys translate_on
		4333
		4334	// atom is at PIN_143
		4335	flex10ke_io \wait_n~I (
		4336	.datain(\zwait\|WideNor0 ),
		4337	.clk(gnd),
		4338	.ena(vcc),
		4339	.aclr(gnd),
		4340	.oe(vcc),
		4341	.devclrn(devclrn),
		4342	.devpor(devpor),
		4343	.devoe(devoe),
		4344	.dataout(),
		4345	.padio(wait_n));
		4346	// synopsys translate_off
		4347	defparam \wait_n~I .feedback_mode = "none";
		4348	defparam \wait_n~I .open_drain_output = "true";
		4349	defparam \wait_n~I .operation_mode = "output";
		4350	defparam \wait_n~I .reg_source_mode = "none";
		4351	// synopsys translate_on
		4352
		4353	// atom is at PIN_142
		4354	flex10ke_io \res~I (
		4355	.datain(!\myrst\|rst_out_n ),
		4356	.clk(gnd),
		4357	.ena(vcc),
		4358	.aclr(gnd),
		4359	.oe(vcc),
		4360	.devclrn(devclrn),
		4361	.devpor(devpor),
		4362	.devoe(devoe),
		4363	.dataout(),
		4364	.padio(res));
		4365	// synopsys translate_off
		4366	defparam \res~I .feedback_mode = "none";
		4367	defparam \res~I .operation_mode = "output";
		4368	defparam \res~I .reg_source_mode = "none";
		4369	// synopsys translate_on
		4370
		4371	// atom is at PIN_150
		4372	flex10ke_io \csrom~I (
		4373	.datain(\z80mem\|Mux8~3 ),
		4374	.clk(gnd),
		4375	.ena(vcc),
		4376	.aclr(gnd),
		4377	.oe(vcc),
		4378	.devclrn(devclrn),
		4379	.devpor(devpor),
		4380	.devoe(devoe),
		4381	.dataout(),
		4382	.padio(csrom));
		4383	// synopsys translate_off
		4384	defparam \csrom~I .feedback_mode = "none";
		4385	defparam \csrom~I .operation_mode = "output";
		4386	defparam \csrom~I .reg_source_mode = "none";
		4387	// synopsys translate_on
		4388
		4389	// atom is at PIN_167
		4390	flex10ke_io \romoe_n~I (
		4391	.datain(\z80mem\|romoe_n ),
		4392	.clk(gnd),
		4393	.ena(vcc),
		4394	.aclr(gnd),
		4395	.oe(vcc),
		4396	.devclrn(devclrn),
		4397	.devpor(devpor),
		4398	.devoe(devoe),
		4399	.dataout(),
		4400	.padio(romoe_n));
		4401	// synopsys translate_off
		4402	defparam \romoe_n~I .feedback_mode = "none";
		4403	defparam \romoe_n~I .operation_mode = "output";
		4404	defparam \romoe_n~I .reg_source_mode = "none";
		4405	// synopsys translate_on
		4406
		4407	// atom is at PIN_166
		4408	flex10ke_io \romwe_n~I (
		4409	.datain(\z80mem\|romwe_n~15 ),
		4410	.clk(gnd),
		4411	.ena(vcc),
		4412	.aclr(gnd),
		4413	.oe(vcc),
		4414	.devclrn(devclrn),
		4415	.devpor(devpor),
		4416	.devoe(devoe),
		4417	.dataout(),
		4418	.padio(romwe_n));
		4419	// synopsys translate_off
		4420	defparam \romwe_n~I .feedback_mode = "none";
		4421	defparam \romwe_n~I .operation_mode = "output";
		4422	defparam \romwe_n~I .reg_source_mode = "none";
		4423	// synopsys translate_on
		4424
		4425	// atom is at PIN_161
		4426	flex10ke_io \rompg0_n~I (
		4427	.datain(!\z80mem\|Mux7~3 ),
		4428	.clk(gnd),
		4429	.ena(vcc),
		4430	.aclr(gnd),
		4431	.oe(vcc),
		4432	.devclrn(devclrn),
		4433	.devpor(devpor),
		4434	.devoe(devoe),
		4435	.dataout(),
		4436	.padio(rompg0_n));
		4437	// synopsys translate_off
		4438	defparam \rompg0_n~I .feedback_mode = "none";
		4439	defparam \rompg0_n~I .operation_mode = "output";
		4440	defparam \rompg0_n~I .reg_source_mode = "none";
		4441	// synopsys translate_on
		4442
		4443	// atom is at PIN_160
		4444	flex10ke_io \dos_n~I (
		4445	.datain(\z80mem\|Mux6~3 ),
		4446	.clk(gnd),
		4447	.ena(vcc),
		4448	.aclr(gnd),
		4449	.oe(vcc),
		4450	.devclrn(devclrn),
		4451	.devpor(devpor),
		4452	.devoe(devoe),
		4453	.dataout(),
		4454	.padio(dos_n));
		4455	// synopsys translate_off
		4456	defparam \dos_n~I .feedback_mode = "none";
		4457	defparam \dos_n~I .operation_mode = "output";
		4458	defparam \dos_n~I .reg_source_mode = "none";
		4459	// synopsys translate_on
		4460
		4461	// atom is at PIN_164
		4462	flex10ke_io \rompg2~I (
		4463	.datain(\z80mem\|Mux5~10 ),
		4464	.clk(gnd),
		4465	.ena(vcc),
		4466	.aclr(gnd),
		4467	.oe(vcc),
		4468	.devclrn(devclrn),
		4469	.devpor(devpor),
		4470	.devoe(devoe),
		4471	.dataout(),
		4472	.padio(rompg2));
		4473	// synopsys translate_off
		4474	defparam \rompg2~I .feedback_mode = "none";
		4475	defparam \rompg2~I .operation_mode = "output";
		4476	defparam \rompg2~I .reg_source_mode = "none";
		4477	// synopsys translate_on
		4478
		4479	// atom is at PIN_163
		4480	flex10ke_io \rompg3~I (
		4481	.datain(\z80mem\|Mux4~3 ),
		4482	.clk(gnd),
		4483	.ena(vcc),
		4484	.aclr(gnd),
		4485	.oe(vcc),
		4486	.devclrn(devclrn),
		4487	.devpor(devpor),
		4488	.devoe(devoe),
		4489	.dataout(),
		4490	.padio(rompg3));
		4491	// synopsys translate_off
		4492	defparam \rompg3~I .feedback_mode = "none";
		4493	defparam \rompg3~I .operation_mode = "output";
		4494	defparam \rompg3~I .reg_source_mode = "none";
		4495	// synopsys translate_on
		4496
		4497	// atom is at PIN_162
		4498	flex10ke_io \rompg4~I (
		4499	.datain(\z80mem\|Mux3~3 ),
		4500	.clk(gnd),
		4501	.ena(vcc),
		4502	.aclr(gnd),
		4503	.oe(vcc),
		4504	.devclrn(devclrn),
		4505	.devpor(devpor),
		4506	.devoe(devoe),
		4507	.dataout(),
		4508	.padio(rompg4));
		4509	// synopsys translate_off
		4510	defparam \rompg4~I .feedback_mode = "none";
		4511	defparam \rompg4~I .operation_mode = "output";
		4512	defparam \rompg4~I .reg_source_mode = "none";
		4513	// synopsys translate_on
		4514
		4515	// atom is at PIN_148
		4516	flex10ke_io \iorq1_n~I (
		4517	.datain(\zxbus\|iorq1_n ),
		4518	.clk(gnd),
		4519	.ena(vcc),
		4520	.aclr(gnd),
		4521	.oe(vcc),
		4522	.devclrn(devclrn),
		4523	.devpor(devpor),
		4524	.devoe(devoe),
		4525	.dataout(),
		4526	.padio(iorq1_n));
		4527	// synopsys translate_off
		4528	defparam \iorq1_n~I .feedback_mode = "none";
		4529	defparam \iorq1_n~I .operation_mode = "output";
		4530	defparam \iorq1_n~I .reg_source_mode = "none";
		4531	// synopsys translate_on
		4532
		4533	// atom is at PIN_149
		4534	flex10ke_io \iorq2_n~I (
		4535	.datain(\zxbus\|iorq2_n ),
		4536	.clk(gnd),
		4537	.ena(vcc),
		4538	.aclr(gnd),
		4539	.oe(vcc),
		4540	.devclrn(devclrn),
		4541	.devpor(devpor),
		4542	.devoe(devoe),
		4543	.dataout(),
		4544	.padio(iorq2_n));
		4545	// synopsys translate_off
		4546	defparam \iorq2_n~I .feedback_mode = "none";
		4547	defparam \iorq2_n~I .operation_mode = "output";
		4548	defparam \iorq2_n~I .reg_source_mode = "none";
		4549	// synopsys translate_on
		4550
		4551	// atom is at PIN_177
		4552	flex10ke_io \ra[0]~I (
		4553	.datain(\dram\|ra [0]),
		4554	.clk(gnd),
		4555	.ena(vcc),
		4556	.aclr(gnd),
		4557	.oe(vcc),
		4558	.devclrn(devclrn),
		4559	.devpor(devpor),
		4560	.devoe(devoe),
		4561	.dataout(),
		4562	.padio(ra[0]));
		4563	// synopsys translate_off
		4564	defparam \ra[0]~I .feedback_mode = "none";
		4565	defparam \ra[0]~I .operation_mode = "output";
		4566	defparam \ra[0]~I .reg_source_mode = "none";
		4567	// synopsys translate_on
		4568
		4569	// atom is at PIN_175
		4570	flex10ke_io \ra[1]~I (
		4571	.datain(\dram\|ra [1]),
		4572	.clk(gnd),
		4573	.ena(vcc),
		4574	.aclr(gnd),
		4575	.oe(vcc),
		4576	.devclrn(devclrn),
		4577	.devpor(devpor),
		4578	.devoe(devoe),
		4579	.dataout(),
		4580	.padio(ra[1]));
		4581	// synopsys translate_off
		4582	defparam \ra[1]~I .feedback_mode = "none";
		4583	defparam \ra[1]~I .operation_mode = "output";
		4584	defparam \ra[1]~I .reg_source_mode = "none";
		4585	// synopsys translate_on
		4586
		4587	// atom is at PIN_173
		4588	flex10ke_io \ra[2]~I (
		4589	.datain(\dram\|ra [2]),
		4590	.clk(gnd),
		4591	.ena(vcc),
		4592	.aclr(gnd),
		4593	.oe(vcc),
		4594	.devclrn(devclrn),
		4595	.devpor(devpor),
		4596	.devoe(devoe),
		4597	.dataout(),
		4598	.padio(ra[2]));
		4599	// synopsys translate_off
		4600	defparam \ra[2]~I .feedback_mode = "none";
		4601	defparam \ra[2]~I .operation_mode = "output";
		4602	defparam \ra[2]~I .reg_source_mode = "none";
		4603	// synopsys translate_on
		4604
		4605	// atom is at PIN_170
		4606	flex10ke_io \ra[3]~I (
		4607	.datain(\dram\|ra [3]),
		4608	.clk(gnd),
		4609	.ena(vcc),
		4610	.aclr(gnd),
		4611	.oe(vcc),
		4612	.devclrn(devclrn),
		4613	.devpor(devpor),
		4614	.devoe(devoe),
		4615	.dataout(),
		4616	.padio(ra[3]));
		4617	// synopsys translate_off
		4618	defparam \ra[3]~I .feedback_mode = "none";
		4619	defparam \ra[3]~I .operation_mode = "output";
		4620	defparam \ra[3]~I .reg_source_mode = "none";
		4621	// synopsys translate_on
		4622
		4623	// atom is at PIN_169
		4624	flex10ke_io \ra[4]~I (
		4625	.datain(\dram\|ra [4]),
		4626	.clk(gnd),
		4627	.ena(vcc),
		4628	.aclr(gnd),
		4629	.oe(vcc),
		4630	.devclrn(devclrn),
		4631	.devpor(devpor),
		4632	.devoe(devoe),
		4633	.dataout(),
		4634	.padio(ra[4]));
		4635	// synopsys translate_off
		4636	defparam \ra[4]~I .feedback_mode = "none";
		4637	defparam \ra[4]~I .operation_mode = "output";
		4638	defparam \ra[4]~I .reg_source_mode = "none";
		4639	// synopsys translate_on
		4640
		4641	// atom is at PIN_172
		4642	flex10ke_io \ra[5]~I (
		4643	.datain(\dram\|ra [5]),
		4644	.clk(gnd),
		4645	.ena(vcc),
		4646	.aclr(gnd),
		4647	.oe(vcc),
		4648	.devclrn(devclrn),
		4649	.devpor(devpor),
		4650	.devoe(devoe),
		4651	.dataout(),
		4652	.padio(ra[5]));
		4653	// synopsys translate_off
		4654	defparam \ra[5]~I .feedback_mode = "none";
		4655	defparam \ra[5]~I .operation_mode = "output";
		4656	defparam \ra[5]~I .reg_source_mode = "none";
		4657	// synopsys translate_on
		4658
		4659	// atom is at PIN_174
		4660	flex10ke_io \ra[6]~I (
		4661	.datain(\dram\|ra [6]),
		4662	.clk(gnd),
		4663	.ena(vcc),
		4664	.aclr(gnd),
		4665	.oe(vcc),
		4666	.devclrn(devclrn),
		4667	.devpor(devpor),
		4668	.devoe(devoe),
		4669	.dataout(),
		4670	.padio(ra[6]));
		4671	// synopsys translate_off
		4672	defparam \ra[6]~I .feedback_mode = "none";
		4673	defparam \ra[6]~I .operation_mode = "output";
		4674	defparam \ra[6]~I .reg_source_mode = "none";
		4675	// synopsys translate_on
		4676
		4677	// atom is at PIN_176
		4678	flex10ke_io \ra[7]~I (
		4679	.datain(\dram\|ra [7]),
		4680	.clk(gnd),
		4681	.ena(vcc),
		4682	.aclr(gnd),
		4683	.oe(vcc),
		4684	.devclrn(devclrn),
		4685	.devpor(devpor),
		4686	.devoe(devoe),
		4687	.dataout(),
		4688	.padio(ra[7]));
		4689	// synopsys translate_off
		4690	defparam \ra[7]~I .feedback_mode = "none";
		4691	defparam \ra[7]~I .operation_mode = "output";
		4692	defparam \ra[7]~I .reg_source_mode = "none";
		4693	// synopsys translate_on
		4694
		4695	// atom is at PIN_179
		4696	flex10ke_io \ra[8]~I (
		4697	.datain(\dram\|ra [8]),
		4698	.clk(gnd),
		4699	.ena(vcc),
		4700	.aclr(gnd),
		4701	.oe(vcc),
		4702	.devclrn(devclrn),
		4703	.devpor(devpor),
		4704	.devoe(devoe),
		4705	.dataout(),
		4706	.padio(ra[8]));
		4707	// synopsys translate_off
		4708	defparam \ra[8]~I .feedback_mode = "none";
		4709	defparam \ra[8]~I .operation_mode = "output";
		4710	defparam \ra[8]~I .reg_source_mode = "none";
		4711	// synopsys translate_on
		4712
		4713	// atom is at PIN_180
		4714	flex10ke_io \ra[9]~I (
		4715	.datain(\dram\|ra [9]),
		4716	.clk(gnd),
		4717	.ena(vcc),
		4718	.aclr(gnd),
		4719	.oe(vcc),
		4720	.devclrn(devclrn),
		4721	.devpor(devpor),
		4722	.devoe(devoe),
		4723	.dataout(),
		4724	.padio(ra[9]));
		4725	// synopsys translate_off
		4726	defparam \ra[9]~I .feedback_mode = "none";
		4727	defparam \ra[9]~I .operation_mode = "output";
		4728	defparam \ra[9]~I .reg_source_mode = "none";
		4729	// synopsys translate_on
		4730
		4731	// atom is at PIN_131
		4732	flex10ke_io \vred[0]~I (
		4733	.datain(\vidia\|vred[0]~COMB ),
		4734	.clk(\fclk~dataout ),
		4735	.ena(vcc),
		4736	.aclr(gnd),
		4737	.oe(vcc),
		4738	.devclrn(devclrn),
		4739	.devpor(devpor),
		4740	.devoe(devoe),
		4741	.dataout(),
		4742	.padio(vred[0]));
		4743	// synopsys translate_off
		4744	defparam \vred[0]~I .feedback_mode = "none";
		4745	defparam \vred[0]~I .operation_mode = "output";
		4746	defparam \vred[0]~I .reg_source_mode = "data_in_to_pin";
		4747	// synopsys translate_on
		4748
		4749	// atom is at PIN_132
		4750	flex10ke_io \vred[1]~I (
		4751	.datain(\vidia\|vred[1]~COMB ),
		4752	.clk(\fclk~dataout ),
		4753	.ena(vcc),
		4754	.aclr(gnd),
		4755	.oe(vcc),
		4756	.devclrn(devclrn),
		4757	.devpor(devpor),
		4758	.devoe(devoe),
		4759	.dataout(),
		4760	.padio(vred[1]));
		4761	// synopsys translate_off
		4762	defparam \vred[1]~I .feedback_mode = "none";
		4763	defparam \vred[1]~I .operation_mode = "output";
		4764	defparam \vred[1]~I .reg_source_mode = "data_in_to_pin";
		4765	// synopsys translate_on
		4766
		4767	// atom is at PIN_127
		4768	flex10ke_io \vgrn[0]~I (
		4769	.datain(\vidia\|vgrn[0]~COMB ),
		4770	.clk(\fclk~dataout ),
		4771	.ena(vcc),
		4772	.aclr(gnd),
		4773	.oe(vcc),
		4774	.devclrn(devclrn),
		4775	.devpor(devpor),
		4776	.devoe(devoe),
		4777	.dataout(),
		4778	.padio(vgrn[0]));
		4779	// synopsys translate_off
		4780	defparam \vgrn[0]~I .feedback_mode = "none";
		4781	defparam \vgrn[0]~I .operation_mode = "output";
		4782	defparam \vgrn[0]~I .reg_source_mode = "data_in_to_pin";
		4783	// synopsys translate_on
		4784
		4785	// atom is at PIN_128
		4786	flex10ke_io \vgrn[1]~I (
		4787	.datain(\vidia\|vgrn[1]~COMB ),
		4788	.clk(\fclk~dataout ),
		4789	.ena(vcc),
		4790	.aclr(gnd),
		4791	.oe(vcc),
		4792	.devclrn(devclrn),
		4793	.devpor(devpor),
		4794	.devoe(devoe),
		4795	.dataout(),
		4796	.padio(vgrn[1]));
		4797	// synopsys translate_off
		4798	defparam \vgrn[1]~I .feedback_mode = "none";
		4799	defparam \vgrn[1]~I .operation_mode = "output";
		4800	defparam \vgrn[1]~I .reg_source_mode = "data_in_to_pin";
		4801	// synopsys translate_on
		4802
		4803	// atom is at PIN_125
		4804	flex10ke_io \vblu[0]~I (
		4805	.datain(\vidia\|vblu[0]~COMB ),
		4806	.clk(\fclk~dataout ),
		4807	.ena(vcc),
		4808	.aclr(gnd),
		4809	.oe(vcc),
		4810	.devclrn(devclrn),
		4811	.devpor(devpor),
		4812	.devoe(devoe),
		4813	.dataout(),
		4814	.padio(vblu[0]));
		4815	// synopsys translate_off
		4816	defparam \vblu[0]~I .feedback_mode = "none";
		4817	defparam \vblu[0]~I .operation_mode = "output";
		4818	defparam \vblu[0]~I .reg_source_mode = "data_in_to_pin";
		4819	// synopsys translate_on
		4820
		4821	// atom is at PIN_126
		4822	flex10ke_io \vblu[1]~I (
		4823	.datain(\vidia\|vblu[1]~COMB ),
		4824	.clk(\fclk~dataout ),
		4825	.ena(vcc),
		4826	.aclr(gnd),
		4827	.oe(vcc),
		4828	.devclrn(devclrn),
		4829	.devpor(devpor),
		4830	.devoe(devoe),
		4831	.dataout(),
		4832	.padio(vblu[1]));
		4833	// synopsys translate_off
		4834	defparam \vblu[1]~I .feedback_mode = "none";
		4835	defparam \vblu[1]~I .operation_mode = "output";
		4836	defparam \vblu[1]~I .reg_source_mode = "data_in_to_pin";
		4837	// synopsys translate_on
		4838
		4839	// atom is at PIN_121
		4840	flex10ke_io \vhsync~I (
		4841	.datain(\vidia\|vhsync ),
		4842	.clk(gnd),
		4843	.ena(vcc),
		4844	.aclr(gnd),
		4845	.oe(vcc),
		4846	.devclrn(devclrn),
		4847	.devpor(devpor),
		4848	.devoe(devoe),
		4849	.dataout(),
		4850	.padio(vhsync));
		4851	// synopsys translate_off
		4852	defparam \vhsync~I .feedback_mode = "none";
		4853	defparam \vhsync~I .operation_mode = "output";
		4854	defparam \vhsync~I .reg_source_mode = "none";
		4855	// synopsys translate_on
		4856
		4857	// atom is at PIN_120
		4858	flex10ke_io \vvsync~I (
		4859	.datain(\vidia\|vvsync ),
		4860	.clk(gnd),
		4861	.ena(vcc),
		4862	.aclr(gnd),
		4863	.oe(vcc),
		4864	.devclrn(devclrn),
		4865	.devpor(devpor),
		4866	.devoe(devoe),
		4867	.dataout(),
		4868	.padio(vvsync));
		4869	// synopsys translate_off
		4870	defparam \vvsync~I .feedback_mode = "none";
		4871	defparam \vvsync~I .operation_mode = "output";
		4872	defparam \vvsync~I .reg_source_mode = "none";
		4873	// synopsys translate_on
		4874
		4875	// atom is at PIN_122
		4876	flex10ke_io \vcsync~I (
		4877	.datain(\vidia\|vcsync ),
		4878	.clk(gnd),
		4879	.ena(vcc),
		4880	.aclr(gnd),
		4881	.oe(vcc),
		4882	.devclrn(devclrn),
		4883	.devpor(devpor),
		4884	.devoe(devoe),
		4885	.dataout(),
		4886	.padio(vcsync));
		4887	// synopsys translate_off
		4888	defparam \vcsync~I .feedback_mode = "none";
		4889	defparam \vcsync~I .operation_mode = "output";
		4890	defparam \vcsync~I .reg_source_mode = "none";
		4891	// synopsys translate_on
		4892
		4893	// atom is at PIN_134
		4894	flex10ke_io \ay_clk~I (
		4895	.datain(\ayclk_gen_rtl_0\|wysi_counter\|q [3]),
		4896	.clk(gnd),
		4897	.ena(vcc),
		4898	.aclr(gnd),
		4899	.oe(vcc),
		4900	.devclrn(devclrn),
		4901	.devpor(devpor),
		4902	.devoe(devoe),
		4903	.dataout(),
		4904	.padio(ay_clk));
		4905	// synopsys translate_off
		4906	defparam \ay_clk~I .feedback_mode = "none";
		4907	defparam \ay_clk~I .operation_mode = "output";
		4908	defparam \ay_clk~I .reg_source_mode = "none";
		4909	// synopsys translate_on
		4910
		4911	// atom is at PIN_135
		4912	flex10ke_io \ay_bdir~I (
		4913	.datain(\zports\|ay_bdir ),
		4914	.clk(gnd),
		4915	.ena(vcc),
		4916	.aclr(gnd),
		4917	.oe(vcc),
		4918	.devclrn(devclrn),
		4919	.devpor(devpor),
		4920	.devoe(devoe),
		4921	.dataout(),
		4922	.padio(ay_bdir));
		4923	// synopsys translate_off
		4924	defparam \ay_bdir~I .feedback_mode = "none";
		4925	defparam \ay_bdir~I .operation_mode = "output";
		4926	defparam \ay_bdir~I .reg_source_mode = "none";
		4927	// synopsys translate_on
		4928
		4929	// atom is at PIN_136
		4930	flex10ke_io \ay_bc1~I (
		4931	.datain(\zports\|ay_bc1~38 ),
		4932	.clk(gnd),
		4933	.ena(vcc),
		4934	.aclr(gnd),
		4935	.oe(vcc),
		4936	.devclrn(devclrn),
		4937	.devpor(devpor),
		4938	.devoe(devoe),
		4939	.dataout(),
		4940	.padio(ay_bc1));
		4941	// synopsys translate_off
		4942	defparam \ay_bc1~I .feedback_mode = "none";
		4943	defparam \ay_bc1~I .operation_mode = "output";
		4944	defparam \ay_bc1~I .reg_source_mode = "none";
		4945	// synopsys translate_on
		4946
		4947	// atom is at PIN_133
		4948	flex10ke_io \beep~I (
		4949	.datain(\zports\|beep ),
		4950	.clk(gnd),
		4951	.ena(vcc),
		4952	.aclr(gnd),
		4953	.oe(vcc),
		4954	.devclrn(devclrn),
		4955	.devpor(devpor),
		4956	.devoe(devoe),
		4957	.dataout(),
		4958	.padio(beep));
		4959	// synopsys translate_off
		4960	defparam \beep~I .feedback_mode = "none";
		4961	defparam \beep~I .operation_mode = "output";
		4962	defparam \beep~I .reg_source_mode = "none";
		4963	// synopsys translate_on
		4964
		4965	// atom is at PIN_104
		4966	flex10ke_io \ide_a[0]~I (
		4967	.datain(\ide_a[0]~0 ),
		4968	.clk(gnd),
		4969	.ena(vcc),
		4970	.aclr(gnd),
		4971	.oe(vcc),
		4972	.devclrn(devclrn),
		4973	.devpor(devpor),
		4974	.devoe(devoe),
		4975	.dataout(),
		4976	.padio(ide_a[0]));
		4977	// synopsys translate_off
		4978	defparam \ide_a[0]~I .feedback_mode = "none";
		4979	defparam \ide_a[0]~I .operation_mode = "output";
		4980	defparam \ide_a[0]~I .reg_source_mode = "none";
		4981	// synopsys translate_on
		4982
		4983	// atom is at PIN_103
		4984	flex10ke_io \ide_a[1]~I (
		4985	.datain(\ide_a[1]~1 ),
		4986	.clk(gnd),
		4987	.ena(vcc),
		4988	.aclr(gnd),
		4989	.oe(vcc),
		4990	.devclrn(devclrn),
		4991	.devpor(devpor),
		4992	.devoe(devoe),
		4993	.dataout(),
		4994	.padio(ide_a[1]));
		4995	// synopsys translate_off
		4996	defparam \ide_a[1]~I .feedback_mode = "none";
		4997	defparam \ide_a[1]~I .operation_mode = "output";
		4998	defparam \ide_a[1]~I .reg_source_mode = "none";
		4999	// synopsys translate_on
		5000
		5001	// atom is at PIN_111
		5002	flex10ke_io \ide_a[2]~I (
		5003	.datain(\ide_a[2]~2 ),
		5004	.clk(gnd),
		5005	.ena(vcc),
		5006	.aclr(gnd),
		5007	.oe(vcc),
		5008	.devclrn(devclrn),
		5009	.devpor(devpor),
		5010	.devoe(devoe),
		5011	.dataout(),
		5012	.padio(ide_a[2]));
		5013	// synopsys translate_off
		5014	defparam \ide_a[2]~I .feedback_mode = "none";
		5015	defparam \ide_a[2]~I .operation_mode = "output";
		5016	defparam \ide_a[2]~I .reg_source_mode = "none";
		5017	// synopsys translate_on
		5018
		5019	// atom is at PIN_97
		5020	flex10ke_io \ide_dir~I (
		5021	.datain(!\ide_dir~0 ),
		5022	.clk(gnd),
		5023	.ena(vcc),
		5024	.aclr(gnd),
		5025	.oe(vcc),
		5026	.devclrn(devclrn),
		5027	.devpor(devpor),
		5028	.devoe(devoe),
		5029	.dataout(),
		5030	.padio(ide_dir));
		5031	// synopsys translate_off
		5032	defparam \ide_dir~I .feedback_mode = "none";
		5033	defparam \ide_dir~I .operation_mode = "output";
		5034	defparam \ide_dir~I .reg_source_mode = "none";
		5035	// synopsys translate_on
		5036
		5037	// atom is at PIN_99
		5038	flex10ke_io \ide_rdy~I (
		5039	.datain(gnd),
		5040	.clk(gnd),
		5041	.ena(vcc),
		5042	.aclr(gnd),
		5043	.oe(gnd),
		5044	.devclrn(devclrn),
		5045	.devpor(devpor),
		5046	.devoe(devoe),
		5047	.dataout(),
		5048	.padio(ide_rdy));
		5049	// synopsys translate_off
		5050	defparam \ide_rdy~I .feedback_mode = "from_pin";
		5051	defparam \ide_rdy~I .operation_mode = "input";
		5052	defparam \ide_rdy~I .reg_source_mode = "none";
		5053	// synopsys translate_on
		5054
		5055	// atom is at PIN_113
		5056	flex10ke_io \ide_cs0_n~I (
		5057	.datain(\zports\|ide_cs0_n ),
		5058	.clk(gnd),
		5059	.ena(vcc),
		5060	.aclr(gnd),
		5061	.oe(vcc),
		5062	.devclrn(devclrn),
		5063	.devpor(devpor),
		5064	.devoe(devoe),
		5065	.dataout(),
		5066	.padio(ide_cs0_n));
		5067	// synopsys translate_off
		5068	defparam \ide_cs0_n~I .feedback_mode = "none";
		5069	defparam \ide_cs0_n~I .operation_mode = "output";
		5070	defparam \ide_cs0_n~I .reg_source_mode = "none";
		5071	// synopsys translate_on
		5072
		5073	// atom is at PIN_112
		5074	flex10ke_io \ide_cs1_n~I (
		5075	.datain(\zports\|ide_cs1_n ),
		5076	.clk(gnd),
		5077	.ena(vcc),
		5078	.aclr(gnd),
		5079	.oe(vcc),
		5080	.devclrn(devclrn),
		5081	.devpor(devpor),
		5082	.devoe(devoe),
		5083	.dataout(),
		5084	.padio(ide_cs1_n));
		5085	// synopsys translate_off
		5086	defparam \ide_cs1_n~I .feedback_mode = "none";
		5087	defparam \ide_cs1_n~I .operation_mode = "output";
		5088	defparam \ide_cs1_n~I .reg_source_mode = "none";
		5089	// synopsys translate_on
		5090
		5091	// atom is at PIN_102
		5092	flex10ke_io \ide_rs_n~I (
		5093	.datain(\myrst\|rst_out_n~9 ),
		5094	.clk(gnd),
		5095	.ena(vcc),
		5096	.aclr(gnd),
		5097	.oe(vcc),
		5098	.devclrn(devclrn),
		5099	.devpor(devpor),
		5100	.devoe(devoe),
		5101	.dataout(),
		5102	.padio(ide_rs_n));
		5103	// synopsys translate_off
		5104	defparam \ide_rs_n~I .feedback_mode = "none";
		5105	defparam \ide_rs_n~I .operation_mode = "output";
		5106	defparam \ide_rs_n~I .reg_source_mode = "none";
		5107	// synopsys translate_on
		5108
		5109	// atom is at PIN_101
		5110	flex10ke_io \ide_rd_n~I (
		5111	.datain(\zports\|ide_rd_n~66 ),
		5112	.clk(gnd),
		5113	.ena(vcc),
		5114	.aclr(gnd),
		5115	.oe(vcc),
		5116	.devclrn(devclrn),
		5117	.devpor(devpor),
		5118	.devoe(devoe),
		5119	.dataout(),
		5120	.padio(ide_rd_n));
		5121	// synopsys translate_off
		5122	defparam \ide_rd_n~I .feedback_mode = "none";
		5123	defparam \ide_rd_n~I .operation_mode = "output";
		5124	defparam \ide_rd_n~I .reg_source_mode = "none";
		5125	// synopsys translate_on
		5126
		5127	// atom is at PIN_100
		5128	flex10ke_io \ide_wr_n~I (
		5129	.datain(\zports\|ide_wr_n~73 ),
		5130	.clk(gnd),
		5131	.ena(vcc),
		5132	.aclr(gnd),
		5133	.oe(vcc),
		5134	.devclrn(devclrn),
		5135	.devpor(devpor),
		5136	.devoe(devoe),
		5137	.dataout(),
		5138	.padio(ide_wr_n));
		5139	// synopsys translate_off
		5140	defparam \ide_wr_n~I .feedback_mode = "none";
		5141	defparam \ide_wr_n~I .operation_mode = "output";
		5142	defparam \ide_wr_n~I .reg_source_mode = "none";
		5143	// synopsys translate_on
		5144
		5145	// atom is at PIN_56
		5146	flex10ke_io \vg_clk~I (
		5147	.datain(\vgshka\|vgclk_div4 [1]),
		5148	.clk(gnd),
		5149	.ena(vcc),
		5150	.aclr(gnd),
		5151	.oe(vcc),
		5152	.devclrn(devclrn),
		5153	.devpor(devpor),
		5154	.devoe(devoe),
		5155	.dataout(),
		5156	.padio(vg_clk));
		5157	// synopsys translate_off
		5158	defparam \vg_clk~I .feedback_mode = "none";
		5159	defparam \vg_clk~I .operation_mode = "output";
		5160	defparam \vg_clk~I .reg_source_mode = "none";
		5161	// synopsys translate_on
		5162
		5163	// atom is at PIN_45
		5164	flex10ke_io \vg_cs_n~I (
		5165	.datain(\zports\|vg_cs_n ),
		5166	.clk(gnd),
		5167	.ena(vcc),
		5168	.aclr(gnd),
		5169	.oe(vcc),
		5170	.devclrn(devclrn),
		5171	.devpor(devpor),
		5172	.devoe(devoe),
		5173	.dataout(),
		5174	.padio(vg_cs_n));
		5175	// synopsys translate_off
		5176	defparam \vg_cs_n~I .feedback_mode = "none";
		5177	defparam \vg_cs_n~I .operation_mode = "output";
		5178	defparam \vg_cs_n~I .reg_source_mode = "none";
		5179	// synopsys translate_on
		5180
		5181	// atom is at PIN_54
		5182	flex10ke_io \vg_res_n~I (
		5183	.datain(\vgshka\|vg_res_n ),
		5184	.clk(gnd),
		5185	.ena(vcc),
		5186	.aclr(gnd),
		5187	.oe(vcc),
		5188	.devclrn(devclrn),
		5189	.devpor(devpor),
		5190	.devoe(devoe),
		5191	.dataout(),
		5192	.padio(vg_res_n));
		5193	// synopsys translate_off
		5194	defparam \vg_res_n~I .feedback_mode = "none";
		5195	defparam \vg_res_n~I .operation_mode = "output";
		5196	defparam \vg_res_n~I .reg_source_mode = "none";
		5197	// synopsys translate_on
		5198
		5199	// atom is at PIN_55
		5200	flex10ke_io \vg_hrdy~I (
		5201	.datain(\vgshka\|vg_hrdy ),
		5202	.clk(gnd),
		5203	.ena(vcc),
		5204	.aclr(gnd),
		5205	.oe(vcc),
		5206	.devclrn(devclrn),
		5207	.devpor(devpor),
		5208	.devoe(devoe),
		5209	.dataout(),
		5210	.padio(vg_hrdy));
		5211	// synopsys translate_off
		5212	defparam \vg_hrdy~I .feedback_mode = "none";
		5213	defparam \vg_hrdy~I .operation_mode = "output";
		5214	defparam \vg_hrdy~I .reg_source_mode = "none";
		5215	// synopsys translate_on
		5216
		5217	// atom is at PIN_57
		5218	flex10ke_io \vg_rclk~I (
		5219	.datain(\vgshka\|vg_rclk ),
		5220	.clk(gnd),
		5221	.ena(vcc),
		5222	.aclr(gnd),
		5223	.oe(vcc),
		5224	.devclrn(devclrn),
		5225	.devpor(devpor),
		5226	.devoe(devoe),
		5227	.dataout(),
		5228	.padio(vg_rclk));
		5229	// synopsys translate_off
		5230	defparam \vg_rclk~I .feedback_mode = "none";
		5231	defparam \vg_rclk~I .operation_mode = "output";
		5232	defparam \vg_rclk~I .reg_source_mode = "none";
		5233	// synopsys translate_on
		5234
		5235	// atom is at PIN_58
		5236	flex10ke_io \vg_rawr~I (
		5237	.datain(\vgshka\|vg_rawr ),
		5238	.clk(gnd),
		5239	.ena(vcc),
		5240	.aclr(gnd),
		5241	.oe(vcc),
		5242	.devclrn(devclrn),
		5243	.devpor(devpor),
		5244	.devoe(devoe),
		5245	.dataout(),
		5246	.padio(vg_rawr));
		5247	// synopsys translate_off
		5248	defparam \vg_rawr~I .feedback_mode = "none";
		5249	defparam \vg_rawr~I .operation_mode = "output";
		5250	defparam \vg_rawr~I .reg_source_mode = "none";
		5251	// synopsys translate_on
		5252
		5253	// atom is at PIN_69
		5254	flex10ke_io \vg_a[0]~I (
		5255	.datain(\vgshka\|vg_a [0]),
		5256	.clk(gnd),
		5257	.ena(vcc),
		5258	.aclr(gnd),
		5259	.oe(vcc),
		5260	.devclrn(devclrn),
		5261	.devpor(devpor),
		5262	.devoe(devoe),
		5263	.dataout(),
		5264	.padio(vg_a[0]));
		5265	// synopsys translate_off
		5266	defparam \vg_a[0]~I .feedback_mode = "none";
		5267	defparam \vg_a[0]~I .operation_mode = "output";
		5268	defparam \vg_a[0]~I .reg_source_mode = "none";
		5269	// synopsys translate_on
		5270
		5271	// atom is at PIN_70
		5272	flex10ke_io \vg_a[1]~I (
		5273	.datain(\vgshka\|vg_a [1]),
		5274	.clk(gnd),
		5275	.ena(vcc),
		5276	.aclr(gnd),
		5277	.oe(vcc),
		5278	.devclrn(devclrn),
		5279	.devpor(devpor),
		5280	.devoe(devoe),
		5281	.dataout(),
		5282	.padio(vg_a[1]));
		5283	// synopsys translate_off
		5284	defparam \vg_a[1]~I .feedback_mode = "none";
		5285	defparam \vg_a[1]~I .operation_mode = "output";
		5286	defparam \vg_a[1]~I .reg_source_mode = "none";
		5287	// synopsys translate_on
		5288
		5289	// atom is at PIN_67
		5290	flex10ke_io \vg_wrd~I (
		5291	.datain(\vgshka\|vg_wrd ),
		5292	.clk(gnd),
		5293	.ena(vcc),
		5294	.aclr(gnd),
		5295	.oe(vcc),
		5296	.devclrn(devclrn),
		5297	.devpor(devpor),
		5298	.devoe(devoe),
		5299	.dataout(),
		5300	.padio(vg_wrd));
		5301	// synopsys translate_off
		5302	defparam \vg_wrd~I .feedback_mode = "none";
		5303	defparam \vg_wrd~I .operation_mode = "output";
		5304	defparam \vg_wrd~I .reg_source_mode = "none";
		5305	// synopsys translate_on
		5306
		5307	// atom is at PIN_65
		5308	flex10ke_io \vg_side~I (
		5309	.datain(\vgshka\|vg_side ),
		5310	.clk(gnd),
		5311	.ena(vcc),
		5312	.aclr(gnd),
		5313	.oe(vcc),
		5314	.devclrn(devclrn),
		5315	.devpor(devpor),
		5316	.devoe(devoe),
		5317	.dataout(),
		5318	.padio(vg_side));
		5319	// synopsys translate_off
		5320	defparam \vg_side~I .feedback_mode = "none";
		5321	defparam \vg_side~I .operation_mode = "output";
		5322	defparam \vg_side~I .reg_source_mode = "none";
		5323	// synopsys translate_on
		5324
		5325	// atom is at PIN_62
		5326	flex10ke_io \vg_wf_de~I (
		5327	.datain(gnd),
		5328	.clk(gnd),
		5329	.ena(vcc),
		5330	.aclr(gnd),
		5331	.oe(gnd),
		5332	.devclrn(devclrn),
		5333	.devpor(devpor),
		5334	.devoe(devoe),
		5335	.dataout(),
		5336	.padio(vg_wf_de));
		5337	// synopsys translate_off
		5338	defparam \vg_wf_de~I .feedback_mode = "from_pin";
		5339	defparam \vg_wf_de~I .operation_mode = "input";
		5340	defparam \vg_wf_de~I .reg_source_mode = "none";
		5341	// synopsys translate_on
		5342
		5343	// atom is at PIN_119
		5344	flex10ke_io \sdcs_n~I (
		5345	.datain(!\zports\|sdcs_n ),
		5346	.clk(gnd),
		5347	.ena(vcc),
		5348	.aclr(gnd),
		5349	.oe(vcc),
		5350	.devclrn(devclrn),
		5351	.devpor(devpor),
		5352	.devoe(devoe),
		5353	.dataout(),
		5354	.padio(sdcs_n));
		5355	// synopsys translate_off
		5356	defparam \sdcs_n~I .feedback_mode = "none";
		5357	defparam \sdcs_n~I .operation_mode = "output";
		5358	defparam \sdcs_n~I .reg_source_mode = "none";
		5359	// synopsys translate_on
		5360
		5361	// atom is at PIN_116
		5362	flex10ke_io \sddo~I (
		5363	.datain(\zspi\|shiftout [7]),
		5364	.clk(gnd),
		5365	.ena(vcc),
		5366	.aclr(gnd),
		5367	.oe(vcc),
		5368	.devclrn(devclrn),
		5369	.devpor(devpor),
		5370	.devoe(devoe),
		5371	.dataout(),
		5372	.padio(sddo));
		5373	// synopsys translate_off
		5374	defparam \sddo~I .feedback_mode = "none";
		5375	defparam \sddo~I .operation_mode = "output";
		5376	defparam \sddo~I .reg_source_mode = "none";
		5377	// synopsys translate_on
		5378
		5379	// atom is at PIN_114
		5380	flex10ke_io \sdclk~I (
		5381	.datain(\zspi\|counter_rtl_1\|wysi_counter\|q [0]),
		5382	.clk(gnd),
		5383	.ena(vcc),
		5384	.aclr(gnd),
		5385	.oe(vcc),
		5386	.devclrn(devclrn),
		5387	.devpor(devpor),
		5388	.devoe(devoe),
		5389	.dataout(),
		5390	.padio(sdclk));
		5391	// synopsys translate_off
		5392	defparam \sdclk~I .feedback_mode = "none";
		5393	defparam \sdclk~I .operation_mode = "output";
		5394	defparam \sdclk~I .reg_source_mode = "none";
		5395	// synopsys translate_on
		5396
		5397	// atom is at PIN_158
		5398	flex10ke_io \spidi~I (
		5399	.datain(\slavespi\|shift_out [0]),
		5400	.clk(gnd),
		5401	.ena(vcc),
		5402	.aclr(gnd),
		5403	.oe(vcc),
		5404	.devclrn(devclrn),
		5405	.devpor(devpor),
		5406	.devoe(devoe),
		5407	.dataout(),
		5408	.padio(spidi));
		5409	// synopsys translate_off
		5410	defparam \spidi~I .feedback_mode = "none";
		5411	defparam \spidi~I .operation_mode = "output";
		5412	defparam \spidi~I .reg_source_mode = "none";
		5413	// synopsys translate_on
		5414
		5415	// atom is at PIN_159
		5416	flex10ke_io \spiint_n~I (
		5417	.datain(\zwait\|WideNor0~1 ),
		5418	.clk(gnd),
		5419	.ena(vcc),
		5420	.aclr(gnd),
		5421	.oe(vcc),
		5422	.devclrn(devclrn),
		5423	.devpor(devpor),
		5424	.devoe(devoe),
		5425	.dataout(),
		5426	.padio(spiint_n));
		5427	// synopsys translate_off
		5428	defparam \spiint_n~I .feedback_mode = "none";
		5429	defparam \spiint_n~I .operation_mode = "output";
		5430	defparam \spiint_n~I .reg_source_mode = "none";
		5431	// synopsys translate_on
		5432
		5433	endmodule
		5434
		5435	module arbiter (
		5436	Mux7,
		5437	cpu_rnw,
		5438	cpu_req,
		5439	Equal2,
		5440	next_cycle_0,
		5441	Selector1,
		5442	go,
		5443	next_cycle_1,
		5444	peff7_int_0,
		5445	cbeg,
		5446	pre_cend,
		5447	dcnt_0,
		5448	video_next,
		5449	dcnt_1,
		5450	next_cycle_01,
		5451	q_7,
		5452	peff7_int_5,
		5453	dram_addr_11,
		5454	dram_addr_12,
		5455	dram_addr_13,
		5456	q_2,
		5457	dram_addr_9,
		5458	q_6,
		5459	dram_addr_10,
		5460	cend,
		5461	video_strobe,
		5462	cpu_strobe,
		5463	q_1,
		5464	q_0,
		5465	dram_addr_7,
		5466	dram_addr_8,
		5467	clk,
		5468	devpor,
		5469	devclrn,
		5470	devoe);
		5471	input Mux7;
		5472	input cpu_rnw;
		5473	input cpu_req;
		5474	output Equal2;
		5475	output next_cycle_0;
		5476	input Selector1;
		5477	input go;
		5478	output next_cycle_1;
		5479	input peff7_int_0;
		5480	input cbeg;
		5481	output pre_cend;
		5482	input dcnt_0;
		5483	output video_next;
		5484	input dcnt_1;
		5485	output next_cycle_01;
		5486	input q_7;
		5487	input peff7_int_5;
		5488	output dram_addr_11;
		5489	output dram_addr_12;
		5490	output dram_addr_13;
		5491	input q_2;
		5492	output dram_addr_9;
		5493	input q_6;
		5494	output dram_addr_10;
		5495	output cend;
		5496	output video_strobe;
		5497	output cpu_strobe;
		5498	input q_1;
		5499	input q_0;
		5500	output dram_addr_7;
		5501	output dram_addr_8;
		5502	input clk;
		5503	input devpor;
		5504	input devclrn;
		5505	input devoe;
		5506
		5507	wire gnd = 1'b0;
		5508	wire vcc = 1'b1;
		5509
		5510	wire \dram_addr[7]~2028 ;
		5511	wire \dram_addr[8]~2030 ;
		5512	wire \Equal2~39 ;
		5513	wire \always2~53 ;
		5514	wire \blk_nrem[1]~68 ;
		5515	wire \Equal1~3 ;
		5516	wire \vid_nrem[2]~507 ;
		5517	wire \vid_nrem[0]~505 ;
		5518	wire \vid_nrem[0]~506 ;
		5519	wire \vid_nrem[1]~508 ;
		5520	wire \vid_nrem[1]~509 ;
		5521	wire \next_cycle[0]~255 ;
		5522	wire \next_cycle[1]~257 ;
		5523	wire post_cbeg;
		5524	wire \always8~3 ;
		5525	wire \dram_addr[7]~2042 ;
		5526	wire \dram_addr[8]~2045 ;
		5527	wire [2:0] blk_rem;
		5528	wire [1:0] curr_cycle;
		5529	wire [2:0] vid_rem;
		5530
		5531
		5532	// atom is at LC6_E8
		5533	flex10ke_lcell \Equal2~38_I (
		5534	// Equation(s):
		5535	// Equal2 = !blk_rem[1] & !blk_rem[0] & !blk_rem[2]
		5536
		5537	.dataa(vcc),
		5538	.datab(blk_rem[1]),
		5539	.datac(blk_rem[0]),
		5540	.datad(blk_rem[2]),
		5541	.aclr(gnd),
		5542	.aload(gnd),
		5543	.clk(gnd),
		5544	.cin(gnd),
		5545	.cascin(vcc),
		5546	.devclrn(devclrn),
		5547	.devpor(devpor),
		5548	.combout(Equal2),
		5549	.regout(),
		5550	.cout(),
		5551	.cascout());
		5552	// synopsys translate_off
		5553	defparam \Equal2~38_I .clock_enable_mode = "false";
		5554	defparam \Equal2~38_I .lut_mask = "0003";
		5555	defparam \Equal2~38_I .operation_mode = "normal";
		5556	defparam \Equal2~38_I .output_mode = "comb_only";
		5557	defparam \Equal2~38_I .packed_mode = "false";
		5558	// synopsys translate_on
		5559
		5560	// atom is at LC5_E2
		5561	flex10ke_lcell \next_cycle[0]~256_I (
		5562	// Equation(s):
		5563	// next_cycle_0 = \next_cycle[0]~255 & (vid_rem[1] $ !blk_rem[1])
		5564
		5565	.dataa(vcc),
		5566	.datab(vid_rem[1]),
		5567	.datac(blk_rem[1]),
		5568	.datad(\next_cycle[0]~255 ),
		5569	.aclr(gnd),
		5570	.aload(gnd),
		5571	.clk(gnd),
		5572	.cin(gnd),
		5573	.cascin(vcc),
		5574	.devclrn(devclrn),
		5575	.devpor(devpor),
		5576	.combout(next_cycle_0),
		5577	.regout(),
		5578	.cout(),
		5579	.cascout());
		5580	// synopsys translate_off
		5581	defparam \next_cycle[0]~256_I .clock_enable_mode = "false";
		5582	defparam \next_cycle[0]~256_I .lut_mask = "c300";
		5583	defparam \next_cycle[0]~256_I .operation_mode = "normal";
		5584	defparam \next_cycle[0]~256_I .output_mode = "comb_only";
		5585	defparam \next_cycle[0]~256_I .packed_mode = "false";
		5586	// synopsys translate_on
		5587
		5588	// atom is at LC4_E2
		5589	flex10ke_lcell \next_cycle[1]~258_I (
		5590	// Equation(s):
		5591	// next_cycle_1 = !\always2~53 & !cpu_req & (\next_cycle[1]~257 # Equal2)
		5592
		5593	.dataa(\always2~53 ),
		5594	.datab(cpu_req),
		5595	.datac(\next_cycle[1]~257 ),
		5596	.datad(Equal2),
		5597	.aclr(gnd),
		5598	.aload(gnd),
		5599	.clk(gnd),
		5600	.cin(gnd),
		5601	.cascin(vcc),
		5602	.devclrn(devclrn),
		5603	.devpor(devpor),
		5604	.combout(next_cycle_1),
		5605	.regout(),
		5606	.cout(),
		5607	.cascout());
		5608	// synopsys translate_off
		5609	defparam \next_cycle[1]~258_I .clock_enable_mode = "false";
		5610	defparam \next_cycle[1]~258_I .lut_mask = "1110";
		5611	defparam \next_cycle[1]~258_I .operation_mode = "normal";
		5612	defparam \next_cycle[1]~258_I .output_mode = "comb_only";
		5613	defparam \next_cycle[1]~258_I .packed_mode = "false";
		5614	// synopsys translate_on
		5615
		5616	// atom is at LC2_I1
		5617	flex10ke_lcell \pre_cend~I (
		5618	// Equation(s):
		5619	// pre_cend = DFFEA(post_cbeg, GLOBAL(\fclk~dataout ), , , , , )
		5620
		5621	.dataa(vcc),
		5622	.datab(vcc),
		5623	.datac(vcc),
		5624	.datad(post_cbeg),
		5625	.aclr(gnd),
		5626	.aload(gnd),
		5627	.clk(clk),
		5628	.cin(gnd),
		5629	.cascin(vcc),
		5630	.devclrn(devclrn),
		5631	.devpor(devpor),
		5632	.combout(),
		5633	.regout(pre_cend),
		5634	.cout(),
		5635	.cascout());
		5636	// synopsys translate_off
		5637	defparam \pre_cend~I .clock_enable_mode = "false";
		5638	defparam \pre_cend~I .lut_mask = "ff00";
		5639	defparam \pre_cend~I .operation_mode = "normal";
		5640	defparam \pre_cend~I .output_mode = "reg_only";
		5641	defparam \pre_cend~I .packed_mode = "false";
		5642	// synopsys translate_on
		5643
		5644	// atom is at LC6_I1
		5645	flex10ke_lcell \video_next~I (
		5646	// Equation(s):
		5647	// video_next = DFFEA(!curr_cycle[0] & curr_cycle[1] & post_cbeg, GLOBAL(\fclk~dataout ), , , , , )
		5648
		5649	.dataa(vcc),
		5650	.datab(curr_cycle[0]),
		5651	.datac(curr_cycle[1]),
		5652	.datad(post_cbeg),
		5653	.aclr(gnd),
		5654	.aload(gnd),
		5655	.clk(clk),
		5656	.cin(gnd),
		5657	.cascin(vcc),
		5658	.devclrn(devclrn),
		5659	.devpor(devpor),
		5660	.combout(),
		5661	.regout(video_next),
		5662	.cout(),
		5663	.cascout());
		5664	// synopsys translate_off
		5665	defparam \video_next~I .clock_enable_mode = "false";
		5666	defparam \video_next~I .lut_mask = "3000";
		5667	defparam \video_next~I .operation_mode = "normal";
		5668	defparam \video_next~I .output_mode = "reg_only";
		5669	defparam \video_next~I .packed_mode = "false";
		5670	// synopsys translate_on
		5671
		5672	// atom is at LC3_E2
		5673	flex10ke_lcell \next_cycle[0]~259_I (
		5674	// Equation(s):
		5675	// next_cycle_01 = cpu_req & (Equal2 # !next_cycle_0)
		5676
		5677	.dataa(vcc),
		5678	.datab(next_cycle_0),
		5679	.datac(Equal2),
		5680	.datad(cpu_req),
		5681	.aclr(gnd),
		5682	.aload(gnd),
		5683	.clk(gnd),
		5684	.cin(gnd),
		5685	.cascin(vcc),
		5686	.devclrn(devclrn),
		5687	.devpor(devpor),
		5688	.combout(next_cycle_01),
		5689	.regout(),
		5690	.cout(),
		5691	.cascout());
		5692	// synopsys translate_off
		5693	defparam \next_cycle[0]~259_I .clock_enable_mode = "false";
		5694	defparam \next_cycle[0]~259_I .lut_mask = "f300";
		5695	defparam \next_cycle[0]~259_I .operation_mode = "normal";
		5696	defparam \next_cycle[0]~259_I .output_mode = "comb_only";
		5697	defparam \next_cycle[0]~259_I .packed_mode = "false";
		5698	// synopsys translate_on
		5699
		5700	// atom is at LC8_I15
		5701	flex10ke_lcell \dram_addr[11]~2017_I (
		5702	// Equation(s):
		5703	// dram_addr_11 = q_7 # !peff7_int_0 & !peff7_int_5 & dcnt_0
		5704
		5705	.dataa(peff7_int_0),
		5706	.datab(peff7_int_5),
		5707	.datac(dcnt_0),
		5708	.datad(q_7),
		5709	.aclr(gnd),
		5710	.aload(gnd),
		5711	.clk(gnd),
		5712	.cin(gnd),
		5713	.cascin(vcc),
		5714	.devclrn(devclrn),
		5715	.devpor(devpor),
		5716	.combout(dram_addr_11),
		5717	.regout(),
		5718	.cout(),
		5719	.cascout());
		5720	// synopsys translate_off
		5721	defparam \dram_addr[11]~2017_I .clock_enable_mode = "false";
		5722	defparam \dram_addr[11]~2017_I .lut_mask = "ff10";
		5723	defparam \dram_addr[11]~2017_I .operation_mode = "normal";
		5724	defparam \dram_addr[11]~2017_I .output_mode = "comb_only";
		5725	defparam \dram_addr[11]~2017_I .packed_mode = "false";
		5726	// synopsys translate_on
		5727
		5728	// atom is at LC2_I22
		5729	flex10ke_lcell \dram_addr[12]~2018_I (
		5730	// Equation(s):
		5731	// dram_addr_12 = peff7_int_0 & (dcnt_1) # !peff7_int_0 & dcnt_0 & peff7_int_5
		5732
		5733	.dataa(peff7_int_0),
		5734	.datab(dcnt_0),
		5735	.datac(peff7_int_5),
		5736	.datad(dcnt_1),
		5737	.aclr(gnd),
		5738	.aload(gnd),
		5739	.clk(gnd),
		5740	.cin(gnd),
		5741	.cascin(vcc),
		5742	.devclrn(devclrn),
		5743	.devpor(devpor),
		5744	.combout(dram_addr_12),
		5745	.regout(),
		5746	.cout(),
		5747	.cascout());
		5748	// synopsys translate_off
		5749	defparam \dram_addr[12]~2018_I .clock_enable_mode = "false";
		5750	defparam \dram_addr[12]~2018_I .lut_mask = "ea40";
		5751	defparam \dram_addr[12]~2018_I .operation_mode = "normal";
		5752	defparam \dram_addr[12]~2018_I .output_mode = "comb_only";
		5753	defparam \dram_addr[12]~2018_I .packed_mode = "false";
		5754	// synopsys translate_on
		5755
		5756	// atom is at LC7_I13
		5757	flex10ke_lcell \dram_addr[13]~2019_I (
		5758	// Equation(s):
		5759	// dram_addr_13 = next_cycle_01 & (Mux7) # !next_cycle_01 & (dcnt_0 # !peff7_int_0)
		5760
		5761	.dataa(next_cycle_01),
		5762	.datab(peff7_int_0),
		5763	.datac(dcnt_0),
		5764	.datad(Mux7),
		5765	.aclr(gnd),
		5766	.aload(gnd),
		5767	.clk(gnd),
		5768	.cin(gnd),
		5769	.cascin(vcc),
		5770	.devclrn(devclrn),
		5771	.devpor(devpor),
		5772	.combout(dram_addr_13),
		5773	.regout(),
		5774	.cout(),
		5775	.cascout());
		5776	// synopsys translate_off
		5777	defparam \dram_addr[13]~2019_I .clock_enable_mode = "false";
		5778	defparam \dram_addr[13]~2019_I .lut_mask = "fb51";
		5779	defparam \dram_addr[13]~2019_I .operation_mode = "normal";
		5780	defparam \dram_addr[13]~2019_I .output_mode = "comb_only";
		5781	defparam \dram_addr[13]~2019_I .packed_mode = "false";
		5782	// synopsys translate_on
		5783
		5784	// atom is at LC2_I19
		5785	flex10ke_lcell \dram_addr[9]~2026_I (
		5786	// Equation(s):
		5787	// dram_addr_9 = q_21 & (peff7_int_0 # peff7_int_5 # !dcnt_0)
		5788
		5789	.dataa(dcnt_0),
		5790	.datab(peff7_int_0),
		5791	.datac(peff7_int_5),
		5792	.datad(q_2),
		5793	.aclr(gnd),
		5794	.aload(gnd),
		5795	.clk(gnd),
		5796	.cin(gnd),
		5797	.cascin(vcc),
		5798	.devclrn(devclrn),
		5799	.devpor(devpor),
		5800	.combout(dram_addr_9),
		5801	.regout(),
		5802	.cout(),
		5803	.cascout());
		5804	// synopsys translate_off
		5805	defparam \dram_addr[9]~2026_I .clock_enable_mode = "false";
		5806	defparam \dram_addr[9]~2026_I .lut_mask = "fd00";
		5807	defparam \dram_addr[9]~2026_I .operation_mode = "normal";
		5808	defparam \dram_addr[9]~2026_I .output_mode = "comb_only";
		5809	defparam \dram_addr[9]~2026_I .packed_mode = "false";
		5810	// synopsys translate_on
		5811
		5812	// atom is at LC7_I19
		5813	flex10ke_lcell \dram_addr[10]~2027_I (
		5814	// Equation(s):
		5815	// dram_addr_10 = q_6 # !peff7_int_0 & !peff7_int_5 & dcnt_0
		5816
		5817	.dataa(peff7_int_0),
		5818	.datab(peff7_int_5),
		5819	.datac(dcnt_0),
		5820	.datad(q_6),
		5821	.aclr(gnd),
		5822	.aload(gnd),
		5823	.clk(gnd),
		5824	.cin(gnd),
		5825	.cascin(vcc),
		5826	.devclrn(devclrn),
		5827	.devpor(devpor),
		5828	.combout(dram_addr_10),
		5829	.regout(),
		5830	.cout(),
		5831	.cascout());
		5832	// synopsys translate_off
		5833	defparam \dram_addr[10]~2027_I .clock_enable_mode = "false";
		5834	defparam \dram_addr[10]~2027_I .lut_mask = "ff10";
		5835	defparam \dram_addr[10]~2027_I .operation_mode = "normal";
		5836	defparam \dram_addr[10]~2027_I .output_mode = "comb_only";
		5837	defparam \dram_addr[10]~2027_I .packed_mode = "false";
		5838	// synopsys translate_on
		5839
		5840	// atom is at LC4_I1
		5841	flex10ke_lcell \cend~I (
		5842	// Equation(s):
		5843	// cend = DFFEA(pre_cend, GLOBAL(\fclk~dataout ), , , , , )
		5844
		5845	.dataa(vcc),
		5846	.datab(vcc),
		5847	.datac(vcc),
		5848	.datad(pre_cend),
		5849	.aclr(gnd),
		5850	.aload(gnd),
		5851	.clk(clk),
		5852	.cin(gnd),
		5853	.cascin(vcc),
		5854	.devclrn(devclrn),
		5855	.devpor(devpor),
		5856	.combout(),
		5857	.regout(cend),
		5858	.cout(),
		5859	.cascout());
		5860	// synopsys translate_off
		5861	defparam \cend~I .clock_enable_mode = "false";
		5862	defparam \cend~I .lut_mask = "ff00";
		5863	defparam \cend~I .operation_mode = "normal";
		5864	defparam \cend~I .output_mode = "reg_only";
		5865	defparam \cend~I .packed_mode = "false";
		5866	// synopsys translate_on
		5867
		5868	// atom is at LC8_I1
		5869	flex10ke_lcell \video_strobe~I (
		5870	// Equation(s):
		5871	// video_strobe = DFFEA(!curr_cycle[0] & curr_cycle[1] & pre_cend, GLOBAL(\fclk~dataout ), , , , , )
		5872
		5873	.dataa(vcc),
		5874	.datab(curr_cycle[0]),
		5875	.datac(curr_cycle[1]),
		5876	.datad(pre_cend),
		5877	.aclr(gnd),
		5878	.aload(gnd),
		5879	.clk(clk),
		5880	.cin(gnd),
		5881	.cascin(vcc),
		5882	.devclrn(devclrn),
		5883	.devpor(devpor),
		5884	.combout(),
		5885	.regout(video_strobe),
		5886	.cout(),
		5887	.cascout());
		5888	// synopsys translate_off
		5889	defparam \video_strobe~I .clock_enable_mode = "false";
		5890	defparam \video_strobe~I .lut_mask = "3000";
		5891	defparam \video_strobe~I .operation_mode = "normal";
		5892	defparam \video_strobe~I .output_mode = "reg_only";
		5893	defparam \video_strobe~I .packed_mode = "false";
		5894	// synopsys translate_on
		5895
		5896	// atom is at LC7_I1
		5897	flex10ke_lcell \cpu_strobe~I (
		5898	// Equation(s):
		5899	// cpu_strobe = DFFEA(\always8~3 # !next_cycle_1 & cend & Selector1, GLOBAL(\fclk~dataout ), , , , , )
		5900
		5901	.dataa(next_cycle_1),
		5902	.datab(cend),
		5903	.datac(Selector1),
		5904	.datad(\always8~3 ),
		5905	.aclr(gnd),
		5906	.aload(gnd),
		5907	.clk(clk),
		5908	.cin(gnd),
		5909	.cascin(vcc),
		5910	.devclrn(devclrn),
		5911	.devpor(devpor),
		5912	.combout(),
		5913	.regout(cpu_strobe),
		5914	.cout(),
		5915	.cascout());
		5916	// synopsys translate_off
		5917	defparam \cpu_strobe~I .clock_enable_mode = "false";
		5918	defparam \cpu_strobe~I .lut_mask = "ff40";
		5919	defparam \cpu_strobe~I .operation_mode = "normal";
		5920	defparam \cpu_strobe~I .output_mode = "reg_only";
		5921	defparam \cpu_strobe~I .packed_mode = "false";
		5922	// synopsys translate_on
		5923
		5924	// atom is at LC5_I19
		5925	flex10ke_lcell \dram_addr[7]~2032_I (
		5926	// Equation(s):
		5927	// dram_addr_7 = (peff7_int_0 # peff7_int_5 # !dcnt_0 # !q_6) & CASCADE(\dram_addr[7]~2042 )
		5928
		5929	.dataa(q_6),
		5930	.datab(dcnt_0),
		5931	.datac(peff7_int_0),
		5932	.datad(peff7_int_5),
		5933	.aclr(gnd),
		5934	.aload(gnd),
		5935	.clk(gnd),
		5936	.cin(gnd),
		5937	.cascin(\dram_addr[7]~2042 ),
		5938	.devclrn(devclrn),
		5939	.devpor(devpor),
		5940	.combout(dram_addr_7),
		5941	.regout(),
		5942	.cout(),
		5943	.cascout());
		5944	// synopsys translate_off
		5945	defparam \dram_addr[7]~2032_I .clock_enable_mode = "false";
		5946	defparam \dram_addr[7]~2032_I .lut_mask = "fff7";
		5947	defparam \dram_addr[7]~2032_I .operation_mode = "normal";
		5948	defparam \dram_addr[7]~2032_I .output_mode = "comb_only";
		5949	defparam \dram_addr[7]~2032_I .packed_mode = "false";
		5950	// synopsys translate_on
		5951
		5952	// atom is at LC3_I15
		5953	flex10ke_lcell \dram_addr[8]~2033_I (
		5954	// Equation(s):
		5955	// dram_addr_8 = (peff7_int_0 # peff7_int_5 # !q_7 # !dcnt_0) & CASCADE(\dram_addr[8]~2045 )
		5956
		5957	.dataa(dcnt_0),
		5958	.datab(q_7),
		5959	.datac(peff7_int_0),
		5960	.datad(peff7_int_5),
		5961	.aclr(gnd),
		5962	.aload(gnd),
		5963	.clk(gnd),
		5964	.cin(gnd),
		5965	.cascin(\dram_addr[8]~2045 ),
		5966	.devclrn(devclrn),
		5967	.devpor(devpor),
		5968	.combout(dram_addr_8),
		5969	.regout(),
		5970	.cout(),
		5971	.cascout());
		5972	// synopsys translate_off
		5973	defparam \dram_addr[8]~2033_I .clock_enable_mode = "false";
		5974	defparam \dram_addr[8]~2033_I .lut_mask = "fff7";
		5975	defparam \dram_addr[8]~2033_I .operation_mode = "normal";
		5976	defparam \dram_addr[8]~2033_I .output_mode = "comb_only";
		5977	defparam \dram_addr[8]~2033_I .packed_mode = "false";
		5978	// synopsys translate_on
		5979
		5980	// atom is at LC7_E8
		5981	flex10ke_lcell \Equal2~39_I (
		5982	// Equation(s):
		5983	// \Equal2~39 = !blk_rem[1] & !blk_rem[0]
		5984
		5985	.dataa(vcc),
		5986	.datab(vcc),
		5987	.datac(blk_rem[1]),
		5988	.datad(blk_rem[0]),
		5989	.aclr(gnd),
		5990	.aload(gnd),
		5991	.clk(gnd),
		5992	.cin(gnd),
		5993	.cascin(vcc),
		5994	.devclrn(devclrn),
		5995	.devpor(devpor),
		5996	.combout(\Equal2~39 ),
		5997	.regout(),
		5998	.cout(),
		5999	.cascout());
		6000	// synopsys translate_off
		6001	defparam \Equal2~39_I .clock_enable_mode = "false";
		6002	defparam \Equal2~39_I .lut_mask = "000f";
		6003	defparam \Equal2~39_I .operation_mode = "normal";
		6004	defparam \Equal2~39_I .output_mode = "comb_only";
		6005	defparam \Equal2~39_I .packed_mode = "false";
		6006	// synopsys translate_on
		6007
		6008	// atom is at LC2_E8
		6009	flex10ke_lcell \blk_rem[2]~I (
		6010	// Equation(s):
		6011	// blk_rem[2] = DFFEA(\always2~53 $ (!\Equal2~39 & blk_rem[2]), GLOBAL(\fclk~dataout ), , , cend, , )
		6012
		6013	.dataa(cend),
		6014	.datab(\always2~53 ),
		6015	.datac(\Equal2~39 ),
		6016	.datad(blk_rem[2]),
		6017	.aclr(gnd),
		6018	.aload(gnd),
		6019	.clk(clk),
		6020	.cin(gnd),
		6021	.cascin(vcc),
		6022	.devclrn(devclrn),
		6023	.devpor(devpor),
		6024	.combout(),
		6025	.regout(blk_rem[2]),
		6026	.cout(),
		6027	.cascout());
		6028	// synopsys translate_off
		6029	defparam \blk_rem[2]~I .clock_enable_mode = "true";
		6030	defparam \blk_rem[2]~I .lut_mask = "c3cc";
		6031	defparam \blk_rem[2]~I .operation_mode = "normal";
		6032	defparam \blk_rem[2]~I .output_mode = "reg_only";
		6033	defparam \blk_rem[2]~I .packed_mode = "false";
		6034	// synopsys translate_on
		6035
		6036	// atom is at LC4_E8
		6037	flex10ke_lcell \always2~53_I (
		6038	// Equation(s):
		6039	// \always2~53 = !blk_rem[1] & !blk_rem[0] & !blk_rem[2] & go
		6040
		6041	.dataa(blk_rem[1]),
		6042	.datab(blk_rem[0]),
		6043	.datac(blk_rem[2]),
		6044	.datad(go),
		6045	.aclr(gnd),
		6046	.aload(gnd),
		6047	.clk(gnd),
		6048	.cin(gnd),
		6049	.cascin(vcc),
		6050	.devclrn(devclrn),
		6051	.devpor(devpor),
		6052	.combout(\always2~53 ),
		6053	.regout(),
		6054	.cout(),
		6055	.cascout());
		6056	// synopsys translate_off
		6057	defparam \always2~53_I .clock_enable_mode = "false";
		6058	defparam \always2~53_I .lut_mask = "0100";
		6059	defparam \always2~53_I .operation_mode = "normal";
		6060	defparam \always2~53_I .output_mode = "comb_only";
		6061	defparam \always2~53_I .packed_mode = "false";
		6062	// synopsys translate_on
		6063
		6064	// atom is at LC3_E8
		6065	flex10ke_lcell \blk_rem[0]~I (
		6066	// Equation(s):
		6067	// blk_rem[0] = DFFEA(\always2~53 $ (!Equal2 & !blk_rem[0]), GLOBAL(\fclk~dataout ), , , cend, , )
		6068
		6069	.dataa(cend),
		6070	.datab(\always2~53 ),
		6071	.datac(Equal2),
		6072	.datad(blk_rem[0]),
		6073	.aclr(gnd),
		6074	.aload(gnd),
		6075	.clk(clk),
		6076	.cin(gnd),
		6077	.cascin(vcc),
		6078	.devclrn(devclrn),
		6079	.devpor(devpor),
		6080	.combout(),
		6081	.regout(blk_rem[0]),
		6082	.cout(),
		6083	.cascout());
		6084	// synopsys translate_off
		6085	defparam \blk_rem[0]~I .clock_enable_mode = "true";
		6086	defparam \blk_rem[0]~I .lut_mask = "ccc3";
		6087	defparam \blk_rem[0]~I .operation_mode = "normal";
		6088	defparam \blk_rem[0]~I .output_mode = "reg_only";
		6089	defparam \blk_rem[0]~I .packed_mode = "false";
		6090	// synopsys translate_on
		6091
		6092	// atom is at LC8_E8
		6093	flex10ke_lcell \blk_nrem[1]~68_I (
		6094	// Equation(s):
		6095	// \blk_nrem[1]~68 = blk_rem[1] & !blk_rem[0] # !blk_rem[1] & (blk_rem[0] # !go & !blk_rem[2])
		6096
		6097	.dataa(blk_rem[1]),
		6098	.datab(blk_rem[0]),
		6099	.datac(go),
		6100	.datad(blk_rem[2]),
		6101	.aclr(gnd),
		6102	.aload(gnd),
		6103	.clk(gnd),
		6104	.cin(gnd),
		6105	.cascin(vcc),
		6106	.devclrn(devclrn),
		6107	.devpor(devpor),
		6108	.combout(\blk_nrem[1]~68 ),
		6109	.regout(),
		6110	.cout(),
		6111	.cascout());
		6112	// synopsys translate_off
		6113	defparam \blk_nrem[1]~68_I .clock_enable_mode = "false";
		6114	defparam \blk_nrem[1]~68_I .lut_mask = "6667";
		6115	defparam \blk_nrem[1]~68_I .operation_mode = "normal";
		6116	defparam \blk_nrem[1]~68_I .output_mode = "comb_only";
		6117	defparam \blk_nrem[1]~68_I .packed_mode = "false";
		6118	// synopsys translate_on
		6119
		6120	// atom is at LC5_E8
		6121	flex10ke_lcell \blk_rem[1]~I (
		6122	// Equation(s):
		6123	// blk_rem[1] = DFFEA(!\blk_nrem[1]~68 , GLOBAL(\fclk~dataout ), , , cend, , )
		6124
		6125	.dataa(cend),
		6126	.datab(vcc),
		6127	.datac(vcc),
		6128	.datad(\blk_nrem[1]~68 ),
		6129	.aclr(gnd),
		6130	.aload(gnd),
		6131	.clk(clk),
		6132	.cin(gnd),
		6133	.cascin(vcc),
		6134	.devclrn(devclrn),
		6135	.devpor(devpor),
		6136	.combout(),
		6137	.regout(blk_rem[1]),
		6138	.cout(),
		6139	.cascout());
		6140	// synopsys translate_off
		6141	defparam \blk_rem[1]~I .clock_enable_mode = "true";
		6142	defparam \blk_rem[1]~I .lut_mask = "00ff";
		6143	defparam \blk_rem[1]~I .operation_mode = "normal";
		6144	defparam \blk_rem[1]~I .output_mode = "reg_only";
		6145	defparam \blk_rem[1]~I .packed_mode = "false";
		6146	// synopsys translate_on
		6147
		6148	// atom is at LC2_E2
		6149	flex10ke_lcell \Equal1~3_I (
		6150	// Equation(s):
		6151	// \Equal1~3 = next_cycle_1 # cpu_req & (Equal2 # !next_cycle_0)
		6152
		6153	.dataa(next_cycle_0),
		6154	.datab(Equal2),
		6155	.datac(cpu_req),
		6156	.datad(next_cycle_1),
		6157	.aclr(gnd),
		6158	.aload(gnd),
		6159	.clk(gnd),
		6160	.cin(gnd),
		6161	.cascin(vcc),
		6162	.devclrn(devclrn),
		6163	.devpor(devpor),
		6164	.combout(\Equal1~3 ),
		6165	.regout(),
		6166	.cout(),
		6167	.cascout());
		6168	// synopsys translate_off
		6169	defparam \Equal1~3_I .clock_enable_mode = "false";
		6170	defparam \Equal1~3_I .lut_mask = "ffd0";
		6171	defparam \Equal1~3_I .operation_mode = "normal";
		6172	defparam \Equal1~3_I .output_mode = "comb_only";
		6173	defparam \Equal1~3_I .packed_mode = "false";
		6174	// synopsys translate_on
		6175
		6176	// atom is at LC6_E1
		6177	flex10ke_lcell \vid_nrem[2]~507_I (
		6178	// Equation(s):
		6179	// \vid_nrem[2]~507 = vid_rem[2] & (vid_rem[1] # vid_rem[0] # \Equal1~3 )
		6180
		6181	.dataa(vid_rem[1]),
		6182	.datab(vid_rem[0]),
		6183	.datac(\Equal1~3 ),
		6184	.datad(vid_rem[2]),
		6185	.aclr(gnd),
		6186	.aload(gnd),
		6187	.clk(gnd),
		6188	.cin(gnd),
		6189	.cascin(vcc),
		6190	.devclrn(devclrn),
		6191	.devpor(devpor),
		6192	.combout(\vid_nrem[2]~507 ),
		6193	.regout(),
		6194	.cout(),
		6195	.cascout());
		6196	// synopsys translate_off
		6197	defparam \vid_nrem[2]~507_I .clock_enable_mode = "false";
		6198	defparam \vid_nrem[2]~507_I .lut_mask = "fe00";
		6199	defparam \vid_nrem[2]~507_I .operation_mode = "normal";
		6200	defparam \vid_nrem[2]~507_I .output_mode = "comb_only";
		6201	defparam \vid_nrem[2]~507_I .packed_mode = "false";
		6202	// synopsys translate_on
		6203
		6204	// atom is at LC5_E1
		6205	flex10ke_lcell \vid_rem[2]~I (
		6206	// Equation(s):
		6207	// vid_rem[2] = DFFEA(!\always2~53 & \vid_nrem[2]~507 , GLOBAL(\fclk~dataout ), , , cend, , )
		6208
		6209	.dataa(cend),
		6210	.datab(vcc),
		6211	.datac(\always2~53 ),
		6212	.datad(\vid_nrem[2]~507 ),
		6213	.aclr(gnd),
		6214	.aload(gnd),
		6215	.clk(clk),
		6216	.cin(gnd),
		6217	.cascin(vcc),
		6218	.devclrn(devclrn),
		6219	.devpor(devpor),
		6220	.combout(),
		6221	.regout(vid_rem[2]),
		6222	.cout(),
		6223	.cascout());
		6224	// synopsys translate_off
		6225	defparam \vid_rem[2]~I .clock_enable_mode = "true";
		6226	defparam \vid_rem[2]~I .lut_mask = "0f00";
		6227	defparam \vid_rem[2]~I .operation_mode = "normal";
		6228	defparam \vid_rem[2]~I .output_mode = "reg_only";
		6229	defparam \vid_rem[2]~I .packed_mode = "false";
		6230	// synopsys translate_on
		6231
		6232	// atom is at LC1_E1
		6233	flex10ke_lcell \vid_nrem[0]~505_I (
		6234	// Equation(s):
		6235	// \vid_nrem[0]~505 = \Equal1~3 & (vid_rem[0]) # !\Equal1~3 & !vid_rem[0] & (vid_rem[1] # vid_rem[2])
		6236
		6237	.dataa(vid_rem[1]),
		6238	.datab(vid_rem[2]),
		6239	.datac(\Equal1~3 ),
		6240	.datad(vid_rem[0]),
		6241	.aclr(gnd),
		6242	.aload(gnd),
		6243	.clk(gnd),
		6244	.cin(gnd),
		6245	.cascin(vcc),
		6246	.devclrn(devclrn),
		6247	.devpor(devpor),
		6248	.combout(\vid_nrem[0]~505 ),
		6249	.regout(),
		6250	.cout(),
		6251	.cascout());
		6252	// synopsys translate_off
		6253	defparam \vid_nrem[0]~505_I .clock_enable_mode = "false";
		6254	defparam \vid_nrem[0]~505_I .lut_mask = "f00e";
		6255	defparam \vid_nrem[0]~505_I .operation_mode = "normal";
		6256	defparam \vid_nrem[0]~505_I .output_mode = "comb_only";
		6257	defparam \vid_nrem[0]~505_I .packed_mode = "false";
		6258	// synopsys translate_on
		6259
		6260	// atom is at LC3_E1
		6261	flex10ke_lcell \vid_nrem[0]~506_I (
		6262	// Equation(s):
		6263	// \vid_nrem[0]~506 = \always2~53 & (peff7_int_0 $ cpu_req) # !\always2~53 & (\vid_nrem[0]~505 )
		6264
		6265	.dataa(peff7_int_0),
		6266	.datab(cpu_req),
		6267	.datac(\always2~53 ),
		6268	.datad(\vid_nrem[0]~505 ),
		6269	.aclr(gnd),
		6270	.aload(gnd),
		6271	.clk(gnd),
		6272	.cin(gnd),
		6273	.cascin(vcc),
		6274	.devclrn(devclrn),
		6275	.devpor(devpor),
		6276	.combout(\vid_nrem[0]~506 ),
		6277	.regout(),
		6278	.cout(),
		6279	.cascout());
		6280	// synopsys translate_off
		6281	defparam \vid_nrem[0]~506_I .clock_enable_mode = "false";
		6282	defparam \vid_nrem[0]~506_I .lut_mask = "6f60";
		6283	defparam \vid_nrem[0]~506_I .operation_mode = "normal";
		6284	defparam \vid_nrem[0]~506_I .output_mode = "comb_only";
		6285	defparam \vid_nrem[0]~506_I .packed_mode = "false";
		6286	// synopsys translate_on
		6287
		6288	// atom is at LC2_E1
		6289	flex10ke_lcell \vid_rem[0]~I (
		6290	// Equation(s):
		6291	// vid_rem[0] = DFFEA(\vid_nrem[0]~506 , GLOBAL(\fclk~dataout ), , , cend, , )
		6292
		6293	.dataa(cend),
		6294	.datab(vcc),
		6295	.datac(vcc),
		6296	.datad(\vid_nrem[0]~506 ),
		6297	.aclr(gnd),
		6298	.aload(gnd),
		6299	.clk(clk),
		6300	.cin(gnd),
		6301	.cascin(vcc),
		6302	.devclrn(devclrn),
		6303	.devpor(devpor),
		6304	.combout(),
		6305	.regout(vid_rem[0]),
		6306	.cout(),
		6307	.cascout());
		6308	// synopsys translate_off
		6309	defparam \vid_rem[0]~I .clock_enable_mode = "true";
		6310	defparam \vid_rem[0]~I .lut_mask = "ff00";
		6311	defparam \vid_rem[0]~I .operation_mode = "normal";
		6312	defparam \vid_rem[0]~I .output_mode = "reg_only";
		6313	defparam \vid_rem[0]~I .packed_mode = "false";
		6314	// synopsys translate_on
		6315
		6316	// atom is at LC7_E1
		6317	flex10ke_lcell \vid_nrem[1]~508_I (
		6318	// Equation(s):
		6319	// \vid_nrem[1]~508 = vid_rem[0] & (vid_rem[1]) # !vid_rem[0] & (\Equal1~3 & (vid_rem[1]) # !\Equal1~3 & vid_rem[2] & !vid_rem[1])
		6320
		6321	.dataa(vid_rem[2]),
		6322	.datab(vid_rem[0]),
		6323	.datac(\Equal1~3 ),
		6324	.datad(vid_rem[1]),
		6325	.aclr(gnd),
		6326	.aload(gnd),
		6327	.clk(gnd),
		6328	.cin(gnd),
		6329	.cascin(vcc),
		6330	.devclrn(devclrn),
		6331	.devpor(devpor),
		6332	.combout(\vid_nrem[1]~508 ),
		6333	.regout(),
		6334	.cout(),
		6335	.cascout());
		6336	// synopsys translate_off
		6337	defparam \vid_nrem[1]~508_I .clock_enable_mode = "false";
		6338	defparam \vid_nrem[1]~508_I .lut_mask = "fc02";
		6339	defparam \vid_nrem[1]~508_I .operation_mode = "normal";
		6340	defparam \vid_nrem[1]~508_I .output_mode = "comb_only";
		6341	defparam \vid_nrem[1]~508_I .packed_mode = "false";
		6342	// synopsys translate_on
		6343
		6344	// atom is at LC8_E1
		6345	flex10ke_lcell \vid_nrem[1]~509_I (
		6346	// Equation(s):
		6347	// \vid_nrem[1]~509 = \always2~53 & (peff7_int_0 & cpu_req) # !\always2~53 & \vid_nrem[1]~508
		6348
		6349	.dataa(\always2~53 ),
		6350	.datab(\vid_nrem[1]~508 ),
		6351	.datac(peff7_int_0),
		6352	.datad(cpu_req),
		6353	.aclr(gnd),
		6354	.aload(gnd),
		6355	.clk(gnd),
		6356	.cin(gnd),
		6357	.cascin(vcc),
		6358	.devclrn(devclrn),
		6359	.devpor(devpor),
		6360	.combout(\vid_nrem[1]~509 ),
		6361	.regout(),
		6362	.cout(),
		6363	.cascout());
		6364	// synopsys translate_off
		6365	defparam \vid_nrem[1]~509_I .clock_enable_mode = "false";
		6366	defparam \vid_nrem[1]~509_I .lut_mask = "e444";
		6367	defparam \vid_nrem[1]~509_I .operation_mode = "normal";
		6368	defparam \vid_nrem[1]~509_I .output_mode = "comb_only";
		6369	defparam \vid_nrem[1]~509_I .packed_mode = "false";
		6370	// synopsys translate_on
		6371
		6372	// atom is at LC4_E1
		6373	flex10ke_lcell \vid_rem[1]~I (
		6374	// Equation(s):
		6375	// vid_rem[1] = DFFEA(\vid_nrem[1]~509 , GLOBAL(\fclk~dataout ), , , cend, , )
		6376
		6377	.dataa(cend),
		6378	.datab(vcc),
		6379	.datac(vcc),
		6380	.datad(\vid_nrem[1]~509 ),
		6381	.aclr(gnd),
		6382	.aload(gnd),
		6383	.clk(clk),
		6384	.cin(gnd),
		6385	.cascin(vcc),
		6386	.devclrn(devclrn),
		6387	.devpor(devpor),
		6388	.combout(),
		6389	.regout(vid_rem[1]),
		6390	.cout(),
		6391	.cascout());
		6392	// synopsys translate_off
		6393	defparam \vid_rem[1]~I .clock_enable_mode = "true";
		6394	defparam \vid_rem[1]~I .lut_mask = "ff00";
		6395	defparam \vid_rem[1]~I .operation_mode = "normal";
		6396	defparam \vid_rem[1]~I .output_mode = "reg_only";
		6397	defparam \vid_rem[1]~I .packed_mode = "false";
		6398	// synopsys translate_on
		6399
		6400	// atom is at LC1_E8
		6401	flex10ke_lcell \next_cycle[0]~255_I (
		6402	// Equation(s):
		6403	// \next_cycle[0]~255 = vid_rem[2] & blk_rem[2] & (vid_rem[0] $ !blk_rem[0]) # !vid_rem[2] & !blk_rem[2] & (vid_rem[0] $ !blk_rem[0])
		6404
		6405	.dataa(vid_rem[2]),
		6406	.datab(vid_rem[0]),
		6407	.datac(blk_rem[0]),
		6408	.datad(blk_rem[2]),
		6409	.aclr(gnd),
		6410	.aload(gnd),
		6411	.clk(gnd),
		6412	.cin(gnd),
		6413	.cascin(vcc),
		6414	.devclrn(devclrn),
		6415	.devpor(devpor),
		6416	.combout(\next_cycle[0]~255 ),
		6417	.regout(),
		6418	.cout(),
		6419	.cascout());
		6420	// synopsys translate_off
		6421	defparam \next_cycle[0]~255_I .clock_enable_mode = "false";
		6422	defparam \next_cycle[0]~255_I .lut_mask = "8241";
		6423	defparam \next_cycle[0]~255_I .operation_mode = "normal";
		6424	defparam \next_cycle[0]~255_I .output_mode = "comb_only";
		6425	defparam \next_cycle[0]~255_I .packed_mode = "false";
		6426	// synopsys translate_on
		6427
		6428	// atom is at LC6_E2
		6429	flex10ke_lcell \next_cycle[1]~257_I (
		6430	// Equation(s):
		6431	// \next_cycle[1]~257 = !vid_rem[1] & !vid_rem[0] & !vid_rem[2] & !next_cycle_0
		6432
		6433	.dataa(vid_rem[1]),
		6434	.datab(vid_rem[0]),
		6435	.datac(vid_rem[2]),
		6436	.datad(next_cycle_0),
		6437	.aclr(gnd),
		6438	.aload(gnd),
		6439	.clk(gnd),
		6440	.cin(gnd),
		6441	.cascin(vcc),
		6442	.devclrn(devclrn),
		6443	.devpor(devpor),
		6444	.combout(\next_cycle[1]~257 ),
		6445	.regout(),
		6446	.cout(),
		6447	.cascout());
		6448	// synopsys translate_off
		6449	defparam \next_cycle[1]~257_I .clock_enable_mode = "false";
		6450	defparam \next_cycle[1]~257_I .lut_mask = "0001";
		6451	defparam \next_cycle[1]~257_I .operation_mode = "normal";
		6452	defparam \next_cycle[1]~257_I .output_mode = "comb_only";
		6453	defparam \next_cycle[1]~257_I .packed_mode = "false";
		6454	// synopsys translate_on
		6455
		6456	// atom is at LC1_I1
		6457	flex10ke_lcell \post_cbeg~I (
		6458	// Equation(s):
		6459	// post_cbeg = DFFEA(cbeg, GLOBAL(\fclk~dataout ), , , , , )
		6460
		6461	.dataa(vcc),
		6462	.datab(vcc),
		6463	.datac(vcc),
		6464	.datad(cbeg),
		6465	.aclr(gnd),
		6466	.aload(gnd),
		6467	.clk(clk),
		6468	.cin(gnd),
		6469	.cascin(vcc),
		6470	.devclrn(devclrn),
		6471	.devpor(devpor),
		6472	.combout(),
		6473	.regout(post_cbeg),
		6474	.cout(),
		6475	.cascout());
		6476	// synopsys translate_off
		6477	defparam \post_cbeg~I .clock_enable_mode = "false";
		6478	defparam \post_cbeg~I .lut_mask = "ff00";
		6479	defparam \post_cbeg~I .operation_mode = "normal";
		6480	defparam \post_cbeg~I .output_mode = "reg_only";
		6481	defparam \post_cbeg~I .packed_mode = "false";
		6482	// synopsys translate_on
		6483
		6484	// atom is at LC8_E2
		6485	flex10ke_lcell \curr_cycle[0]~I (
		6486	// Equation(s):
		6487	// curr_cycle[0] = DFFEA(cpu_req & (Equal2 # !next_cycle_0), GLOBAL(\fclk~dataout ), , , cend, , )
		6488
		6489	.dataa(cend),
		6490	.datab(next_cycle_0),
		6491	.datac(cpu_req),
		6492	.datad(Equal2),
		6493	.aclr(gnd),
		6494	.aload(gnd),
		6495	.clk(clk),
		6496	.cin(gnd),
		6497	.cascin(vcc),
		6498	.devclrn(devclrn),
		6499	.devpor(devpor),
		6500	.combout(),
		6501	.regout(curr_cycle[0]),
		6502	.cout(),
		6503	.cascout());
		6504	// synopsys translate_off
		6505	defparam \curr_cycle[0]~I .clock_enable_mode = "true";
		6506	defparam \curr_cycle[0]~I .lut_mask = "f030";
		6507	defparam \curr_cycle[0]~I .operation_mode = "normal";
		6508	defparam \curr_cycle[0]~I .output_mode = "reg_only";
		6509	defparam \curr_cycle[0]~I .packed_mode = "false";
		6510	// synopsys translate_on
		6511
		6512	// atom is at LC3_I1
		6513	flex10ke_lcell \curr_cycle[1]~I (
		6514	// Equation(s):
		6515	// curr_cycle[1] = DFFEA(!next_cycle_1, GLOBAL(\fclk~dataout ), , , cend, , )
		6516
		6517	.dataa(cend),
		6518	.datab(vcc),
		6519	.datac(vcc),
		6520	.datad(next_cycle_1),
		6521	.aclr(gnd),
		6522	.aload(gnd),
		6523	.clk(clk),
		6524	.cin(gnd),
		6525	.cascin(vcc),
		6526	.devclrn(devclrn),
		6527	.devpor(devpor),
		6528	.combout(),
		6529	.regout(curr_cycle[1]),
		6530	.cout(),
		6531	.cascout());
		6532	// synopsys translate_off
		6533	defparam \curr_cycle[1]~I .clock_enable_mode = "true";
		6534	defparam \curr_cycle[1]~I .lut_mask = "00ff";
		6535	defparam \curr_cycle[1]~I .operation_mode = "normal";
		6536	defparam \curr_cycle[1]~I .output_mode = "reg_only";
		6537	defparam \curr_cycle[1]~I .packed_mode = "false";
		6538	// synopsys translate_on
		6539
		6540	// atom is at LC5_I1
		6541	flex10ke_lcell \always8~3_I (
		6542	// Equation(s):
		6543	// \always8~3 = curr_cycle[1] & pre_cend & curr_cycle[0] & cpu_rnw
		6544
		6545	.dataa(curr_cycle[1]),
		6546	.datab(pre_cend),
		6547	.datac(curr_cycle[0]),
		6548	.datad(cpu_rnw),
		6549	.aclr(gnd),
		6550	.aload(gnd),
		6551	.clk(gnd),
		6552	.cin(gnd),
		6553	.cascin(vcc),
		6554	.devclrn(devclrn),
		6555	.devpor(devpor),
		6556	.combout(\always8~3 ),
		6557	.regout(),
		6558	.cout(),
		6559	.cascout());
		6560	// synopsys translate_off
		6561	defparam \always8~3_I .clock_enable_mode = "false";
		6562	defparam \always8~3_I .lut_mask = "8000";
		6563	defparam \always8~3_I .operation_mode = "normal";
		6564	defparam \always8~3_I .output_mode = "comb_only";
		6565	defparam \always8~3_I .packed_mode = "false";
		6566	// synopsys translate_on
		6567
		6568	// atom is at LC4_I19
		6569	flex10ke_lcell \dram_addr[7]~2028_I (
		6570	// Equation(s):
		6571	// \dram_addr[7]~2042 = !peff7_int_0 & !peff7_int_5 & dcnt_0 # !q_01
		6572
		6573	.dataa(q_0),
		6574	.datab(peff7_int_0),
		6575	.datac(peff7_int_5),
		6576	.datad(dcnt_0),
		6577	.aclr(gnd),
		6578	.aload(gnd),
		6579	.clk(gnd),
		6580	.cin(gnd),
		6581	.cascin(vcc),
		6582	.devclrn(devclrn),
		6583	.devpor(devpor),
		6584	.combout(\dram_addr[7]~2028 ),
		6585	.regout(),
		6586	.cout(),
		6587	.cascout(\dram_addr[7]~2042 ));
		6588	// synopsys translate_off
		6589	defparam \dram_addr[7]~2028_I .clock_enable_mode = "false";
		6590	defparam \dram_addr[7]~2028_I .lut_mask = "5755";
		6591	defparam \dram_addr[7]~2028_I .operation_mode = "normal";
		6592	defparam \dram_addr[7]~2028_I .output_mode = "none";
		6593	defparam \dram_addr[7]~2028_I .packed_mode = "false";
		6594	// synopsys translate_on
		6595
		6596	// atom is at LC2_I15
		6597	flex10ke_lcell \dram_addr[8]~2030_I (
		6598	// Equation(s):
		6599	// \dram_addr[8]~2045 = !peff7_int_0 & !peff7_int_5 & dcnt_0 # !q_11
		6600
		6601	.dataa(q_1),
		6602	.datab(peff7_int_0),
		6603	.datac(peff7_int_5),
		6604	.datad(dcnt_0),
		6605	.aclr(gnd),
		6606	.aload(gnd),
		6607	.clk(gnd),
		6608	.cin(gnd),
		6609	.cascin(vcc),
		6610	.devclrn(devclrn),
		6611	.devpor(devpor),
		6612	.combout(\dram_addr[8]~2030 ),
		6613	.regout(),
		6614	.cout(),
		6615	.cascout(\dram_addr[8]~2045 ));
		6616	// synopsys translate_off
		6617	defparam \dram_addr[8]~2030_I .clock_enable_mode = "false";
		6618	defparam \dram_addr[8]~2030_I .lut_mask = "5755";
		6619	defparam \dram_addr[8]~2030_I .operation_mode = "normal";
		6620	defparam \dram_addr[8]~2030_I .output_mode = "none";
		6621	defparam \dram_addr[8]~2030_I .packed_mode = "false";
		6622	// synopsys translate_on
		6623
		6624	endmodule
		6625
		6626	module atm_pager (
		6627	romnram,
		6628	page_0,
		6629	page_1,
		6630	page_2,
		6631	page_3,
		6632	page_4,
		6633	dos,
		6634	zneg,
		6635	zpos,
		6636	p7ffd_int_4,
		6637	atm_pen,
		6638	peff7_int_3,
		6639	p7ffd_int_0,
		6640	p7ffd_int_1,
		6641	p7ffd_int_2,
		6642	p7ffd_int_5,
		6643	peff7_int_2,
		6644	p7ffd_int_6,
		6645	stall_count_2,
		6646	atmF7_wr_fclk,
		6647	dos_7ffd_0,
		6648	dos_turn_off,
		6649	dos_exec_stb,
		6650	dos_exec_stb1,
		6651	dos_turn_off1,
		6652	page_5,
		6653	page_6,
		6654	page_7,
		6655	p7ffd_int_7,
		6656	a_14,
		6657	a_15,
		6658	mreq_n,
		6659	fclk,
		6660	m1_n,
		6661	a_8,
		6662	a_11,
		6663	a_12,
		6664	a_13,
		6665	a_10,
		6666	a_9,
		6667	d_0,
		6668	d_1,
		6669	d_2,
		6670	d_3,
		6671	d_4,
		6672	d_5,
		6673	d_6,
		6674	d_7,
		6675	devpor,
		6676	devclrn,
		6677	devoe);
		6678	output romnram;
		6679	output page_0;
		6680	output page_1;
		6681	output page_2;
		6682	output page_3;
		6683	output page_4;
		6684	input dos;
		6685	input zneg;
		6686	input zpos;
		6687	input p7ffd_int_4;
		6688	input atm_pen;
		6689	input peff7_int_3;
		6690	input p7ffd_int_0;
		6691	input p7ffd_int_1;
		6692	input p7ffd_int_2;
		6693	input p7ffd_int_5;
		6694	input peff7_int_2;
		6695	input p7ffd_int_6;
		6696	output stall_count_2;
		6697	input atmF7_wr_fclk;
		6698	output dos_7ffd_0;
		6699	output dos_turn_off;
		6700	output dos_exec_stb;
		6701	output dos_exec_stb1;
		6702	output dos_turn_off1;
		6703	output page_5;
		6704	output page_6;
		6705	output page_7;
		6706	input p7ffd_int_7;
		6707	input a_14;
		6708	input a_15;
		6709	input mreq_n;
		6710	input fclk;
		6711	input m1_n;
		6712	input a_8;
		6713	input a_11;
		6714	input a_12;
		6715	input a_13;
		6716	input a_10;
		6717	input a_9;
		6718	input d_0;
		6719	input d_1;
		6720	input d_2;
		6721	input d_3;
		6722	input d_4;
		6723	input d_5;
		6724	input d_6;
		6725	input d_7;
		6726	input devpor;
		6727	input devclrn;
		6728	input devoe;
		6729
		6730	wire gnd = 1'b0;
		6731	wire vcc = 1'b1;
		6732
		6733	wire \ramnrom[1]~68 ;
		6734	wire \ramnrom[0]~69 ;
		6735	wire \dos_7ffd[1]~82 ;
		6736	wire \dos_7ffd[0]~83 ;
		6737	wire \always0~60 ;
		6738	wire \always0~61 ;
		6739	wire \page~3055 ;
		6740	wire \pages[0][0] ;
		6741	wire \pages[1][0] ;
		6742	wire \page~3054 ;
		6743	wire \pages[0][1] ;
		6744	wire \pages[1][1] ;
		6745	wire \page~3057 ;
		6746	wire \page~3058 ;
		6747	wire \pages[0][2] ;
		6748	wire \pages[1][2] ;
		6749	wire \page~3060 ;
		6750	wire \page~3061 ;
		6751	wire \page~3064 ;
		6752	wire \pages[0][3] ;
		6753	wire \pages[1][3] ;
		6754	wire \page~3063 ;
		6755	wire \page~3065 ;
		6756	wire \pages[0][4] ;
		6757	wire \pages[1][4] ;
		6758	wire \page~3067 ;
		6759	wire \page~3068 ;
		6760	wire \stall_count[1]~39 ;
		6761	wire m1_n_reg;
		6762	wire mreq_n_reg;
		6763	wire \dos_exec_stb~120 ;
		6764	wire \dos_exec_stb~121 ;
		6765	wire \ramnrom[0]~70 ;
		6766	wire \pages[0][5] ;
		6767	wire \pages[1][5] ;
		6768	wire \page~3070 ;
		6769	wire \page~3071 ;
		6770	wire \pages[0][6] ;
		6771	wire \pages[1][6] ;
		6772	wire \page~3073 ;
		6773	wire \pages[0][7] ;
		6774	wire \pages[1][7] ;
		6775	wire \page~3075 ;
		6776	wire [1:0] dos_7ffd;
		6777	wire [1:0] ramnrom;
		6778	wire [2:0] stall_count;
		6779
		6780
		6781	// atom is at LC1_C21
		6782	flex10ke_lcell \ramnrom[1]~68_I (
		6783	// Equation(s):
		6784	// \ramnrom[1]~68 = !\a~dataout [14] & !\a~dataout [15] & atmF7_wr_fclk & p7ffd_int_4
		6785
		6786	.dataa(a_14),
		6787	.datab(a_15),
		6788	.datac(atmF7_wr_fclk),
		6789	.datad(p7ffd_int_4),
		6790	.aclr(gnd),
		6791	.aload(gnd),
		6792	.clk(gnd),
		6793	.cin(gnd),
		6794	.cascin(vcc),
		6795	.devclrn(devclrn),
		6796	.devpor(devpor),
		6797	.combout(\ramnrom[1]~68 ),
		6798	.regout(),
		6799	.cout(),
		6800	.cascout());
		6801	// synopsys translate_off
		6802	defparam \ramnrom[1]~68_I .clock_enable_mode = "false";
		6803	defparam \ramnrom[1]~68_I .lut_mask = "1000";
		6804	defparam \ramnrom[1]~68_I .operation_mode = "normal";
		6805	defparam \ramnrom[1]~68_I .output_mode = "comb_only";
		6806	defparam \ramnrom[1]~68_I .packed_mode = "false";
		6807	// synopsys translate_on
		6808
		6809	// atom is at LC4_C21
		6810	flex10ke_lcell \ramnrom[0]~69_I (
		6811	// Equation(s):
		6812	// \ramnrom[0]~69 = !\a~dataout [15] & !\a~dataout [14] & !p7ffd_int_4 & atmF7_wr_fclk
		6813
		6814	.dataa(a_15),
		6815	.datab(a_14),
		6816	.datac(p7ffd_int_4),
		6817	.datad(atmF7_wr_fclk),
		6818	.aclr(gnd),
		6819	.aload(gnd),
		6820	.clk(gnd),
		6821	.cin(gnd),
		6822	.cascin(vcc),
		6823	.devclrn(devclrn),
		6824	.devpor(devpor),
		6825	.combout(\ramnrom[0]~69 ),
		6826	.regout(),
		6827	.cout(),
		6828	.cascout());
		6829	// synopsys translate_off
		6830	defparam \ramnrom[0]~69_I .clock_enable_mode = "false";
		6831	defparam \ramnrom[0]~69_I .lut_mask = "0100";
		6832	defparam \ramnrom[0]~69_I .operation_mode = "normal";
		6833	defparam \ramnrom[0]~69_I .output_mode = "comb_only";
		6834	defparam \ramnrom[0]~69_I .packed_mode = "false";
		6835	// synopsys translate_on
		6836
		6837	// atom is at LC6_A11
		6838	flex10ke_lcell \dos_7ffd[1]~82_I (
		6839	// Equation(s):
		6840	// \dos_7ffd[1]~82 = !\a~dataout [14] & !\a~dataout [15] & dos_7ffd_0 & p7ffd_int_4
		6841
		6842	.dataa(a_14),
		6843	.datab(a_15),
		6844	.datac(dos_7ffd_0),
		6845	.datad(p7ffd_int_4),
		6846	.aclr(gnd),
		6847	.aload(gnd),
		6848	.clk(gnd),
		6849	.cin(gnd),
		6850	.cascin(vcc),
		6851	.devclrn(devclrn),
		6852	.devpor(devpor),
		6853	.combout(\dos_7ffd[1]~82 ),
		6854	.regout(),
		6855	.cout(),
		6856	.cascout());
		6857	// synopsys translate_off
		6858	defparam \dos_7ffd[1]~82_I .clock_enable_mode = "false";
		6859	defparam \dos_7ffd[1]~82_I .lut_mask = "1000";
		6860	defparam \dos_7ffd[1]~82_I .operation_mode = "normal";
		6861	defparam \dos_7ffd[1]~82_I .output_mode = "comb_only";
		6862	defparam \dos_7ffd[1]~82_I .packed_mode = "false";
		6863	// synopsys translate_on
		6864
		6865	// atom is at LC7_A11
		6866	flex10ke_lcell \dos_7ffd[0]~83_I (
		6867	// Equation(s):
		6868	// \dos_7ffd[0]~83 = !\a~dataout [15] & !\a~dataout [14] & !p7ffd_int_4 & dos_7ffd_0
		6869
		6870	.dataa(a_15),
		6871	.datab(a_14),
		6872	.datac(p7ffd_int_4),
		6873	.datad(dos_7ffd_0),
		6874	.aclr(gnd),
		6875	.aload(gnd),
		6876	.clk(gnd),
		6877	.cin(gnd),
		6878	.cascin(vcc),
		6879	.devclrn(devclrn),
		6880	.devpor(devpor),
		6881	.combout(\dos_7ffd[0]~83 ),
		6882	.regout(),
		6883	.cout(),
		6884	.cascout());
		6885	// synopsys translate_off
		6886	defparam \dos_7ffd[0]~83_I .clock_enable_mode = "false";
		6887	defparam \dos_7ffd[0]~83_I .lut_mask = "0100";
		6888	defparam \dos_7ffd[0]~83_I .operation_mode = "normal";
		6889	defparam \dos_7ffd[0]~83_I .output_mode = "comb_only";
		6890	defparam \dos_7ffd[0]~83_I .packed_mode = "false";
		6891	// synopsys translate_on
		6892
		6893	// atom is at LC2_A8
		6894	flex10ke_lcell \romnram~I (
		6895	// Equation(s):
		6896	// romnram = DFFEA(!\always0~60 & !peff7_int_3 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		6897
		6898	.dataa(vcc),
		6899	.datab(atm_pen),
		6900	.datac(\always0~60 ),
		6901	.datad(peff7_int_3),
		6902	.aclr(gnd),
		6903	.aload(gnd),
		6904	.clk(fclk),
		6905	.cin(gnd),
		6906	.cascin(vcc),
		6907	.devclrn(devclrn),
		6908	.devpor(devpor),
		6909	.combout(),
		6910	.regout(romnram),
		6911	.cout(),
		6912	.cascout());
		6913	// synopsys translate_off
		6914	defparam \romnram~I .clock_enable_mode = "false";
		6915	defparam \romnram~I .lut_mask = "333f";
		6916	defparam \romnram~I .operation_mode = "normal";
		6917	defparam \romnram~I .output_mode = "reg_only";
		6918	defparam \romnram~I .packed_mode = "false";
		6919	// synopsys translate_on
		6920
		6921	// atom is at LC1_A12
		6922	flex10ke_lcell \page[0]~I (
		6923	// Equation(s):
		6924	// page_0 = DFFEA(!peff7_int_3 & (\page~3055 # \page~3054 ) # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		6925
		6926	.dataa(atm_pen),
		6927	.datab(peff7_int_3),
		6928	.datac(\page~3055 ),
		6929	.datad(\page~3054 ),
		6930	.aclr(gnd),
		6931	.aload(gnd),
		6932	.clk(fclk),
		6933	.cin(gnd),
		6934	.cascin(vcc),
		6935	.devclrn(devclrn),
		6936	.devpor(devpor),
		6937	.combout(),
		6938	.regout(page_0),
		6939	.cout(),
		6940	.cascout());
		6941	// synopsys translate_off
		6942	defparam \page[0]~I .clock_enable_mode = "false";
		6943	defparam \page[0]~I .lut_mask = "7775";
		6944	defparam \page[0]~I .operation_mode = "normal";
		6945	defparam \page[0]~I .output_mode = "reg_only";
		6946	defparam \page[0]~I .packed_mode = "false";
		6947	// synopsys translate_on
		6948
		6949	// atom is at LC7_A12
		6950	flex10ke_lcell \page[1]~I (
		6951	// Equation(s):
		6952	// page_1 = DFFEA(!peff7_int_3 & \page~3058 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		6953
		6954	.dataa(vcc),
		6955	.datab(atm_pen),
		6956	.datac(peff7_int_3),
		6957	.datad(\page~3058 ),
		6958	.aclr(gnd),
		6959	.aload(gnd),
		6960	.clk(fclk),
		6961	.cin(gnd),
		6962	.cascin(vcc),
		6963	.devclrn(devclrn),
		6964	.devpor(devpor),
		6965	.combout(),
		6966	.regout(page_1),
		6967	.cout(),
		6968	.cascout());
		6969	// synopsys translate_off
		6970	defparam \page[1]~I .clock_enable_mode = "false";
		6971	defparam \page[1]~I .lut_mask = "3f33";
		6972	defparam \page[1]~I .operation_mode = "normal";
		6973	defparam \page[1]~I .output_mode = "reg_only";
		6974	defparam \page[1]~I .packed_mode = "false";
		6975	// synopsys translate_on
		6976
		6977	// atom is at LC3_A12
		6978	flex10ke_lcell \page[2]~I (
		6979	// Equation(s):
		6980	// page_2 = DFFEA(!peff7_int_3 & \page~3061 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		6981
		6982	.dataa(vcc),
		6983	.datab(atm_pen),
		6984	.datac(peff7_int_3),
		6985	.datad(\page~3061 ),
		6986	.aclr(gnd),
		6987	.aload(gnd),
		6988	.clk(fclk),
		6989	.cin(gnd),
		6990	.cascin(vcc),
		6991	.devclrn(devclrn),
		6992	.devpor(devpor),
		6993	.combout(),
		6994	.regout(page_2),
		6995	.cout(),
		6996	.cascout());
		6997	// synopsys translate_off
		6998	defparam \page[2]~I .clock_enable_mode = "false";
		6999	defparam \page[2]~I .lut_mask = "3f33";
		7000	defparam \page[2]~I .operation_mode = "normal";
		7001	defparam \page[2]~I .output_mode = "reg_only";
		7002	defparam \page[2]~I .packed_mode = "false";
		7003	// synopsys translate_on
		7004
		7005	// atom is at LC2_A21
		7006	flex10ke_lcell \page[3]~I (
		7007	// Equation(s):
		7008	// page_3 = DFFEA(\page~3065 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		7009
		7010	.dataa(vcc),
		7011	.datab(vcc),
		7012	.datac(atm_pen),
		7013	.datad(\page~3065 ),
		7014	.aclr(gnd),
		7015	.aload(gnd),
		7016	.clk(fclk),
		7017	.cin(gnd),
		7018	.cascin(vcc),
		7019	.devclrn(devclrn),
		7020	.devpor(devpor),
		7021	.combout(),
		7022	.regout(page_3),
		7023	.cout(),
		7024	.cascout());
		7025	// synopsys translate_off
		7026	defparam \page[3]~I .clock_enable_mode = "false";
		7027	defparam \page[3]~I .lut_mask = "ff0f";
		7028	defparam \page[3]~I .operation_mode = "normal";
		7029	defparam \page[3]~I .output_mode = "reg_only";
		7030	defparam \page[3]~I .packed_mode = "false";
		7031	// synopsys translate_on
		7032
		7033	// atom is at LC3_A21
		7034	flex10ke_lcell \page[4]~I (
		7035	// Equation(s):
		7036	// page_4 = DFFEA(\page~3068 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		7037
		7038	.dataa(vcc),
		7039	.datab(vcc),
		7040	.datac(atm_pen),
		7041	.datad(\page~3068 ),
		7042	.aclr(gnd),
		7043	.aload(gnd),
		7044	.clk(fclk),
		7045	.cin(gnd),
		7046	.cascin(vcc),
		7047	.devclrn(devclrn),
		7048	.devpor(devpor),
		7049	.combout(),
		7050	.regout(page_4),
		7051	.cout(),
		7052	.cascout());
		7053	// synopsys translate_off
		7054	defparam \page[4]~I .clock_enable_mode = "false";
		7055	defparam \page[4]~I .lut_mask = "ff0f";
		7056	defparam \page[4]~I .operation_mode = "normal";
		7057	defparam \page[4]~I .output_mode = "reg_only";
		7058	defparam \page[4]~I .packed_mode = "false";
		7059	// synopsys translate_on
		7060
		7061	// atom is at LC1_A5
		7062	flex10ke_lcell \stall_count[2]~I (
		7063	// Equation(s):
		7064	// stall_count_2 = DFFEA(dos_exec_stb1 # stall_count_2 & (!stall_count[1] # !stall_count[0]), GLOBAL(\fclk~dataout ), , , , , )
		7065
		7066	.dataa(stall_count[0]),
		7067	.datab(stall_count[1]),
		7068	.datac(stall_count_2),
		7069	.datad(dos_exec_stb1),
		7070	.aclr(gnd),
		7071	.aload(gnd),
		7072	.clk(fclk),
		7073	.cin(gnd),
		7074	.cascin(vcc),
		7075	.devclrn(devclrn),
		7076	.devpor(devpor),
		7077	.combout(),
		7078	.regout(stall_count_2),
		7079	.cout(),
		7080	.cascout());
		7081	// synopsys translate_off
		7082	defparam \stall_count[2]~I .clock_enable_mode = "false";
		7083	defparam \stall_count[2]~I .lut_mask = "ff70";
		7084	defparam \stall_count[2]~I .operation_mode = "normal";
		7085	defparam \stall_count[2]~I .output_mode = "reg_only";
		7086	defparam \stall_count[2]~I .packed_mode = "false";
		7087	// synopsys translate_on
		7088
		7089	// atom is at LC2_A11
		7090	flex10ke_lcell \dos_7ffd[0]~81_I (
		7091	// Equation(s):
		7092	// dos_7ffd_0 = atmF7_wr_fclk & \a~dataout [11]
		7093
		7094	.dataa(vcc),
		7095	.datab(vcc),
		7096	.datac(atmF7_wr_fclk),
		7097	.datad(a_11),
		7098	.aclr(gnd),
		7099	.aload(gnd),
		7100	.clk(gnd),
		7101	.cin(gnd),
		7102	.cascin(vcc),
		7103	.devclrn(devclrn),
		7104	.devpor(devpor),
		7105	.combout(dos_7ffd_0),
		7106	.regout(),
		7107	.cout(),
		7108	.cascout());
		7109	// synopsys translate_off
		7110	defparam \dos_7ffd[0]~81_I .clock_enable_mode = "false";
		7111	defparam \dos_7ffd[0]~81_I .lut_mask = "f000";
		7112	defparam \dos_7ffd[0]~81_I .operation_mode = "normal";
		7113	defparam \dos_7ffd[0]~81_I .output_mode = "comb_only";
		7114	defparam \dos_7ffd[0]~81_I .packed_mode = "false";
		7115	// synopsys translate_on
		7116
		7117	// atom is at LC2_D7
		7118	flex10ke_lcell \dos_turn_off~58_I (
		7119	// Equation(s):
		7120	// dos_turn_off = !m1_n_reg & !\mreq_n~dataout & mreq_n_reg & zneg
		7121
		7122	.dataa(m1_n_reg),
		7123	.datab(mreq_n),
		7124	.datac(mreq_n_reg),
		7125	.datad(zneg),
		7126	.aclr(gnd),
		7127	.aload(gnd),
		7128	.clk(gnd),
		7129	.cin(gnd),
		7130	.cascin(vcc),
		7131	.devclrn(devclrn),
		7132	.devpor(devpor),
		7133	.combout(dos_turn_off),
		7134	.regout(),
		7135	.cout(),
		7136	.cascout());
		7137	// synopsys translate_off
		7138	defparam \dos_turn_off~58_I .clock_enable_mode = "false";
		7139	defparam \dos_turn_off~58_I .lut_mask = "1000";
		7140	defparam \dos_turn_off~58_I .operation_mode = "normal";
		7141	defparam \dos_turn_off~58_I .output_mode = "comb_only";
		7142	defparam \dos_turn_off~58_I .packed_mode = "false";
		7143	// synopsys translate_on
		7144
		7145	// atom is at LC3_A2
		7146	flex10ke_lcell \dos_exec_stb~122_I (
		7147	// Equation(s):
		7148	// dos_exec_stb = \dos_exec_stb~121 & dos_turn_off
		7149
		7150	.dataa(vcc),
		7151	.datab(vcc),
		7152	.datac(\dos_exec_stb~121 ),
		7153	.datad(dos_turn_off),
		7154	.aclr(gnd),
		7155	.aload(gnd),
		7156	.clk(gnd),
		7157	.cin(gnd),
		7158	.cascin(vcc),
		7159	.devclrn(devclrn),
		7160	.devpor(devpor),
		7161	.combout(dos_exec_stb),
		7162	.regout(),
		7163	.cout(),
		7164	.cascout());
		7165	// synopsys translate_off
		7166	defparam \dos_exec_stb~122_I .clock_enable_mode = "false";
		7167	defparam \dos_exec_stb~122_I .lut_mask = "f000";
		7168	defparam \dos_exec_stb~122_I .operation_mode = "normal";
		7169	defparam \dos_exec_stb~122_I .output_mode = "comb_only";
		7170	defparam \dos_exec_stb~122_I .packed_mode = "false";
		7171	// synopsys translate_on
		7172
		7173	// atom is at LC6_A2
		7174	flex10ke_lcell \dos_exec_stb~123_I (
		7175	// Equation(s):
		7176	// dos_exec_stb1 = !ramnrom[1] & dos_7ffd[1] & \ramnrom[0]~70 & dos_exec_stb
		7177
		7178	.dataa(ramnrom[1]),
		7179	.datab(dos_7ffd[1]),
		7180	.datac(\ramnrom[0]~70 ),
		7181	.datad(dos_exec_stb),
		7182	.aclr(gnd),
		7183	.aload(gnd),
		7184	.clk(gnd),
		7185	.cin(gnd),
		7186	.cascin(vcc),
		7187	.devclrn(devclrn),
		7188	.devpor(devpor),
		7189	.combout(dos_exec_stb1),
		7190	.regout(),
		7191	.cout(),
		7192	.cascout());
		7193	// synopsys translate_off
		7194	defparam \dos_exec_stb~123_I .clock_enable_mode = "false";
		7195	defparam \dos_exec_stb~123_I .lut_mask = "4000";
		7196	defparam \dos_exec_stb~123_I .operation_mode = "normal";
		7197	defparam \dos_exec_stb~123_I .output_mode = "comb_only";
		7198	defparam \dos_exec_stb~123_I .packed_mode = "false";
		7199	// synopsys translate_on
		7200
		7201	// atom is at LC3_A3
		7202	flex10ke_lcell \dos_turn_off~59_I (
		7203	// Equation(s):
		7204	// dos_turn_off1 = \ramnrom[0]~70 & (p7ffd_int_4 & (ramnrom[1]) # !p7ffd_int_4 & ramnrom[0])
		7205
		7206	.dataa(p7ffd_int_4),
		7207	.datab(ramnrom[0]),
		7208	.datac(ramnrom[1]),
		7209	.datad(\ramnrom[0]~70 ),
		7210	.aclr(gnd),
		7211	.aload(gnd),
		7212	.clk(gnd),
		7213	.cin(gnd),
		7214	.cascin(vcc),
		7215	.devclrn(devclrn),
		7216	.devpor(devpor),
		7217	.combout(dos_turn_off1),
		7218	.regout(),
		7219	.cout(),
		7220	.cascout());
		7221	// synopsys translate_off
		7222	defparam \dos_turn_off~59_I .clock_enable_mode = "false";
		7223	defparam \dos_turn_off~59_I .lut_mask = "e400";
		7224	defparam \dos_turn_off~59_I .operation_mode = "normal";
		7225	defparam \dos_turn_off~59_I .output_mode = "comb_only";
		7226	defparam \dos_turn_off~59_I .packed_mode = "false";
		7227	// synopsys translate_on
		7228
		7229	// atom is at LC5_A21
		7230	flex10ke_lcell \page[5]~I (
		7231	// Equation(s):
		7232	// page_5 = DFFEA(\page~3071 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		7233
		7234	.dataa(vcc),
		7235	.datab(vcc),
		7236	.datac(atm_pen),
		7237	.datad(\page~3071 ),
		7238	.aclr(gnd),
		7239	.aload(gnd),
		7240	.clk(fclk),
		7241	.cin(gnd),
		7242	.cascin(vcc),
		7243	.devclrn(devclrn),
		7244	.devpor(devpor),
		7245	.combout(),
		7246	.regout(page_5),
		7247	.cout(),
		7248	.cascout());
		7249	// synopsys translate_off
		7250	defparam \page[5]~I .clock_enable_mode = "false";
		7251	defparam \page[5]~I .lut_mask = "ff0f";
		7252	defparam \page[5]~I .operation_mode = "normal";
		7253	defparam \page[5]~I .output_mode = "reg_only";
		7254	defparam \page[5]~I .packed_mode = "false";
		7255	// synopsys translate_on
		7256
		7257	// atom is at LC8_D19
		7258	flex10ke_lcell \page[6]~I (
		7259	// Equation(s):
		7260	// page_6 = DFFEA(\page~3073 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		7261
		7262	.dataa(vcc),
		7263	.datab(vcc),
		7264	.datac(atm_pen),
		7265	.datad(\page~3073 ),
		7266	.aclr(gnd),
		7267	.aload(gnd),
		7268	.clk(fclk),
		7269	.cin(gnd),
		7270	.cascin(vcc),
		7271	.devclrn(devclrn),
		7272	.devpor(devpor),
		7273	.combout(),
		7274	.regout(page_6),
		7275	.cout(),
		7276	.cascout());
		7277	// synopsys translate_off
		7278	defparam \page[6]~I .clock_enable_mode = "false";
		7279	defparam \page[6]~I .lut_mask = "ff0f";
		7280	defparam \page[6]~I .operation_mode = "normal";
		7281	defparam \page[6]~I .output_mode = "reg_only";
		7282	defparam \page[6]~I .packed_mode = "false";
		7283	// synopsys translate_on
		7284
		7285	// atom is at LC4_D19
		7286	flex10ke_lcell \page[7]~I (
		7287	// Equation(s):
		7288	// page_7 = DFFEA(\page~3075 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		7289
		7290	.dataa(vcc),
		7291	.datab(vcc),
		7292	.datac(atm_pen),
		7293	.datad(\page~3075 ),
		7294	.aclr(gnd),
		7295	.aload(gnd),
		7296	.clk(fclk),
		7297	.cin(gnd),
		7298	.cascin(vcc),
		7299	.devclrn(devclrn),
		7300	.devpor(devpor),
		7301	.combout(),
		7302	.regout(page_7),
		7303	.cout(),
		7304	.cascout());
		7305	// synopsys translate_off
		7306	defparam \page[7]~I .clock_enable_mode = "false";
		7307	defparam \page[7]~I .lut_mask = "ff0f";
		7308	defparam \page[7]~I .operation_mode = "normal";
		7309	defparam \page[7]~I .output_mode = "reg_only";
		7310	defparam \page[7]~I .packed_mode = "false";
		7311	// synopsys translate_on
		7312
		7313	// atom is at LC2_A20
		7314	flex10ke_lcell \ramnrom[0]~I (
		7315	// Equation(s):
		7316	// ramnrom[0] = DFFEA(\d[6]~1 # !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[0]~69 , , )
		7317
		7318	.dataa(\ramnrom[0]~69 ),
		7319	.datab(vcc),
		7320	.datac(a_11),
		7321	.datad(d_6),
		7322	.aclr(gnd),
		7323	.aload(gnd),
		7324	.clk(fclk),
		7325	.cin(gnd),
		7326	.cascin(vcc),
		7327	.devclrn(devclrn),
		7328	.devpor(devpor),
		7329	.combout(),
		7330	.regout(ramnrom[0]),
		7331	.cout(),
		7332	.cascout());
		7333	// synopsys translate_off
		7334	defparam \ramnrom[0]~I .clock_enable_mode = "true";
		7335	defparam \ramnrom[0]~I .lut_mask = "ff0f";
		7336	defparam \ramnrom[0]~I .operation_mode = "normal";
		7337	defparam \ramnrom[0]~I .output_mode = "reg_only";
		7338	defparam \ramnrom[0]~I .packed_mode = "false";
		7339	// synopsys translate_on
		7340
		7341	// atom is at LC7_A20
		7342	flex10ke_lcell \ramnrom[1]~I (
		7343	// Equation(s):
		7344	// ramnrom[1] = DFFEA(\d[6]~1 # !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[1]~68 , , )
		7345
		7346	.dataa(\ramnrom[1]~68 ),
		7347	.datab(vcc),
		7348	.datac(a_11),
		7349	.datad(d_6),
		7350	.aclr(gnd),
		7351	.aload(gnd),
		7352	.clk(fclk),
		7353	.cin(gnd),
		7354	.cascin(vcc),
		7355	.devclrn(devclrn),
		7356	.devpor(devpor),
		7357	.combout(),
		7358	.regout(ramnrom[1]),
		7359	.cout(),
		7360	.cascout());
		7361	// synopsys translate_off
		7362	defparam \ramnrom[1]~I .clock_enable_mode = "true";
		7363	defparam \ramnrom[1]~I .lut_mask = "ff0f";
		7364	defparam \ramnrom[1]~I .operation_mode = "normal";
		7365	defparam \ramnrom[1]~I .output_mode = "reg_only";
		7366	defparam \ramnrom[1]~I .packed_mode = "false";
		7367	// synopsys translate_on
		7368
		7369	// atom is at LC8_A20
		7370	flex10ke_lcell \always0~60_I (
		7371	// Equation(s):
		7372	// \always0~60 = p7ffd_int_4 & (ramnrom[1]) # !p7ffd_int_4 & ramnrom[0]
		7373
		7374	.dataa(vcc),
		7375	.datab(p7ffd_int_4),
		7376	.datac(ramnrom[0]),
		7377	.datad(ramnrom[1]),
		7378	.aclr(gnd),
		7379	.aload(gnd),
		7380	.clk(gnd),
		7381	.cin(gnd),
		7382	.cascin(vcc),
		7383	.devclrn(devclrn),
		7384	.devpor(devpor),
		7385	.combout(\always0~60 ),
		7386	.regout(),
		7387	.cout(),
		7388	.cascout());
		7389	// synopsys translate_off
		7390	defparam \always0~60_I .clock_enable_mode = "false";
		7391	defparam \always0~60_I .lut_mask = "fc30";
		7392	defparam \always0~60_I .operation_mode = "normal";
		7393	defparam \always0~60_I .output_mode = "comb_only";
		7394	defparam \always0~60_I .packed_mode = "false";
		7395	// synopsys translate_on
		7396
		7397	// atom is at LC5_A11
		7398	flex10ke_lcell \dos_7ffd[0]~I (
		7399	// Equation(s):
		7400	// dos_7ffd[0] = DFFEA(\d[7]~0 , GLOBAL(\fclk~dataout ), , , \dos_7ffd[0]~83 , , )
		7401
		7402	.dataa(\dos_7ffd[0]~83 ),
		7403	.datab(vcc),
		7404	.datac(vcc),
		7405	.datad(d_7),
		7406	.aclr(gnd),
		7407	.aload(gnd),
		7408	.clk(fclk),
		7409	.cin(gnd),
		7410	.cascin(vcc),
		7411	.devclrn(devclrn),
		7412	.devpor(devpor),
		7413	.combout(),
		7414	.regout(dos_7ffd[0]),
		7415	.cout(),
		7416	.cascout());
		7417	// synopsys translate_off
		7418	defparam \dos_7ffd[0]~I .clock_enable_mode = "true";
		7419	defparam \dos_7ffd[0]~I .lut_mask = "ff00";
		7420	defparam \dos_7ffd[0]~I .operation_mode = "normal";
		7421	defparam \dos_7ffd[0]~I .output_mode = "reg_only";
		7422	defparam \dos_7ffd[0]~I .packed_mode = "false";
		7423	// synopsys translate_on
		7424
		7425	// atom is at LC4_A11
		7426	flex10ke_lcell \dos_7ffd[1]~I (
		7427	// Equation(s):
		7428	// dos_7ffd[1] = DFFEA(\d[7]~0 , GLOBAL(\fclk~dataout ), , , \dos_7ffd[1]~82 , , )
		7429
		7430	.dataa(\dos_7ffd[1]~82 ),
		7431	.datab(vcc),
		7432	.datac(vcc),
		7433	.datad(d_7),
		7434	.aclr(gnd),
		7435	.aload(gnd),
		7436	.clk(fclk),
		7437	.cin(gnd),
		7438	.cascin(vcc),
		7439	.devclrn(devclrn),
		7440	.devpor(devpor),
		7441	.combout(),
		7442	.regout(dos_7ffd[1]),
		7443	.cout(),
		7444	.cascout());
		7445	// synopsys translate_off
		7446	defparam \dos_7ffd[1]~I .clock_enable_mode = "true";
		7447	defparam \dos_7ffd[1]~I .lut_mask = "ff00";
		7448	defparam \dos_7ffd[1]~I .operation_mode = "normal";
		7449	defparam \dos_7ffd[1]~I .output_mode = "reg_only";
		7450	defparam \dos_7ffd[1]~I .packed_mode = "false";
		7451	// synopsys translate_on
		7452
		7453	// atom is at LC1_A11
		7454	flex10ke_lcell \always0~61_I (
		7455	// Equation(s):
		7456	// \always0~61 = p7ffd_int_4 & (dos_7ffd[1]) # !p7ffd_int_4 & dos_7ffd[0]
		7457
		7458	.dataa(vcc),
		7459	.datab(p7ffd_int_4),
		7460	.datac(dos_7ffd[0]),
		7461	.datad(dos_7ffd[1]),
		7462	.aclr(gnd),
		7463	.aload(gnd),
		7464	.clk(gnd),
		7465	.cin(gnd),
		7466	.cascin(vcc),
		7467	.devclrn(devclrn),
		7468	.devpor(devpor),
		7469	.combout(\always0~61 ),
		7470	.regout(),
		7471	.cout(),
		7472	.cascout());
		7473	// synopsys translate_off
		7474	defparam \always0~61_I .clock_enable_mode = "false";
		7475	defparam \always0~61_I .lut_mask = "fc30";
		7476	defparam \always0~61_I .operation_mode = "normal";
		7477	defparam \always0~61_I .output_mode = "comb_only";
		7478	defparam \always0~61_I .packed_mode = "false";
		7479	// synopsys translate_on
		7480
		7481	// atom is at LC2_A12
		7482	flex10ke_lcell \page~3055_I (
		7483	// Equation(s):
		7484	// \page~3055 = \always0~61 & (\always0~60 & (p7ffd_int_0) # !\always0~60 & !dos)
		7485
		7486	.dataa(dos),
		7487	.datab(\always0~60 ),
		7488	.datac(p7ffd_int_0),
		7489	.datad(\always0~61 ),
		7490	.aclr(gnd),
		7491	.aload(gnd),
		7492	.clk(gnd),
		7493	.cin(gnd),
		7494	.cascin(vcc),
		7495	.devclrn(devclrn),
		7496	.devpor(devpor),
		7497	.combout(\page~3055 ),
		7498	.regout(),
		7499	.cout(),
		7500	.cascout());
		7501	// synopsys translate_off
		7502	defparam \page~3055_I .clock_enable_mode = "false";
		7503	defparam \page~3055_I .lut_mask = "d100";
		7504	defparam \page~3055_I .operation_mode = "normal";
		7505	defparam \page~3055_I .output_mode = "comb_only";
		7506	defparam \page~3055_I .packed_mode = "false";
		7507	// synopsys translate_on
		7508
		7509	// atom is at LC3_B8
		7510	flex10ke_lcell \pages[0][0]~I (
		7511	// Equation(s):
		7512	// \pages[0][0] = DFFEA(!\d[0]~7 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~69 , , )
		7513
		7514	.dataa(\ramnrom[0]~69 ),
		7515	.datab(vcc),
		7516	.datac(vcc),
		7517	.datad(d_0),
		7518	.aclr(gnd),
		7519	.aload(gnd),
		7520	.clk(fclk),
		7521	.cin(gnd),
		7522	.cascin(vcc),
		7523	.devclrn(devclrn),
		7524	.devpor(devpor),
		7525	.combout(),
		7526	.regout(\pages[0][0] ),
		7527	.cout(),
		7528	.cascout());
		7529	// synopsys translate_off
		7530	defparam \pages[0][0]~I .clock_enable_mode = "true";
		7531	defparam \pages[0][0]~I .lut_mask = "00ff";
		7532	defparam \pages[0][0]~I .operation_mode = "normal";
		7533	defparam \pages[0][0]~I .output_mode = "reg_only";
		7534	defparam \pages[0][0]~I .packed_mode = "false";
		7535	// synopsys translate_on
		7536
		7537	// atom is at LC2_B8
		7538	flex10ke_lcell \pages[1][0]~I (
		7539	// Equation(s):
		7540	// \pages[1][0] = DFFEA(!\d[0]~7 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~68 , , )
		7541
		7542	.dataa(\ramnrom[1]~68 ),
		7543	.datab(vcc),
		7544	.datac(vcc),
		7545	.datad(d_0),
		7546	.aclr(gnd),
		7547	.aload(gnd),
		7548	.clk(fclk),
		7549	.cin(gnd),
		7550	.cascin(vcc),
		7551	.devclrn(devclrn),
		7552	.devpor(devpor),
		7553	.combout(),
		7554	.regout(\pages[1][0] ),
		7555	.cout(),
		7556	.cascout());
		7557	// synopsys translate_off
		7558	defparam \pages[1][0]~I .clock_enable_mode = "true";
		7559	defparam \pages[1][0]~I .lut_mask = "00ff";
		7560	defparam \pages[1][0]~I .operation_mode = "normal";
		7561	defparam \pages[1][0]~I .output_mode = "reg_only";
		7562	defparam \pages[1][0]~I .packed_mode = "false";
		7563	// synopsys translate_on
		7564
		7565	// atom is at LC1_B8
		7566	flex10ke_lcell \page~3054_I (
		7567	// Equation(s):
		7568	// \page~3054 = !\always0~61 & (p7ffd_int_4 & (\pages[1][0] ) # !p7ffd_int_4 & \pages[0][0] )
		7569
		7570	.dataa(\always0~61 ),
		7571	.datab(p7ffd_int_4),
		7572	.datac(\pages[0][0] ),
		7573	.datad(\pages[1][0] ),
		7574	.aclr(gnd),
		7575	.aload(gnd),
		7576	.clk(gnd),
		7577	.cin(gnd),
		7578	.cascin(vcc),
		7579	.devclrn(devclrn),
		7580	.devpor(devpor),
		7581	.combout(\page~3054 ),
		7582	.regout(),
		7583	.cout(),
		7584	.cascout());
		7585	// synopsys translate_off
		7586	defparam \page~3054_I .clock_enable_mode = "false";
		7587	defparam \page~3054_I .lut_mask = "5410";
		7588	defparam \page~3054_I .operation_mode = "normal";
		7589	defparam \page~3054_I .output_mode = "comb_only";
		7590	defparam \page~3054_I .packed_mode = "false";
		7591	// synopsys translate_on
		7592
		7593	// atom is at LC4_A20
		7594	flex10ke_lcell \pages[0][1]~I (
		7595	// Equation(s):
		7596	// \pages[0][1] = DFFEA(!\d[1]~6 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~69 , , )
		7597
		7598	.dataa(\ramnrom[0]~69 ),
		7599	.datab(vcc),
		7600	.datac(vcc),
		7601	.datad(d_1),
		7602	.aclr(gnd),
		7603	.aload(gnd),
		7604	.clk(fclk),
		7605	.cin(gnd),
		7606	.cascin(vcc),
		7607	.devclrn(devclrn),
		7608	.devpor(devpor),
		7609	.combout(),
		7610	.regout(\pages[0][1] ),
		7611	.cout(),
		7612	.cascout());
		7613	// synopsys translate_off
		7614	defparam \pages[0][1]~I .clock_enable_mode = "true";
		7615	defparam \pages[0][1]~I .lut_mask = "00ff";
		7616	defparam \pages[0][1]~I .operation_mode = "normal";
		7617	defparam \pages[0][1]~I .output_mode = "reg_only";
		7618	defparam \pages[0][1]~I .packed_mode = "false";
		7619	// synopsys translate_on
		7620
		7621	// atom is at LC1_A20
		7622	flex10ke_lcell \pages[1][1]~I (
		7623	// Equation(s):
		7624	// \pages[1][1] = DFFEA(!\d[1]~6 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~68 , , )
		7625
		7626	.dataa(\ramnrom[1]~68 ),
		7627	.datab(vcc),
		7628	.datac(vcc),
		7629	.datad(d_1),
		7630	.aclr(gnd),
		7631	.aload(gnd),
		7632	.clk(fclk),
		7633	.cin(gnd),
		7634	.cascin(vcc),
		7635	.devclrn(devclrn),
		7636	.devpor(devpor),
		7637	.combout(),
		7638	.regout(\pages[1][1] ),
		7639	.cout(),
		7640	.cascout());
		7641	// synopsys translate_off
		7642	defparam \pages[1][1]~I .clock_enable_mode = "true";
		7643	defparam \pages[1][1]~I .lut_mask = "00ff";
		7644	defparam \pages[1][1]~I .operation_mode = "normal";
		7645	defparam \pages[1][1]~I .output_mode = "reg_only";
		7646	defparam \pages[1][1]~I .packed_mode = "false";
		7647	// synopsys translate_on
		7648
		7649	// atom is at LC3_A20
		7650	flex10ke_lcell \page~3057_I (
		7651	// Equation(s):
		7652	// \page~3057 = p7ffd_int_4 & (\pages[1][1] ) # !p7ffd_int_4 & \pages[0][1]
		7653
		7654	.dataa(vcc),
		7655	.datab(p7ffd_int_4),
		7656	.datac(\pages[0][1] ),
		7657	.datad(\pages[1][1] ),
		7658	.aclr(gnd),
		7659	.aload(gnd),
		7660	.clk(gnd),
		7661	.cin(gnd),
		7662	.cascin(vcc),
		7663	.devclrn(devclrn),
		7664	.devpor(devpor),
		7665	.combout(\page~3057 ),
		7666	.regout(),
		7667	.cout(),
		7668	.cascout());
		7669	// synopsys translate_off
		7670	defparam \page~3057_I .clock_enable_mode = "false";
		7671	defparam \page~3057_I .lut_mask = "fc30";
		7672	defparam \page~3057_I .operation_mode = "normal";
		7673	defparam \page~3057_I .output_mode = "comb_only";
		7674	defparam \page~3057_I .packed_mode = "false";
		7675	// synopsys translate_on
		7676
		7677	// atom is at LC4_A12
		7678	flex10ke_lcell \page~3058_I (
		7679	// Equation(s):
		7680	// \page~3058 = \always0~61 & (\always0~60 & (p7ffd_int_1) # !\always0~60 & \page~3057 ) # !\always0~61 & (\page~3057 )
		7681
		7682	.dataa(\always0~61 ),
		7683	.datab(\always0~60 ),
		7684	.datac(\page~3057 ),
		7685	.datad(p7ffd_int_1),
		7686	.aclr(gnd),
		7687	.aload(gnd),
		7688	.clk(gnd),
		7689	.cin(gnd),
		7690	.cascin(vcc),
		7691	.devclrn(devclrn),
		7692	.devpor(devpor),
		7693	.combout(\page~3058 ),
		7694	.regout(),
		7695	.cout(),
		7696	.cascout());
		7697	// synopsys translate_off
		7698	defparam \page~3058_I .clock_enable_mode = "false";
		7699	defparam \page~3058_I .lut_mask = "f870";
		7700	defparam \page~3058_I .operation_mode = "normal";
		7701	defparam \page~3058_I .output_mode = "comb_only";
		7702	defparam \page~3058_I .packed_mode = "false";
		7703	// synopsys translate_on
		7704
		7705	// atom is at LC4_A24
		7706	flex10ke_lcell \pages[0][2]~I (
		7707	// Equation(s):
		7708	// \pages[0][2] = DFFEA(!\d[2]~5 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~69 , , )
		7709
		7710	.dataa(\ramnrom[0]~69 ),
		7711	.datab(vcc),
		7712	.datac(vcc),
		7713	.datad(d_2),
		7714	.aclr(gnd),
		7715	.aload(gnd),
		7716	.clk(fclk),
		7717	.cin(gnd),
		7718	.cascin(vcc),
		7719	.devclrn(devclrn),
		7720	.devpor(devpor),
		7721	.combout(),
		7722	.regout(\pages[0][2] ),
		7723	.cout(),
		7724	.cascout());
		7725	// synopsys translate_off
		7726	defparam \pages[0][2]~I .clock_enable_mode = "true";
		7727	defparam \pages[0][2]~I .lut_mask = "00ff";
		7728	defparam \pages[0][2]~I .operation_mode = "normal";
		7729	defparam \pages[0][2]~I .output_mode = "reg_only";
		7730	defparam \pages[0][2]~I .packed_mode = "false";
		7731	// synopsys translate_on
		7732
		7733	// atom is at LC3_A24
		7734	flex10ke_lcell \pages[1][2]~I (
		7735	// Equation(s):
		7736	// \pages[1][2] = DFFEA(!\d[2]~5 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~68 , , )
		7737
		7738	.dataa(\ramnrom[1]~68 ),
		7739	.datab(vcc),
		7740	.datac(vcc),
		7741	.datad(d_2),
		7742	.aclr(gnd),
		7743	.aload(gnd),
		7744	.clk(fclk),
		7745	.cin(gnd),
		7746	.cascin(vcc),
		7747	.devclrn(devclrn),
		7748	.devpor(devpor),
		7749	.combout(),
		7750	.regout(\pages[1][2] ),
		7751	.cout(),
		7752	.cascout());
		7753	// synopsys translate_off
		7754	defparam \pages[1][2]~I .clock_enable_mode = "true";
		7755	defparam \pages[1][2]~I .lut_mask = "00ff";
		7756	defparam \pages[1][2]~I .operation_mode = "normal";
		7757	defparam \pages[1][2]~I .output_mode = "reg_only";
		7758	defparam \pages[1][2]~I .packed_mode = "false";
		7759	// synopsys translate_on
		7760
		7761	// atom is at LC1_A24
		7762	flex10ke_lcell \page~3060_I (
		7763	// Equation(s):
		7764	// \page~3060 = p7ffd_int_4 & (\pages[1][2] ) # !p7ffd_int_4 & \pages[0][2]
		7765
		7766	.dataa(vcc),
		7767	.datab(p7ffd_int_4),
		7768	.datac(\pages[0][2] ),
		7769	.datad(\pages[1][2] ),
		7770	.aclr(gnd),
		7771	.aload(gnd),
		7772	.clk(gnd),
		7773	.cin(gnd),
		7774	.cascin(vcc),
		7775	.devclrn(devclrn),
		7776	.devpor(devpor),
		7777	.combout(\page~3060 ),
		7778	.regout(),
		7779	.cout(),
		7780	.cascout());
		7781	// synopsys translate_off
		7782	defparam \page~3060_I .clock_enable_mode = "false";
		7783	defparam \page~3060_I .lut_mask = "fc30";
		7784	defparam \page~3060_I .operation_mode = "normal";
		7785	defparam \page~3060_I .output_mode = "comb_only";
		7786	defparam \page~3060_I .packed_mode = "false";
		7787	// synopsys translate_on
		7788
		7789	// atom is at LC5_A12
		7790	flex10ke_lcell \page~3061_I (
		7791	// Equation(s):
		7792	// \page~3061 = \always0~61 & (\always0~60 & (p7ffd_int_2) # !\always0~60 & \page~3060 ) # !\always0~61 & (\page~3060 )
		7793
		7794	.dataa(\always0~61 ),
		7795	.datab(\always0~60 ),
		7796	.datac(\page~3060 ),
		7797	.datad(p7ffd_int_2),
		7798	.aclr(gnd),
		7799	.aload(gnd),
		7800	.clk(gnd),
		7801	.cin(gnd),
		7802	.cascin(vcc),
		7803	.devclrn(devclrn),
		7804	.devpor(devpor),
		7805	.combout(\page~3061 ),
		7806	.regout(),
		7807	.cout(),
		7808	.cascout());
		7809	// synopsys translate_off
		7810	defparam \page~3061_I .clock_enable_mode = "false";
		7811	defparam \page~3061_I .lut_mask = "f870";
		7812	defparam \page~3061_I .operation_mode = "normal";
		7813	defparam \page~3061_I .output_mode = "comb_only";
		7814	defparam \page~3061_I .packed_mode = "false";
		7815	// synopsys translate_on
		7816
		7817	// atom is at LC1_A21
		7818	flex10ke_lcell \page~3064_I (
		7819	// Equation(s):
		7820	// \page~3064 = !peff7_int_2 & \always0~61 & \always0~60
		7821
		7822	.dataa(vcc),
		7823	.datab(peff7_int_2),
		7824	.datac(\always0~61 ),
		7825	.datad(\always0~60 ),
		7826	.aclr(gnd),
		7827	.aload(gnd),
		7828	.clk(gnd),
		7829	.cin(gnd),
		7830	.cascin(vcc),
		7831	.devclrn(devclrn),
		7832	.devpor(devpor),
		7833	.combout(\page~3064 ),
		7834	.regout(),
		7835	.cout(),
		7836	.cascout());
		7837	// synopsys translate_off
		7838	defparam \page~3064_I .clock_enable_mode = "false";
		7839	defparam \page~3064_I .lut_mask = "3000";
		7840	defparam \page~3064_I .operation_mode = "normal";
		7841	defparam \page~3064_I .output_mode = "comb_only";
		7842	defparam \page~3064_I .packed_mode = "false";
		7843	// synopsys translate_on
		7844
		7845	// atom is at LC6_A24
		7846	flex10ke_lcell \pages[0][3]~I (
		7847	// Equation(s):
		7848	// \pages[0][3] = DFFEA(!\d[3]~4 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~69 , , )
		7849
		7850	.dataa(\ramnrom[0]~69 ),
		7851	.datab(vcc),
		7852	.datac(vcc),
		7853	.datad(d_3),
		7854	.aclr(gnd),
		7855	.aload(gnd),
		7856	.clk(fclk),
		7857	.cin(gnd),
		7858	.cascin(vcc),
		7859	.devclrn(devclrn),
		7860	.devpor(devpor),
		7861	.combout(),
		7862	.regout(\pages[0][3] ),
		7863	.cout(),
		7864	.cascout());
		7865	// synopsys translate_off
		7866	defparam \pages[0][3]~I .clock_enable_mode = "true";
		7867	defparam \pages[0][3]~I .lut_mask = "00ff";
		7868	defparam \pages[0][3]~I .operation_mode = "normal";
		7869	defparam \pages[0][3]~I .output_mode = "reg_only";
		7870	defparam \pages[0][3]~I .packed_mode = "false";
		7871	// synopsys translate_on
		7872
		7873	// atom is at LC5_A24
		7874	flex10ke_lcell \pages[1][3]~I (
		7875	// Equation(s):
		7876	// \pages[1][3] = DFFEA(!\d[3]~4 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~68 , , )
		7877
		7878	.dataa(\ramnrom[1]~68 ),
		7879	.datab(vcc),
		7880	.datac(vcc),
		7881	.datad(d_3),
		7882	.aclr(gnd),
		7883	.aload(gnd),
		7884	.clk(fclk),
		7885	.cin(gnd),
		7886	.cascin(vcc),
		7887	.devclrn(devclrn),
		7888	.devpor(devpor),
		7889	.combout(),
		7890	.regout(\pages[1][3] ),
		7891	.cout(),
		7892	.cascout());
		7893	// synopsys translate_off
		7894	defparam \pages[1][3]~I .clock_enable_mode = "true";
		7895	defparam \pages[1][3]~I .lut_mask = "00ff";
		7896	defparam \pages[1][3]~I .operation_mode = "normal";
		7897	defparam \pages[1][3]~I .output_mode = "reg_only";
		7898	defparam \pages[1][3]~I .packed_mode = "false";
		7899	// synopsys translate_on
		7900
		7901	// atom is at LC2_A24
		7902	flex10ke_lcell \page~3063_I (
		7903	// Equation(s):
		7904	// \page~3063 = p7ffd_int_4 & (\pages[1][3] ) # !p7ffd_int_4 & \pages[0][3]
		7905
		7906	.dataa(vcc),
		7907	.datab(p7ffd_int_4),
		7908	.datac(\pages[0][3] ),
		7909	.datad(\pages[1][3] ),
		7910	.aclr(gnd),
		7911	.aload(gnd),
		7912	.clk(gnd),
		7913	.cin(gnd),
		7914	.cascin(vcc),
		7915	.devclrn(devclrn),
		7916	.devpor(devpor),
		7917	.combout(\page~3063 ),
		7918	.regout(),
		7919	.cout(),
		7920	.cascout());
		7921	// synopsys translate_off
		7922	defparam \page~3063_I .clock_enable_mode = "false";
		7923	defparam \page~3063_I .lut_mask = "fc30";
		7924	defparam \page~3063_I .operation_mode = "normal";
		7925	defparam \page~3063_I .output_mode = "comb_only";
		7926	defparam \page~3063_I .packed_mode = "false";
		7927	// synopsys translate_on
		7928
		7929	// atom is at LC4_A21
		7930	flex10ke_lcell \page~3065_I (
		7931	// Equation(s):
		7932	// \page~3065 = !peff7_int_3 & (\page~3064 & (p7ffd_int_5) # !\page~3064 & \page~3063 )
		7933
		7934	.dataa(peff7_int_3),
		7935	.datab(\page~3064 ),
		7936	.datac(\page~3063 ),
		7937	.datad(p7ffd_int_5),
		7938	.aclr(gnd),
		7939	.aload(gnd),
		7940	.clk(gnd),
		7941	.cin(gnd),
		7942	.cascin(vcc),
		7943	.devclrn(devclrn),
		7944	.devpor(devpor),
		7945	.combout(\page~3065 ),
		7946	.regout(),
		7947	.cout(),
		7948	.cascout());
		7949	// synopsys translate_off
		7950	defparam \page~3065_I .clock_enable_mode = "false";
		7951	defparam \page~3065_I .lut_mask = "5410";
		7952	defparam \page~3065_I .operation_mode = "normal";
		7953	defparam \page~3065_I .output_mode = "comb_only";
		7954	defparam \page~3065_I .packed_mode = "false";
		7955	// synopsys translate_on
		7956
		7957	// atom is at LC3_A22
		7958	flex10ke_lcell \pages[0][4]~I (
		7959	// Equation(s):
		7960	// \pages[0][4] = DFFEA(!\d[4]~3 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~69 , , )
		7961
		7962	.dataa(\ramnrom[0]~69 ),
		7963	.datab(vcc),
		7964	.datac(vcc),
		7965	.datad(d_4),
		7966	.aclr(gnd),
		7967	.aload(gnd),
		7968	.clk(fclk),
		7969	.cin(gnd),
		7970	.cascin(vcc),
		7971	.devclrn(devclrn),
		7972	.devpor(devpor),
		7973	.combout(),
		7974	.regout(\pages[0][4] ),
		7975	.cout(),
		7976	.cascout());
		7977	// synopsys translate_off
		7978	defparam \pages[0][4]~I .clock_enable_mode = "true";
		7979	defparam \pages[0][4]~I .lut_mask = "00ff";
		7980	defparam \pages[0][4]~I .operation_mode = "normal";
		7981	defparam \pages[0][4]~I .output_mode = "reg_only";
		7982	defparam \pages[0][4]~I .packed_mode = "false";
		7983	// synopsys translate_on
		7984
		7985	// atom is at LC1_A22
		7986	flex10ke_lcell \pages[1][4]~I (
		7987	// Equation(s):
		7988	// \pages[1][4] = DFFEA(!\d[4]~3 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~68 , , )
		7989
		7990	.dataa(\ramnrom[1]~68 ),
		7991	.datab(vcc),
		7992	.datac(vcc),
		7993	.datad(d_4),
		7994	.aclr(gnd),
		7995	.aload(gnd),
		7996	.clk(fclk),
		7997	.cin(gnd),
		7998	.cascin(vcc),
		7999	.devclrn(devclrn),
		8000	.devpor(devpor),
		8001	.combout(),
		8002	.regout(\pages[1][4] ),
		8003	.cout(),
		8004	.cascout());
		8005	// synopsys translate_off
		8006	defparam \pages[1][4]~I .clock_enable_mode = "true";
		8007	defparam \pages[1][4]~I .lut_mask = "00ff";
		8008	defparam \pages[1][4]~I .operation_mode = "normal";
		8009	defparam \pages[1][4]~I .output_mode = "reg_only";
		8010	defparam \pages[1][4]~I .packed_mode = "false";
		8011	// synopsys translate_on
		8012
		8013	// atom is at LC2_A22
		8014	flex10ke_lcell \page~3067_I (
		8015	// Equation(s):
		8016	// \page~3067 = p7ffd_int_4 & (\pages[1][4] ) # !p7ffd_int_4 & \pages[0][4]
		8017
		8018	.dataa(vcc),
		8019	.datab(p7ffd_int_4),
		8020	.datac(\pages[0][4] ),
		8021	.datad(\pages[1][4] ),
		8022	.aclr(gnd),
		8023	.aload(gnd),
		8024	.clk(gnd),
		8025	.cin(gnd),
		8026	.cascin(vcc),
		8027	.devclrn(devclrn),
		8028	.devpor(devpor),
		8029	.combout(\page~3067 ),
		8030	.regout(),
		8031	.cout(),
		8032	.cascout());
		8033	// synopsys translate_off
		8034	defparam \page~3067_I .clock_enable_mode = "false";
		8035	defparam \page~3067_I .lut_mask = "fc30";
		8036	defparam \page~3067_I .operation_mode = "normal";
		8037	defparam \page~3067_I .output_mode = "comb_only";
		8038	defparam \page~3067_I .packed_mode = "false";
		8039	// synopsys translate_on
		8040
		8041	// atom is at LC6_A21
		8042	flex10ke_lcell \page~3068_I (
		8043	// Equation(s):
		8044	// \page~3068 = !peff7_int_3 & (\page~3064 & (p7ffd_int_6) # !\page~3064 & \page~3067 )
		8045
		8046	.dataa(peff7_int_3),
		8047	.datab(\page~3064 ),
		8048	.datac(\page~3067 ),
		8049	.datad(p7ffd_int_6),
		8050	.aclr(gnd),
		8051	.aload(gnd),
		8052	.clk(gnd),
		8053	.cin(gnd),
		8054	.cascin(vcc),
		8055	.devclrn(devclrn),
		8056	.devpor(devpor),
		8057	.combout(\page~3068 ),
		8058	.regout(),
		8059	.cout(),
		8060	.cascout());
		8061	// synopsys translate_off
		8062	defparam \page~3068_I .clock_enable_mode = "false";
		8063	defparam \page~3068_I .lut_mask = "5410";
		8064	defparam \page~3068_I .operation_mode = "normal";
		8065	defparam \page~3068_I .output_mode = "comb_only";
		8066	defparam \page~3068_I .packed_mode = "false";
		8067	// synopsys translate_on
		8068
		8069	// atom is at LC3_A5
		8070	flex10ke_lcell \stall_count[0]~I (
		8071	// Equation(s):
		8072	// stall_count[0] = DFFEA(dos_exec_stb1 # stall_count[0] $ stall_count_2, GLOBAL(\fclk~dataout ), , , , , )
		8073
		8074	.dataa(vcc),
		8075	.datab(stall_count[0]),
		8076	.datac(stall_count_2),
		8077	.datad(dos_exec_stb1),
		8078	.aclr(gnd),
		8079	.aload(gnd),
		8080	.clk(fclk),
		8081	.cin(gnd),
		8082	.cascin(vcc),
		8083	.devclrn(devclrn),
		8084	.devpor(devpor),
		8085	.combout(),
		8086	.regout(stall_count[0]),
		8087	.cout(),
		8088	.cascout());
		8089	// synopsys translate_off
		8090	defparam \stall_count[0]~I .clock_enable_mode = "false";
		8091	defparam \stall_count[0]~I .lut_mask = "ff3c";
		8092	defparam \stall_count[0]~I .operation_mode = "normal";
		8093	defparam \stall_count[0]~I .output_mode = "reg_only";
		8094	defparam \stall_count[0]~I .packed_mode = "false";
		8095	// synopsys translate_on
		8096
		8097	// atom is at LC4_A5
		8098	flex10ke_lcell \stall_count[1]~39_I (
		8099	// Equation(s):
		8100	// \stall_count[1]~39 = !dos_exec_stb1
		8101
		8102	.dataa(vcc),
		8103	.datab(vcc),
		8104	.datac(vcc),
		8105	.datad(dos_exec_stb1),
		8106	.aclr(gnd),
		8107	.aload(gnd),
		8108	.clk(gnd),
		8109	.cin(gnd),
		8110	.cascin(vcc),
		8111	.devclrn(devclrn),
		8112	.devpor(devpor),
		8113	.combout(\stall_count[1]~39 ),
		8114	.regout(),
		8115	.cout(),
		8116	.cascout());
		8117	// synopsys translate_off
		8118	defparam \stall_count[1]~39_I .clock_enable_mode = "false";
		8119	defparam \stall_count[1]~39_I .lut_mask = "00ff";
		8120	defparam \stall_count[1]~39_I .operation_mode = "normal";
		8121	defparam \stall_count[1]~39_I .output_mode = "comb_only";
		8122	defparam \stall_count[1]~39_I .packed_mode = "false";
		8123	// synopsys translate_on
		8124
		8125	// atom is at LC2_A5
		8126	flex10ke_lcell \stall_count[1]~I (
		8127	// Equation(s):
		8128	// stall_count[1] = DFFEA(stall_count[1] $ (stall_count[0] & stall_count_2), GLOBAL(\fclk~dataout ), , , \stall_count[1]~39 , , )
		8129
		8130	.dataa(\stall_count[1]~39 ),
		8131	.datab(stall_count[0]),
		8132	.datac(stall_count_2),
		8133	.datad(stall_count[1]),
		8134	.aclr(gnd),
		8135	.aload(gnd),
		8136	.clk(fclk),
		8137	.cin(gnd),
		8138	.cascin(vcc),
		8139	.devclrn(devclrn),
		8140	.devpor(devpor),
		8141	.combout(),
		8142	.regout(stall_count[1]),
		8143	.cout(),
		8144	.cascout());
		8145	// synopsys translate_off
		8146	defparam \stall_count[1]~I .clock_enable_mode = "true";
		8147	defparam \stall_count[1]~I .lut_mask = "3fc0";
		8148	defparam \stall_count[1]~I .operation_mode = "normal";
		8149	defparam \stall_count[1]~I .output_mode = "reg_only";
		8150	defparam \stall_count[1]~I .packed_mode = "false";
		8151	// synopsys translate_on
		8152
		8153	// atom is at LC6_D7
		8154	flex10ke_lcell \m1_n_reg~I (
		8155	// Equation(s):
		8156	// m1_n_reg = DFFEA(\m1_n~dataout , GLOBAL(\fclk~dataout ), , , zpos, , )
		8157
		8158	.dataa(zpos),
		8159	.datab(vcc),
		8160	.datac(vcc),
		8161	.datad(m1_n),
		8162	.aclr(gnd),
		8163	.aload(gnd),
		8164	.clk(fclk),
		8165	.cin(gnd),
		8166	.cascin(vcc),
		8167	.devclrn(devclrn),
		8168	.devpor(devpor),
		8169	.combout(),
		8170	.regout(m1_n_reg),
		8171	.cout(),
		8172	.cascout());
		8173	// synopsys translate_off
		8174	defparam \m1_n_reg~I .clock_enable_mode = "true";
		8175	defparam \m1_n_reg~I .lut_mask = "ff00";
		8176	defparam \m1_n_reg~I .operation_mode = "normal";
		8177	defparam \m1_n_reg~I .output_mode = "reg_only";
		8178	defparam \m1_n_reg~I .packed_mode = "false";
		8179	// synopsys translate_on
		8180
		8181	// atom is at LC3_D7
		8182	flex10ke_lcell \mreq_n_reg~I (
		8183	// Equation(s):
		8184	// mreq_n_reg = DFFEA(\mreq_n~dataout , GLOBAL(\fclk~dataout ), , , zneg, , )
		8185
		8186	.dataa(zneg),
		8187	.datab(vcc),
		8188	.datac(vcc),
		8189	.datad(mreq_n),
		8190	.aclr(gnd),
		8191	.aload(gnd),
		8192	.clk(fclk),
		8193	.cin(gnd),
		8194	.cascin(vcc),
		8195	.devclrn(devclrn),
		8196	.devpor(devpor),
		8197	.combout(),
		8198	.regout(mreq_n_reg),
		8199	.cout(),
		8200	.cascout());
		8201	// synopsys translate_off
		8202	defparam \mreq_n_reg~I .clock_enable_mode = "true";
		8203	defparam \mreq_n_reg~I .lut_mask = "ff00";
		8204	defparam \mreq_n_reg~I .operation_mode = "normal";
		8205	defparam \mreq_n_reg~I .output_mode = "reg_only";
		8206	defparam \mreq_n_reg~I .packed_mode = "false";
		8207	// synopsys translate_on
		8208
		8209	// atom is at LC1_A3
		8210	flex10ke_lcell \dos_exec_stb~120_I (
		8211	// Equation(s):
		8212	// \dos_exec_stb~120 = !\a~dataout [9] & \a~dataout [10] & \a~dataout [13] & p7ffd_int_4
		8213
		8214	.dataa(a_9),
		8215	.datab(a_10),
		8216	.datac(a_13),
		8217	.datad(p7ffd_int_4),
		8218	.aclr(gnd),
		8219	.aload(gnd),
		8220	.clk(gnd),
		8221	.cin(gnd),
		8222	.cascin(vcc),
		8223	.devclrn(devclrn),
		8224	.devpor(devpor),
		8225	.combout(\dos_exec_stb~120 ),
		8226	.regout(),
		8227	.cout(),
		8228	.cascout());
		8229	// synopsys translate_off
		8230	defparam \dos_exec_stb~120_I .clock_enable_mode = "false";
		8231	defparam \dos_exec_stb~120_I .lut_mask = "4000";
		8232	defparam \dos_exec_stb~120_I .operation_mode = "normal";
		8233	defparam \dos_exec_stb~120_I .output_mode = "comb_only";
		8234	defparam \dos_exec_stb~120_I .packed_mode = "false";
		8235	// synopsys translate_on
		8236
		8237	// atom is at LC5_A3
		8238	flex10ke_lcell \dos_exec_stb~121_I (
		8239	// Equation(s):
		8240	// \dos_exec_stb~121 = \a~dataout [11] & \a~dataout [8] & \a~dataout [12] & \dos_exec_stb~120
		8241
		8242	.dataa(a_11),
		8243	.datab(a_8),
		8244	.datac(a_12),
		8245	.datad(\dos_exec_stb~120 ),
		8246	.aclr(gnd),
		8247	.aload(gnd),
		8248	.clk(gnd),
		8249	.cin(gnd),
		8250	.cascin(vcc),
		8251	.devclrn(devclrn),
		8252	.devpor(devpor),
		8253	.combout(\dos_exec_stb~121 ),
		8254	.regout(),
		8255	.cout(),
		8256	.cascout());
		8257	// synopsys translate_off
		8258	defparam \dos_exec_stb~121_I .clock_enable_mode = "false";
		8259	defparam \dos_exec_stb~121_I .lut_mask = "8000";
		8260	defparam \dos_exec_stb~121_I .operation_mode = "normal";
		8261	defparam \dos_exec_stb~121_I .output_mode = "comb_only";
		8262	defparam \dos_exec_stb~121_I .packed_mode = "false";
		8263	// synopsys translate_on
		8264
		8265	// atom is at LC3_A4
		8266	flex10ke_lcell \ramnrom[0]~70_I (
		8267	// Equation(s):
		8268	// \ramnrom[0]~70 = !\a~dataout [15] & !\a~dataout [14]
		8269
		8270	.dataa(vcc),
		8271	.datab(vcc),
		8272	.datac(a_15),
		8273	.datad(a_14),
		8274	.aclr(gnd),
		8275	.aload(gnd),
		8276	.clk(gnd),
		8277	.cin(gnd),
		8278	.cascin(vcc),
		8279	.devclrn(devclrn),
		8280	.devpor(devpor),
		8281	.combout(\ramnrom[0]~70 ),
		8282	.regout(),
		8283	.cout(),
		8284	.cascout());
		8285	// synopsys translate_off
		8286	defparam \ramnrom[0]~70_I .clock_enable_mode = "false";
		8287	defparam \ramnrom[0]~70_I .lut_mask = "000f";
		8288	defparam \ramnrom[0]~70_I .operation_mode = "normal";
		8289	defparam \ramnrom[0]~70_I .output_mode = "comb_only";
		8290	defparam \ramnrom[0]~70_I .packed_mode = "false";
		8291	// synopsys translate_on
		8292
		8293	// atom is at LC5_A22
		8294	flex10ke_lcell \pages[0][5]~I (
		8295	// Equation(s):
		8296	// \pages[0][5] = DFFEA(!\d[5]~2 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~69 , , )
		8297
		8298	.dataa(\ramnrom[0]~69 ),
		8299	.datab(vcc),
		8300	.datac(vcc),
		8301	.datad(d_5),
		8302	.aclr(gnd),
		8303	.aload(gnd),
		8304	.clk(fclk),
		8305	.cin(gnd),
		8306	.cascin(vcc),
		8307	.devclrn(devclrn),
		8308	.devpor(devpor),
		8309	.combout(),
		8310	.regout(\pages[0][5] ),
		8311	.cout(),
		8312	.cascout());
		8313	// synopsys translate_off
		8314	defparam \pages[0][5]~I .clock_enable_mode = "true";
		8315	defparam \pages[0][5]~I .lut_mask = "00ff";
		8316	defparam \pages[0][5]~I .operation_mode = "normal";
		8317	defparam \pages[0][5]~I .output_mode = "reg_only";
		8318	defparam \pages[0][5]~I .packed_mode = "false";
		8319	// synopsys translate_on
		8320
		8321	// atom is at LC4_A22
		8322	flex10ke_lcell \pages[1][5]~I (
		8323	// Equation(s):
		8324	// \pages[1][5] = DFFEA(!\d[5]~2 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~68 , , )
		8325
		8326	.dataa(\ramnrom[1]~68 ),
		8327	.datab(vcc),
		8328	.datac(vcc),
		8329	.datad(d_5),
		8330	.aclr(gnd),
		8331	.aload(gnd),
		8332	.clk(fclk),
		8333	.cin(gnd),
		8334	.cascin(vcc),
		8335	.devclrn(devclrn),
		8336	.devpor(devpor),
		8337	.combout(),
		8338	.regout(\pages[1][5] ),
		8339	.cout(),
		8340	.cascout());
		8341	// synopsys translate_off
		8342	defparam \pages[1][5]~I .clock_enable_mode = "true";
		8343	defparam \pages[1][5]~I .lut_mask = "00ff";
		8344	defparam \pages[1][5]~I .operation_mode = "normal";
		8345	defparam \pages[1][5]~I .output_mode = "reg_only";
		8346	defparam \pages[1][5]~I .packed_mode = "false";
		8347	// synopsys translate_on
		8348
		8349	// atom is at LC7_A22
		8350	flex10ke_lcell \page~3070_I (
		8351	// Equation(s):
		8352	// \page~3070 = p7ffd_int_4 & (\pages[1][5] ) # !p7ffd_int_4 & \pages[0][5]
		8353
		8354	.dataa(vcc),
		8355	.datab(p7ffd_int_4),
		8356	.datac(\pages[0][5] ),
		8357	.datad(\pages[1][5] ),
		8358	.aclr(gnd),
		8359	.aload(gnd),
		8360	.clk(gnd),
		8361	.cin(gnd),
		8362	.cascin(vcc),
		8363	.devclrn(devclrn),
		8364	.devpor(devpor),
		8365	.combout(\page~3070 ),
		8366	.regout(),
		8367	.cout(),
		8368	.cascout());
		8369	// synopsys translate_off
		8370	defparam \page~3070_I .clock_enable_mode = "false";
		8371	defparam \page~3070_I .lut_mask = "fc30";
		8372	defparam \page~3070_I .operation_mode = "normal";
		8373	defparam \page~3070_I .output_mode = "comb_only";
		8374	defparam \page~3070_I .packed_mode = "false";
		8375	// synopsys translate_on
		8376
		8377	// atom is at LC7_A21
		8378	flex10ke_lcell \page~3071_I (
		8379	// Equation(s):
		8380	// \page~3071 = !peff7_int_3 & (\page~3064 & (p7ffd_int_7) # !\page~3064 & \page~3070 )
		8381
		8382	.dataa(peff7_int_3),
		8383	.datab(\page~3064 ),
		8384	.datac(\page~3070 ),
		8385	.datad(p7ffd_int_7),
		8386	.aclr(gnd),
		8387	.aload(gnd),
		8388	.clk(gnd),
		8389	.cin(gnd),
		8390	.cascin(vcc),
		8391	.devclrn(devclrn),
		8392	.devpor(devpor),
		8393	.combout(\page~3071 ),
		8394	.regout(),
		8395	.cout(),
		8396	.cascout());
		8397	// synopsys translate_off
		8398	defparam \page~3071_I .clock_enable_mode = "false";
		8399	defparam \page~3071_I .lut_mask = "5410";
		8400	defparam \page~3071_I .operation_mode = "normal";
		8401	defparam \page~3071_I .output_mode = "comb_only";
		8402	defparam \page~3071_I .packed_mode = "false";
		8403	// synopsys translate_on
		8404
		8405	// atom is at LC2_D19
		8406	flex10ke_lcell \pages[0][6]~I (
		8407	// Equation(s):
		8408	// \pages[0][6] = DFFEA(!\d[6]~1 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[0]~69 , , )
		8409
		8410	.dataa(\ramnrom[0]~69 ),
		8411	.datab(vcc),
		8412	.datac(d_6),
		8413	.datad(a_11),
		8414	.aclr(gnd),
		8415	.aload(gnd),
		8416	.clk(fclk),
		8417	.cin(gnd),
		8418	.cascin(vcc),
		8419	.devclrn(devclrn),
		8420	.devpor(devpor),
		8421	.combout(),
		8422	.regout(\pages[0][6] ),
		8423	.cout(),
		8424	.cascout());
		8425	// synopsys translate_off
		8426	defparam \pages[0][6]~I .clock_enable_mode = "true";
		8427	defparam \pages[0][6]~I .lut_mask = "000f";
		8428	defparam \pages[0][6]~I .operation_mode = "normal";
		8429	defparam \pages[0][6]~I .output_mode = "reg_only";
		8430	defparam \pages[0][6]~I .packed_mode = "false";
		8431	// synopsys translate_on
		8432
		8433	// atom is at LC1_D19
		8434	flex10ke_lcell \pages[1][6]~I (
		8435	// Equation(s):
		8436	// \pages[1][6] = DFFEA(!\d[6]~1 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[1]~68 , , )
		8437
		8438	.dataa(\ramnrom[1]~68 ),
		8439	.datab(vcc),
		8440	.datac(d_6),
		8441	.datad(a_11),
		8442	.aclr(gnd),
		8443	.aload(gnd),
		8444	.clk(fclk),
		8445	.cin(gnd),
		8446	.cascin(vcc),
		8447	.devclrn(devclrn),
		8448	.devpor(devpor),
		8449	.combout(),
		8450	.regout(\pages[1][6] ),
		8451	.cout(),
		8452	.cascout());
		8453	// synopsys translate_off
		8454	defparam \pages[1][6]~I .clock_enable_mode = "true";
		8455	defparam \pages[1][6]~I .lut_mask = "000f";
		8456	defparam \pages[1][6]~I .operation_mode = "normal";
		8457	defparam \pages[1][6]~I .output_mode = "reg_only";
		8458	defparam \pages[1][6]~I .packed_mode = "false";
		8459	// synopsys translate_on
		8460
		8461	// atom is at LC3_D19
		8462	flex10ke_lcell \page~3073_I (
		8463	// Equation(s):
		8464	// \page~3073 = !peff7_int_3 & (p7ffd_int_4 & (\pages[1][6] ) # !p7ffd_int_4 & \pages[0][6] )
		8465
		8466	.dataa(peff7_int_3),
		8467	.datab(p7ffd_int_4),
		8468	.datac(\pages[0][6] ),
		8469	.datad(\pages[1][6] ),
		8470	.aclr(gnd),
		8471	.aload(gnd),
		8472	.clk(gnd),
		8473	.cin(gnd),
		8474	.cascin(vcc),
		8475	.devclrn(devclrn),
		8476	.devpor(devpor),
		8477	.combout(\page~3073 ),
		8478	.regout(),
		8479	.cout(),
		8480	.cascout());
		8481	// synopsys translate_off
		8482	defparam \page~3073_I .clock_enable_mode = "false";
		8483	defparam \page~3073_I .lut_mask = "5410";
		8484	defparam \page~3073_I .operation_mode = "normal";
		8485	defparam \page~3073_I .output_mode = "comb_only";
		8486	defparam \page~3073_I .packed_mode = "false";
		8487	// synopsys translate_on
		8488
		8489	// atom is at LC6_D19
		8490	flex10ke_lcell \pages[0][7]~I (
		8491	// Equation(s):
		8492	// \pages[0][7] = DFFEA(!\d[7]~0 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[0]~69 , , )
		8493
		8494	.dataa(\ramnrom[0]~69 ),
		8495	.datab(vcc),
		8496	.datac(d_7),
		8497	.datad(a_11),
		8498	.aclr(gnd),
		8499	.aload(gnd),
		8500	.clk(fclk),
		8501	.cin(gnd),
		8502	.cascin(vcc),
		8503	.devclrn(devclrn),
		8504	.devpor(devpor),
		8505	.combout(),
		8506	.regout(\pages[0][7] ),
		8507	.cout(),
		8508	.cascout());
		8509	// synopsys translate_off
		8510	defparam \pages[0][7]~I .clock_enable_mode = "true";
		8511	defparam \pages[0][7]~I .lut_mask = "000f";
		8512	defparam \pages[0][7]~I .operation_mode = "normal";
		8513	defparam \pages[0][7]~I .output_mode = "reg_only";
		8514	defparam \pages[0][7]~I .packed_mode = "false";
		8515	// synopsys translate_on
		8516
		8517	// atom is at LC5_D19
		8518	flex10ke_lcell \pages[1][7]~I (
		8519	// Equation(s):
		8520	// \pages[1][7] = DFFEA(!\d[7]~0 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[1]~68 , , )
		8521
		8522	.dataa(\ramnrom[1]~68 ),
		8523	.datab(vcc),
		8524	.datac(d_7),
		8525	.datad(a_11),
		8526	.aclr(gnd),
		8527	.aload(gnd),
		8528	.clk(fclk),
		8529	.cin(gnd),
		8530	.cascin(vcc),
		8531	.devclrn(devclrn),
		8532	.devpor(devpor),
		8533	.combout(),
		8534	.regout(\pages[1][7] ),
		8535	.cout(),
		8536	.cascout());
		8537	// synopsys translate_off
		8538	defparam \pages[1][7]~I .clock_enable_mode = "true";
		8539	defparam \pages[1][7]~I .lut_mask = "000f";
		8540	defparam \pages[1][7]~I .operation_mode = "normal";
		8541	defparam \pages[1][7]~I .output_mode = "reg_only";
		8542	defparam \pages[1][7]~I .packed_mode = "false";
		8543	// synopsys translate_on
		8544
		8545	// atom is at LC7_D19
		8546	flex10ke_lcell \page~3075_I (
		8547	// Equation(s):
		8548	// \page~3075 = !peff7_int_3 & (p7ffd_int_4 & (\pages[1][7] ) # !p7ffd_int_4 & \pages[0][7] )
		8549
		8550	.dataa(peff7_int_3),
		8551	.datab(p7ffd_int_4),
		8552	.datac(\pages[0][7] ),
		8553	.datad(\pages[1][7] ),
		8554	.aclr(gnd),
		8555	.aload(gnd),
		8556	.clk(gnd),
		8557	.cin(gnd),
		8558	.cascin(vcc),
		8559	.devclrn(devclrn),
		8560	.devpor(devpor),
		8561	.combout(\page~3075 ),
		8562	.regout(),
		8563	.cout(),
		8564	.cascout());
		8565	// synopsys translate_off
		8566	defparam \page~3075_I .clock_enable_mode = "false";
		8567	defparam \page~3075_I .lut_mask = "5410";
		8568	defparam \page~3075_I .operation_mode = "normal";
		8569	defparam \page~3075_I .output_mode = "comb_only";
		8570	defparam \page~3075_I .packed_mode = "false";
		8571	// synopsys translate_on
		8572
		8573	endmodule
		8574
		8575	module atm_pager_1 (
		8576	romnram,
		8577	page_0,
		8578	page_1,
		8579	page_2,
		8580	page_3,
		8581	page_4,
		8582	dos,
		8583	p7ffd_int_4,
		8584	atm_pen,
		8585	p7ffd_int_0,
		8586	always0,
		8587	p7ffd_int_1,
		8588	p7ffd_int_2,
		8589	p7ffd_int_5,
		8590	peff7_int_2,
		8591	p7ffd_int_6,
		8592	stall_count_2,
		8593	atmF7_wr_fclk,
		8594	dos_7ffd_0,
		8595	dos_exec_stb,
		8596	ramnrom_0,
		8597	dos_exec_stb1,
		8598	page_5,
		8599	page_6,
		8600	page_7,
		8601	p7ffd_int_7,
		8602	a_14,
		8603	a_15,
		8604	fclk,
		8605	a_11,
		8606	d_0,
		8607	d_1,
		8608	d_2,
		8609	d_3,
		8610	d_4,
		8611	d_5,
		8612	d_6,
		8613	d_7,
		8614	devpor,
		8615	devclrn,
		8616	devoe);
		8617	output romnram;
		8618	output page_0;
		8619	output page_1;
		8620	output page_2;
		8621	output page_3;
		8622	output page_4;
		8623	input dos;
		8624	input p7ffd_int_4;
		8625	input atm_pen;
		8626	input p7ffd_int_0;
		8627	output always0;
		8628	input p7ffd_int_1;
		8629	input p7ffd_int_2;
		8630	input p7ffd_int_5;
		8631	input peff7_int_2;
		8632	input p7ffd_int_6;
		8633	output stall_count_2;
		8634	input atmF7_wr_fclk;
		8635	input dos_7ffd_0;
		8636	input dos_exec_stb;
		8637	output ramnrom_0;
		8638	output dos_exec_stb1;
		8639	output page_5;
		8640	output page_6;
		8641	output page_7;
		8642	input p7ffd_int_7;
		8643	input a_14;
		8644	input a_15;
		8645	input fclk;
		8646	input a_11;
		8647	input d_0;
		8648	input d_1;
		8649	input d_2;
		8650	input d_3;
		8651	input d_4;
		8652	input d_5;
		8653	input d_6;
		8654	input d_7;
		8655	input devpor;
		8656	input devclrn;
		8657	input devoe;
		8658
		8659	wire gnd = 1'b0;
		8660	wire vcc = 1'b1;
		8661
		8662	wire \dos_7ffd[1]~58 ;
		8663	wire \dos_7ffd[0]~59 ;
		8664	wire \ramnrom[1]~65 ;
		8665	wire \ramnrom[0]~64 ;
		8666	wire \always0~48 ;
		8667	wire \pages[0][0] ;
		8668	wire \pages[1][0] ;
		8669	wire \page~1633 ;
		8670	wire \page~1632 ;
		8671	wire \page~1636 ;
		8672	wire \pages[0][1] ;
		8673	wire \pages[1][1] ;
		8674	wire \page~1635 ;
		8675	wire \pages[0][2] ;
		8676	wire \pages[1][2] ;
		8677	wire \page~1638 ;
		8678	wire \page~1641 ;
		8679	wire \pages[0][3] ;
		8680	wire \pages[1][3] ;
		8681	wire \page~1640 ;
		8682	wire \pages[0][4] ;
		8683	wire \pages[1][4] ;
		8684	wire \page~1643 ;
		8685	wire \stall_count[1]~39 ;
		8686	wire \pages[0][5] ;
		8687	wire \pages[1][5] ;
		8688	wire \page~1645 ;
		8689	wire \pages[0][6] ;
		8690	wire \pages[1][6] ;
		8691	wire \pages[0][7] ;
		8692	wire \pages[1][7] ;
		8693	wire [1:0] dos_7ffd;
		8694	wire [1:0] ramnrom;
		8695	wire [2:0] stall_count;
		8696
		8697
		8698	// atom is at LC6_A16
		8699	flex10ke_lcell \dos_7ffd[1]~58_I (
		8700	// Equation(s):
		8701	// \dos_7ffd[1]~58 = !\a~dataout [15] & dos_7ffd_0 & p7ffd_int_4 & \a~dataout [14]
		8702
		8703	.dataa(a_15),
		8704	.datab(dos_7ffd_0),
		8705	.datac(p7ffd_int_4),
		8706	.datad(a_14),
		8707	.aclr(gnd),
		8708	.aload(gnd),
		8709	.clk(gnd),
		8710	.cin(gnd),
		8711	.cascin(vcc),
		8712	.devclrn(devclrn),
		8713	.devpor(devpor),
		8714	.combout(\dos_7ffd[1]~58 ),
		8715	.regout(),
		8716	.cout(),
		8717	.cascout());
		8718	// synopsys translate_off
		8719	defparam \dos_7ffd[1]~58_I .clock_enable_mode = "false";
		8720	defparam \dos_7ffd[1]~58_I .lut_mask = "4000";
		8721	defparam \dos_7ffd[1]~58_I .operation_mode = "normal";
		8722	defparam \dos_7ffd[1]~58_I .output_mode = "comb_only";
		8723	defparam \dos_7ffd[1]~58_I .packed_mode = "false";
		8724	// synopsys translate_on
		8725
		8726	// atom is at LC7_A16
		8727	flex10ke_lcell \dos_7ffd[0]~59_I (
		8728	// Equation(s):
		8729	// \dos_7ffd[0]~59 = !\a~dataout [15] & !p7ffd_int_4 & \a~dataout [14] & dos_7ffd_0
		8730
		8731	.dataa(a_15),
		8732	.datab(p7ffd_int_4),
		8733	.datac(a_14),
		8734	.datad(dos_7ffd_0),
		8735	.aclr(gnd),
		8736	.aload(gnd),
		8737	.clk(gnd),
		8738	.cin(gnd),
		8739	.cascin(vcc),
		8740	.devclrn(devclrn),
		8741	.devpor(devpor),
		8742	.combout(\dos_7ffd[0]~59 ),
		8743	.regout(),
		8744	.cout(),
		8745	.cascout());
		8746	// synopsys translate_off
		8747	defparam \dos_7ffd[0]~59_I .clock_enable_mode = "false";
		8748	defparam \dos_7ffd[0]~59_I .lut_mask = "1000";
		8749	defparam \dos_7ffd[0]~59_I .operation_mode = "normal";
		8750	defparam \dos_7ffd[0]~59_I .output_mode = "comb_only";
		8751	defparam \dos_7ffd[0]~59_I .packed_mode = "false";
		8752	// synopsys translate_on
		8753
		8754	// atom is at LC6_A19
		8755	flex10ke_lcell \romnram~I (
		8756	// Equation(s):
		8757	// romnram = DFFEA(p7ffd_int_4 & !ramnrom[1] # !p7ffd_int_4 & (!ramnrom[0]) # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		8758
		8759	.dataa(atm_pen),
		8760	.datab(ramnrom[1]),
		8761	.datac(ramnrom[0]),
		8762	.datad(p7ffd_int_4),
		8763	.aclr(gnd),
		8764	.aload(gnd),
		8765	.clk(fclk),
		8766	.cin(gnd),
		8767	.cascin(vcc),
		8768	.devclrn(devclrn),
		8769	.devpor(devpor),
		8770	.combout(),
		8771	.regout(romnram),
		8772	.cout(),
		8773	.cascout());
		8774	// synopsys translate_off
		8775	defparam \romnram~I .clock_enable_mode = "false";
		8776	defparam \romnram~I .lut_mask = "775f";
		8777	defparam \romnram~I .operation_mode = "normal";
		8778	defparam \romnram~I .output_mode = "reg_only";
		8779	defparam \romnram~I .packed_mode = "false";
		8780	// synopsys translate_on
		8781
		8782	// atom is at LC5_A19
		8783	flex10ke_lcell \page[0]~I (
		8784	// Equation(s):
		8785	// page_0 = DFFEA(\always0~48 & (\page~1632 ) # !\always0~48 & \page~1633 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		8786
		8787	.dataa(atm_pen),
		8788	.datab(\always0~48 ),
		8789	.datac(\page~1633 ),
		8790	.datad(\page~1632 ),
		8791	.aclr(gnd),
		8792	.aload(gnd),
		8793	.clk(fclk),
		8794	.cin(gnd),
		8795	.cascin(vcc),
		8796	.devclrn(devclrn),
		8797	.devpor(devpor),
		8798	.combout(),
		8799	.regout(page_0),
		8800	.cout(),
		8801	.cascout());
		8802	// synopsys translate_off
		8803	defparam \page[0]~I .clock_enable_mode = "false";
		8804	defparam \page[0]~I .lut_mask = "fd75";
		8805	defparam \page[0]~I .operation_mode = "normal";
		8806	defparam \page[0]~I .output_mode = "reg_only";
		8807	defparam \page[0]~I .packed_mode = "false";
		8808	// synopsys translate_on
		8809
		8810	// atom is at LC4_B4
		8811	flex10ke_lcell \page[1]~I (
		8812	// Equation(s):
		8813	// page_1 = DFFEA(\page~1636 & (p7ffd_int_1) # !\page~1636 & \page~1635 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		8814
		8815	.dataa(atm_pen),
		8816	.datab(\page~1636 ),
		8817	.datac(\page~1635 ),
		8818	.datad(p7ffd_int_1),
		8819	.aclr(gnd),
		8820	.aload(gnd),
		8821	.clk(fclk),
		8822	.cin(gnd),
		8823	.cascin(vcc),
		8824	.devclrn(devclrn),
		8825	.devpor(devpor),
		8826	.combout(),
		8827	.regout(page_1),
		8828	.cout(),
		8829	.cascout());
		8830	// synopsys translate_off
		8831	defparam \page[1]~I .clock_enable_mode = "false";
		8832	defparam \page[1]~I .lut_mask = "fd75";
		8833	defparam \page[1]~I .operation_mode = "normal";
		8834	defparam \page[1]~I .output_mode = "reg_only";
		8835	defparam \page[1]~I .packed_mode = "false";
		8836	// synopsys translate_on
		8837
		8838	// atom is at LC2_B4
		8839	flex10ke_lcell \page[2]~I (
		8840	// Equation(s):
		8841	// page_2 = DFFEA(\page~1636 & (p7ffd_int_2) # !\page~1636 & \page~1638 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		8842
		8843	.dataa(atm_pen),
		8844	.datab(\page~1636 ),
		8845	.datac(\page~1638 ),
		8846	.datad(p7ffd_int_2),
		8847	.aclr(gnd),
		8848	.aload(gnd),
		8849	.clk(fclk),
		8850	.cin(gnd),
		8851	.cascin(vcc),
		8852	.devclrn(devclrn),
		8853	.devpor(devpor),
		8854	.combout(),
		8855	.regout(page_2),
		8856	.cout(),
		8857	.cascout());
		8858	// synopsys translate_off
		8859	defparam \page[2]~I .clock_enable_mode = "false";
		8860	defparam \page[2]~I .lut_mask = "fd75";
		8861	defparam \page[2]~I .operation_mode = "normal";
		8862	defparam \page[2]~I .output_mode = "reg_only";
		8863	defparam \page[2]~I .packed_mode = "false";
		8864	// synopsys translate_on
		8865
		8866	// atom is at LC8_B19
		8867	flex10ke_lcell \page[3]~I (
		8868	// Equation(s):
		8869	// page_3 = DFFEA(\page~1641 & (p7ffd_int_5) # !\page~1641 & \page~1640 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		8870
		8871	.dataa(atm_pen),
		8872	.datab(\page~1641 ),
		8873	.datac(\page~1640 ),
		8874	.datad(p7ffd_int_5),
		8875	.aclr(gnd),
		8876	.aload(gnd),
		8877	.clk(fclk),
		8878	.cin(gnd),
		8879	.cascin(vcc),
		8880	.devclrn(devclrn),
		8881	.devpor(devpor),
		8882	.combout(),
		8883	.regout(page_3),
		8884	.cout(),
		8885	.cascout());
		8886	// synopsys translate_off
		8887	defparam \page[3]~I .clock_enable_mode = "false";
		8888	defparam \page[3]~I .lut_mask = "fd75";
		8889	defparam \page[3]~I .operation_mode = "normal";
		8890	defparam \page[3]~I .output_mode = "reg_only";
		8891	defparam \page[3]~I .packed_mode = "false";
		8892	// synopsys translate_on
		8893
		8894	// atom is at LC5_B19
		8895	flex10ke_lcell \page[4]~I (
		8896	// Equation(s):
		8897	// page_4 = DFFEA(\page~1641 & (p7ffd_int_6) # !\page~1641 & \page~1643 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		8898
		8899	.dataa(atm_pen),
		8900	.datab(\page~1641 ),
		8901	.datac(\page~1643 ),
		8902	.datad(p7ffd_int_6),
		8903	.aclr(gnd),
		8904	.aload(gnd),
		8905	.clk(fclk),
		8906	.cin(gnd),
		8907	.cascin(vcc),
		8908	.devclrn(devclrn),
		8909	.devpor(devpor),
		8910	.combout(),
		8911	.regout(page_4),
		8912	.cout(),
		8913	.cascout());
		8914	// synopsys translate_off
		8915	defparam \page[4]~I .clock_enable_mode = "false";
		8916	defparam \page[4]~I .lut_mask = "fd75";
		8917	defparam \page[4]~I .operation_mode = "normal";
		8918	defparam \page[4]~I .output_mode = "reg_only";
		8919	defparam \page[4]~I .packed_mode = "false";
		8920	// synopsys translate_on
		8921
		8922	// atom is at LC8_A19
		8923	flex10ke_lcell \always0~47_I (
		8924	// Equation(s):
		8925	// always0 = p7ffd_int_4 & (ramnrom[1]) # !p7ffd_int_4 & ramnrom[0]
		8926
		8927	.dataa(vcc),
		8928	.datab(p7ffd_int_4),
		8929	.datac(ramnrom[0]),
		8930	.datad(ramnrom[1]),
		8931	.aclr(gnd),
		8932	.aload(gnd),
		8933	.clk(gnd),
		8934	.cin(gnd),
		8935	.cascin(vcc),
		8936	.devclrn(devclrn),
		8937	.devpor(devpor),
		8938	.combout(always0),
		8939	.regout(),
		8940	.cout(),
		8941	.cascout());
		8942	// synopsys translate_off
		8943	defparam \always0~47_I .clock_enable_mode = "false";
		8944	defparam \always0~47_I .lut_mask = "fc30";
		8945	defparam \always0~47_I .operation_mode = "normal";
		8946	defparam \always0~47_I .output_mode = "comb_only";
		8947	defparam \always0~47_I .packed_mode = "false";
		8948	// synopsys translate_on
		8949
		8950	// atom is at LC8_A9
		8951	flex10ke_lcell \stall_count[2]~I (
		8952	// Equation(s):
		8953	// stall_count_2 = DFFEA(dos_exec_stb1 # stall_count_2 & (!stall_count[1] # !stall_count[0]), GLOBAL(\fclk~dataout ), , , , , )
		8954
		8955	.dataa(stall_count[0]),
		8956	.datab(stall_count[1]),
		8957	.datac(stall_count_2),
		8958	.datad(dos_exec_stb1),
		8959	.aclr(gnd),
		8960	.aload(gnd),
		8961	.clk(fclk),
		8962	.cin(gnd),
		8963	.cascin(vcc),
		8964	.devclrn(devclrn),
		8965	.devpor(devpor),
		8966	.combout(),
		8967	.regout(stall_count_2),
		8968	.cout(),
		8969	.cascout());
		8970	// synopsys translate_off
		8971	defparam \stall_count[2]~I .clock_enable_mode = "false";
		8972	defparam \stall_count[2]~I .lut_mask = "ff70";
		8973	defparam \stall_count[2]~I .operation_mode = "normal";
		8974	defparam \stall_count[2]~I .output_mode = "reg_only";
		8975	defparam \stall_count[2]~I .packed_mode = "false";
		8976	// synopsys translate_on
		8977
		8978	// atom is at LC6_A7
		8979	flex10ke_lcell \ramnrom[0]~66_I (
		8980	// Equation(s):
		8981	// ramnrom_0 = !\a~dataout [15] & \a~dataout [14]
		8982
		8983	.dataa(vcc),
		8984	.datab(vcc),
		8985	.datac(a_15),
		8986	.datad(a_14),
		8987	.aclr(gnd),
		8988	.aload(gnd),
		8989	.clk(gnd),
		8990	.cin(gnd),
		8991	.cascin(vcc),
		8992	.devclrn(devclrn),
		8993	.devpor(devpor),
		8994	.combout(ramnrom_0),
		8995	.regout(),
		8996	.cout(),
		8997	.cascout());
		8998	// synopsys translate_off
		8999	defparam \ramnrom[0]~66_I .clock_enable_mode = "false";
		9000	defparam \ramnrom[0]~66_I .lut_mask = "0f00";
		9001	defparam \ramnrom[0]~66_I .operation_mode = "normal";
		9002	defparam \ramnrom[0]~66_I .output_mode = "comb_only";
		9003	defparam \ramnrom[0]~66_I .packed_mode = "false";
		9004	// synopsys translate_on
		9005
		9006	// atom is at LC7_A2
		9007	flex10ke_lcell \dos_exec_stb~67_I (
		9008	// Equation(s):
		9009	// dos_exec_stb1 = !ramnrom[1] & dos_7ffd[1] & ramnrom_0 & dos_exec_stb
		9010
		9011	.dataa(ramnrom[1]),
		9012	.datab(dos_7ffd[1]),
		9013	.datac(ramnrom_0),
		9014	.datad(dos_exec_stb),
		9015	.aclr(gnd),
		9016	.aload(gnd),
		9017	.clk(gnd),
		9018	.cin(gnd),
		9019	.cascin(vcc),
		9020	.devclrn(devclrn),
		9021	.devpor(devpor),
		9022	.combout(dos_exec_stb1),
		9023	.regout(),
		9024	.cout(),
		9025	.cascout());
		9026	// synopsys translate_off
		9027	defparam \dos_exec_stb~67_I .clock_enable_mode = "false";
		9028	defparam \dos_exec_stb~67_I .lut_mask = "4000";
		9029	defparam \dos_exec_stb~67_I .operation_mode = "normal";
		9030	defparam \dos_exec_stb~67_I .output_mode = "comb_only";
		9031	defparam \dos_exec_stb~67_I .packed_mode = "false";
		9032	// synopsys translate_on
		9033
		9034	// atom is at LC7_B19
		9035	flex10ke_lcell \page[5]~I (
		9036	// Equation(s):
		9037	// page_5 = DFFEA(\page~1641 & (p7ffd_int_7) # !\page~1641 & \page~1645 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		9038
		9039	.dataa(atm_pen),
		9040	.datab(\page~1641 ),
		9041	.datac(\page~1645 ),
		9042	.datad(p7ffd_int_7),
		9043	.aclr(gnd),
		9044	.aload(gnd),
		9045	.clk(fclk),
		9046	.cin(gnd),
		9047	.cascin(vcc),
		9048	.devclrn(devclrn),
		9049	.devpor(devpor),
		9050	.combout(),
		9051	.regout(page_5),
		9052	.cout(),
		9053	.cascout());
		9054	// synopsys translate_off
		9055	defparam \page[5]~I .clock_enable_mode = "false";
		9056	defparam \page[5]~I .lut_mask = "fd75";
		9057	defparam \page[5]~I .operation_mode = "normal";
		9058	defparam \page[5]~I .output_mode = "reg_only";
		9059	defparam \page[5]~I .packed_mode = "false";
		9060	// synopsys translate_on
		9061
		9062	// atom is at LC1_D23
		9063	flex10ke_lcell \page[6]~I (
		9064	// Equation(s):
		9065	// page_6 = DFFEA(p7ffd_int_4 & (\pages[1][6] ) # !p7ffd_int_4 & \pages[0][6] # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		9066
		9067	.dataa(atm_pen),
		9068	.datab(p7ffd_int_4),
		9069	.datac(\pages[0][6] ),
		9070	.datad(\pages[1][6] ),
		9071	.aclr(gnd),
		9072	.aload(gnd),
		9073	.clk(fclk),
		9074	.cin(gnd),
		9075	.cascin(vcc),
		9076	.devclrn(devclrn),
		9077	.devpor(devpor),
		9078	.combout(),
		9079	.regout(page_6),
		9080	.cout(),
		9081	.cascout());
		9082	// synopsys translate_off
		9083	defparam \page[6]~I .clock_enable_mode = "false";
		9084	defparam \page[6]~I .lut_mask = "fd75";
		9085	defparam \page[6]~I .operation_mode = "normal";
		9086	defparam \page[6]~I .output_mode = "reg_only";
		9087	defparam \page[6]~I .packed_mode = "false";
		9088	// synopsys translate_on
		9089
		9090	// atom is at LC2_D23
		9091	flex10ke_lcell \page[7]~I (
		9092	// Equation(s):
		9093	// page_7 = DFFEA(p7ffd_int_4 & (\pages[1][7] ) # !p7ffd_int_4 & \pages[0][7] # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		9094
		9095	.dataa(atm_pen),
		9096	.datab(p7ffd_int_4),
		9097	.datac(\pages[0][7] ),
		9098	.datad(\pages[1][7] ),
		9099	.aclr(gnd),
		9100	.aload(gnd),
		9101	.clk(fclk),
		9102	.cin(gnd),
		9103	.cascin(vcc),
		9104	.devclrn(devclrn),
		9105	.devpor(devpor),
		9106	.combout(),
		9107	.regout(page_7),
		9108	.cout(),
		9109	.cascout());
		9110	// synopsys translate_off
		9111	defparam \page[7]~I .clock_enable_mode = "false";
		9112	defparam \page[7]~I .lut_mask = "fd75";
		9113	defparam \page[7]~I .operation_mode = "normal";
		9114	defparam \page[7]~I .output_mode = "reg_only";
		9115	defparam \page[7]~I .packed_mode = "false";
		9116	// synopsys translate_on
		9117
		9118	// atom is at LC6_C21
		9119	flex10ke_lcell \ramnrom[1]~65_I (
		9120	// Equation(s):
		9121	// \ramnrom[1]~65 = !\a~dataout [15] & p7ffd_int_4 & \a~dataout [14] & atmF7_wr_fclk
		9122
		9123	.dataa(a_15),
		9124	.datab(p7ffd_int_4),
		9125	.datac(a_14),
		9126	.datad(atmF7_wr_fclk),
		9127	.aclr(gnd),
		9128	.aload(gnd),
		9129	.clk(gnd),
		9130	.cin(gnd),
		9131	.cascin(vcc),
		9132	.devclrn(devclrn),
		9133	.devpor(devpor),
		9134	.combout(\ramnrom[1]~65 ),
		9135	.regout(),
		9136	.cout(),
		9137	.cascout());
		9138	// synopsys translate_off
		9139	defparam \ramnrom[1]~65_I .clock_enable_mode = "false";
		9140	defparam \ramnrom[1]~65_I .lut_mask = "4000";
		9141	defparam \ramnrom[1]~65_I .operation_mode = "normal";
		9142	defparam \ramnrom[1]~65_I .output_mode = "comb_only";
		9143	defparam \ramnrom[1]~65_I .packed_mode = "false";
		9144	// synopsys translate_on
		9145
		9146	// atom is at LC4_A19
		9147	flex10ke_lcell \ramnrom[1]~I (
		9148	// Equation(s):
		9149	// ramnrom[1] = DFFEA(\d[6]~1 # !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		9150
		9151	.dataa(\ramnrom[1]~65 ),
		9152	.datab(vcc),
		9153	.datac(a_11),
		9154	.datad(d_6),
		9155	.aclr(gnd),
		9156	.aload(gnd),
		9157	.clk(fclk),
		9158	.cin(gnd),
		9159	.cascin(vcc),
		9160	.devclrn(devclrn),
		9161	.devpor(devpor),
		9162	.combout(),
		9163	.regout(ramnrom[1]),
		9164	.cout(),
		9165	.cascout());
		9166	// synopsys translate_off
		9167	defparam \ramnrom[1]~I .clock_enable_mode = "true";
		9168	defparam \ramnrom[1]~I .lut_mask = "ff0f";
		9169	defparam \ramnrom[1]~I .operation_mode = "normal";
		9170	defparam \ramnrom[1]~I .output_mode = "reg_only";
		9171	defparam \ramnrom[1]~I .packed_mode = "false";
		9172	// synopsys translate_on
		9173
		9174	// atom is at LC3_C21
		9175	flex10ke_lcell \ramnrom[0]~64_I (
		9176	// Equation(s):
		9177	// \ramnrom[0]~64 = !\a~dataout [15] & !p7ffd_int_4 & \a~dataout [14] & atmF7_wr_fclk
		9178
		9179	.dataa(a_15),
		9180	.datab(p7ffd_int_4),
		9181	.datac(a_14),
		9182	.datad(atmF7_wr_fclk),
		9183	.aclr(gnd),
		9184	.aload(gnd),
		9185	.clk(gnd),
		9186	.cin(gnd),
		9187	.cascin(vcc),
		9188	.devclrn(devclrn),
		9189	.devpor(devpor),
		9190	.combout(\ramnrom[0]~64 ),
		9191	.regout(),
		9192	.cout(),
		9193	.cascout());
		9194	// synopsys translate_off
		9195	defparam \ramnrom[0]~64_I .clock_enable_mode = "false";
		9196	defparam \ramnrom[0]~64_I .lut_mask = "1000";
		9197	defparam \ramnrom[0]~64_I .operation_mode = "normal";
		9198	defparam \ramnrom[0]~64_I .output_mode = "comb_only";
		9199	defparam \ramnrom[0]~64_I .packed_mode = "false";
		9200	// synopsys translate_on
		9201
		9202	// atom is at LC2_A19
		9203	flex10ke_lcell \ramnrom[0]~I (
		9204	// Equation(s):
		9205	// ramnrom[0] = DFFEA(\d[6]~1 # !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		9206
		9207	.dataa(\ramnrom[0]~64 ),
		9208	.datab(vcc),
		9209	.datac(a_11),
		9210	.datad(d_6),
		9211	.aclr(gnd),
		9212	.aload(gnd),
		9213	.clk(fclk),
		9214	.cin(gnd),
		9215	.cascin(vcc),
		9216	.devclrn(devclrn),
		9217	.devpor(devpor),
		9218	.combout(),
		9219	.regout(ramnrom[0]),
		9220	.cout(),
		9221	.cascout());
		9222	// synopsys translate_off
		9223	defparam \ramnrom[0]~I .clock_enable_mode = "true";
		9224	defparam \ramnrom[0]~I .lut_mask = "ff0f";
		9225	defparam \ramnrom[0]~I .operation_mode = "normal";
		9226	defparam \ramnrom[0]~I .output_mode = "reg_only";
		9227	defparam \ramnrom[0]~I .packed_mode = "false";
		9228	// synopsys translate_on
		9229
		9230	// atom is at LC5_A16
		9231	flex10ke_lcell \dos_7ffd[0]~I (
		9232	// Equation(s):
		9233	// dos_7ffd[0] = DFFEA(\d[7]~0 , GLOBAL(\fclk~dataout ), , , \dos_7ffd[0]~59 , , )
		9234
		9235	.dataa(\dos_7ffd[0]~59 ),
		9236	.datab(vcc),
		9237	.datac(vcc),
		9238	.datad(d_7),
		9239	.aclr(gnd),
		9240	.aload(gnd),
		9241	.clk(fclk),
		9242	.cin(gnd),
		9243	.cascin(vcc),
		9244	.devclrn(devclrn),
		9245	.devpor(devpor),
		9246	.combout(),
		9247	.regout(dos_7ffd[0]),
		9248	.cout(),
		9249	.cascout());
		9250	// synopsys translate_off
		9251	defparam \dos_7ffd[0]~I .clock_enable_mode = "true";
		9252	defparam \dos_7ffd[0]~I .lut_mask = "ff00";
		9253	defparam \dos_7ffd[0]~I .operation_mode = "normal";
		9254	defparam \dos_7ffd[0]~I .output_mode = "reg_only";
		9255	defparam \dos_7ffd[0]~I .packed_mode = "false";
		9256	// synopsys translate_on
		9257
		9258	// atom is at LC1_A16
		9259	flex10ke_lcell \dos_7ffd[1]~I (
		9260	// Equation(s):
		9261	// dos_7ffd[1] = DFFEA(\d[7]~0 , GLOBAL(\fclk~dataout ), , , \dos_7ffd[1]~58 , , )
		9262
		9263	.dataa(\dos_7ffd[1]~58 ),
		9264	.datab(vcc),
		9265	.datac(vcc),
		9266	.datad(d_7),
		9267	.aclr(gnd),
		9268	.aload(gnd),
		9269	.clk(fclk),
		9270	.cin(gnd),
		9271	.cascin(vcc),
		9272	.devclrn(devclrn),
		9273	.devpor(devpor),
		9274	.combout(),
		9275	.regout(dos_7ffd[1]),
		9276	.cout(),
		9277	.cascout());
		9278	// synopsys translate_off
		9279	defparam \dos_7ffd[1]~I .clock_enable_mode = "true";
		9280	defparam \dos_7ffd[1]~I .lut_mask = "ff00";
		9281	defparam \dos_7ffd[1]~I .operation_mode = "normal";
		9282	defparam \dos_7ffd[1]~I .output_mode = "reg_only";
		9283	defparam \dos_7ffd[1]~I .packed_mode = "false";
		9284	// synopsys translate_on
		9285
		9286	// atom is at LC7_A19
		9287	flex10ke_lcell \always0~48_I (
		9288	// Equation(s):
		9289	// \always0~48 = p7ffd_int_4 & (dos_7ffd[1]) # !p7ffd_int_4 & dos_7ffd[0]
		9290
		9291	.dataa(vcc),
		9292	.datab(p7ffd_int_4),
		9293	.datac(dos_7ffd[0]),
		9294	.datad(dos_7ffd[1]),
		9295	.aclr(gnd),
		9296	.aload(gnd),
		9297	.clk(gnd),
		9298	.cin(gnd),
		9299	.cascin(vcc),
		9300	.devclrn(devclrn),
		9301	.devpor(devpor),
		9302	.combout(\always0~48 ),
		9303	.regout(),
		9304	.cout(),
		9305	.cascout());
		9306	// synopsys translate_off
		9307	defparam \always0~48_I .clock_enable_mode = "false";
		9308	defparam \always0~48_I .lut_mask = "fc30";
		9309	defparam \always0~48_I .operation_mode = "normal";
		9310	defparam \always0~48_I .output_mode = "comb_only";
		9311	defparam \always0~48_I .packed_mode = "false";
		9312	// synopsys translate_on
		9313
		9314	// atom is at LC4_A35
		9315	flex10ke_lcell \pages[0][0]~I (
		9316	// Equation(s):
		9317	// \pages[0][0] = DFFEA(!\d[0]~7 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		9318
		9319	.dataa(\ramnrom[0]~64 ),
		9320	.datab(vcc),
		9321	.datac(vcc),
		9322	.datad(d_0),
		9323	.aclr(gnd),
		9324	.aload(gnd),
		9325	.clk(fclk),
		9326	.cin(gnd),
		9327	.cascin(vcc),
		9328	.devclrn(devclrn),
		9329	.devpor(devpor),
		9330	.combout(),
		9331	.regout(\pages[0][0] ),
		9332	.cout(),
		9333	.cascout());
		9334	// synopsys translate_off
		9335	defparam \pages[0][0]~I .clock_enable_mode = "true";
		9336	defparam \pages[0][0]~I .lut_mask = "00ff";
		9337	defparam \pages[0][0]~I .operation_mode = "normal";
		9338	defparam \pages[0][0]~I .output_mode = "reg_only";
		9339	defparam \pages[0][0]~I .packed_mode = "false";
		9340	// synopsys translate_on
		9341
		9342	// atom is at LC3_A35
		9343	flex10ke_lcell \pages[1][0]~I (
		9344	// Equation(s):
		9345	// \pages[1][0] = DFFEA(!\d[0]~7 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		9346
		9347	.dataa(\ramnrom[1]~65 ),
		9348	.datab(vcc),
		9349	.datac(vcc),
		9350	.datad(d_0),
		9351	.aclr(gnd),
		9352	.aload(gnd),
		9353	.clk(fclk),
		9354	.cin(gnd),
		9355	.cascin(vcc),
		9356	.devclrn(devclrn),
		9357	.devpor(devpor),
		9358	.combout(),
		9359	.regout(\pages[1][0] ),
		9360	.cout(),
		9361	.cascout());
		9362	// synopsys translate_off
		9363	defparam \pages[1][0]~I .clock_enable_mode = "true";
		9364	defparam \pages[1][0]~I .lut_mask = "00ff";
		9365	defparam \pages[1][0]~I .operation_mode = "normal";
		9366	defparam \pages[1][0]~I .output_mode = "reg_only";
		9367	defparam \pages[1][0]~I .packed_mode = "false";
		9368	// synopsys translate_on
		9369
		9370	// atom is at LC1_A35
		9371	flex10ke_lcell \page~1633_I (
		9372	// Equation(s):
		9373	// \page~1633 = p7ffd_int_4 & (\pages[1][0] ) # !p7ffd_int_4 & \pages[0][0]
		9374
		9375	.dataa(vcc),
		9376	.datab(p7ffd_int_4),
		9377	.datac(\pages[0][0] ),
		9378	.datad(\pages[1][0] ),
		9379	.aclr(gnd),
		9380	.aload(gnd),
		9381	.clk(gnd),
		9382	.cin(gnd),
		9383	.cascin(vcc),
		9384	.devclrn(devclrn),
		9385	.devpor(devpor),
		9386	.combout(\page~1633 ),
		9387	.regout(),
		9388	.cout(),
		9389	.cascout());
		9390	// synopsys translate_off
		9391	defparam \page~1633_I .clock_enable_mode = "false";
		9392	defparam \page~1633_I .lut_mask = "fc30";
		9393	defparam \page~1633_I .operation_mode = "normal";
		9394	defparam \page~1633_I .output_mode = "comb_only";
		9395	defparam \page~1633_I .packed_mode = "false";
		9396	// synopsys translate_on
		9397
		9398	// atom is at LC3_A19
		9399	flex10ke_lcell \page~1632_I (
		9400	// Equation(s):
		9401	// \page~1632 = always0 & (p7ffd_int_0) # !always0 & !dos
		9402
		9403	.dataa(vcc),
		9404	.datab(dos),
		9405	.datac(always0),
		9406	.datad(p7ffd_int_0),
		9407	.aclr(gnd),
		9408	.aload(gnd),
		9409	.clk(gnd),
		9410	.cin(gnd),
		9411	.cascin(vcc),
		9412	.devclrn(devclrn),
		9413	.devpor(devpor),
		9414	.combout(\page~1632 ),
		9415	.regout(),
		9416	.cout(),
		9417	.cascout());
		9418	// synopsys translate_off
		9419	defparam \page~1632_I .clock_enable_mode = "false";
		9420	defparam \page~1632_I .lut_mask = "f303";
		9421	defparam \page~1632_I .operation_mode = "normal";
		9422	defparam \page~1632_I .output_mode = "comb_only";
		9423	defparam \page~1632_I .packed_mode = "false";
		9424	// synopsys translate_on
		9425
		9426	// atom is at LC1_A19
		9427	flex10ke_lcell \page~1636_I (
		9428	// Equation(s):
		9429	// \page~1636 = \always0~48 & (p7ffd_int_4 & (ramnrom[1]) # !p7ffd_int_4 & ramnrom[0])
		9430
		9431	.dataa(p7ffd_int_4),
		9432	.datab(ramnrom[0]),
		9433	.datac(ramnrom[1]),
		9434	.datad(\always0~48 ),
		9435	.aclr(gnd),
		9436	.aload(gnd),
		9437	.clk(gnd),
		9438	.cin(gnd),
		9439	.cascin(vcc),
		9440	.devclrn(devclrn),
		9441	.devpor(devpor),
		9442	.combout(\page~1636 ),
		9443	.regout(),
		9444	.cout(),
		9445	.cascout());
		9446	// synopsys translate_off
		9447	defparam \page~1636_I .clock_enable_mode = "false";
		9448	defparam \page~1636_I .lut_mask = "e400";
		9449	defparam \page~1636_I .operation_mode = "normal";
		9450	defparam \page~1636_I .output_mode = "comb_only";
		9451	defparam \page~1636_I .packed_mode = "false";
		9452	// synopsys translate_on
		9453
		9454	// atom is at LC4_B20
		9455	flex10ke_lcell \pages[0][1]~I (
		9456	// Equation(s):
		9457	// \pages[0][1] = DFFEA(!\d[1]~6 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		9458
		9459	.dataa(\ramnrom[0]~64 ),
		9460	.datab(vcc),
		9461	.datac(vcc),
		9462	.datad(d_1),
		9463	.aclr(gnd),
		9464	.aload(gnd),
		9465	.clk(fclk),
		9466	.cin(gnd),
		9467	.cascin(vcc),
		9468	.devclrn(devclrn),
		9469	.devpor(devpor),
		9470	.combout(),
		9471	.regout(\pages[0][1] ),
		9472	.cout(),
		9473	.cascout());
		9474	// synopsys translate_off
		9475	defparam \pages[0][1]~I .clock_enable_mode = "true";
		9476	defparam \pages[0][1]~I .lut_mask = "00ff";
		9477	defparam \pages[0][1]~I .operation_mode = "normal";
		9478	defparam \pages[0][1]~I .output_mode = "reg_only";
		9479	defparam \pages[0][1]~I .packed_mode = "false";
		9480	// synopsys translate_on
		9481
		9482	// atom is at LC3_B20
		9483	flex10ke_lcell \pages[1][1]~I (
		9484	// Equation(s):
		9485	// \pages[1][1] = DFFEA(!\d[1]~6 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		9486
		9487	.dataa(\ramnrom[1]~65 ),
		9488	.datab(vcc),
		9489	.datac(vcc),
		9490	.datad(d_1),
		9491	.aclr(gnd),
		9492	.aload(gnd),
		9493	.clk(fclk),
		9494	.cin(gnd),
		9495	.cascin(vcc),
		9496	.devclrn(devclrn),
		9497	.devpor(devpor),
		9498	.combout(),
		9499	.regout(\pages[1][1] ),
		9500	.cout(),
		9501	.cascout());
		9502	// synopsys translate_off
		9503	defparam \pages[1][1]~I .clock_enable_mode = "true";
		9504	defparam \pages[1][1]~I .lut_mask = "00ff";
		9505	defparam \pages[1][1]~I .operation_mode = "normal";
		9506	defparam \pages[1][1]~I .output_mode = "reg_only";
		9507	defparam \pages[1][1]~I .packed_mode = "false";
		9508	// synopsys translate_on
		9509
		9510	// atom is at LC1_B20
		9511	flex10ke_lcell \page~1635_I (
		9512	// Equation(s):
		9513	// \page~1635 = p7ffd_int_4 & (\pages[1][1] ) # !p7ffd_int_4 & \pages[0][1]
		9514
		9515	.dataa(vcc),
		9516	.datab(p7ffd_int_4),
		9517	.datac(\pages[0][1] ),
		9518	.datad(\pages[1][1] ),
		9519	.aclr(gnd),
		9520	.aload(gnd),
		9521	.clk(gnd),
		9522	.cin(gnd),
		9523	.cascin(vcc),
		9524	.devclrn(devclrn),
		9525	.devpor(devpor),
		9526	.combout(\page~1635 ),
		9527	.regout(),
		9528	.cout(),
		9529	.cascout());
		9530	// synopsys translate_off
		9531	defparam \page~1635_I .clock_enable_mode = "false";
		9532	defparam \page~1635_I .lut_mask = "fc30";
		9533	defparam \page~1635_I .operation_mode = "normal";
		9534	defparam \page~1635_I .output_mode = "comb_only";
		9535	defparam \page~1635_I .packed_mode = "false";
		9536	// synopsys translate_on
		9537
		9538	// atom is at LC3_B12
		9539	flex10ke_lcell \pages[0][2]~I (
		9540	// Equation(s):
		9541	// \pages[0][2] = DFFEA(!\d[2]~5 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		9542
		9543	.dataa(\ramnrom[0]~64 ),
		9544	.datab(vcc),
		9545	.datac(vcc),
		9546	.datad(d_2),
		9547	.aclr(gnd),
		9548	.aload(gnd),
		9549	.clk(fclk),
		9550	.cin(gnd),
		9551	.cascin(vcc),
		9552	.devclrn(devclrn),
		9553	.devpor(devpor),
		9554	.combout(),
		9555	.regout(\pages[0][2] ),
		9556	.cout(),
		9557	.cascout());
		9558	// synopsys translate_off
		9559	defparam \pages[0][2]~I .clock_enable_mode = "true";
		9560	defparam \pages[0][2]~I .lut_mask = "00ff";
		9561	defparam \pages[0][2]~I .operation_mode = "normal";
		9562	defparam \pages[0][2]~I .output_mode = "reg_only";
		9563	defparam \pages[0][2]~I .packed_mode = "false";
		9564	// synopsys translate_on
		9565
		9566	// atom is at LC2_B12
		9567	flex10ke_lcell \pages[1][2]~I (
		9568	// Equation(s):
		9569	// \pages[1][2] = DFFEA(!\d[2]~5 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		9570
		9571	.dataa(\ramnrom[1]~65 ),
		9572	.datab(vcc),
		9573	.datac(vcc),
		9574	.datad(d_2),
		9575	.aclr(gnd),
		9576	.aload(gnd),
		9577	.clk(fclk),
		9578	.cin(gnd),
		9579	.cascin(vcc),
		9580	.devclrn(devclrn),
		9581	.devpor(devpor),
		9582	.combout(),
		9583	.regout(\pages[1][2] ),
		9584	.cout(),
		9585	.cascout());
		9586	// synopsys translate_off
		9587	defparam \pages[1][2]~I .clock_enable_mode = "true";
		9588	defparam \pages[1][2]~I .lut_mask = "00ff";
		9589	defparam \pages[1][2]~I .operation_mode = "normal";
		9590	defparam \pages[1][2]~I .output_mode = "reg_only";
		9591	defparam \pages[1][2]~I .packed_mode = "false";
		9592	// synopsys translate_on
		9593
		9594	// atom is at LC1_B12
		9595	flex10ke_lcell \page~1638_I (
		9596	// Equation(s):
		9597	// \page~1638 = p7ffd_int_4 & (\pages[1][2] ) # !p7ffd_int_4 & \pages[0][2]
		9598
		9599	.dataa(vcc),
		9600	.datab(p7ffd_int_4),
		9601	.datac(\pages[0][2] ),
		9602	.datad(\pages[1][2] ),
		9603	.aclr(gnd),
		9604	.aload(gnd),
		9605	.clk(gnd),
		9606	.cin(gnd),
		9607	.cascin(vcc),
		9608	.devclrn(devclrn),
		9609	.devpor(devpor),
		9610	.combout(\page~1638 ),
		9611	.regout(),
		9612	.cout(),
		9613	.cascout());
		9614	// synopsys translate_off
		9615	defparam \page~1638_I .clock_enable_mode = "false";
		9616	defparam \page~1638_I .lut_mask = "fc30";
		9617	defparam \page~1638_I .operation_mode = "normal";
		9618	defparam \page~1638_I .output_mode = "comb_only";
		9619	defparam \page~1638_I .packed_mode = "false";
		9620	// synopsys translate_on
		9621
		9622	// atom is at LC1_B19
		9623	flex10ke_lcell \page~1641_I (
		9624	// Equation(s):
		9625	// \page~1641 = !peff7_int_2 & \page~1636
		9626
		9627	.dataa(vcc),
		9628	.datab(vcc),
		9629	.datac(peff7_int_2),
		9630	.datad(\page~1636 ),
		9631	.aclr(gnd),
		9632	.aload(gnd),
		9633	.clk(gnd),
		9634	.cin(gnd),
		9635	.cascin(vcc),
		9636	.devclrn(devclrn),
		9637	.devpor(devpor),
		9638	.combout(\page~1641 ),
		9639	.regout(),
		9640	.cout(),
		9641	.cascout());
		9642	// synopsys translate_off
		9643	defparam \page~1641_I .clock_enable_mode = "false";
		9644	defparam \page~1641_I .lut_mask = "0f00";
		9645	defparam \page~1641_I .operation_mode = "normal";
		9646	defparam \page~1641_I .output_mode = "comb_only";
		9647	defparam \page~1641_I .packed_mode = "false";
		9648	// synopsys translate_on
		9649
		9650	// atom is at LC3_B21
		9651	flex10ke_lcell \pages[0][3]~I (
		9652	// Equation(s):
		9653	// \pages[0][3] = DFFEA(!\d[3]~4 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		9654
		9655	.dataa(\ramnrom[0]~64 ),
		9656	.datab(vcc),
		9657	.datac(vcc),
		9658	.datad(d_3),
		9659	.aclr(gnd),
		9660	.aload(gnd),
		9661	.clk(fclk),
		9662	.cin(gnd),
		9663	.cascin(vcc),
		9664	.devclrn(devclrn),
		9665	.devpor(devpor),
		9666	.combout(),
		9667	.regout(\pages[0][3] ),
		9668	.cout(),
		9669	.cascout());
		9670	// synopsys translate_off
		9671	defparam \pages[0][3]~I .clock_enable_mode = "true";
		9672	defparam \pages[0][3]~I .lut_mask = "00ff";
		9673	defparam \pages[0][3]~I .operation_mode = "normal";
		9674	defparam \pages[0][3]~I .output_mode = "reg_only";
		9675	defparam \pages[0][3]~I .packed_mode = "false";
		9676	// synopsys translate_on
		9677
		9678	// atom is at LC1_B21
		9679	flex10ke_lcell \pages[1][3]~I (
		9680	// Equation(s):
		9681	// \pages[1][3] = DFFEA(!\d[3]~4 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		9682
		9683	.dataa(\ramnrom[1]~65 ),
		9684	.datab(vcc),
		9685	.datac(vcc),
		9686	.datad(d_3),
		9687	.aclr(gnd),
		9688	.aload(gnd),
		9689	.clk(fclk),
		9690	.cin(gnd),
		9691	.cascin(vcc),
		9692	.devclrn(devclrn),
		9693	.devpor(devpor),
		9694	.combout(),
		9695	.regout(\pages[1][3] ),
		9696	.cout(),
		9697	.cascout());
		9698	// synopsys translate_off
		9699	defparam \pages[1][3]~I .clock_enable_mode = "true";
		9700	defparam \pages[1][3]~I .lut_mask = "00ff";
		9701	defparam \pages[1][3]~I .operation_mode = "normal";
		9702	defparam \pages[1][3]~I .output_mode = "reg_only";
		9703	defparam \pages[1][3]~I .packed_mode = "false";
		9704	// synopsys translate_on
		9705
		9706	// atom is at LC8_B21
		9707	flex10ke_lcell \page~1640_I (
		9708	// Equation(s):
		9709	// \page~1640 = p7ffd_int_4 & (\pages[1][3] ) # !p7ffd_int_4 & \pages[0][3]
		9710
		9711	.dataa(vcc),
		9712	.datab(p7ffd_int_4),
		9713	.datac(\pages[0][3] ),
		9714	.datad(\pages[1][3] ),
		9715	.aclr(gnd),
		9716	.aload(gnd),
		9717	.clk(gnd),
		9718	.cin(gnd),
		9719	.cascin(vcc),
		9720	.devclrn(devclrn),
		9721	.devpor(devpor),
		9722	.combout(\page~1640 ),
		9723	.regout(),
		9724	.cout(),
		9725	.cascout());
		9726	// synopsys translate_off
		9727	defparam \page~1640_I .clock_enable_mode = "false";
		9728	defparam \page~1640_I .lut_mask = "fc30";
		9729	defparam \page~1640_I .operation_mode = "normal";
		9730	defparam \page~1640_I .output_mode = "comb_only";
		9731	defparam \page~1640_I .packed_mode = "false";
		9732	// synopsys translate_on
		9733
		9734	// atom is at LC6_B20
		9735	flex10ke_lcell \pages[0][4]~I (
		9736	// Equation(s):
		9737	// \pages[0][4] = DFFEA(!\d[4]~3 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		9738
		9739	.dataa(\ramnrom[0]~64 ),
		9740	.datab(vcc),
		9741	.datac(vcc),
		9742	.datad(d_4),
		9743	.aclr(gnd),
		9744	.aload(gnd),
		9745	.clk(fclk),
		9746	.cin(gnd),
		9747	.cascin(vcc),
		9748	.devclrn(devclrn),
		9749	.devpor(devpor),
		9750	.combout(),
		9751	.regout(\pages[0][4] ),
		9752	.cout(),
		9753	.cascout());
		9754	// synopsys translate_off
		9755	defparam \pages[0][4]~I .clock_enable_mode = "true";
		9756	defparam \pages[0][4]~I .lut_mask = "00ff";
		9757	defparam \pages[0][4]~I .operation_mode = "normal";
		9758	defparam \pages[0][4]~I .output_mode = "reg_only";
		9759	defparam \pages[0][4]~I .packed_mode = "false";
		9760	// synopsys translate_on
		9761
		9762	// atom is at LC5_B20
		9763	flex10ke_lcell \pages[1][4]~I (
		9764	// Equation(s):
		9765	// \pages[1][4] = DFFEA(!\d[4]~3 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		9766
		9767	.dataa(\ramnrom[1]~65 ),
		9768	.datab(vcc),
		9769	.datac(vcc),
		9770	.datad(d_4),
		9771	.aclr(gnd),
		9772	.aload(gnd),
		9773	.clk(fclk),
		9774	.cin(gnd),
		9775	.cascin(vcc),
		9776	.devclrn(devclrn),
		9777	.devpor(devpor),
		9778	.combout(),
		9779	.regout(\pages[1][4] ),
		9780	.cout(),
		9781	.cascout());
		9782	// synopsys translate_off
		9783	defparam \pages[1][4]~I .clock_enable_mode = "true";
		9784	defparam \pages[1][4]~I .lut_mask = "00ff";
		9785	defparam \pages[1][4]~I .operation_mode = "normal";
		9786	defparam \pages[1][4]~I .output_mode = "reg_only";
		9787	defparam \pages[1][4]~I .packed_mode = "false";
		9788	// synopsys translate_on
		9789
		9790	// atom is at LC2_B20
		9791	flex10ke_lcell \page~1643_I (
		9792	// Equation(s):
		9793	// \page~1643 = p7ffd_int_4 & (\pages[1][4] ) # !p7ffd_int_4 & \pages[0][4]
		9794
		9795	.dataa(vcc),
		9796	.datab(p7ffd_int_4),
		9797	.datac(\pages[0][4] ),
		9798	.datad(\pages[1][4] ),
		9799	.aclr(gnd),
		9800	.aload(gnd),
		9801	.clk(gnd),
		9802	.cin(gnd),
		9803	.cascin(vcc),
		9804	.devclrn(devclrn),
		9805	.devpor(devpor),
		9806	.combout(\page~1643 ),
		9807	.regout(),
		9808	.cout(),
		9809	.cascout());
		9810	// synopsys translate_off
		9811	defparam \page~1643_I .clock_enable_mode = "false";
		9812	defparam \page~1643_I .lut_mask = "fc30";
		9813	defparam \page~1643_I .operation_mode = "normal";
		9814	defparam \page~1643_I .output_mode = "comb_only";
		9815	defparam \page~1643_I .packed_mode = "false";
		9816	// synopsys translate_on
		9817
		9818	// atom is at LC2_A9
		9819	flex10ke_lcell \stall_count[0]~I (
		9820	// Equation(s):
		9821	// stall_count[0] = DFFEA(dos_exec_stb1 # stall_count[0] $ stall_count_2, GLOBAL(\fclk~dataout ), , , , , )
		9822
		9823	.dataa(vcc),
		9824	.datab(stall_count[0]),
		9825	.datac(stall_count_2),
		9826	.datad(dos_exec_stb1),
		9827	.aclr(gnd),
		9828	.aload(gnd),
		9829	.clk(fclk),
		9830	.cin(gnd),
		9831	.cascin(vcc),
		9832	.devclrn(devclrn),
		9833	.devpor(devpor),
		9834	.combout(),
		9835	.regout(stall_count[0]),
		9836	.cout(),
		9837	.cascout());
		9838	// synopsys translate_off
		9839	defparam \stall_count[0]~I .clock_enable_mode = "false";
		9840	defparam \stall_count[0]~I .lut_mask = "ff3c";
		9841	defparam \stall_count[0]~I .operation_mode = "normal";
		9842	defparam \stall_count[0]~I .output_mode = "reg_only";
		9843	defparam \stall_count[0]~I .packed_mode = "false";
		9844	// synopsys translate_on
		9845
		9846	// atom is at LC3_A9
		9847	flex10ke_lcell \stall_count[1]~39_I (
		9848	// Equation(s):
		9849	// \stall_count[1]~39 = !dos_exec_stb1
		9850
		9851	.dataa(vcc),
		9852	.datab(vcc),
		9853	.datac(vcc),
		9854	.datad(dos_exec_stb1),
		9855	.aclr(gnd),
		9856	.aload(gnd),
		9857	.clk(gnd),
		9858	.cin(gnd),
		9859	.cascin(vcc),
		9860	.devclrn(devclrn),
		9861	.devpor(devpor),
		9862	.combout(\stall_count[1]~39 ),
		9863	.regout(),
		9864	.cout(),
		9865	.cascout());
		9866	// synopsys translate_off
		9867	defparam \stall_count[1]~39_I .clock_enable_mode = "false";
		9868	defparam \stall_count[1]~39_I .lut_mask = "00ff";
		9869	defparam \stall_count[1]~39_I .operation_mode = "normal";
		9870	defparam \stall_count[1]~39_I .output_mode = "comb_only";
		9871	defparam \stall_count[1]~39_I .packed_mode = "false";
		9872	// synopsys translate_on
		9873
		9874	// atom is at LC1_A9
		9875	flex10ke_lcell \stall_count[1]~I (
		9876	// Equation(s):
		9877	// stall_count[1] = DFFEA(stall_count[1] $ (stall_count[0] & stall_count_2), GLOBAL(\fclk~dataout ), , , \stall_count[1]~39 , , )
		9878
		9879	.dataa(\stall_count[1]~39 ),
		9880	.datab(stall_count[0]),
		9881	.datac(stall_count_2),
		9882	.datad(stall_count[1]),
		9883	.aclr(gnd),
		9884	.aload(gnd),
		9885	.clk(fclk),
		9886	.cin(gnd),
		9887	.cascin(vcc),
		9888	.devclrn(devclrn),
		9889	.devpor(devpor),
		9890	.combout(),
		9891	.regout(stall_count[1]),
		9892	.cout(),
		9893	.cascout());
		9894	// synopsys translate_off
		9895	defparam \stall_count[1]~I .clock_enable_mode = "true";
		9896	defparam \stall_count[1]~I .lut_mask = "3fc0";
		9897	defparam \stall_count[1]~I .operation_mode = "normal";
		9898	defparam \stall_count[1]~I .output_mode = "reg_only";
		9899	defparam \stall_count[1]~I .packed_mode = "false";
		9900	// synopsys translate_on
		9901
		9902	// atom is at LC5_B21
		9903	flex10ke_lcell \pages[0][5]~I (
		9904	// Equation(s):
		9905	// \pages[0][5] = DFFEA(!\d[5]~2 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		9906
		9907	.dataa(\ramnrom[0]~64 ),
		9908	.datab(vcc),
		9909	.datac(vcc),
		9910	.datad(d_5),
		9911	.aclr(gnd),
		9912	.aload(gnd),
		9913	.clk(fclk),
		9914	.cin(gnd),
		9915	.cascin(vcc),
		9916	.devclrn(devclrn),
		9917	.devpor(devpor),
		9918	.combout(),
		9919	.regout(\pages[0][5] ),
		9920	.cout(),
		9921	.cascout());
		9922	// synopsys translate_off
		9923	defparam \pages[0][5]~I .clock_enable_mode = "true";
		9924	defparam \pages[0][5]~I .lut_mask = "00ff";
		9925	defparam \pages[0][5]~I .operation_mode = "normal";
		9926	defparam \pages[0][5]~I .output_mode = "reg_only";
		9927	defparam \pages[0][5]~I .packed_mode = "false";
		9928	// synopsys translate_on
		9929
		9930	// atom is at LC4_B21
		9931	flex10ke_lcell \pages[1][5]~I (
		9932	// Equation(s):
		9933	// \pages[1][5] = DFFEA(!\d[5]~2 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		9934
		9935	.dataa(\ramnrom[1]~65 ),
		9936	.datab(vcc),
		9937	.datac(vcc),
		9938	.datad(d_5),
		9939	.aclr(gnd),
		9940	.aload(gnd),
		9941	.clk(fclk),
		9942	.cin(gnd),
		9943	.cascin(vcc),
		9944	.devclrn(devclrn),
		9945	.devpor(devpor),
		9946	.combout(),
		9947	.regout(\pages[1][5] ),
		9948	.cout(),
		9949	.cascout());
		9950	// synopsys translate_off
		9951	defparam \pages[1][5]~I .clock_enable_mode = "true";
		9952	defparam \pages[1][5]~I .lut_mask = "00ff";
		9953	defparam \pages[1][5]~I .operation_mode = "normal";
		9954	defparam \pages[1][5]~I .output_mode = "reg_only";
		9955	defparam \pages[1][5]~I .packed_mode = "false";
		9956	// synopsys translate_on
		9957
		9958	// atom is at LC2_B21
		9959	flex10ke_lcell \page~1645_I (
		9960	// Equation(s):
		9961	// \page~1645 = p7ffd_int_4 & (\pages[1][5] ) # !p7ffd_int_4 & \pages[0][5]
		9962
		9963	.dataa(vcc),
		9964	.datab(p7ffd_int_4),
		9965	.datac(\pages[0][5] ),
		9966	.datad(\pages[1][5] ),
		9967	.aclr(gnd),
		9968	.aload(gnd),
		9969	.clk(gnd),
		9970	.cin(gnd),
		9971	.cascin(vcc),
		9972	.devclrn(devclrn),
		9973	.devpor(devpor),
		9974	.combout(\page~1645 ),
		9975	.regout(),
		9976	.cout(),
		9977	.cascout());
		9978	// synopsys translate_off
		9979	defparam \page~1645_I .clock_enable_mode = "false";
		9980	defparam \page~1645_I .lut_mask = "fc30";
		9981	defparam \page~1645_I .operation_mode = "normal";
		9982	defparam \page~1645_I .output_mode = "comb_only";
		9983	defparam \page~1645_I .packed_mode = "false";
		9984	// synopsys translate_on
		9985
		9986	// atom is at LC4_D23
		9987	flex10ke_lcell \pages[0][6]~I (
		9988	// Equation(s):
		9989	// \pages[0][6] = DFFEA(!\d[6]~1 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		9990
		9991	.dataa(\ramnrom[0]~64 ),
		9992	.datab(vcc),
		9993	.datac(d_6),
		9994	.datad(a_11),
		9995	.aclr(gnd),
		9996	.aload(gnd),
		9997	.clk(fclk),
		9998	.cin(gnd),
		9999	.cascin(vcc),
		10000	.devclrn(devclrn),
		10001	.devpor(devpor),
		10002	.combout(),
		10003	.regout(\pages[0][6] ),
		10004	.cout(),
		10005	.cascout());
		10006	// synopsys translate_off
		10007	defparam \pages[0][6]~I .clock_enable_mode = "true";
		10008	defparam \pages[0][6]~I .lut_mask = "000f";
		10009	defparam \pages[0][6]~I .operation_mode = "normal";
		10010	defparam \pages[0][6]~I .output_mode = "reg_only";
		10011	defparam \pages[0][6]~I .packed_mode = "false";
		10012	// synopsys translate_on
		10013
		10014	// atom is at LC3_D23
		10015	flex10ke_lcell \pages[1][6]~I (
		10016	// Equation(s):
		10017	// \pages[1][6] = DFFEA(!\d[6]~1 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		10018
		10019	.dataa(\ramnrom[1]~65 ),
		10020	.datab(vcc),
		10021	.datac(d_6),
		10022	.datad(a_11),
		10023	.aclr(gnd),
		10024	.aload(gnd),
		10025	.clk(fclk),
		10026	.cin(gnd),
		10027	.cascin(vcc),
		10028	.devclrn(devclrn),
		10029	.devpor(devpor),
		10030	.combout(),
		10031	.regout(\pages[1][6] ),
		10032	.cout(),
		10033	.cascout());
		10034	// synopsys translate_off
		10035	defparam \pages[1][6]~I .clock_enable_mode = "true";
		10036	defparam \pages[1][6]~I .lut_mask = "000f";
		10037	defparam \pages[1][6]~I .operation_mode = "normal";
		10038	defparam \pages[1][6]~I .output_mode = "reg_only";
		10039	defparam \pages[1][6]~I .packed_mode = "false";
		10040	// synopsys translate_on
		10041
		10042	// atom is at LC6_D23
		10043	flex10ke_lcell \pages[0][7]~I (
		10044	// Equation(s):
		10045	// \pages[0][7] = DFFEA(!\d[7]~0 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		10046
		10047	.dataa(\ramnrom[0]~64 ),
		10048	.datab(vcc),
		10049	.datac(d_7),
		10050	.datad(a_11),
		10051	.aclr(gnd),
		10052	.aload(gnd),
		10053	.clk(fclk),
		10054	.cin(gnd),
		10055	.cascin(vcc),
		10056	.devclrn(devclrn),
		10057	.devpor(devpor),
		10058	.combout(),
		10059	.regout(\pages[0][7] ),
		10060	.cout(),
		10061	.cascout());
		10062	// synopsys translate_off
		10063	defparam \pages[0][7]~I .clock_enable_mode = "true";
		10064	defparam \pages[0][7]~I .lut_mask = "000f";
		10065	defparam \pages[0][7]~I .operation_mode = "normal";
		10066	defparam \pages[0][7]~I .output_mode = "reg_only";
		10067	defparam \pages[0][7]~I .packed_mode = "false";
		10068	// synopsys translate_on
		10069
		10070	// atom is at LC5_D23
		10071	flex10ke_lcell \pages[1][7]~I (
		10072	// Equation(s):
		10073	// \pages[1][7] = DFFEA(!\d[7]~0 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		10074
		10075	.dataa(\ramnrom[1]~65 ),
		10076	.datab(vcc),
		10077	.datac(d_7),
		10078	.datad(a_11),
		10079	.aclr(gnd),
		10080	.aload(gnd),
		10081	.clk(fclk),
		10082	.cin(gnd),
		10083	.cascin(vcc),
		10084	.devclrn(devclrn),
		10085	.devpor(devpor),
		10086	.combout(),
		10087	.regout(\pages[1][7] ),
		10088	.cout(),
		10089	.cascout());
		10090	// synopsys translate_off
		10091	defparam \pages[1][7]~I .clock_enable_mode = "true";
		10092	defparam \pages[1][7]~I .lut_mask = "000f";
		10093	defparam \pages[1][7]~I .operation_mode = "normal";
		10094	defparam \pages[1][7]~I .output_mode = "reg_only";
		10095	defparam \pages[1][7]~I .packed_mode = "false";
		10096	// synopsys translate_on
		10097
		10098	endmodule
		10099
		10100	module atm_pager_2 (
		10101	romnram,
		10102	page_0,
		10103	page_1,
		10104	page_2,
		10105	page_3,
		10106	page_4,
		10107	dos,
		10108	p7ffd_int_4,
		10109	atm_pen,
		10110	p7ffd_int_0,
		10111	always0,
		10112	p7ffd_int_1,
		10113	p7ffd_int_2,
		10114	p7ffd_int_5,
		10115	peff7_int_2,
		10116	p7ffd_int_6,
		10117	stall_count_2,
		10118	atmF7_wr_fclk,
		10119	dos_7ffd_0,
		10120	dos_exec_stb,
		10121	ramnrom_0,
		10122	dos_exec_stb1,
		10123	page_5,
		10124	page_6,
		10125	page_7,
		10126	p7ffd_int_7,
		10127	a_14,
		10128	a_15,
		10129	fclk,
		10130	a_11,
		10131	d_0,
		10132	d_1,
		10133	d_2,
		10134	d_3,
		10135	d_4,
		10136	d_5,
		10137	d_6,
		10138	d_7,
		10139	devpor,
		10140	devclrn,
		10141	devoe);
		10142	output romnram;
		10143	output page_0;
		10144	output page_1;
		10145	output page_2;
		10146	output page_3;
		10147	output page_4;
		10148	input dos;
		10149	input p7ffd_int_4;
		10150	input atm_pen;
		10151	input p7ffd_int_0;
		10152	output always0;
		10153	input p7ffd_int_1;
		10154	input p7ffd_int_2;
		10155	input p7ffd_int_5;
		10156	input peff7_int_2;
		10157	input p7ffd_int_6;
		10158	output stall_count_2;
		10159	input atmF7_wr_fclk;
		10160	input dos_7ffd_0;
		10161	input dos_exec_stb;
		10162	output ramnrom_0;
		10163	output dos_exec_stb1;
		10164	output page_5;
		10165	output page_6;
		10166	output page_7;
		10167	input p7ffd_int_7;
		10168	input a_14;
		10169	input a_15;
		10170	input fclk;
		10171	input a_11;
		10172	input d_0;
		10173	input d_1;
		10174	input d_2;
		10175	input d_3;
		10176	input d_4;
		10177	input d_5;
		10178	input d_6;
		10179	input d_7;
		10180	input devpor;
		10181	input devclrn;
		10182	input devoe;
		10183
		10184	wire gnd = 1'b0;
		10185	wire vcc = 1'b1;
		10186
		10187	wire \dos_7ffd[1]~58 ;
		10188	wire \dos_7ffd[0]~59 ;
		10189	wire \ramnrom[1]~65 ;
		10190	wire \ramnrom[0]~64 ;
		10191	wire \always0~48 ;
		10192	wire \pages[0][0] ;
		10193	wire \pages[1][0] ;
		10194	wire \page~1615 ;
		10195	wire \page~1614 ;
		10196	wire \page~1618 ;
		10197	wire \pages[0][1] ;
		10198	wire \pages[1][1] ;
		10199	wire \page~1617 ;
		10200	wire \pages[0][2] ;
		10201	wire \pages[1][2] ;
		10202	wire \page~1620 ;
		10203	wire \page~1623 ;
		10204	wire \pages[0][3] ;
		10205	wire \pages[1][3] ;
		10206	wire \page~1622 ;
		10207	wire \pages[0][4] ;
		10208	wire \pages[1][4] ;
		10209	wire \page~1625 ;
		10210	wire \stall_count[1]~39 ;
		10211	wire \pages[0][5] ;
		10212	wire \pages[1][5] ;
		10213	wire \page~1627 ;
		10214	wire \pages[0][6] ;
		10215	wire \pages[1][6] ;
		10216	wire \pages[0][7] ;
		10217	wire \pages[1][7] ;
		10218	wire [1:0] dos_7ffd;
		10219	wire [1:0] ramnrom;
		10220	wire [2:0] stall_count;
		10221
		10222
		10223	// atom is at LC1_A14
		10224	flex10ke_lcell \dos_7ffd[1]~58_I (
		10225	// Equation(s):
		10226	// \dos_7ffd[1]~58 = !\a~dataout [14] & dos_7ffd_0 & p7ffd_int_4 & \a~dataout [15]
		10227
		10228	.dataa(a_14),
		10229	.datab(dos_7ffd_0),
		10230	.datac(p7ffd_int_4),
		10231	.datad(a_15),
		10232	.aclr(gnd),
		10233	.aload(gnd),
		10234	.clk(gnd),
		10235	.cin(gnd),
		10236	.cascin(vcc),
		10237	.devclrn(devclrn),
		10238	.devpor(devpor),
		10239	.combout(\dos_7ffd[1]~58 ),
		10240	.regout(),
		10241	.cout(),
		10242	.cascout());
		10243	// synopsys translate_off
		10244	defparam \dos_7ffd[1]~58_I .clock_enable_mode = "false";
		10245	defparam \dos_7ffd[1]~58_I .lut_mask = "4000";
		10246	defparam \dos_7ffd[1]~58_I .operation_mode = "normal";
		10247	defparam \dos_7ffd[1]~58_I .output_mode = "comb_only";
		10248	defparam \dos_7ffd[1]~58_I .packed_mode = "false";
		10249	// synopsys translate_on
		10250
		10251	// atom is at LC4_A16
		10252	flex10ke_lcell \dos_7ffd[0]~59_I (
		10253	// Equation(s):
		10254	// \dos_7ffd[0]~59 = !\a~dataout [14] & !p7ffd_int_4 & \a~dataout [15] & dos_7ffd_0
		10255
		10256	.dataa(a_14),
		10257	.datab(p7ffd_int_4),
		10258	.datac(a_15),
		10259	.datad(dos_7ffd_0),
		10260	.aclr(gnd),
		10261	.aload(gnd),
		10262	.clk(gnd),
		10263	.cin(gnd),
		10264	.cascin(vcc),
		10265	.devclrn(devclrn),
		10266	.devpor(devpor),
		10267	.combout(\dos_7ffd[0]~59 ),
		10268	.regout(),
		10269	.cout(),
		10270	.cascout());
		10271	// synopsys translate_off
		10272	defparam \dos_7ffd[0]~59_I .clock_enable_mode = "false";
		10273	defparam \dos_7ffd[0]~59_I .lut_mask = "1000";
		10274	defparam \dos_7ffd[0]~59_I .operation_mode = "normal";
		10275	defparam \dos_7ffd[0]~59_I .output_mode = "comb_only";
		10276	defparam \dos_7ffd[0]~59_I .packed_mode = "false";
		10277	// synopsys translate_on
		10278
		10279	// atom is at LC2_A13
		10280	flex10ke_lcell \romnram~I (
		10281	// Equation(s):
		10282	// romnram = DFFEA(p7ffd_int_4 & !ramnrom[1] # !p7ffd_int_4 & (!ramnrom[0]) # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		10283
		10284	.dataa(atm_pen),
		10285	.datab(ramnrom[1]),
		10286	.datac(ramnrom[0]),
		10287	.datad(p7ffd_int_4),
		10288	.aclr(gnd),
		10289	.aload(gnd),
		10290	.clk(fclk),
		10291	.cin(gnd),
		10292	.cascin(vcc),
		10293	.devclrn(devclrn),
		10294	.devpor(devpor),
		10295	.combout(),
		10296	.regout(romnram),
		10297	.cout(),
		10298	.cascout());
		10299	// synopsys translate_off
		10300	defparam \romnram~I .clock_enable_mode = "false";
		10301	defparam \romnram~I .lut_mask = "775f";
		10302	defparam \romnram~I .operation_mode = "normal";
		10303	defparam \romnram~I .output_mode = "reg_only";
		10304	defparam \romnram~I .packed_mode = "false";
		10305	// synopsys translate_on
		10306
		10307	// atom is at LC3_A13
		10308	flex10ke_lcell \page[0]~I (
		10309	// Equation(s):
		10310	// page_0 = DFFEA(\always0~48 & (\page~1614 ) # !\always0~48 & \page~1615 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		10311
		10312	.dataa(atm_pen),
		10313	.datab(\always0~48 ),
		10314	.datac(\page~1615 ),
		10315	.datad(\page~1614 ),
		10316	.aclr(gnd),
		10317	.aload(gnd),
		10318	.clk(fclk),
		10319	.cin(gnd),
		10320	.cascin(vcc),
		10321	.devclrn(devclrn),
		10322	.devpor(devpor),
		10323	.combout(),
		10324	.regout(page_0),
		10325	.cout(),
		10326	.cascout());
		10327	// synopsys translate_off
		10328	defparam \page[0]~I .clock_enable_mode = "false";
		10329	defparam \page[0]~I .lut_mask = "fd75";
		10330	defparam \page[0]~I .operation_mode = "normal";
		10331	defparam \page[0]~I .output_mode = "reg_only";
		10332	defparam \page[0]~I .packed_mode = "false";
		10333	// synopsys translate_on
		10334
		10335	// atom is at LC5_B4
		10336	flex10ke_lcell \page[1]~I (
		10337	// Equation(s):
		10338	// page_1 = DFFEA(\page~1618 & (p7ffd_int_1) # !\page~1618 & \page~1617 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		10339
		10340	.dataa(atm_pen),
		10341	.datab(\page~1618 ),
		10342	.datac(\page~1617 ),
		10343	.datad(p7ffd_int_1),
		10344	.aclr(gnd),
		10345	.aload(gnd),
		10346	.clk(fclk),
		10347	.cin(gnd),
		10348	.cascin(vcc),
		10349	.devclrn(devclrn),
		10350	.devpor(devpor),
		10351	.combout(),
		10352	.regout(page_1),
		10353	.cout(),
		10354	.cascout());
		10355	// synopsys translate_off
		10356	defparam \page[1]~I .clock_enable_mode = "false";
		10357	defparam \page[1]~I .lut_mask = "fd75";
		10358	defparam \page[1]~I .operation_mode = "normal";
		10359	defparam \page[1]~I .output_mode = "reg_only";
		10360	defparam \page[1]~I .packed_mode = "false";
		10361	// synopsys translate_on
		10362
		10363	// atom is at LC6_B4
		10364	flex10ke_lcell \page[2]~I (
		10365	// Equation(s):
		10366	// page_2 = DFFEA(\page~1618 & (p7ffd_int_2) # !\page~1618 & \page~1620 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		10367
		10368	.dataa(atm_pen),
		10369	.datab(\page~1618 ),
		10370	.datac(\page~1620 ),
		10371	.datad(p7ffd_int_2),
		10372	.aclr(gnd),
		10373	.aload(gnd),
		10374	.clk(fclk),
		10375	.cin(gnd),
		10376	.cascin(vcc),
		10377	.devclrn(devclrn),
		10378	.devpor(devpor),
		10379	.combout(),
		10380	.regout(page_2),
		10381	.cout(),
		10382	.cascout());
		10383	// synopsys translate_off
		10384	defparam \page[2]~I .clock_enable_mode = "false";
		10385	defparam \page[2]~I .lut_mask = "fd75";
		10386	defparam \page[2]~I .operation_mode = "normal";
		10387	defparam \page[2]~I .output_mode = "reg_only";
		10388	defparam \page[2]~I .packed_mode = "false";
		10389	// synopsys translate_on
		10390
		10391	// atom is at LC6_B19
		10392	flex10ke_lcell \page[3]~I (
		10393	// Equation(s):
		10394	// page_3 = DFFEA(\page~1623 & (p7ffd_int_5) # !\page~1623 & \page~1622 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		10395
		10396	.dataa(atm_pen),
		10397	.datab(\page~1623 ),
		10398	.datac(\page~1622 ),
		10399	.datad(p7ffd_int_5),
		10400	.aclr(gnd),
		10401	.aload(gnd),
		10402	.clk(fclk),
		10403	.cin(gnd),
		10404	.cascin(vcc),
		10405	.devclrn(devclrn),
		10406	.devpor(devpor),
		10407	.combout(),
		10408	.regout(page_3),
		10409	.cout(),
		10410	.cascout());
		10411	// synopsys translate_off
		10412	defparam \page[3]~I .clock_enable_mode = "false";
		10413	defparam \page[3]~I .lut_mask = "fd75";
		10414	defparam \page[3]~I .operation_mode = "normal";
		10415	defparam \page[3]~I .output_mode = "reg_only";
		10416	defparam \page[3]~I .packed_mode = "false";
		10417	// synopsys translate_on
		10418
		10419	// atom is at LC3_B19
		10420	flex10ke_lcell \page[4]~I (
		10421	// Equation(s):
		10422	// page_4 = DFFEA(\page~1623 & (p7ffd_int_6) # !\page~1623 & \page~1625 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		10423
		10424	.dataa(atm_pen),
		10425	.datab(\page~1623 ),
		10426	.datac(\page~1625 ),
		10427	.datad(p7ffd_int_6),
		10428	.aclr(gnd),
		10429	.aload(gnd),
		10430	.clk(fclk),
		10431	.cin(gnd),
		10432	.cascin(vcc),
		10433	.devclrn(devclrn),
		10434	.devpor(devpor),
		10435	.combout(),
		10436	.regout(page_4),
		10437	.cout(),
		10438	.cascout());
		10439	// synopsys translate_off
		10440	defparam \page[4]~I .clock_enable_mode = "false";
		10441	defparam \page[4]~I .lut_mask = "fd75";
		10442	defparam \page[4]~I .operation_mode = "normal";
		10443	defparam \page[4]~I .output_mode = "reg_only";
		10444	defparam \page[4]~I .packed_mode = "false";
		10445	// synopsys translate_on
		10446
		10447	// atom is at LC6_A13
		10448	flex10ke_lcell \always0~47_I (
		10449	// Equation(s):
		10450	// always0 = p7ffd_int_4 & (ramnrom[1]) # !p7ffd_int_4 & ramnrom[0]
		10451
		10452	.dataa(vcc),
		10453	.datab(p7ffd_int_4),
		10454	.datac(ramnrom[0]),
		10455	.datad(ramnrom[1]),
		10456	.aclr(gnd),
		10457	.aload(gnd),
		10458	.clk(gnd),
		10459	.cin(gnd),
		10460	.cascin(vcc),
		10461	.devclrn(devclrn),
		10462	.devpor(devpor),
		10463	.combout(always0),
		10464	.regout(),
		10465	.cout(),
		10466	.cascout());
		10467	// synopsys translate_off
		10468	defparam \always0~47_I .clock_enable_mode = "false";
		10469	defparam \always0~47_I .lut_mask = "fc30";
		10470	defparam \always0~47_I .operation_mode = "normal";
		10471	defparam \always0~47_I .output_mode = "comb_only";
		10472	defparam \always0~47_I .packed_mode = "false";
		10473	// synopsys translate_on
		10474
		10475	// atom is at LC1_A8
		10476	flex10ke_lcell \stall_count[2]~I (
		10477	// Equation(s):
		10478	// stall_count_2 = DFFEA(dos_exec_stb1 # stall_count_2 & (!stall_count[1] # !stall_count[0]), GLOBAL(\fclk~dataout ), , , , , )
		10479
		10480	.dataa(stall_count[0]),
		10481	.datab(stall_count[1]),
		10482	.datac(stall_count_2),
		10483	.datad(dos_exec_stb1),
		10484	.aclr(gnd),
		10485	.aload(gnd),
		10486	.clk(fclk),
		10487	.cin(gnd),
		10488	.cascin(vcc),
		10489	.devclrn(devclrn),
		10490	.devpor(devpor),
		10491	.combout(),
		10492	.regout(stall_count_2),
		10493	.cout(),
		10494	.cascout());
		10495	// synopsys translate_off
		10496	defparam \stall_count[2]~I .clock_enable_mode = "false";
		10497	defparam \stall_count[2]~I .lut_mask = "ff70";
		10498	defparam \stall_count[2]~I .operation_mode = "normal";
		10499	defparam \stall_count[2]~I .output_mode = "reg_only";
		10500	defparam \stall_count[2]~I .packed_mode = "false";
		10501	// synopsys translate_on
		10502
		10503	// atom is at LC7_A7
		10504	flex10ke_lcell \ramnrom[0]~66_I (
		10505	// Equation(s):
		10506	// ramnrom_0 = !\a~dataout [14] & \a~dataout [15]
		10507
		10508	.dataa(vcc),
		10509	.datab(vcc),
		10510	.datac(a_14),
		10511	.datad(a_15),
		10512	.aclr(gnd),
		10513	.aload(gnd),
		10514	.clk(gnd),
		10515	.cin(gnd),
		10516	.cascin(vcc),
		10517	.devclrn(devclrn),
		10518	.devpor(devpor),
		10519	.combout(ramnrom_0),
		10520	.regout(),
		10521	.cout(),
		10522	.cascout());
		10523	// synopsys translate_off
		10524	defparam \ramnrom[0]~66_I .clock_enable_mode = "false";
		10525	defparam \ramnrom[0]~66_I .lut_mask = "0f00";
		10526	defparam \ramnrom[0]~66_I .operation_mode = "normal";
		10527	defparam \ramnrom[0]~66_I .output_mode = "comb_only";
		10528	defparam \ramnrom[0]~66_I .packed_mode = "false";
		10529	// synopsys translate_on
		10530
		10531	// atom is at LC4_A2
		10532	flex10ke_lcell \dos_exec_stb~67_I (
		10533	// Equation(s):
		10534	// dos_exec_stb1 = !ramnrom[1] & dos_7ffd[1] & ramnrom_0 & dos_exec_stb
		10535
		10536	.dataa(ramnrom[1]),
		10537	.datab(dos_7ffd[1]),
		10538	.datac(ramnrom_0),
		10539	.datad(dos_exec_stb),
		10540	.aclr(gnd),
		10541	.aload(gnd),
		10542	.clk(gnd),
		10543	.cin(gnd),
		10544	.cascin(vcc),
		10545	.devclrn(devclrn),
		10546	.devpor(devpor),
		10547	.combout(dos_exec_stb1),
		10548	.regout(),
		10549	.cout(),
		10550	.cascout());
		10551	// synopsys translate_off
		10552	defparam \dos_exec_stb~67_I .clock_enable_mode = "false";
		10553	defparam \dos_exec_stb~67_I .lut_mask = "4000";
		10554	defparam \dos_exec_stb~67_I .operation_mode = "normal";
		10555	defparam \dos_exec_stb~67_I .output_mode = "comb_only";
		10556	defparam \dos_exec_stb~67_I .packed_mode = "false";
		10557	// synopsys translate_on
		10558
		10559	// atom is at LC4_B19
		10560	flex10ke_lcell \page[5]~I (
		10561	// Equation(s):
		10562	// page_5 = DFFEA(\page~1623 & (p7ffd_int_7) # !\page~1623 & \page~1627 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		10563
		10564	.dataa(atm_pen),
		10565	.datab(\page~1623 ),
		10566	.datac(\page~1627 ),
		10567	.datad(p7ffd_int_7),
		10568	.aclr(gnd),
		10569	.aload(gnd),
		10570	.clk(fclk),
		10571	.cin(gnd),
		10572	.cascin(vcc),
		10573	.devclrn(devclrn),
		10574	.devpor(devpor),
		10575	.combout(),
		10576	.regout(page_5),
		10577	.cout(),
		10578	.cascout());
		10579	// synopsys translate_off
		10580	defparam \page[5]~I .clock_enable_mode = "false";
		10581	defparam \page[5]~I .lut_mask = "fd75";
		10582	defparam \page[5]~I .operation_mode = "normal";
		10583	defparam \page[5]~I .output_mode = "reg_only";
		10584	defparam \page[5]~I .packed_mode = "false";
		10585	// synopsys translate_on
		10586
		10587	// atom is at LC6_A27
		10588	flex10ke_lcell \page[6]~I (
		10589	// Equation(s):
		10590	// page_6 = DFFEA(p7ffd_int_4 & (\pages[1][6] ) # !p7ffd_int_4 & \pages[0][6] # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		10591
		10592	.dataa(atm_pen),
		10593	.datab(p7ffd_int_4),
		10594	.datac(\pages[0][6] ),
		10595	.datad(\pages[1][6] ),
		10596	.aclr(gnd),
		10597	.aload(gnd),
		10598	.clk(fclk),
		10599	.cin(gnd),
		10600	.cascin(vcc),
		10601	.devclrn(devclrn),
		10602	.devpor(devpor),
		10603	.combout(),
		10604	.regout(page_6),
		10605	.cout(),
		10606	.cascout());
		10607	// synopsys translate_off
		10608	defparam \page[6]~I .clock_enable_mode = "false";
		10609	defparam \page[6]~I .lut_mask = "fd75";
		10610	defparam \page[6]~I .operation_mode = "normal";
		10611	defparam \page[6]~I .output_mode = "reg_only";
		10612	defparam \page[6]~I .packed_mode = "false";
		10613	// synopsys translate_on
		10614
		10615	// atom is at LC4_A27
		10616	flex10ke_lcell \page[7]~I (
		10617	// Equation(s):
		10618	// page_7 = DFFEA(p7ffd_int_4 & (\pages[1][7] ) # !p7ffd_int_4 & \pages[0][7] # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		10619
		10620	.dataa(atm_pen),
		10621	.datab(p7ffd_int_4),
		10622	.datac(\pages[0][7] ),
		10623	.datad(\pages[1][7] ),
		10624	.aclr(gnd),
		10625	.aload(gnd),
		10626	.clk(fclk),
		10627	.cin(gnd),
		10628	.cascin(vcc),
		10629	.devclrn(devclrn),
		10630	.devpor(devpor),
		10631	.combout(),
		10632	.regout(page_7),
		10633	.cout(),
		10634	.cascout());
		10635	// synopsys translate_off
		10636	defparam \page[7]~I .clock_enable_mode = "false";
		10637	defparam \page[7]~I .lut_mask = "fd75";
		10638	defparam \page[7]~I .operation_mode = "normal";
		10639	defparam \page[7]~I .output_mode = "reg_only";
		10640	defparam \page[7]~I .packed_mode = "false";
		10641	// synopsys translate_on
		10642
		10643	// atom is at LC5_C21
		10644	flex10ke_lcell \ramnrom[1]~65_I (
		10645	// Equation(s):
		10646	// \ramnrom[1]~65 = !\a~dataout [14] & p7ffd_int_4 & \a~dataout [15] & atmF7_wr_fclk
		10647
		10648	.dataa(a_14),
		10649	.datab(p7ffd_int_4),
		10650	.datac(a_15),
		10651	.datad(atmF7_wr_fclk),
		10652	.aclr(gnd),
		10653	.aload(gnd),
		10654	.clk(gnd),
		10655	.cin(gnd),
		10656	.cascin(vcc),
		10657	.devclrn(devclrn),
		10658	.devpor(devpor),
		10659	.combout(\ramnrom[1]~65 ),
		10660	.regout(),
		10661	.cout(),
		10662	.cascout());
		10663	// synopsys translate_off
		10664	defparam \ramnrom[1]~65_I .clock_enable_mode = "false";
		10665	defparam \ramnrom[1]~65_I .lut_mask = "4000";
		10666	defparam \ramnrom[1]~65_I .operation_mode = "normal";
		10667	defparam \ramnrom[1]~65_I .output_mode = "comb_only";
		10668	defparam \ramnrom[1]~65_I .packed_mode = "false";
		10669	// synopsys translate_on
		10670
		10671	// atom is at LC4_A25
		10672	flex10ke_lcell \ramnrom[1]~I (
		10673	// Equation(s):
		10674	// ramnrom[1] = DFFEA(\d[6]~1 # !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		10675
		10676	.dataa(\ramnrom[1]~65 ),
		10677	.datab(vcc),
		10678	.datac(a_11),
		10679	.datad(d_6),
		10680	.aclr(gnd),
		10681	.aload(gnd),
		10682	.clk(fclk),
		10683	.cin(gnd),
		10684	.cascin(vcc),
		10685	.devclrn(devclrn),
		10686	.devpor(devpor),
		10687	.combout(),
		10688	.regout(ramnrom[1]),
		10689	.cout(),
		10690	.cascout());
		10691	// synopsys translate_off
		10692	defparam \ramnrom[1]~I .clock_enable_mode = "true";
		10693	defparam \ramnrom[1]~I .lut_mask = "ff0f";
		10694	defparam \ramnrom[1]~I .operation_mode = "normal";
		10695	defparam \ramnrom[1]~I .output_mode = "reg_only";
		10696	defparam \ramnrom[1]~I .packed_mode = "false";
		10697	// synopsys translate_on
		10698
		10699	// atom is at LC1_C22
		10700	flex10ke_lcell \ramnrom[0]~64_I (
		10701	// Equation(s):
		10702	// \ramnrom[0]~64 = !\a~dataout [14] & !p7ffd_int_4 & \a~dataout [15] & atmF7_wr_fclk
		10703
		10704	.dataa(a_14),
		10705	.datab(p7ffd_int_4),
		10706	.datac(a_15),
		10707	.datad(atmF7_wr_fclk),
		10708	.aclr(gnd),
		10709	.aload(gnd),
		10710	.clk(gnd),
		10711	.cin(gnd),
		10712	.cascin(vcc),
		10713	.devclrn(devclrn),
		10714	.devpor(devpor),
		10715	.combout(\ramnrom[0]~64 ),
		10716	.regout(),
		10717	.cout(),
		10718	.cascout());
		10719	// synopsys translate_off
		10720	defparam \ramnrom[0]~64_I .clock_enable_mode = "false";
		10721	defparam \ramnrom[0]~64_I .lut_mask = "1000";
		10722	defparam \ramnrom[0]~64_I .operation_mode = "normal";
		10723	defparam \ramnrom[0]~64_I .output_mode = "comb_only";
		10724	defparam \ramnrom[0]~64_I .packed_mode = "false";
		10725	// synopsys translate_on
		10726
		10727	// atom is at LC1_A27
		10728	flex10ke_lcell \ramnrom[0]~I (
		10729	// Equation(s):
		10730	// ramnrom[0] = DFFEA(\d[6]~1 # !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		10731
		10732	.dataa(\ramnrom[0]~64 ),
		10733	.datab(vcc),
		10734	.datac(a_11),
		10735	.datad(d_6),
		10736	.aclr(gnd),
		10737	.aload(gnd),
		10738	.clk(fclk),
		10739	.cin(gnd),
		10740	.cascin(vcc),
		10741	.devclrn(devclrn),
		10742	.devpor(devpor),
		10743	.combout(),
		10744	.regout(ramnrom[0]),
		10745	.cout(),
		10746	.cascout());
		10747	// synopsys translate_off
		10748	defparam \ramnrom[0]~I .clock_enable_mode = "true";
		10749	defparam \ramnrom[0]~I .lut_mask = "ff0f";
		10750	defparam \ramnrom[0]~I .operation_mode = "normal";
		10751	defparam \ramnrom[0]~I .output_mode = "reg_only";
		10752	defparam \ramnrom[0]~I .packed_mode = "false";
		10753	// synopsys translate_on
		10754
		10755	// atom is at LC2_A16
		10756	flex10ke_lcell \dos_7ffd[0]~I (
		10757	// Equation(s):
		10758	// dos_7ffd[0] = DFFEA(\d[7]~0 , GLOBAL(\fclk~dataout ), , , \dos_7ffd[0]~59 , , )
		10759
		10760	.dataa(\dos_7ffd[0]~59 ),
		10761	.datab(vcc),
		10762	.datac(vcc),
		10763	.datad(d_7),
		10764	.aclr(gnd),
		10765	.aload(gnd),
		10766	.clk(fclk),
		10767	.cin(gnd),
		10768	.cascin(vcc),
		10769	.devclrn(devclrn),
		10770	.devpor(devpor),
		10771	.combout(),
		10772	.regout(dos_7ffd[0]),
		10773	.cout(),
		10774	.cascout());
		10775	// synopsys translate_off
		10776	defparam \dos_7ffd[0]~I .clock_enable_mode = "true";
		10777	defparam \dos_7ffd[0]~I .lut_mask = "ff00";
		10778	defparam \dos_7ffd[0]~I .operation_mode = "normal";
		10779	defparam \dos_7ffd[0]~I .output_mode = "reg_only";
		10780	defparam \dos_7ffd[0]~I .packed_mode = "false";
		10781	// synopsys translate_on
		10782
		10783	// atom is at LC8_A14
		10784	flex10ke_lcell \dos_7ffd[1]~I (
		10785	// Equation(s):
		10786	// dos_7ffd[1] = DFFEA(\d[7]~0 , GLOBAL(\fclk~dataout ), , , \dos_7ffd[1]~58 , , )
		10787
		10788	.dataa(\dos_7ffd[1]~58 ),
		10789	.datab(vcc),
		10790	.datac(vcc),
		10791	.datad(d_7),
		10792	.aclr(gnd),
		10793	.aload(gnd),
		10794	.clk(fclk),
		10795	.cin(gnd),
		10796	.cascin(vcc),
		10797	.devclrn(devclrn),
		10798	.devpor(devpor),
		10799	.combout(),
		10800	.regout(dos_7ffd[1]),
		10801	.cout(),
		10802	.cascout());
		10803	// synopsys translate_off
		10804	defparam \dos_7ffd[1]~I .clock_enable_mode = "true";
		10805	defparam \dos_7ffd[1]~I .lut_mask = "ff00";
		10806	defparam \dos_7ffd[1]~I .operation_mode = "normal";
		10807	defparam \dos_7ffd[1]~I .output_mode = "reg_only";
		10808	defparam \dos_7ffd[1]~I .packed_mode = "false";
		10809	// synopsys translate_on
		10810
		10811	// atom is at LC8_A13
		10812	flex10ke_lcell \always0~48_I (
		10813	// Equation(s):
		10814	// \always0~48 = p7ffd_int_4 & (dos_7ffd[1]) # !p7ffd_int_4 & dos_7ffd[0]
		10815
		10816	.dataa(vcc),
		10817	.datab(p7ffd_int_4),
		10818	.datac(dos_7ffd[0]),
		10819	.datad(dos_7ffd[1]),
		10820	.aclr(gnd),
		10821	.aload(gnd),
		10822	.clk(gnd),
		10823	.cin(gnd),
		10824	.cascin(vcc),
		10825	.devclrn(devclrn),
		10826	.devpor(devpor),
		10827	.combout(\always0~48 ),
		10828	.regout(),
		10829	.cout(),
		10830	.cascout());
		10831	// synopsys translate_off
		10832	defparam \always0~48_I .clock_enable_mode = "false";
		10833	defparam \always0~48_I .lut_mask = "fc30";
		10834	defparam \always0~48_I .operation_mode = "normal";
		10835	defparam \always0~48_I .output_mode = "comb_only";
		10836	defparam \always0~48_I .packed_mode = "false";
		10837	// synopsys translate_on
		10838
		10839	// atom is at LC6_A29
		10840	flex10ke_lcell \pages[0][0]~I (
		10841	// Equation(s):
		10842	// \pages[0][0] = DFFEA(!\d[0]~7 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		10843
		10844	.dataa(\ramnrom[0]~64 ),
		10845	.datab(vcc),
		10846	.datac(vcc),
		10847	.datad(d_0),
		10848	.aclr(gnd),
		10849	.aload(gnd),
		10850	.clk(fclk),
		10851	.cin(gnd),
		10852	.cascin(vcc),
		10853	.devclrn(devclrn),
		10854	.devpor(devpor),
		10855	.combout(),
		10856	.regout(\pages[0][0] ),
		10857	.cout(),
		10858	.cascout());
		10859	// synopsys translate_off
		10860	defparam \pages[0][0]~I .clock_enable_mode = "true";
		10861	defparam \pages[0][0]~I .lut_mask = "00ff";
		10862	defparam \pages[0][0]~I .operation_mode = "normal";
		10863	defparam \pages[0][0]~I .output_mode = "reg_only";
		10864	defparam \pages[0][0]~I .packed_mode = "false";
		10865	// synopsys translate_on
		10866
		10867	// atom is at LC4_A29
		10868	flex10ke_lcell \pages[1][0]~I (
		10869	// Equation(s):
		10870	// \pages[1][0] = DFFEA(!\d[0]~7 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		10871
		10872	.dataa(\ramnrom[1]~65 ),
		10873	.datab(vcc),
		10874	.datac(vcc),
		10875	.datad(d_0),
		10876	.aclr(gnd),
		10877	.aload(gnd),
		10878	.clk(fclk),
		10879	.cin(gnd),
		10880	.cascin(vcc),
		10881	.devclrn(devclrn),
		10882	.devpor(devpor),
		10883	.combout(),
		10884	.regout(\pages[1][0] ),
		10885	.cout(),
		10886	.cascout());
		10887	// synopsys translate_off
		10888	defparam \pages[1][0]~I .clock_enable_mode = "true";
		10889	defparam \pages[1][0]~I .lut_mask = "00ff";
		10890	defparam \pages[1][0]~I .operation_mode = "normal";
		10891	defparam \pages[1][0]~I .output_mode = "reg_only";
		10892	defparam \pages[1][0]~I .packed_mode = "false";
		10893	// synopsys translate_on
		10894
		10895	// atom is at LC2_A29
		10896	flex10ke_lcell \page~1615_I (
		10897	// Equation(s):
		10898	// \page~1615 = p7ffd_int_4 & (\pages[1][0] ) # !p7ffd_int_4 & \pages[0][0]
		10899
		10900	.dataa(vcc),
		10901	.datab(p7ffd_int_4),
		10902	.datac(\pages[0][0] ),
		10903	.datad(\pages[1][0] ),
		10904	.aclr(gnd),
		10905	.aload(gnd),
		10906	.clk(gnd),
		10907	.cin(gnd),
		10908	.cascin(vcc),
		10909	.devclrn(devclrn),
		10910	.devpor(devpor),
		10911	.combout(\page~1615 ),
		10912	.regout(),
		10913	.cout(),
		10914	.cascout());
		10915	// synopsys translate_off
		10916	defparam \page~1615_I .clock_enable_mode = "false";
		10917	defparam \page~1615_I .lut_mask = "fc30";
		10918	defparam \page~1615_I .operation_mode = "normal";
		10919	defparam \page~1615_I .output_mode = "comb_only";
		10920	defparam \page~1615_I .packed_mode = "false";
		10921	// synopsys translate_on
		10922
		10923	// atom is at LC7_A13
		10924	flex10ke_lcell \page~1614_I (
		10925	// Equation(s):
		10926	// \page~1614 = always0 & (p7ffd_int_0) # !always0 & !dos
		10927
		10928	.dataa(vcc),
		10929	.datab(dos),
		10930	.datac(always0),
		10931	.datad(p7ffd_int_0),
		10932	.aclr(gnd),
		10933	.aload(gnd),
		10934	.clk(gnd),
		10935	.cin(gnd),
		10936	.cascin(vcc),
		10937	.devclrn(devclrn),
		10938	.devpor(devpor),
		10939	.combout(\page~1614 ),
		10940	.regout(),
		10941	.cout(),
		10942	.cascout());
		10943	// synopsys translate_off
		10944	defparam \page~1614_I .clock_enable_mode = "false";
		10945	defparam \page~1614_I .lut_mask = "f303";
		10946	defparam \page~1614_I .operation_mode = "normal";
		10947	defparam \page~1614_I .output_mode = "comb_only";
		10948	defparam \page~1614_I .packed_mode = "false";
		10949	// synopsys translate_on
		10950
		10951	// atom is at LC4_A13
		10952	flex10ke_lcell \page~1618_I (
		10953	// Equation(s):
		10954	// \page~1618 = \always0~48 & (p7ffd_int_4 & (ramnrom[1]) # !p7ffd_int_4 & ramnrom[0])
		10955
		10956	.dataa(p7ffd_int_4),
		10957	.datab(ramnrom[0]),
		10958	.datac(ramnrom[1]),
		10959	.datad(\always0~48 ),
		10960	.aclr(gnd),
		10961	.aload(gnd),
		10962	.clk(gnd),
		10963	.cin(gnd),
		10964	.cascin(vcc),
		10965	.devclrn(devclrn),
		10966	.devpor(devpor),
		10967	.combout(\page~1618 ),
		10968	.regout(),
		10969	.cout(),
		10970	.cascout());
		10971	// synopsys translate_off
		10972	defparam \page~1618_I .clock_enable_mode = "false";
		10973	defparam \page~1618_I .lut_mask = "e400";
		10974	defparam \page~1618_I .operation_mode = "normal";
		10975	defparam \page~1618_I .output_mode = "comb_only";
		10976	defparam \page~1618_I .packed_mode = "false";
		10977	// synopsys translate_on
		10978
		10979	// atom is at LC6_B33
		10980	flex10ke_lcell \pages[0][1]~I (
		10981	// Equation(s):
		10982	// \pages[0][1] = DFFEA(!\d[1]~6 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		10983
		10984	.dataa(\ramnrom[0]~64 ),
		10985	.datab(vcc),
		10986	.datac(vcc),
		10987	.datad(d_1),
		10988	.aclr(gnd),
		10989	.aload(gnd),
		10990	.clk(fclk),
		10991	.cin(gnd),
		10992	.cascin(vcc),
		10993	.devclrn(devclrn),
		10994	.devpor(devpor),
		10995	.combout(),
		10996	.regout(\pages[0][1] ),
		10997	.cout(),
		10998	.cascout());
		10999	// synopsys translate_off
		11000	defparam \pages[0][1]~I .clock_enable_mode = "true";
		11001	defparam \pages[0][1]~I .lut_mask = "00ff";
		11002	defparam \pages[0][1]~I .operation_mode = "normal";
		11003	defparam \pages[0][1]~I .output_mode = "reg_only";
		11004	defparam \pages[0][1]~I .packed_mode = "false";
		11005	// synopsys translate_on
		11006
		11007	// atom is at LC4_B33
		11008	flex10ke_lcell \pages[1][1]~I (
		11009	// Equation(s):
		11010	// \pages[1][1] = DFFEA(!\d[1]~6 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		11011
		11012	.dataa(\ramnrom[1]~65 ),
		11013	.datab(vcc),
		11014	.datac(vcc),
		11015	.datad(d_1),
		11016	.aclr(gnd),
		11017	.aload(gnd),
		11018	.clk(fclk),
		11019	.cin(gnd),
		11020	.cascin(vcc),
		11021	.devclrn(devclrn),
		11022	.devpor(devpor),
		11023	.combout(),
		11024	.regout(\pages[1][1] ),
		11025	.cout(),
		11026	.cascout());
		11027	// synopsys translate_off
		11028	defparam \pages[1][1]~I .clock_enable_mode = "true";
		11029	defparam \pages[1][1]~I .lut_mask = "00ff";
		11030	defparam \pages[1][1]~I .operation_mode = "normal";
		11031	defparam \pages[1][1]~I .output_mode = "reg_only";
		11032	defparam \pages[1][1]~I .packed_mode = "false";
		11033	// synopsys translate_on
		11034
		11035	// atom is at LC2_B33
		11036	flex10ke_lcell \page~1617_I (
		11037	// Equation(s):
		11038	// \page~1617 = p7ffd_int_4 & (\pages[1][1] ) # !p7ffd_int_4 & \pages[0][1]
		11039
		11040	.dataa(vcc),
		11041	.datab(p7ffd_int_4),
		11042	.datac(\pages[0][1] ),
		11043	.datad(\pages[1][1] ),
		11044	.aclr(gnd),
		11045	.aload(gnd),
		11046	.clk(gnd),
		11047	.cin(gnd),
		11048	.cascin(vcc),
		11049	.devclrn(devclrn),
		11050	.devpor(devpor),
		11051	.combout(\page~1617 ),
		11052	.regout(),
		11053	.cout(),
		11054	.cascout());
		11055	// synopsys translate_off
		11056	defparam \page~1617_I .clock_enable_mode = "false";
		11057	defparam \page~1617_I .lut_mask = "fc30";
		11058	defparam \page~1617_I .operation_mode = "normal";
		11059	defparam \page~1617_I .output_mode = "comb_only";
		11060	defparam \page~1617_I .packed_mode = "false";
		11061	// synopsys translate_on
		11062
		11063	// atom is at LC8_B33
		11064	flex10ke_lcell \pages[0][2]~I (
		11065	// Equation(s):
		11066	// \pages[0][2] = DFFEA(!\d[2]~5 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		11067
		11068	.dataa(\ramnrom[0]~64 ),
		11069	.datab(vcc),
		11070	.datac(vcc),
		11071	.datad(d_2),
		11072	.aclr(gnd),
		11073	.aload(gnd),
		11074	.clk(fclk),
		11075	.cin(gnd),
		11076	.cascin(vcc),
		11077	.devclrn(devclrn),
		11078	.devpor(devpor),
		11079	.combout(),
		11080	.regout(\pages[0][2] ),
		11081	.cout(),
		11082	.cascout());
		11083	// synopsys translate_off
		11084	defparam \pages[0][2]~I .clock_enable_mode = "true";
		11085	defparam \pages[0][2]~I .lut_mask = "00ff";
		11086	defparam \pages[0][2]~I .operation_mode = "normal";
		11087	defparam \pages[0][2]~I .output_mode = "reg_only";
		11088	defparam \pages[0][2]~I .packed_mode = "false";
		11089	// synopsys translate_on
		11090
		11091	// atom is at LC7_B33
		11092	flex10ke_lcell \pages[1][2]~I (
		11093	// Equation(s):
		11094	// \pages[1][2] = DFFEA(!\d[2]~5 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		11095
		11096	.dataa(\ramnrom[1]~65 ),
		11097	.datab(vcc),
		11098	.datac(vcc),
		11099	.datad(d_2),
		11100	.aclr(gnd),
		11101	.aload(gnd),
		11102	.clk(fclk),
		11103	.cin(gnd),
		11104	.cascin(vcc),
		11105	.devclrn(devclrn),
		11106	.devpor(devpor),
		11107	.combout(),
		11108	.regout(\pages[1][2] ),
		11109	.cout(),
		11110	.cascout());
		11111	// synopsys translate_off
		11112	defparam \pages[1][2]~I .clock_enable_mode = "true";
		11113	defparam \pages[1][2]~I .lut_mask = "00ff";
		11114	defparam \pages[1][2]~I .operation_mode = "normal";
		11115	defparam \pages[1][2]~I .output_mode = "reg_only";
		11116	defparam \pages[1][2]~I .packed_mode = "false";
		11117	// synopsys translate_on
		11118
		11119	// atom is at LC1_B33
		11120	flex10ke_lcell \page~1620_I (
		11121	// Equation(s):
		11122	// \page~1620 = p7ffd_int_4 & (\pages[1][2] ) # !p7ffd_int_4 & \pages[0][2]
		11123
		11124	.dataa(vcc),
		11125	.datab(p7ffd_int_4),
		11126	.datac(\pages[0][2] ),
		11127	.datad(\pages[1][2] ),
		11128	.aclr(gnd),
		11129	.aload(gnd),
		11130	.clk(gnd),
		11131	.cin(gnd),
		11132	.cascin(vcc),
		11133	.devclrn(devclrn),
		11134	.devpor(devpor),
		11135	.combout(\page~1620 ),
		11136	.regout(),
		11137	.cout(),
		11138	.cascout());
		11139	// synopsys translate_off
		11140	defparam \page~1620_I .clock_enable_mode = "false";
		11141	defparam \page~1620_I .lut_mask = "fc30";
		11142	defparam \page~1620_I .operation_mode = "normal";
		11143	defparam \page~1620_I .output_mode = "comb_only";
		11144	defparam \page~1620_I .packed_mode = "false";
		11145	// synopsys translate_on
		11146
		11147	// atom is at LC2_B19
		11148	flex10ke_lcell \page~1623_I (
		11149	// Equation(s):
		11150	// \page~1623 = !peff7_int_2 & \page~1618
		11151
		11152	.dataa(vcc),
		11153	.datab(vcc),
		11154	.datac(peff7_int_2),
		11155	.datad(\page~1618 ),
		11156	.aclr(gnd),
		11157	.aload(gnd),
		11158	.clk(gnd),
		11159	.cin(gnd),
		11160	.cascin(vcc),
		11161	.devclrn(devclrn),
		11162	.devpor(devpor),
		11163	.combout(\page~1623 ),
		11164	.regout(),
		11165	.cout(),
		11166	.cascout());
		11167	// synopsys translate_off
		11168	defparam \page~1623_I .clock_enable_mode = "false";
		11169	defparam \page~1623_I .lut_mask = "0f00";
		11170	defparam \page~1623_I .operation_mode = "normal";
		11171	defparam \page~1623_I .output_mode = "comb_only";
		11172	defparam \page~1623_I .packed_mode = "false";
		11173	// synopsys translate_on
		11174
		11175	// atom is at LC4_B23
		11176	flex10ke_lcell \pages[0][3]~I (
		11177	// Equation(s):
		11178	// \pages[0][3] = DFFEA(!\d[3]~4 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		11179
		11180	.dataa(\ramnrom[0]~64 ),
		11181	.datab(vcc),
		11182	.datac(vcc),
		11183	.datad(d_3),
		11184	.aclr(gnd),
		11185	.aload(gnd),
		11186	.clk(fclk),
		11187	.cin(gnd),
		11188	.cascin(vcc),
		11189	.devclrn(devclrn),
		11190	.devpor(devpor),
		11191	.combout(),
		11192	.regout(\pages[0][3] ),
		11193	.cout(),
		11194	.cascout());
		11195	// synopsys translate_off
		11196	defparam \pages[0][3]~I .clock_enable_mode = "true";
		11197	defparam \pages[0][3]~I .lut_mask = "00ff";
		11198	defparam \pages[0][3]~I .operation_mode = "normal";
		11199	defparam \pages[0][3]~I .output_mode = "reg_only";
		11200	defparam \pages[0][3]~I .packed_mode = "false";
		11201	// synopsys translate_on
		11202
		11203	// atom is at LC3_B23
		11204	flex10ke_lcell \pages[1][3]~I (
		11205	// Equation(s):
		11206	// \pages[1][3] = DFFEA(!\d[3]~4 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		11207
		11208	.dataa(\ramnrom[1]~65 ),
		11209	.datab(vcc),
		11210	.datac(vcc),
		11211	.datad(d_3),
		11212	.aclr(gnd),
		11213	.aload(gnd),
		11214	.clk(fclk),
		11215	.cin(gnd),
		11216	.cascin(vcc),
		11217	.devclrn(devclrn),
		11218	.devpor(devpor),
		11219	.combout(),
		11220	.regout(\pages[1][3] ),
		11221	.cout(),
		11222	.cascout());
		11223	// synopsys translate_off
		11224	defparam \pages[1][3]~I .clock_enable_mode = "true";
		11225	defparam \pages[1][3]~I .lut_mask = "00ff";
		11226	defparam \pages[1][3]~I .operation_mode = "normal";
		11227	defparam \pages[1][3]~I .output_mode = "reg_only";
		11228	defparam \pages[1][3]~I .packed_mode = "false";
		11229	// synopsys translate_on
		11230
		11231	// atom is at LC1_B23
		11232	flex10ke_lcell \page~1622_I (
		11233	// Equation(s):
		11234	// \page~1622 = p7ffd_int_4 & (\pages[1][3] ) # !p7ffd_int_4 & \pages[0][3]
		11235
		11236	.dataa(vcc),
		11237	.datab(p7ffd_int_4),
		11238	.datac(\pages[0][3] ),
		11239	.datad(\pages[1][3] ),
		11240	.aclr(gnd),
		11241	.aload(gnd),
		11242	.clk(gnd),
		11243	.cin(gnd),
		11244	.cascin(vcc),
		11245	.devclrn(devclrn),
		11246	.devpor(devpor),
		11247	.combout(\page~1622 ),
		11248	.regout(),
		11249	.cout(),
		11250	.cascout());
		11251	// synopsys translate_off
		11252	defparam \page~1622_I .clock_enable_mode = "false";
		11253	defparam \page~1622_I .lut_mask = "fc30";
		11254	defparam \page~1622_I .operation_mode = "normal";
		11255	defparam \page~1622_I .output_mode = "comb_only";
		11256	defparam \page~1622_I .packed_mode = "false";
		11257	// synopsys translate_on
		11258
		11259	// atom is at LC8_A29
		11260	flex10ke_lcell \pages[0][4]~I (
		11261	// Equation(s):
		11262	// \pages[0][4] = DFFEA(!\d[4]~3 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		11263
		11264	.dataa(\ramnrom[0]~64 ),
		11265	.datab(vcc),
		11266	.datac(vcc),
		11267	.datad(d_4),
		11268	.aclr(gnd),
		11269	.aload(gnd),
		11270	.clk(fclk),
		11271	.cin(gnd),
		11272	.cascin(vcc),
		11273	.devclrn(devclrn),
		11274	.devpor(devpor),
		11275	.combout(),
		11276	.regout(\pages[0][4] ),
		11277	.cout(),
		11278	.cascout());
		11279	// synopsys translate_off
		11280	defparam \pages[0][4]~I .clock_enable_mode = "true";
		11281	defparam \pages[0][4]~I .lut_mask = "00ff";
		11282	defparam \pages[0][4]~I .operation_mode = "normal";
		11283	defparam \pages[0][4]~I .output_mode = "reg_only";
		11284	defparam \pages[0][4]~I .packed_mode = "false";
		11285	// synopsys translate_on
		11286
		11287	// atom is at LC7_A29
		11288	flex10ke_lcell \pages[1][4]~I (
		11289	// Equation(s):
		11290	// \pages[1][4] = DFFEA(!\d[4]~3 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		11291
		11292	.dataa(\ramnrom[1]~65 ),
		11293	.datab(vcc),
		11294	.datac(vcc),
		11295	.datad(d_4),
		11296	.aclr(gnd),
		11297	.aload(gnd),
		11298	.clk(fclk),
		11299	.cin(gnd),
		11300	.cascin(vcc),
		11301	.devclrn(devclrn),
		11302	.devpor(devpor),
		11303	.combout(),
		11304	.regout(\pages[1][4] ),
		11305	.cout(),
		11306	.cascout());
		11307	// synopsys translate_off
		11308	defparam \pages[1][4]~I .clock_enable_mode = "true";
		11309	defparam \pages[1][4]~I .lut_mask = "00ff";
		11310	defparam \pages[1][4]~I .operation_mode = "normal";
		11311	defparam \pages[1][4]~I .output_mode = "reg_only";
		11312	defparam \pages[1][4]~I .packed_mode = "false";
		11313	// synopsys translate_on
		11314
		11315	// atom is at LC1_A29
		11316	flex10ke_lcell \page~1625_I (
		11317	// Equation(s):
		11318	// \page~1625 = p7ffd_int_4 & (\pages[1][4] ) # !p7ffd_int_4 & \pages[0][4]
		11319
		11320	.dataa(vcc),
		11321	.datab(p7ffd_int_4),
		11322	.datac(\pages[0][4] ),
		11323	.datad(\pages[1][4] ),
		11324	.aclr(gnd),
		11325	.aload(gnd),
		11326	.clk(gnd),
		11327	.cin(gnd),
		11328	.cascin(vcc),
		11329	.devclrn(devclrn),
		11330	.devpor(devpor),
		11331	.combout(\page~1625 ),
		11332	.regout(),
		11333	.cout(),
		11334	.cascout());
		11335	// synopsys translate_off
		11336	defparam \page~1625_I .clock_enable_mode = "false";
		11337	defparam \page~1625_I .lut_mask = "fc30";
		11338	defparam \page~1625_I .operation_mode = "normal";
		11339	defparam \page~1625_I .output_mode = "comb_only";
		11340	defparam \page~1625_I .packed_mode = "false";
		11341	// synopsys translate_on
		11342
		11343	// atom is at LC4_A8
		11344	flex10ke_lcell \stall_count[0]~I (
		11345	// Equation(s):
		11346	// stall_count[0] = DFFEA(dos_exec_stb1 # stall_count[0] $ stall_count_2, GLOBAL(\fclk~dataout ), , , , , )
		11347
		11348	.dataa(vcc),
		11349	.datab(stall_count[0]),
		11350	.datac(stall_count_2),
		11351	.datad(dos_exec_stb1),
		11352	.aclr(gnd),
		11353	.aload(gnd),
		11354	.clk(fclk),
		11355	.cin(gnd),
		11356	.cascin(vcc),
		11357	.devclrn(devclrn),
		11358	.devpor(devpor),
		11359	.combout(),
		11360	.regout(stall_count[0]),
		11361	.cout(),
		11362	.cascout());
		11363	// synopsys translate_off
		11364	defparam \stall_count[0]~I .clock_enable_mode = "false";
		11365	defparam \stall_count[0]~I .lut_mask = "ff3c";
		11366	defparam \stall_count[0]~I .operation_mode = "normal";
		11367	defparam \stall_count[0]~I .output_mode = "reg_only";
		11368	defparam \stall_count[0]~I .packed_mode = "false";
		11369	// synopsys translate_on
		11370
		11371	// atom is at LC5_A8
		11372	flex10ke_lcell \stall_count[1]~39_I (
		11373	// Equation(s):
		11374	// \stall_count[1]~39 = !dos_exec_stb1
		11375
		11376	.dataa(vcc),
		11377	.datab(vcc),
		11378	.datac(vcc),
		11379	.datad(dos_exec_stb1),
		11380	.aclr(gnd),
		11381	.aload(gnd),
		11382	.clk(gnd),
		11383	.cin(gnd),
		11384	.cascin(vcc),
		11385	.devclrn(devclrn),
		11386	.devpor(devpor),
		11387	.combout(\stall_count[1]~39 ),
		11388	.regout(),
		11389	.cout(),
		11390	.cascout());
		11391	// synopsys translate_off
		11392	defparam \stall_count[1]~39_I .clock_enable_mode = "false";
		11393	defparam \stall_count[1]~39_I .lut_mask = "00ff";
		11394	defparam \stall_count[1]~39_I .operation_mode = "normal";
		11395	defparam \stall_count[1]~39_I .output_mode = "comb_only";
		11396	defparam \stall_count[1]~39_I .packed_mode = "false";
		11397	// synopsys translate_on
		11398
		11399	// atom is at LC3_A8
		11400	flex10ke_lcell \stall_count[1]~I (
		11401	// Equation(s):
		11402	// stall_count[1] = DFFEA(stall_count[1] $ (stall_count[0] & stall_count_2), GLOBAL(\fclk~dataout ), , , \stall_count[1]~39 , , )
		11403
		11404	.dataa(\stall_count[1]~39 ),
		11405	.datab(stall_count[0]),
		11406	.datac(stall_count_2),
		11407	.datad(stall_count[1]),
		11408	.aclr(gnd),
		11409	.aload(gnd),
		11410	.clk(fclk),
		11411	.cin(gnd),
		11412	.cascin(vcc),
		11413	.devclrn(devclrn),
		11414	.devpor(devpor),
		11415	.combout(),
		11416	.regout(stall_count[1]),
		11417	.cout(),
		11418	.cascout());
		11419	// synopsys translate_off
		11420	defparam \stall_count[1]~I .clock_enable_mode = "true";
		11421	defparam \stall_count[1]~I .lut_mask = "3fc0";
		11422	defparam \stall_count[1]~I .operation_mode = "normal";
		11423	defparam \stall_count[1]~I .output_mode = "reg_only";
		11424	defparam \stall_count[1]~I .packed_mode = "false";
		11425	// synopsys translate_on
		11426
		11427	// atom is at LC6_B23
		11428	flex10ke_lcell \pages[0][5]~I (
		11429	// Equation(s):
		11430	// \pages[0][5] = DFFEA(!\d[5]~2 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		11431
		11432	.dataa(\ramnrom[0]~64 ),
		11433	.datab(vcc),
		11434	.datac(vcc),
		11435	.datad(d_5),
		11436	.aclr(gnd),
		11437	.aload(gnd),
		11438	.clk(fclk),
		11439	.cin(gnd),
		11440	.cascin(vcc),
		11441	.devclrn(devclrn),
		11442	.devpor(devpor),
		11443	.combout(),
		11444	.regout(\pages[0][5] ),
		11445	.cout(),
		11446	.cascout());
		11447	// synopsys translate_off
		11448	defparam \pages[0][5]~I .clock_enable_mode = "true";
		11449	defparam \pages[0][5]~I .lut_mask = "00ff";
		11450	defparam \pages[0][5]~I .operation_mode = "normal";
		11451	defparam \pages[0][5]~I .output_mode = "reg_only";
		11452	defparam \pages[0][5]~I .packed_mode = "false";
		11453	// synopsys translate_on
		11454
		11455	// atom is at LC5_B23
		11456	flex10ke_lcell \pages[1][5]~I (
		11457	// Equation(s):
		11458	// \pages[1][5] = DFFEA(!\d[5]~2 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		11459
		11460	.dataa(\ramnrom[1]~65 ),
		11461	.datab(vcc),
		11462	.datac(vcc),
		11463	.datad(d_5),
		11464	.aclr(gnd),
		11465	.aload(gnd),
		11466	.clk(fclk),
		11467	.cin(gnd),
		11468	.cascin(vcc),
		11469	.devclrn(devclrn),
		11470	.devpor(devpor),
		11471	.combout(),
		11472	.regout(\pages[1][5] ),
		11473	.cout(),
		11474	.cascout());
		11475	// synopsys translate_off
		11476	defparam \pages[1][5]~I .clock_enable_mode = "true";
		11477	defparam \pages[1][5]~I .lut_mask = "00ff";
		11478	defparam \pages[1][5]~I .operation_mode = "normal";
		11479	defparam \pages[1][5]~I .output_mode = "reg_only";
		11480	defparam \pages[1][5]~I .packed_mode = "false";
		11481	// synopsys translate_on
		11482
		11483	// atom is at LC2_B23
		11484	flex10ke_lcell \page~1627_I (
		11485	// Equation(s):
		11486	// \page~1627 = p7ffd_int_4 & (\pages[1][5] ) # !p7ffd_int_4 & \pages[0][5]
		11487
		11488	.dataa(vcc),
		11489	.datab(p7ffd_int_4),
		11490	.datac(\pages[0][5] ),
		11491	.datad(\pages[1][5] ),
		11492	.aclr(gnd),
		11493	.aload(gnd),
		11494	.clk(gnd),
		11495	.cin(gnd),
		11496	.cascin(vcc),
		11497	.devclrn(devclrn),
		11498	.devpor(devpor),
		11499	.combout(\page~1627 ),
		11500	.regout(),
		11501	.cout(),
		11502	.cascout());
		11503	// synopsys translate_off
		11504	defparam \page~1627_I .clock_enable_mode = "false";
		11505	defparam \page~1627_I .lut_mask = "fc30";
		11506	defparam \page~1627_I .operation_mode = "normal";
		11507	defparam \page~1627_I .output_mode = "comb_only";
		11508	defparam \page~1627_I .packed_mode = "false";
		11509	// synopsys translate_on
		11510
		11511	// atom is at LC3_A27
		11512	flex10ke_lcell \pages[0][6]~I (
		11513	// Equation(s):
		11514	// \pages[0][6] = DFFEA(!\d[6]~1 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		11515
		11516	.dataa(\ramnrom[0]~64 ),
		11517	.datab(vcc),
		11518	.datac(d_6),
		11519	.datad(a_11),
		11520	.aclr(gnd),
		11521	.aload(gnd),
		11522	.clk(fclk),
		11523	.cin(gnd),
		11524	.cascin(vcc),
		11525	.devclrn(devclrn),
		11526	.devpor(devpor),
		11527	.combout(),
		11528	.regout(\pages[0][6] ),
		11529	.cout(),
		11530	.cascout());
		11531	// synopsys translate_off
		11532	defparam \pages[0][6]~I .clock_enable_mode = "true";
		11533	defparam \pages[0][6]~I .lut_mask = "000f";
		11534	defparam \pages[0][6]~I .operation_mode = "normal";
		11535	defparam \pages[0][6]~I .output_mode = "reg_only";
		11536	defparam \pages[0][6]~I .packed_mode = "false";
		11537	// synopsys translate_on
		11538
		11539	// atom is at LC2_A27
		11540	flex10ke_lcell \pages[1][6]~I (
		11541	// Equation(s):
		11542	// \pages[1][6] = DFFEA(!\d[6]~1 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		11543
		11544	.dataa(\ramnrom[1]~65 ),
		11545	.datab(vcc),
		11546	.datac(d_6),
		11547	.datad(a_11),
		11548	.aclr(gnd),
		11549	.aload(gnd),
		11550	.clk(fclk),
		11551	.cin(gnd),
		11552	.cascin(vcc),
		11553	.devclrn(devclrn),
		11554	.devpor(devpor),
		11555	.combout(),
		11556	.regout(\pages[1][6] ),
		11557	.cout(),
		11558	.cascout());
		11559	// synopsys translate_off
		11560	defparam \pages[1][6]~I .clock_enable_mode = "true";
		11561	defparam \pages[1][6]~I .lut_mask = "000f";
		11562	defparam \pages[1][6]~I .operation_mode = "normal";
		11563	defparam \pages[1][6]~I .output_mode = "reg_only";
		11564	defparam \pages[1][6]~I .packed_mode = "false";
		11565	// synopsys translate_on
		11566
		11567	// atom is at LC7_A27
		11568	flex10ke_lcell \pages[0][7]~I (
		11569	// Equation(s):
		11570	// \pages[0][7] = DFFEA(!\d[7]~0 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[0]~64 , , )
		11571
		11572	.dataa(\ramnrom[0]~64 ),
		11573	.datab(vcc),
		11574	.datac(d_7),
		11575	.datad(a_11),
		11576	.aclr(gnd),
		11577	.aload(gnd),
		11578	.clk(fclk),
		11579	.cin(gnd),
		11580	.cascin(vcc),
		11581	.devclrn(devclrn),
		11582	.devpor(devpor),
		11583	.combout(),
		11584	.regout(\pages[0][7] ),
		11585	.cout(),
		11586	.cascout());
		11587	// synopsys translate_off
		11588	defparam \pages[0][7]~I .clock_enable_mode = "true";
		11589	defparam \pages[0][7]~I .lut_mask = "000f";
		11590	defparam \pages[0][7]~I .operation_mode = "normal";
		11591	defparam \pages[0][7]~I .output_mode = "reg_only";
		11592	defparam \pages[0][7]~I .packed_mode = "false";
		11593	// synopsys translate_on
		11594
		11595	// atom is at LC5_A27
		11596	flex10ke_lcell \pages[1][7]~I (
		11597	// Equation(s):
		11598	// \pages[1][7] = DFFEA(!\d[7]~0 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[1]~65 , , )
		11599
		11600	.dataa(\ramnrom[1]~65 ),
		11601	.datab(vcc),
		11602	.datac(d_7),
		11603	.datad(a_11),
		11604	.aclr(gnd),
		11605	.aload(gnd),
		11606	.clk(fclk),
		11607	.cin(gnd),
		11608	.cascin(vcc),
		11609	.devclrn(devclrn),
		11610	.devpor(devpor),
		11611	.combout(),
		11612	.regout(\pages[1][7] ),
		11613	.cout(),
		11614	.cascout());
		11615	// synopsys translate_off
		11616	defparam \pages[1][7]~I .clock_enable_mode = "true";
		11617	defparam \pages[1][7]~I .lut_mask = "000f";
		11618	defparam \pages[1][7]~I .operation_mode = "normal";
		11619	defparam \pages[1][7]~I .output_mode = "reg_only";
		11620	defparam \pages[1][7]~I .packed_mode = "false";
		11621	// synopsys translate_on
		11622
		11623	endmodule
		11624
		11625	module atm_pager_3 (
		11626	romnram,
		11627	page_0,
		11628	page_1,
		11629	page_2,
		11630	page_3,
		11631	page_4,
		11632	dos,
		11633	p7ffd_int_4,
		11634	atm_pen,
		11635	p7ffd_int_0,
		11636	p7ffd_int_1,
		11637	p7ffd_int_2,
		11638	p7ffd_int_5,
		11639	peff7_int_2,
		11640	p7ffd_int_6,
		11641	stall_count_2,
		11642	atmF7_wr_fclk,
		11643	dos_7ffd_0,
		11644	dos_exec_stb,
		11645	pre_bc1,
		11646	dos_exec_stb1,
		11647	dos_turn_off,
		11648	page_5,
		11649	page_6,
		11650	page_7,
		11651	p7ffd_int_7,
		11652	a_14,
		11653	a_15,
		11654	fclk,
		11655	a_11,
		11656	d_0,
		11657	d_1,
		11658	d_2,
		11659	d_3,
		11660	d_4,
		11661	d_5,
		11662	d_6,
		11663	d_7,
		11664	devpor,
		11665	devclrn,
		11666	devoe);
		11667	output romnram;
		11668	output page_0;
		11669	output page_1;
		11670	output page_2;
		11671	output page_3;
		11672	output page_4;
		11673	input dos;
		11674	input p7ffd_int_4;
		11675	input atm_pen;
		11676	input p7ffd_int_0;
		11677	input p7ffd_int_1;
		11678	input p7ffd_int_2;
		11679	input p7ffd_int_5;
		11680	input peff7_int_2;
		11681	input p7ffd_int_6;
		11682	output stall_count_2;
		11683	input atmF7_wr_fclk;
		11684	input dos_7ffd_0;
		11685	input dos_exec_stb;
		11686	input pre_bc1;
		11687	output dos_exec_stb1;
		11688	output dos_turn_off;
		11689	output page_5;
		11690	output page_6;
		11691	output page_7;
		11692	input p7ffd_int_7;
		11693	input a_14;
		11694	input a_15;
		11695	input fclk;
		11696	input a_11;
		11697	input d_0;
		11698	input d_1;
		11699	input d_2;
		11700	input d_3;
		11701	input d_4;
		11702	input d_5;
		11703	input d_6;
		11704	input d_7;
		11705	input devpor;
		11706	input devclrn;
		11707	input devoe;
		11708
		11709	wire gnd = 1'b0;
		11710	wire vcc = 1'b1;
		11711
		11712	wire \dos_7ffd[1]~58 ;
		11713	wire \dos_7ffd[0]~59 ;
		11714	wire \ramnrom[1]~64 ;
		11715	wire \ramnrom[0]~63 ;
		11716	wire \always0~48 ;
		11717	wire \pages[0][0] ;
		11718	wire \pages[1][0] ;
		11719	wire \page~1597 ;
		11720	wire \always0~47 ;
		11721	wire \page~1596 ;
		11722	wire \page~1600 ;
		11723	wire \pages[0][1] ;
		11724	wire \pages[1][1] ;
		11725	wire \page~1599 ;
		11726	wire \pages[0][2] ;
		11727	wire \pages[1][2] ;
		11728	wire \page~1602 ;
		11729	wire \page~1605 ;
		11730	wire \pages[0][3] ;
		11731	wire \pages[1][3] ;
		11732	wire \page~1604 ;
		11733	wire \pages[0][4] ;
		11734	wire \pages[1][4] ;
		11735	wire \page~1607 ;
		11736	wire \stall_count[1]~39 ;
		11737	wire \pages[0][5] ;
		11738	wire \pages[1][5] ;
		11739	wire \page~1609 ;
		11740	wire \pages[0][6] ;
		11741	wire \pages[1][6] ;
		11742	wire \pages[0][7] ;
		11743	wire \pages[1][7] ;
		11744	wire [1:0] dos_7ffd;
		11745	wire [1:0] ramnrom;
		11746	wire [2:0] stall_count;
		11747
		11748
		11749	// atom is at LC8_A16
		11750	flex10ke_lcell \dos_7ffd[1]~58_I (
		11751	// Equation(s):
		11752	// \dos_7ffd[1]~58 = \a~dataout [15] & \a~dataout [14] & dos_7ffd_0 & p7ffd_int_4
		11753
		11754	.dataa(a_15),
		11755	.datab(a_14),
		11756	.datac(dos_7ffd_0),
		11757	.datad(p7ffd_int_4),
		11758	.aclr(gnd),
		11759	.aload(gnd),
		11760	.clk(gnd),
		11761	.cin(gnd),
		11762	.cascin(vcc),
		11763	.devclrn(devclrn),
		11764	.devpor(devpor),
		11765	.combout(\dos_7ffd[1]~58 ),
		11766	.regout(),
		11767	.cout(),
		11768	.cascout());
		11769	// synopsys translate_off
		11770	defparam \dos_7ffd[1]~58_I .clock_enable_mode = "false";
		11771	defparam \dos_7ffd[1]~58_I .lut_mask = "8000";
		11772	defparam \dos_7ffd[1]~58_I .operation_mode = "normal";
		11773	defparam \dos_7ffd[1]~58_I .output_mode = "comb_only";
		11774	defparam \dos_7ffd[1]~58_I .packed_mode = "false";
		11775	// synopsys translate_on
		11776
		11777	// atom is at LC8_A11
		11778	flex10ke_lcell \dos_7ffd[0]~59_I (
		11779	// Equation(s):
		11780	// \dos_7ffd[0]~59 = !p7ffd_int_4 & \a~dataout [15] & \a~dataout [14] & dos_7ffd_0
		11781
		11782	.dataa(p7ffd_int_4),
		11783	.datab(a_15),
		11784	.datac(a_14),
		11785	.datad(dos_7ffd_0),
		11786	.aclr(gnd),
		11787	.aload(gnd),
		11788	.clk(gnd),
		11789	.cin(gnd),
		11790	.cascin(vcc),
		11791	.devclrn(devclrn),
		11792	.devpor(devpor),
		11793	.combout(\dos_7ffd[0]~59 ),
		11794	.regout(),
		11795	.cout(),
		11796	.cascout());
		11797	// synopsys translate_off
		11798	defparam \dos_7ffd[0]~59_I .clock_enable_mode = "false";
		11799	defparam \dos_7ffd[0]~59_I .lut_mask = "4000";
		11800	defparam \dos_7ffd[0]~59_I .operation_mode = "normal";
		11801	defparam \dos_7ffd[0]~59_I .output_mode = "comb_only";
		11802	defparam \dos_7ffd[0]~59_I .packed_mode = "false";
		11803	// synopsys translate_on
		11804
		11805	// atom is at LC3_A10
		11806	flex10ke_lcell \romnram~I (
		11807	// Equation(s):
		11808	// romnram = DFFEA(p7ffd_int_4 & !ramnrom[1] # !p7ffd_int_4 & (!ramnrom[0]) # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		11809
		11810	.dataa(atm_pen),
		11811	.datab(ramnrom[1]),
		11812	.datac(ramnrom[0]),
		11813	.datad(p7ffd_int_4),
		11814	.aclr(gnd),
		11815	.aload(gnd),
		11816	.clk(fclk),
		11817	.cin(gnd),
		11818	.cascin(vcc),
		11819	.devclrn(devclrn),
		11820	.devpor(devpor),
		11821	.combout(),
		11822	.regout(romnram),
		11823	.cout(),
		11824	.cascout());
		11825	// synopsys translate_off
		11826	defparam \romnram~I .clock_enable_mode = "false";
		11827	defparam \romnram~I .lut_mask = "775f";
		11828	defparam \romnram~I .operation_mode = "normal";
		11829	defparam \romnram~I .output_mode = "reg_only";
		11830	defparam \romnram~I .packed_mode = "false";
		11831	// synopsys translate_on
		11832
		11833	// atom is at LC4_A10
		11834	flex10ke_lcell \page[0]~I (
		11835	// Equation(s):
		11836	// page_0 = DFFEA(\always0~48 & (\page~1596 ) # !\always0~48 & \page~1597 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		11837
		11838	.dataa(atm_pen),
		11839	.datab(\always0~48 ),
		11840	.datac(\page~1597 ),
		11841	.datad(\page~1596 ),
		11842	.aclr(gnd),
		11843	.aload(gnd),
		11844	.clk(fclk),
		11845	.cin(gnd),
		11846	.cascin(vcc),
		11847	.devclrn(devclrn),
		11848	.devpor(devpor),
		11849	.combout(),
		11850	.regout(page_0),
		11851	.cout(),
		11852	.cascout());
		11853	// synopsys translate_off
		11854	defparam \page[0]~I .clock_enable_mode = "false";
		11855	defparam \page[0]~I .lut_mask = "fd75";
		11856	defparam \page[0]~I .operation_mode = "normal";
		11857	defparam \page[0]~I .output_mode = "reg_only";
		11858	defparam \page[0]~I .packed_mode = "false";
		11859	// synopsys translate_on
		11860
		11861	// atom is at LC8_B4
		11862	flex10ke_lcell \page[1]~I (
		11863	// Equation(s):
		11864	// page_1 = DFFEA(\page~1600 & (p7ffd_int_1) # !\page~1600 & \page~1599 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		11865
		11866	.dataa(atm_pen),
		11867	.datab(\page~1600 ),
		11868	.datac(\page~1599 ),
		11869	.datad(p7ffd_int_1),
		11870	.aclr(gnd),
		11871	.aload(gnd),
		11872	.clk(fclk),
		11873	.cin(gnd),
		11874	.cascin(vcc),
		11875	.devclrn(devclrn),
		11876	.devpor(devpor),
		11877	.combout(),
		11878	.regout(page_1),
		11879	.cout(),
		11880	.cascout());
		11881	// synopsys translate_off
		11882	defparam \page[1]~I .clock_enable_mode = "false";
		11883	defparam \page[1]~I .lut_mask = "fd75";
		11884	defparam \page[1]~I .operation_mode = "normal";
		11885	defparam \page[1]~I .output_mode = "reg_only";
		11886	defparam \page[1]~I .packed_mode = "false";
		11887	// synopsys translate_on
		11888
		11889	// atom is at LC3_B4
		11890	flex10ke_lcell \page[2]~I (
		11891	// Equation(s):
		11892	// page_2 = DFFEA(\page~1600 & (p7ffd_int_2) # !\page~1600 & \page~1602 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		11893
		11894	.dataa(atm_pen),
		11895	.datab(\page~1600 ),
		11896	.datac(\page~1602 ),
		11897	.datad(p7ffd_int_2),
		11898	.aclr(gnd),
		11899	.aload(gnd),
		11900	.clk(fclk),
		11901	.cin(gnd),
		11902	.cascin(vcc),
		11903	.devclrn(devclrn),
		11904	.devpor(devpor),
		11905	.combout(),
		11906	.regout(page_2),
		11907	.cout(),
		11908	.cascout());
		11909	// synopsys translate_off
		11910	defparam \page[2]~I .clock_enable_mode = "false";
		11911	defparam \page[2]~I .lut_mask = "fd75";
		11912	defparam \page[2]~I .operation_mode = "normal";
		11913	defparam \page[2]~I .output_mode = "reg_only";
		11914	defparam \page[2]~I .packed_mode = "false";
		11915	// synopsys translate_on
		11916
		11917	// atom is at LC4_B6
		11918	flex10ke_lcell \page[3]~I (
		11919	// Equation(s):
		11920	// page_3 = DFFEA(\page~1605 & (p7ffd_int_5) # !\page~1605 & \page~1604 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		11921
		11922	.dataa(atm_pen),
		11923	.datab(\page~1605 ),
		11924	.datac(\page~1604 ),
		11925	.datad(p7ffd_int_5),
		11926	.aclr(gnd),
		11927	.aload(gnd),
		11928	.clk(fclk),
		11929	.cin(gnd),
		11930	.cascin(vcc),
		11931	.devclrn(devclrn),
		11932	.devpor(devpor),
		11933	.combout(),
		11934	.regout(page_3),
		11935	.cout(),
		11936	.cascout());
		11937	// synopsys translate_off
		11938	defparam \page[3]~I .clock_enable_mode = "false";
		11939	defparam \page[3]~I .lut_mask = "fd75";
		11940	defparam \page[3]~I .operation_mode = "normal";
		11941	defparam \page[3]~I .output_mode = "reg_only";
		11942	defparam \page[3]~I .packed_mode = "false";
		11943	// synopsys translate_on
		11944
		11945	// atom is at LC5_B6
		11946	flex10ke_lcell \page[4]~I (
		11947	// Equation(s):
		11948	// page_4 = DFFEA(\page~1605 & (p7ffd_int_6) # !\page~1605 & \page~1607 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		11949
		11950	.dataa(atm_pen),
		11951	.datab(\page~1605 ),
		11952	.datac(\page~1607 ),
		11953	.datad(p7ffd_int_6),
		11954	.aclr(gnd),
		11955	.aload(gnd),
		11956	.clk(fclk),
		11957	.cin(gnd),
		11958	.cascin(vcc),
		11959	.devclrn(devclrn),
		11960	.devpor(devpor),
		11961	.combout(),
		11962	.regout(page_4),
		11963	.cout(),
		11964	.cascout());
		11965	// synopsys translate_off
		11966	defparam \page[4]~I .clock_enable_mode = "false";
		11967	defparam \page[4]~I .lut_mask = "fd75";
		11968	defparam \page[4]~I .operation_mode = "normal";
		11969	defparam \page[4]~I .output_mode = "reg_only";
		11970	defparam \page[4]~I .packed_mode = "false";
		11971	// synopsys translate_on
		11972
		11973	// atom is at LC1_A6
		11974	flex10ke_lcell \stall_count[2]~I (
		11975	// Equation(s):
		11976	// stall_count_2 = DFFEA(dos_exec_stb1 # stall_count_2 & (!stall_count[1] # !stall_count[0]), GLOBAL(\fclk~dataout ), , , , , )
		11977
		11978	.dataa(stall_count[0]),
		11979	.datab(stall_count[1]),
		11980	.datac(stall_count_2),
		11981	.datad(dos_exec_stb1),
		11982	.aclr(gnd),
		11983	.aload(gnd),
		11984	.clk(fclk),
		11985	.cin(gnd),
		11986	.cascin(vcc),
		11987	.devclrn(devclrn),
		11988	.devpor(devpor),
		11989	.combout(),
		11990	.regout(stall_count_2),
		11991	.cout(),
		11992	.cascout());
		11993	// synopsys translate_off
		11994	defparam \stall_count[2]~I .clock_enable_mode = "false";
		11995	defparam \stall_count[2]~I .lut_mask = "ff70";
		11996	defparam \stall_count[2]~I .operation_mode = "normal";
		11997	defparam \stall_count[2]~I .output_mode = "reg_only";
		11998	defparam \stall_count[2]~I .packed_mode = "false";
		11999	// synopsys translate_on
		12000
		12001	// atom is at LC5_A2
		12002	flex10ke_lcell \dos_exec_stb~67_I (
		12003	// Equation(s):
		12004	// dos_exec_stb1 = !ramnrom[1] & dos_7ffd[1] & pre_bc1 & dos_exec_stb
		12005
		12006	.dataa(ramnrom[1]),
		12007	.datab(dos_7ffd[1]),
		12008	.datac(pre_bc1),
		12009	.datad(dos_exec_stb),
		12010	.aclr(gnd),
		12011	.aload(gnd),
		12012	.clk(gnd),
		12013	.cin(gnd),
		12014	.cascin(vcc),
		12015	.devclrn(devclrn),
		12016	.devpor(devpor),
		12017	.combout(dos_exec_stb1),
		12018	.regout(),
		12019	.cout(),
		12020	.cascout());
		12021	// synopsys translate_off
		12022	defparam \dos_exec_stb~67_I .clock_enable_mode = "false";
		12023	defparam \dos_exec_stb~67_I .lut_mask = "4000";
		12024	defparam \dos_exec_stb~67_I .operation_mode = "normal";
		12025	defparam \dos_exec_stb~67_I .output_mode = "comb_only";
		12026	defparam \dos_exec_stb~67_I .packed_mode = "false";
		12027	// synopsys translate_on
		12028
		12029	// atom is at LC2_A7
		12030	flex10ke_lcell \dos_turn_off~39_I (
		12031	// Equation(s):
		12032	// dos_turn_off = \a~dataout [15] & \a~dataout [14] & \always0~47
		12033
		12034	.dataa(vcc),
		12035	.datab(a_15),
		12036	.datac(a_14),
		12037	.datad(\always0~47 ),
		12038	.aclr(gnd),
		12039	.aload(gnd),
		12040	.clk(gnd),
		12041	.cin(gnd),
		12042	.cascin(vcc),
		12043	.devclrn(devclrn),
		12044	.devpor(devpor),
		12045	.combout(dos_turn_off),
		12046	.regout(),
		12047	.cout(),
		12048	.cascout());
		12049	// synopsys translate_off
		12050	defparam \dos_turn_off~39_I .clock_enable_mode = "false";
		12051	defparam \dos_turn_off~39_I .lut_mask = "c000";
		12052	defparam \dos_turn_off~39_I .operation_mode = "normal";
		12053	defparam \dos_turn_off~39_I .output_mode = "comb_only";
		12054	defparam \dos_turn_off~39_I .packed_mode = "false";
		12055	// synopsys translate_on
		12056
		12057	// atom is at LC8_B6
		12058	flex10ke_lcell \page[5]~I (
		12059	// Equation(s):
		12060	// page_5 = DFFEA(\page~1605 & (p7ffd_int_7) # !\page~1605 & \page~1609 # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		12061
		12062	.dataa(atm_pen),
		12063	.datab(\page~1605 ),
		12064	.datac(\page~1609 ),
		12065	.datad(p7ffd_int_7),
		12066	.aclr(gnd),
		12067	.aload(gnd),
		12068	.clk(fclk),
		12069	.cin(gnd),
		12070	.cascin(vcc),
		12071	.devclrn(devclrn),
		12072	.devpor(devpor),
		12073	.combout(),
		12074	.regout(page_5),
		12075	.cout(),
		12076	.cascout());
		12077	// synopsys translate_off
		12078	defparam \page[5]~I .clock_enable_mode = "false";
		12079	defparam \page[5]~I .lut_mask = "fd75";
		12080	defparam \page[5]~I .operation_mode = "normal";
		12081	defparam \page[5]~I .output_mode = "reg_only";
		12082	defparam \page[5]~I .packed_mode = "false";
		12083	// synopsys translate_on
		12084
		12085	// atom is at LC2_D21
		12086	flex10ke_lcell \page[6]~I (
		12087	// Equation(s):
		12088	// page_6 = DFFEA(p7ffd_int_4 & (\pages[1][6] ) # !p7ffd_int_4 & \pages[0][6] # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		12089
		12090	.dataa(atm_pen),
		12091	.datab(p7ffd_int_4),
		12092	.datac(\pages[0][6] ),
		12093	.datad(\pages[1][6] ),
		12094	.aclr(gnd),
		12095	.aload(gnd),
		12096	.clk(fclk),
		12097	.cin(gnd),
		12098	.cascin(vcc),
		12099	.devclrn(devclrn),
		12100	.devpor(devpor),
		12101	.combout(),
		12102	.regout(page_6),
		12103	.cout(),
		12104	.cascout());
		12105	// synopsys translate_off
		12106	defparam \page[6]~I .clock_enable_mode = "false";
		12107	defparam \page[6]~I .lut_mask = "fd75";
		12108	defparam \page[6]~I .operation_mode = "normal";
		12109	defparam \page[6]~I .output_mode = "reg_only";
		12110	defparam \page[6]~I .packed_mode = "false";
		12111	// synopsys translate_on
		12112
		12113	// atom is at LC5_D21
		12114	flex10ke_lcell \page[7]~I (
		12115	// Equation(s):
		12116	// page_7 = DFFEA(p7ffd_int_4 & (\pages[1][7] ) # !p7ffd_int_4 & \pages[0][7] # !atm_pen, GLOBAL(\fclk~dataout ), , , , , )
		12117
		12118	.dataa(atm_pen),
		12119	.datab(p7ffd_int_4),
		12120	.datac(\pages[0][7] ),
		12121	.datad(\pages[1][7] ),
		12122	.aclr(gnd),
		12123	.aload(gnd),
		12124	.clk(fclk),
		12125	.cin(gnd),
		12126	.cascin(vcc),
		12127	.devclrn(devclrn),
		12128	.devpor(devpor),
		12129	.combout(),
		12130	.regout(page_7),
		12131	.cout(),
		12132	.cascout());
		12133	// synopsys translate_off
		12134	defparam \page[7]~I .clock_enable_mode = "false";
		12135	defparam \page[7]~I .lut_mask = "fd75";
		12136	defparam \page[7]~I .operation_mode = "normal";
		12137	defparam \page[7]~I .output_mode = "reg_only";
		12138	defparam \page[7]~I .packed_mode = "false";
		12139	// synopsys translate_on
		12140
		12141	// atom is at LC8_C21
		12142	flex10ke_lcell \ramnrom[1]~64_I (
		12143	// Equation(s):
		12144	// \ramnrom[1]~64 = \a~dataout [15] & \a~dataout [14] & p7ffd_int_4 & atmF7_wr_fclk
		12145
		12146	.dataa(a_15),
		12147	.datab(a_14),
		12148	.datac(p7ffd_int_4),
		12149	.datad(atmF7_wr_fclk),
		12150	.aclr(gnd),
		12151	.aload(gnd),
		12152	.clk(gnd),
		12153	.cin(gnd),
		12154	.cascin(vcc),
		12155	.devclrn(devclrn),
		12156	.devpor(devpor),
		12157	.combout(\ramnrom[1]~64 ),
		12158	.regout(),
		12159	.cout(),
		12160	.cascout());
		12161	// synopsys translate_off
		12162	defparam \ramnrom[1]~64_I .clock_enable_mode = "false";
		12163	defparam \ramnrom[1]~64_I .lut_mask = "8000";
		12164	defparam \ramnrom[1]~64_I .operation_mode = "normal";
		12165	defparam \ramnrom[1]~64_I .output_mode = "comb_only";
		12166	defparam \ramnrom[1]~64_I .packed_mode = "false";
		12167	// synopsys translate_on
		12168
		12169	// atom is at LC5_A10
		12170	flex10ke_lcell \ramnrom[1]~I (
		12171	// Equation(s):
		12172	// ramnrom[1] = DFFEA(\d[6]~1 # !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[1]~64 , , )
		12173
		12174	.dataa(\ramnrom[1]~64 ),
		12175	.datab(vcc),
		12176	.datac(a_11),
		12177	.datad(d_6),
		12178	.aclr(gnd),
		12179	.aload(gnd),
		12180	.clk(fclk),
		12181	.cin(gnd),
		12182	.cascin(vcc),
		12183	.devclrn(devclrn),
		12184	.devpor(devpor),
		12185	.combout(),
		12186	.regout(ramnrom[1]),
		12187	.cout(),
		12188	.cascout());
		12189	// synopsys translate_off
		12190	defparam \ramnrom[1]~I .clock_enable_mode = "true";
		12191	defparam \ramnrom[1]~I .lut_mask = "ff0f";
		12192	defparam \ramnrom[1]~I .operation_mode = "normal";
		12193	defparam \ramnrom[1]~I .output_mode = "reg_only";
		12194	defparam \ramnrom[1]~I .packed_mode = "false";
		12195	// synopsys translate_on
		12196
		12197	// atom is at LC7_C21
		12198	flex10ke_lcell \ramnrom[0]~63_I (
		12199	// Equation(s):
		12200	// \ramnrom[0]~63 = !p7ffd_int_4 & \a~dataout [15] & \a~dataout [14] & atmF7_wr_fclk
		12201
		12202	.dataa(p7ffd_int_4),
		12203	.datab(a_15),
		12204	.datac(a_14),
		12205	.datad(atmF7_wr_fclk),
		12206	.aclr(gnd),
		12207	.aload(gnd),
		12208	.clk(gnd),
		12209	.cin(gnd),
		12210	.cascin(vcc),
		12211	.devclrn(devclrn),
		12212	.devpor(devpor),
		12213	.combout(\ramnrom[0]~63 ),
		12214	.regout(),
		12215	.cout(),
		12216	.cascout());
		12217	// synopsys translate_off
		12218	defparam \ramnrom[0]~63_I .clock_enable_mode = "false";
		12219	defparam \ramnrom[0]~63_I .lut_mask = "4000";
		12220	defparam \ramnrom[0]~63_I .operation_mode = "normal";
		12221	defparam \ramnrom[0]~63_I .output_mode = "comb_only";
		12222	defparam \ramnrom[0]~63_I .packed_mode = "false";
		12223	// synopsys translate_on
		12224
		12225	// atom is at LC6_A10
		12226	flex10ke_lcell \ramnrom[0]~I (
		12227	// Equation(s):
		12228	// ramnrom[0] = DFFEA(\d[6]~1 # !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[0]~63 , , )
		12229
		12230	.dataa(\ramnrom[0]~63 ),
		12231	.datab(vcc),
		12232	.datac(a_11),
		12233	.datad(d_6),
		12234	.aclr(gnd),
		12235	.aload(gnd),
		12236	.clk(fclk),
		12237	.cin(gnd),
		12238	.cascin(vcc),
		12239	.devclrn(devclrn),
		12240	.devpor(devpor),
		12241	.combout(),
		12242	.regout(ramnrom[0]),
		12243	.cout(),
		12244	.cascout());
		12245	// synopsys translate_off
		12246	defparam \ramnrom[0]~I .clock_enable_mode = "true";
		12247	defparam \ramnrom[0]~I .lut_mask = "ff0f";
		12248	defparam \ramnrom[0]~I .operation_mode = "normal";
		12249	defparam \ramnrom[0]~I .output_mode = "reg_only";
		12250	defparam \ramnrom[0]~I .packed_mode = "false";
		12251	// synopsys translate_on
		12252
		12253	// atom is at LC3_A11
		12254	flex10ke_lcell \dos_7ffd[0]~I (
		12255	// Equation(s):
		12256	// dos_7ffd[0] = DFFEA(\d[7]~0 , GLOBAL(\fclk~dataout ), , , \dos_7ffd[0]~59 , , )
		12257
		12258	.dataa(\dos_7ffd[0]~59 ),
		12259	.datab(vcc),
		12260	.datac(vcc),
		12261	.datad(d_7),
		12262	.aclr(gnd),
		12263	.aload(gnd),
		12264	.clk(fclk),
		12265	.cin(gnd),
		12266	.cascin(vcc),
		12267	.devclrn(devclrn),
		12268	.devpor(devpor),
		12269	.combout(),
		12270	.regout(dos_7ffd[0]),
		12271	.cout(),
		12272	.cascout());
		12273	// synopsys translate_off
		12274	defparam \dos_7ffd[0]~I .clock_enable_mode = "true";
		12275	defparam \dos_7ffd[0]~I .lut_mask = "ff00";
		12276	defparam \dos_7ffd[0]~I .operation_mode = "normal";
		12277	defparam \dos_7ffd[0]~I .output_mode = "reg_only";
		12278	defparam \dos_7ffd[0]~I .packed_mode = "false";
		12279	// synopsys translate_on
		12280
		12281	// atom is at LC3_A16
		12282	flex10ke_lcell \dos_7ffd[1]~I (
		12283	// Equation(s):
		12284	// dos_7ffd[1] = DFFEA(\d[7]~0 , GLOBAL(\fclk~dataout ), , , \dos_7ffd[1]~58 , , )
		12285
		12286	.dataa(\dos_7ffd[1]~58 ),
		12287	.datab(vcc),
		12288	.datac(vcc),
		12289	.datad(d_7),
		12290	.aclr(gnd),
		12291	.aload(gnd),
		12292	.clk(fclk),
		12293	.cin(gnd),
		12294	.cascin(vcc),
		12295	.devclrn(devclrn),
		12296	.devpor(devpor),
		12297	.combout(),
		12298	.regout(dos_7ffd[1]),
		12299	.cout(),
		12300	.cascout());
		12301	// synopsys translate_off
		12302	defparam \dos_7ffd[1]~I .clock_enable_mode = "true";
		12303	defparam \dos_7ffd[1]~I .lut_mask = "ff00";
		12304	defparam \dos_7ffd[1]~I .operation_mode = "normal";
		12305	defparam \dos_7ffd[1]~I .output_mode = "reg_only";
		12306	defparam \dos_7ffd[1]~I .packed_mode = "false";
		12307	// synopsys translate_on
		12308
		12309	// atom is at LC8_A10
		12310	flex10ke_lcell \always0~48_I (
		12311	// Equation(s):
		12312	// \always0~48 = p7ffd_int_4 & (dos_7ffd[1]) # !p7ffd_int_4 & dos_7ffd[0]
		12313
		12314	.dataa(vcc),
		12315	.datab(p7ffd_int_4),
		12316	.datac(dos_7ffd[0]),
		12317	.datad(dos_7ffd[1]),
		12318	.aclr(gnd),
		12319	.aload(gnd),
		12320	.clk(gnd),
		12321	.cin(gnd),
		12322	.cascin(vcc),
		12323	.devclrn(devclrn),
		12324	.devpor(devpor),
		12325	.combout(\always0~48 ),
		12326	.regout(),
		12327	.cout(),
		12328	.cascout());
		12329	// synopsys translate_off
		12330	defparam \always0~48_I .clock_enable_mode = "false";
		12331	defparam \always0~48_I .lut_mask = "fc30";
		12332	defparam \always0~48_I .operation_mode = "normal";
		12333	defparam \always0~48_I .output_mode = "comb_only";
		12334	defparam \always0~48_I .packed_mode = "false";
		12335	// synopsys translate_on
		12336
		12337	// atom is at LC3_B11
		12338	flex10ke_lcell \pages[0][0]~I (
		12339	// Equation(s):
		12340	// \pages[0][0] = DFFEA(!\d[0]~7 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~63 , , )
		12341
		12342	.dataa(\ramnrom[0]~63 ),
		12343	.datab(vcc),
		12344	.datac(vcc),
		12345	.datad(d_0),
		12346	.aclr(gnd),
		12347	.aload(gnd),
		12348	.clk(fclk),
		12349	.cin(gnd),
		12350	.cascin(vcc),
		12351	.devclrn(devclrn),
		12352	.devpor(devpor),
		12353	.combout(),
		12354	.regout(\pages[0][0] ),
		12355	.cout(),
		12356	.cascout());
		12357	// synopsys translate_off
		12358	defparam \pages[0][0]~I .clock_enable_mode = "true";
		12359	defparam \pages[0][0]~I .lut_mask = "00ff";
		12360	defparam \pages[0][0]~I .operation_mode = "normal";
		12361	defparam \pages[0][0]~I .output_mode = "reg_only";
		12362	defparam \pages[0][0]~I .packed_mode = "false";
		12363	// synopsys translate_on
		12364
		12365	// atom is at LC2_B11
		12366	flex10ke_lcell \pages[1][0]~I (
		12367	// Equation(s):
		12368	// \pages[1][0] = DFFEA(!\d[0]~7 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~64 , , )
		12369
		12370	.dataa(\ramnrom[1]~64 ),
		12371	.datab(vcc),
		12372	.datac(vcc),
		12373	.datad(d_0),
		12374	.aclr(gnd),
		12375	.aload(gnd),
		12376	.clk(fclk),
		12377	.cin(gnd),
		12378	.cascin(vcc),
		12379	.devclrn(devclrn),
		12380	.devpor(devpor),
		12381	.combout(),
		12382	.regout(\pages[1][0] ),
		12383	.cout(),
		12384	.cascout());
		12385	// synopsys translate_off
		12386	defparam \pages[1][0]~I .clock_enable_mode = "true";
		12387	defparam \pages[1][0]~I .lut_mask = "00ff";
		12388	defparam \pages[1][0]~I .operation_mode = "normal";
		12389	defparam \pages[1][0]~I .output_mode = "reg_only";
		12390	defparam \pages[1][0]~I .packed_mode = "false";
		12391	// synopsys translate_on
		12392
		12393	// atom is at LC1_B11
		12394	flex10ke_lcell \page~1597_I (
		12395	// Equation(s):
		12396	// \page~1597 = p7ffd_int_4 & (\pages[1][0] ) # !p7ffd_int_4 & \pages[0][0]
		12397
		12398	.dataa(vcc),
		12399	.datab(p7ffd_int_4),
		12400	.datac(\pages[0][0] ),
		12401	.datad(\pages[1][0] ),
		12402	.aclr(gnd),
		12403	.aload(gnd),
		12404	.clk(gnd),
		12405	.cin(gnd),
		12406	.cascin(vcc),
		12407	.devclrn(devclrn),
		12408	.devpor(devpor),
		12409	.combout(\page~1597 ),
		12410	.regout(),
		12411	.cout(),
		12412	.cascout());
		12413	// synopsys translate_off
		12414	defparam \page~1597_I .clock_enable_mode = "false";
		12415	defparam \page~1597_I .lut_mask = "fc30";
		12416	defparam \page~1597_I .operation_mode = "normal";
		12417	defparam \page~1597_I .output_mode = "comb_only";
		12418	defparam \page~1597_I .packed_mode = "false";
		12419	// synopsys translate_on
		12420
		12421	// atom is at LC1_A10
		12422	flex10ke_lcell \always0~47_I (
		12423	// Equation(s):
		12424	// \always0~47 = p7ffd_int_4 & (ramnrom[1]) # !p7ffd_int_4 & ramnrom[0]
		12425
		12426	.dataa(vcc),
		12427	.datab(p7ffd_int_4),
		12428	.datac(ramnrom[0]),
		12429	.datad(ramnrom[1]),
		12430	.aclr(gnd),
		12431	.aload(gnd),
		12432	.clk(gnd),
		12433	.cin(gnd),
		12434	.cascin(vcc),
		12435	.devclrn(devclrn),
		12436	.devpor(devpor),
		12437	.combout(\always0~47 ),
		12438	.regout(),
		12439	.cout(),
		12440	.cascout());
		12441	// synopsys translate_off
		12442	defparam \always0~47_I .clock_enable_mode = "false";
		12443	defparam \always0~47_I .lut_mask = "fc30";
		12444	defparam \always0~47_I .operation_mode = "normal";
		12445	defparam \always0~47_I .output_mode = "comb_only";
		12446	defparam \always0~47_I .packed_mode = "false";
		12447	// synopsys translate_on
		12448
		12449	// atom is at LC7_A10
		12450	flex10ke_lcell \page~1596_I (
		12451	// Equation(s):
		12452	// \page~1596 = \always0~47 & (p7ffd_int_0) # !\always0~47 & !dos
		12453
		12454	.dataa(vcc),
		12455	.datab(dos),
		12456	.datac(\always0~47 ),
		12457	.datad(p7ffd_int_0),
		12458	.aclr(gnd),
		12459	.aload(gnd),
		12460	.clk(gnd),
		12461	.cin(gnd),
		12462	.cascin(vcc),
		12463	.devclrn(devclrn),
		12464	.devpor(devpor),
		12465	.combout(\page~1596 ),
		12466	.regout(),
		12467	.cout(),
		12468	.cascout());
		12469	// synopsys translate_off
		12470	defparam \page~1596_I .clock_enable_mode = "false";
		12471	defparam \page~1596_I .lut_mask = "f303";
		12472	defparam \page~1596_I .operation_mode = "normal";
		12473	defparam \page~1596_I .output_mode = "comb_only";
		12474	defparam \page~1596_I .packed_mode = "false";
		12475	// synopsys translate_on
		12476
		12477	// atom is at LC2_A10
		12478	flex10ke_lcell \page~1600_I (
		12479	// Equation(s):
		12480	// \page~1600 = \always0~48 & (p7ffd_int_4 & (ramnrom[1]) # !p7ffd_int_4 & ramnrom[0])
		12481
		12482	.dataa(p7ffd_int_4),
		12483	.datab(ramnrom[0]),
		12484	.datac(ramnrom[1]),
		12485	.datad(\always0~48 ),
		12486	.aclr(gnd),
		12487	.aload(gnd),
		12488	.clk(gnd),
		12489	.cin(gnd),
		12490	.cascin(vcc),
		12491	.devclrn(devclrn),
		12492	.devpor(devpor),
		12493	.combout(\page~1600 ),
		12494	.regout(),
		12495	.cout(),
		12496	.cascout());
		12497	// synopsys translate_off
		12498	defparam \page~1600_I .clock_enable_mode = "false";
		12499	defparam \page~1600_I .lut_mask = "e400";
		12500	defparam \page~1600_I .operation_mode = "normal";
		12501	defparam \page~1600_I .output_mode = "comb_only";
		12502	defparam \page~1600_I .packed_mode = "false";
		12503	// synopsys translate_on
		12504
		12505	// atom is at LC5_B11
		12506	flex10ke_lcell \pages[0][1]~I (
		12507	// Equation(s):
		12508	// \pages[0][1] = DFFEA(!\d[1]~6 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~63 , , )
		12509
		12510	.dataa(\ramnrom[0]~63 ),
		12511	.datab(vcc),
		12512	.datac(vcc),
		12513	.datad(d_1),
		12514	.aclr(gnd),
		12515	.aload(gnd),
		12516	.clk(fclk),
		12517	.cin(gnd),
		12518	.cascin(vcc),
		12519	.devclrn(devclrn),
		12520	.devpor(devpor),
		12521	.combout(),
		12522	.regout(\pages[0][1] ),
		12523	.cout(),
		12524	.cascout());
		12525	// synopsys translate_off
		12526	defparam \pages[0][1]~I .clock_enable_mode = "true";
		12527	defparam \pages[0][1]~I .lut_mask = "00ff";
		12528	defparam \pages[0][1]~I .operation_mode = "normal";
		12529	defparam \pages[0][1]~I .output_mode = "reg_only";
		12530	defparam \pages[0][1]~I .packed_mode = "false";
		12531	// synopsys translate_on
		12532
		12533	// atom is at LC4_B11
		12534	flex10ke_lcell \pages[1][1]~I (
		12535	// Equation(s):
		12536	// \pages[1][1] = DFFEA(!\d[1]~6 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~64 , , )
		12537
		12538	.dataa(\ramnrom[1]~64 ),
		12539	.datab(vcc),
		12540	.datac(vcc),
		12541	.datad(d_1),
		12542	.aclr(gnd),
		12543	.aload(gnd),
		12544	.clk(fclk),
		12545	.cin(gnd),
		12546	.cascin(vcc),
		12547	.devclrn(devclrn),
		12548	.devpor(devpor),
		12549	.combout(),
		12550	.regout(\pages[1][1] ),
		12551	.cout(),
		12552	.cascout());
		12553	// synopsys translate_off
		12554	defparam \pages[1][1]~I .clock_enable_mode = "true";
		12555	defparam \pages[1][1]~I .lut_mask = "00ff";
		12556	defparam \pages[1][1]~I .operation_mode = "normal";
		12557	defparam \pages[1][1]~I .output_mode = "reg_only";
		12558	defparam \pages[1][1]~I .packed_mode = "false";
		12559	// synopsys translate_on
		12560
		12561	// atom is at LC6_B11
		12562	flex10ke_lcell \page~1599_I (
		12563	// Equation(s):
		12564	// \page~1599 = p7ffd_int_4 & (\pages[1][1] ) # !p7ffd_int_4 & \pages[0][1]
		12565
		12566	.dataa(vcc),
		12567	.datab(p7ffd_int_4),
		12568	.datac(\pages[0][1] ),
		12569	.datad(\pages[1][1] ),
		12570	.aclr(gnd),
		12571	.aload(gnd),
		12572	.clk(gnd),
		12573	.cin(gnd),
		12574	.cascin(vcc),
		12575	.devclrn(devclrn),
		12576	.devpor(devpor),
		12577	.combout(\page~1599 ),
		12578	.regout(),
		12579	.cout(),
		12580	.cascout());
		12581	// synopsys translate_off
		12582	defparam \page~1599_I .clock_enable_mode = "false";
		12583	defparam \page~1599_I .lut_mask = "fc30";
		12584	defparam \page~1599_I .operation_mode = "normal";
		12585	defparam \page~1599_I .output_mode = "comb_only";
		12586	defparam \page~1599_I .packed_mode = "false";
		12587	// synopsys translate_on
		12588
		12589	// atom is at LC4_B2
		12590	flex10ke_lcell \pages[0][2]~I (
		12591	// Equation(s):
		12592	// \pages[0][2] = DFFEA(!\d[2]~5 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~63 , , )
		12593
		12594	.dataa(\ramnrom[0]~63 ),
		12595	.datab(vcc),
		12596	.datac(vcc),
		12597	.datad(d_2),
		12598	.aclr(gnd),
		12599	.aload(gnd),
		12600	.clk(fclk),
		12601	.cin(gnd),
		12602	.cascin(vcc),
		12603	.devclrn(devclrn),
		12604	.devpor(devpor),
		12605	.combout(),
		12606	.regout(\pages[0][2] ),
		12607	.cout(),
		12608	.cascout());
		12609	// synopsys translate_off
		12610	defparam \pages[0][2]~I .clock_enable_mode = "true";
		12611	defparam \pages[0][2]~I .lut_mask = "00ff";
		12612	defparam \pages[0][2]~I .operation_mode = "normal";
		12613	defparam \pages[0][2]~I .output_mode = "reg_only";
		12614	defparam \pages[0][2]~I .packed_mode = "false";
		12615	// synopsys translate_on
		12616
		12617	// atom is at LC3_B2
		12618	flex10ke_lcell \pages[1][2]~I (
		12619	// Equation(s):
		12620	// \pages[1][2] = DFFEA(!\d[2]~5 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~64 , , )
		12621
		12622	.dataa(\ramnrom[1]~64 ),
		12623	.datab(vcc),
		12624	.datac(vcc),
		12625	.datad(d_2),
		12626	.aclr(gnd),
		12627	.aload(gnd),
		12628	.clk(fclk),
		12629	.cin(gnd),
		12630	.cascin(vcc),
		12631	.devclrn(devclrn),
		12632	.devpor(devpor),
		12633	.combout(),
		12634	.regout(\pages[1][2] ),
		12635	.cout(),
		12636	.cascout());
		12637	// synopsys translate_off
		12638	defparam \pages[1][2]~I .clock_enable_mode = "true";
		12639	defparam \pages[1][2]~I .lut_mask = "00ff";
		12640	defparam \pages[1][2]~I .operation_mode = "normal";
		12641	defparam \pages[1][2]~I .output_mode = "reg_only";
		12642	defparam \pages[1][2]~I .packed_mode = "false";
		12643	// synopsys translate_on
		12644
		12645	// atom is at LC1_B2
		12646	flex10ke_lcell \page~1602_I (
		12647	// Equation(s):
		12648	// \page~1602 = p7ffd_int_4 & (\pages[1][2] ) # !p7ffd_int_4 & \pages[0][2]
		12649
		12650	.dataa(vcc),
		12651	.datab(p7ffd_int_4),
		12652	.datac(\pages[0][2] ),
		12653	.datad(\pages[1][2] ),
		12654	.aclr(gnd),
		12655	.aload(gnd),
		12656	.clk(gnd),
		12657	.cin(gnd),
		12658	.cascin(vcc),
		12659	.devclrn(devclrn),
		12660	.devpor(devpor),
		12661	.combout(\page~1602 ),
		12662	.regout(),
		12663	.cout(),
		12664	.cascout());
		12665	// synopsys translate_off
		12666	defparam \page~1602_I .clock_enable_mode = "false";
		12667	defparam \page~1602_I .lut_mask = "fc30";
		12668	defparam \page~1602_I .operation_mode = "normal";
		12669	defparam \page~1602_I .output_mode = "comb_only";
		12670	defparam \page~1602_I .packed_mode = "false";
		12671	// synopsys translate_on
		12672
		12673	// atom is at LC6_B6
		12674	flex10ke_lcell \page~1605_I (
		12675	// Equation(s):
		12676	// \page~1605 = !peff7_int_2 & \page~1600
		12677
		12678	.dataa(vcc),
		12679	.datab(vcc),
		12680	.datac(peff7_int_2),
		12681	.datad(\page~1600 ),
		12682	.aclr(gnd),
		12683	.aload(gnd),
		12684	.clk(gnd),
		12685	.cin(gnd),
		12686	.cascin(vcc),
		12687	.devclrn(devclrn),
		12688	.devpor(devpor),
		12689	.combout(\page~1605 ),
		12690	.regout(),
		12691	.cout(),
		12692	.cascout());
		12693	// synopsys translate_off
		12694	defparam \page~1605_I .clock_enable_mode = "false";
		12695	defparam \page~1605_I .lut_mask = "0f00";
		12696	defparam \page~1605_I .operation_mode = "normal";
		12697	defparam \page~1605_I .output_mode = "comb_only";
		12698	defparam \page~1605_I .packed_mode = "false";
		12699	// synopsys translate_on
		12700
		12701	// atom is at LC4_B18
		12702	flex10ke_lcell \pages[0][3]~I (
		12703	// Equation(s):
		12704	// \pages[0][3] = DFFEA(!\d[3]~4 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~63 , , )
		12705
		12706	.dataa(\ramnrom[0]~63 ),
		12707	.datab(vcc),
		12708	.datac(vcc),
		12709	.datad(d_3),
		12710	.aclr(gnd),
		12711	.aload(gnd),
		12712	.clk(fclk),
		12713	.cin(gnd),
		12714	.cascin(vcc),
		12715	.devclrn(devclrn),
		12716	.devpor(devpor),
		12717	.combout(),
		12718	.regout(\pages[0][3] ),
		12719	.cout(),
		12720	.cascout());
		12721	// synopsys translate_off
		12722	defparam \pages[0][3]~I .clock_enable_mode = "true";
		12723	defparam \pages[0][3]~I .lut_mask = "00ff";
		12724	defparam \pages[0][3]~I .operation_mode = "normal";
		12725	defparam \pages[0][3]~I .output_mode = "reg_only";
		12726	defparam \pages[0][3]~I .packed_mode = "false";
		12727	// synopsys translate_on
		12728
		12729	// atom is at LC3_B18
		12730	flex10ke_lcell \pages[1][3]~I (
		12731	// Equation(s):
		12732	// \pages[1][3] = DFFEA(!\d[3]~4 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~64 , , )
		12733
		12734	.dataa(\ramnrom[1]~64 ),
		12735	.datab(vcc),
		12736	.datac(vcc),
		12737	.datad(d_3),
		12738	.aclr(gnd),
		12739	.aload(gnd),
		12740	.clk(fclk),
		12741	.cin(gnd),
		12742	.cascin(vcc),
		12743	.devclrn(devclrn),
		12744	.devpor(devpor),
		12745	.combout(),
		12746	.regout(\pages[1][3] ),
		12747	.cout(),
		12748	.cascout());
		12749	// synopsys translate_off
		12750	defparam \pages[1][3]~I .clock_enable_mode = "true";
		12751	defparam \pages[1][3]~I .lut_mask = "00ff";
		12752	defparam \pages[1][3]~I .operation_mode = "normal";
		12753	defparam \pages[1][3]~I .output_mode = "reg_only";
		12754	defparam \pages[1][3]~I .packed_mode = "false";
		12755	// synopsys translate_on
		12756
		12757	// atom is at LC2_B18
		12758	flex10ke_lcell \page~1604_I (
		12759	// Equation(s):
		12760	// \page~1604 = p7ffd_int_4 & (\pages[1][3] ) # !p7ffd_int_4 & \pages[0][3]
		12761
		12762	.dataa(vcc),
		12763	.datab(p7ffd_int_4),
		12764	.datac(\pages[0][3] ),
		12765	.datad(\pages[1][3] ),
		12766	.aclr(gnd),
		12767	.aload(gnd),
		12768	.clk(gnd),
		12769	.cin(gnd),
		12770	.cascin(vcc),
		12771	.devclrn(devclrn),
		12772	.devpor(devpor),
		12773	.combout(\page~1604 ),
		12774	.regout(),
		12775	.cout(),
		12776	.cascout());
		12777	// synopsys translate_off
		12778	defparam \page~1604_I .clock_enable_mode = "false";
		12779	defparam \page~1604_I .lut_mask = "fc30";
		12780	defparam \page~1604_I .operation_mode = "normal";
		12781	defparam \page~1604_I .output_mode = "comb_only";
		12782	defparam \page~1604_I .packed_mode = "false";
		12783	// synopsys translate_on
		12784
		12785	// atom is at LC6_B2
		12786	flex10ke_lcell \pages[0][4]~I (
		12787	// Equation(s):
		12788	// \pages[0][4] = DFFEA(!\d[4]~3 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~63 , , )
		12789
		12790	.dataa(\ramnrom[0]~63 ),
		12791	.datab(vcc),
		12792	.datac(vcc),
		12793	.datad(d_4),
		12794	.aclr(gnd),
		12795	.aload(gnd),
		12796	.clk(fclk),
		12797	.cin(gnd),
		12798	.cascin(vcc),
		12799	.devclrn(devclrn),
		12800	.devpor(devpor),
		12801	.combout(),
		12802	.regout(\pages[0][4] ),
		12803	.cout(),
		12804	.cascout());
		12805	// synopsys translate_off
		12806	defparam \pages[0][4]~I .clock_enable_mode = "true";
		12807	defparam \pages[0][4]~I .lut_mask = "00ff";
		12808	defparam \pages[0][4]~I .operation_mode = "normal";
		12809	defparam \pages[0][4]~I .output_mode = "reg_only";
		12810	defparam \pages[0][4]~I .packed_mode = "false";
		12811	// synopsys translate_on
		12812
		12813	// atom is at LC5_B2
		12814	flex10ke_lcell \pages[1][4]~I (
		12815	// Equation(s):
		12816	// \pages[1][4] = DFFEA(!\d[4]~3 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~64 , , )
		12817
		12818	.dataa(\ramnrom[1]~64 ),
		12819	.datab(vcc),
		12820	.datac(vcc),
		12821	.datad(d_4),
		12822	.aclr(gnd),
		12823	.aload(gnd),
		12824	.clk(fclk),
		12825	.cin(gnd),
		12826	.cascin(vcc),
		12827	.devclrn(devclrn),
		12828	.devpor(devpor),
		12829	.combout(),
		12830	.regout(\pages[1][4] ),
		12831	.cout(),
		12832	.cascout());
		12833	// synopsys translate_off
		12834	defparam \pages[1][4]~I .clock_enable_mode = "true";
		12835	defparam \pages[1][4]~I .lut_mask = "00ff";
		12836	defparam \pages[1][4]~I .operation_mode = "normal";
		12837	defparam \pages[1][4]~I .output_mode = "reg_only";
		12838	defparam \pages[1][4]~I .packed_mode = "false";
		12839	// synopsys translate_on
		12840
		12841	// atom is at LC2_B2
		12842	flex10ke_lcell \page~1607_I (
		12843	// Equation(s):
		12844	// \page~1607 = p7ffd_int_4 & (\pages[1][4] ) # !p7ffd_int_4 & \pages[0][4]
		12845
		12846	.dataa(vcc),
		12847	.datab(p7ffd_int_4),
		12848	.datac(\pages[0][4] ),
		12849	.datad(\pages[1][4] ),
		12850	.aclr(gnd),
		12851	.aload(gnd),
		12852	.clk(gnd),
		12853	.cin(gnd),
		12854	.cascin(vcc),
		12855	.devclrn(devclrn),
		12856	.devpor(devpor),
		12857	.combout(\page~1607 ),
		12858	.regout(),
		12859	.cout(),
		12860	.cascout());
		12861	// synopsys translate_off
		12862	defparam \page~1607_I .clock_enable_mode = "false";
		12863	defparam \page~1607_I .lut_mask = "fc30";
		12864	defparam \page~1607_I .operation_mode = "normal";
		12865	defparam \page~1607_I .output_mode = "comb_only";
		12866	defparam \page~1607_I .packed_mode = "false";
		12867	// synopsys translate_on
		12868
		12869	// atom is at LC3_A6
		12870	flex10ke_lcell \stall_count[0]~I (
		12871	// Equation(s):
		12872	// stall_count[0] = DFFEA(dos_exec_stb1 # stall_count[0] $ stall_count_2, GLOBAL(\fclk~dataout ), , , , , )
		12873
		12874	.dataa(vcc),
		12875	.datab(stall_count[0]),
		12876	.datac(stall_count_2),
		12877	.datad(dos_exec_stb1),
		12878	.aclr(gnd),
		12879	.aload(gnd),
		12880	.clk(fclk),
		12881	.cin(gnd),
		12882	.cascin(vcc),
		12883	.devclrn(devclrn),
		12884	.devpor(devpor),
		12885	.combout(),
		12886	.regout(stall_count[0]),
		12887	.cout(),
		12888	.cascout());
		12889	// synopsys translate_off
		12890	defparam \stall_count[0]~I .clock_enable_mode = "false";
		12891	defparam \stall_count[0]~I .lut_mask = "ff3c";
		12892	defparam \stall_count[0]~I .operation_mode = "normal";
		12893	defparam \stall_count[0]~I .output_mode = "reg_only";
		12894	defparam \stall_count[0]~I .packed_mode = "false";
		12895	// synopsys translate_on
		12896
		12897	// atom is at LC4_A6
		12898	flex10ke_lcell \stall_count[1]~39_I (
		12899	// Equation(s):
		12900	// \stall_count[1]~39 = !dos_exec_stb1
		12901
		12902	.dataa(vcc),
		12903	.datab(vcc),
		12904	.datac(vcc),
		12905	.datad(dos_exec_stb1),
		12906	.aclr(gnd),
		12907	.aload(gnd),
		12908	.clk(gnd),
		12909	.cin(gnd),
		12910	.cascin(vcc),
		12911	.devclrn(devclrn),
		12912	.devpor(devpor),
		12913	.combout(\stall_count[1]~39 ),
		12914	.regout(),
		12915	.cout(),
		12916	.cascout());
		12917	// synopsys translate_off
		12918	defparam \stall_count[1]~39_I .clock_enable_mode = "false";
		12919	defparam \stall_count[1]~39_I .lut_mask = "00ff";
		12920	defparam \stall_count[1]~39_I .operation_mode = "normal";
		12921	defparam \stall_count[1]~39_I .output_mode = "comb_only";
		12922	defparam \stall_count[1]~39_I .packed_mode = "false";
		12923	// synopsys translate_on
		12924
		12925	// atom is at LC2_A6
		12926	flex10ke_lcell \stall_count[1]~I (
		12927	// Equation(s):
		12928	// stall_count[1] = DFFEA(stall_count[1] $ (stall_count[0] & stall_count_2), GLOBAL(\fclk~dataout ), , , \stall_count[1]~39 , , )
		12929
		12930	.dataa(\stall_count[1]~39 ),
		12931	.datab(stall_count[0]),
		12932	.datac(stall_count_2),
		12933	.datad(stall_count[1]),
		12934	.aclr(gnd),
		12935	.aload(gnd),
		12936	.clk(fclk),
		12937	.cin(gnd),
		12938	.cascin(vcc),
		12939	.devclrn(devclrn),
		12940	.devpor(devpor),
		12941	.combout(),
		12942	.regout(stall_count[1]),
		12943	.cout(),
		12944	.cascout());
		12945	// synopsys translate_off
		12946	defparam \stall_count[1]~I .clock_enable_mode = "true";
		12947	defparam \stall_count[1]~I .lut_mask = "3fc0";
		12948	defparam \stall_count[1]~I .operation_mode = "normal";
		12949	defparam \stall_count[1]~I .output_mode = "reg_only";
		12950	defparam \stall_count[1]~I .packed_mode = "false";
		12951	// synopsys translate_on
		12952
		12953	// atom is at LC6_B18
		12954	flex10ke_lcell \pages[0][5]~I (
		12955	// Equation(s):
		12956	// \pages[0][5] = DFFEA(!\d[5]~2 , GLOBAL(\fclk~dataout ), , , \ramnrom[0]~63 , , )
		12957
		12958	.dataa(\ramnrom[0]~63 ),
		12959	.datab(vcc),
		12960	.datac(vcc),
		12961	.datad(d_5),
		12962	.aclr(gnd),
		12963	.aload(gnd),
		12964	.clk(fclk),
		12965	.cin(gnd),
		12966	.cascin(vcc),
		12967	.devclrn(devclrn),
		12968	.devpor(devpor),
		12969	.combout(),
		12970	.regout(\pages[0][5] ),
		12971	.cout(),
		12972	.cascout());
		12973	// synopsys translate_off
		12974	defparam \pages[0][5]~I .clock_enable_mode = "true";
		12975	defparam \pages[0][5]~I .lut_mask = "00ff";
		12976	defparam \pages[0][5]~I .operation_mode = "normal";
		12977	defparam \pages[0][5]~I .output_mode = "reg_only";
		12978	defparam \pages[0][5]~I .packed_mode = "false";
		12979	// synopsys translate_on
		12980
		12981	// atom is at LC5_B18
		12982	flex10ke_lcell \pages[1][5]~I (
		12983	// Equation(s):
		12984	// \pages[1][5] = DFFEA(!\d[5]~2 , GLOBAL(\fclk~dataout ), , , \ramnrom[1]~64 , , )
		12985
		12986	.dataa(\ramnrom[1]~64 ),
		12987	.datab(vcc),
		12988	.datac(vcc),
		12989	.datad(d_5),
		12990	.aclr(gnd),
		12991	.aload(gnd),
		12992	.clk(fclk),
		12993	.cin(gnd),
		12994	.cascin(vcc),
		12995	.devclrn(devclrn),
		12996	.devpor(devpor),
		12997	.combout(),
		12998	.regout(\pages[1][5] ),
		12999	.cout(),
		13000	.cascout());
		13001	// synopsys translate_off
		13002	defparam \pages[1][5]~I .clock_enable_mode = "true";
		13003	defparam \pages[1][5]~I .lut_mask = "00ff";
		13004	defparam \pages[1][5]~I .operation_mode = "normal";
		13005	defparam \pages[1][5]~I .output_mode = "reg_only";
		13006	defparam \pages[1][5]~I .packed_mode = "false";
		13007	// synopsys translate_on
		13008
		13009	// atom is at LC1_B18
		13010	flex10ke_lcell \page~1609_I (
		13011	// Equation(s):
		13012	// \page~1609 = p7ffd_int_4 & (\pages[1][5] ) # !p7ffd_int_4 & \pages[0][5]
		13013
		13014	.dataa(vcc),
		13015	.datab(p7ffd_int_4),
		13016	.datac(\pages[0][5] ),
		13017	.datad(\pages[1][5] ),
		13018	.aclr(gnd),
		13019	.aload(gnd),
		13020	.clk(gnd),
		13021	.cin(gnd),
		13022	.cascin(vcc),
		13023	.devclrn(devclrn),
		13024	.devpor(devpor),
		13025	.combout(\page~1609 ),
		13026	.regout(),
		13027	.cout(),
		13028	.cascout());
		13029	// synopsys translate_off
		13030	defparam \page~1609_I .clock_enable_mode = "false";
		13031	defparam \page~1609_I .lut_mask = "fc30";
		13032	defparam \page~1609_I .operation_mode = "normal";
		13033	defparam \page~1609_I .output_mode = "comb_only";
		13034	defparam \page~1609_I .packed_mode = "false";
		13035	// synopsys translate_on
		13036
		13037	// atom is at LC3_D21
		13038	flex10ke_lcell \pages[0][6]~I (
		13039	// Equation(s):
		13040	// \pages[0][6] = DFFEA(!\d[6]~1 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[0]~63 , , )
		13041
		13042	.dataa(\ramnrom[0]~63 ),
		13043	.datab(vcc),
		13044	.datac(d_6),
		13045	.datad(a_11),
		13046	.aclr(gnd),
		13047	.aload(gnd),
		13048	.clk(fclk),
		13049	.cin(gnd),
		13050	.cascin(vcc),
		13051	.devclrn(devclrn),
		13052	.devpor(devpor),
		13053	.combout(),
		13054	.regout(\pages[0][6] ),
		13055	.cout(),
		13056	.cascout());
		13057	// synopsys translate_off
		13058	defparam \pages[0][6]~I .clock_enable_mode = "true";
		13059	defparam \pages[0][6]~I .lut_mask = "000f";
		13060	defparam \pages[0][6]~I .operation_mode = "normal";
		13061	defparam \pages[0][6]~I .output_mode = "reg_only";
		13062	defparam \pages[0][6]~I .packed_mode = "false";
		13063	// synopsys translate_on
		13064
		13065	// atom is at LC1_D21
		13066	flex10ke_lcell \pages[1][6]~I (
		13067	// Equation(s):
		13068	// \pages[1][6] = DFFEA(!\d[6]~1 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[1]~64 , , )
		13069
		13070	.dataa(\ramnrom[1]~64 ),
		13071	.datab(vcc),
		13072	.datac(d_6),
		13073	.datad(a_11),
		13074	.aclr(gnd),
		13075	.aload(gnd),
		13076	.clk(fclk),
		13077	.cin(gnd),
		13078	.cascin(vcc),
		13079	.devclrn(devclrn),
		13080	.devpor(devpor),
		13081	.combout(),
		13082	.regout(\pages[1][6] ),
		13083	.cout(),
		13084	.cascout());
		13085	// synopsys translate_off
		13086	defparam \pages[1][6]~I .clock_enable_mode = "true";
		13087	defparam \pages[1][6]~I .lut_mask = "000f";
		13088	defparam \pages[1][6]~I .operation_mode = "normal";
		13089	defparam \pages[1][6]~I .output_mode = "reg_only";
		13090	defparam \pages[1][6]~I .packed_mode = "false";
		13091	// synopsys translate_on
		13092
		13093	// atom is at LC6_D21
		13094	flex10ke_lcell \pages[0][7]~I (
		13095	// Equation(s):
		13096	// \pages[0][7] = DFFEA(!\d[7]~0 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[0]~63 , , )
		13097
		13098	.dataa(\ramnrom[0]~63 ),
		13099	.datab(vcc),
		13100	.datac(d_7),
		13101	.datad(a_11),
		13102	.aclr(gnd),
		13103	.aload(gnd),
		13104	.clk(fclk),
		13105	.cin(gnd),
		13106	.cascin(vcc),
		13107	.devclrn(devclrn),
		13108	.devpor(devpor),
		13109	.combout(),
		13110	.regout(\pages[0][7] ),
		13111	.cout(),
		13112	.cascout());
		13113	// synopsys translate_off
		13114	defparam \pages[0][7]~I .clock_enable_mode = "true";
		13115	defparam \pages[0][7]~I .lut_mask = "000f";
		13116	defparam \pages[0][7]~I .operation_mode = "normal";
		13117	defparam \pages[0][7]~I .output_mode = "reg_only";
		13118	defparam \pages[0][7]~I .packed_mode = "false";
		13119	// synopsys translate_on
		13120
		13121	// atom is at LC4_D21
		13122	flex10ke_lcell \pages[1][7]~I (
		13123	// Equation(s):
		13124	// \pages[1][7] = DFFEA(!\d[7]~0 & !\a~dataout [11], GLOBAL(\fclk~dataout ), , , \ramnrom[1]~64 , , )
		13125
		13126	.dataa(\ramnrom[1]~64 ),
		13127	.datab(vcc),
		13128	.datac(d_7),
		13129	.datad(a_11),
		13130	.aclr(gnd),
		13131	.aload(gnd),
		13132	.clk(fclk),
		13133	.cin(gnd),
		13134	.cascin(vcc),
		13135	.devclrn(devclrn),
		13136	.devpor(devpor),
		13137	.combout(),
		13138	.regout(\pages[1][7] ),
		13139	.cout(),
		13140	.cascout());
		13141	// synopsys translate_off
		13142	defparam \pages[1][7]~I .clock_enable_mode = "true";
		13143	defparam \pages[1][7]~I .lut_mask = "000f";
		13144	defparam \pages[1][7]~I .operation_mode = "normal";
		13145	defparam \pages[1][7]~I .output_mode = "reg_only";
		13146	defparam \pages[1][7]~I .packed_mode = "false";
		13147	// synopsys translate_on
		13148
		13149	endmodule
		13150
		13151	module dram (
		13152	rst_out_n,
		13153	Mux6,
		13154	Mux5,
		13155	Mux4,
		13156	Mux3,
		13157	ra_0,
		13158	ra_1,
		13159	ra_2,
		13160	ra_3,
		13161	ra_4,
		13162	ra_5,
		13163	ra_6,
		13164	ra_7,
		13165	ra_8,
		13166	ra_9,
		13167	rwe_n,
		13168	rucas_n,
		13169	rlcas_n,
		13170	rras0_n,
		13171	rras1_n,
		13172	cpu_rnw,
		13173	cpu_req,
		13174	Equal2,
		13175	next_cycle_0,
		13176	Selector1,
		13177	next_cycle_1,
		13178	cbeg,
		13179	q_1,
		13180	q_2,
		13181	q_3,
		13182	q_31,
		13183	p7ffd_int_3,
		13184	q_4,
		13185	q_5,
		13186	q_0,
		13187	int_wrdata_0,
		13188	int_wrdata_1,
		13189	int_wrdata_2,
		13190	int_wrdata_3,
		13191	int_wrdata_4,
		13192	int_wrdata_5,
		13193	int_wrdata_6,
		13194	int_wrdata_7,
		13195	next_cycle_01,
		13196	dram_addr_11,
		13197	dram_addr_12,
		13198	dram_addr_13,
		13199	Mux2,
		13200	dram_addr_9,
		13201	Mux1,
		13202	dram_addr_10,
		13203	Mux0,
		13204	rddata_15,
		13205	rddata_6,
		13206	rddata_14,
		13207	rddata_7,
		13208	rddata_1,
		13209	rddata_12,
		13210	rddata_9,
		13211	rddata_4,
		13212	rddata_5,
		13213	rddata_13,
		13214	rddata_2,
		13215	rddata_10,
		13216	rddata_3,
		13217	rddata_11,
		13218	rddata_0,
		13219	rddata_8,
		13220	dram_addr_7,
		13221	dram_addr_8,
		13222	a_3,
		13223	a_4,
		13224	a_0,
		13225	a_1,
		13226	a_2,
		13227	a_6,
		13228	a_5,
		13229	a_7,
		13230	clk,
		13231	a_8,
		13232	a_11,
		13233	a_12,
		13234	a_13,
		13235	a_10,
		13236	a_9,
		13237	rucas_n1,
		13238	rlcas_n1,
		13239	rras0_n1,
		13240	rras1_n1,
		13241	d_0,
		13242	d_1,
		13243	d_2,
		13244	d_3,
		13245	d_4,
		13246	d_5,
		13247	d_6,
		13248	d_7,
		13249	rd_0,
		13250	rd_1,
		13251	rd_2,
		13252	rd_3,
		13253	rd_4,
		13254	rd_5,
		13255	rd_6,
		13256	rd_7,
		13257	rd_8,
		13258	rd_9,
		13259	rd_10,
		13260	rd_11,
		13261	rd_12,
		13262	rd_13,
		13263	rd_14,
		13264	rd_15,
		13265	int_wrdata_01,
		13266	int_wrdata_11,
		13267	int_wrdata_21,
		13268	int_wrdata_31,
		13269	int_wrdata_41,
		13270	int_wrdata_51,
		13271	int_wrdata_61,
		13272	int_wrdata_71,
		13273	devpor,
		13274	devclrn,
		13275	devoe);
		13276	input rst_out_n;
		13277	input Mux6;
		13278	input Mux5;
		13279	input Mux4;
		13280	input Mux3;
		13281	output ra_0;
		13282	output ra_1;
		13283	output ra_2;
		13284	output ra_3;
		13285	output ra_4;
		13286	output ra_5;
		13287	output ra_6;
		13288	output ra_7;
		13289	output ra_8;
		13290	output ra_9;
		13291	output rwe_n;
		13292	output rucas_n;
		13293	output rlcas_n;
		13294	output rras0_n;
		13295	output rras1_n;
		13296	input cpu_rnw;
		13297	input cpu_req;
		13298	input Equal2;
		13299	input next_cycle_0;
		13300	output Selector1;
		13301	input next_cycle_1;
		13302	output cbeg;
		13303	input q_1;
		13304	input q_2;
		13305	input q_3;
		13306	input q_31;
		13307	input p7ffd_int_3;
		13308	input q_4;
		13309	input q_5;
		13310	input q_0;
		13311	output int_wrdata_0;
		13312	output int_wrdata_1;
		13313	output int_wrdata_2;
		13314	output int_wrdata_3;
		13315	output int_wrdata_4;
		13316	output int_wrdata_5;
		13317	output int_wrdata_6;
		13318	output int_wrdata_7;
		13319	input next_cycle_01;
		13320	input dram_addr_11;
		13321	input dram_addr_12;
		13322	input dram_addr_13;
		13323	input Mux2;
		13324	input dram_addr_9;
		13325	input Mux1;
		13326	input dram_addr_10;
		13327	input Mux0;
		13328	output rddata_15;
		13329	output rddata_6;
		13330	output rddata_14;
		13331	output rddata_7;
		13332	output rddata_1;
		13333	output rddata_12;
		13334	output rddata_9;
		13335	output rddata_4;
		13336	output rddata_5;
		13337	output rddata_13;
		13338	output rddata_2;
		13339	output rddata_10;
		13340	output rddata_3;
		13341	output rddata_11;
		13342	output rddata_0;
		13343	output rddata_8;
		13344	input dram_addr_7;
		13345	input dram_addr_8;
		13346	input a_3;
		13347	input a_4;
		13348	input a_0;
		13349	input a_1;
		13350	input a_2;
		13351	input a_6;
		13352	input a_5;
		13353	input a_7;
		13354	input clk;
		13355	input a_8;
		13356	input a_11;
		13357	input a_12;
		13358	input a_13;
		13359	input a_10;
		13360	input a_9;
		13361	input rucas_n1;
		13362	input rlcas_n1;
		13363	input rras0_n1;
		13364	input rras1_n1;
		13365	input d_0;
		13366	input d_1;
		13367	input d_2;
		13368	input d_3;
		13369	input d_4;
		13370	input d_5;
		13371	input d_6;
		13372	input d_7;
		13373	input rd_0;
		13374	input rd_1;
		13375	input rd_2;
		13376	input rd_3;
		13377	input rd_4;
		13378	input rd_5;
		13379	input rd_6;
		13380	input rd_7;
		13381	input rd_8;
		13382	input rd_9;
		13383	input rd_10;
		13384	input rd_11;
		13385	input rd_12;
		13386	input rd_13;
		13387	input rd_14;
		13388	input rd_15;
		13389	output int_wrdata_01;
		13390	output int_wrdata_11;
		13391	output int_wrdata_21;
		13392	output int_wrdata_31;
		13393	output int_wrdata_41;
		13394	output int_wrdata_51;
		13395	output int_wrdata_61;
		13396	output int_wrdata_71;
		13397	input devpor;
		13398	input devclrn;
		13399	input devoe;
		13400
		13401	wire gnd = 1'b0;
		13402	wire vcc = 1'b1;
		13403
		13404	wire \state.RD2 ;
		13405	wire \state.RD3 ;
		13406	wire \state.RD4 ;
		13407	wire \state.WR1 ;
		13408	wire \state.WR2 ;
		13409	wire \state.WR3 ;
		13410	wire \state.WR4 ;
		13411	wire \state.RFSH1 ;
		13412	wire \state.RFSH2 ;
		13413	wire \state.RFSH3 ;
		13414	wire \state.RFSH4 ;
		13415	wire \WideOr0~18 ;
		13416	wire \state.RD1 ;
		13417	wire \int_addr[1]~144 ;
		13418	wire \Selector0~28 ;
		13419	wire WideOr3;
		13420	wire \Selector5~69 ;
		13421	wire \Selector6~67 ;
		13422	wire \state.RFSH1~33 ;
		13423	wire \WideOr3~18 ;
		13424	wire rfsh_alt;
		13425	wire \Selector3~80 ;
		13426	wire \Selector4~49 ;
		13427	wire [20:0] int_addr;
		13428	wire [1:0] int_bsel;
		13429	wire [1:0] rst_sync;
		13430
		13431
		13432	// atom is at LC1_I15
		13433	flex10ke_lcell \ra[0]~I (
		13434	// Equation(s):
		13435	// ra_0 = DFFEA(\state.RD1 & (int_addr[1]) # !\state.RD1 & (\state.WR1 & (int_addr[1]) # !\state.WR1 & int_addr[11]), !GLOBAL(\fclk~dataout ), , , , , )
		13436
		13437	.dataa(\state.RD1 ),
		13438	.datab(\state.WR1 ),
		13439	.datac(int_addr[11]),
		13440	.datad(int_addr[1]),
		13441	.aclr(gnd),
		13442	.aload(gnd),
		13443	.clk(!clk),
		13444	.cin(gnd),
		13445	.cascin(vcc),
		13446	.devclrn(devclrn),
		13447	.devpor(devpor),
		13448	.combout(),
		13449	.regout(ra_0),
		13450	.cout(),
		13451	.cascout());
		13452	// synopsys translate_off
		13453	defparam \ra[0]~I .clock_enable_mode = "false";
		13454	defparam \ra[0]~I .lut_mask = "fe10";
		13455	defparam \ra[0]~I .operation_mode = "normal";
		13456	defparam \ra[0]~I .output_mode = "reg_only";
		13457	defparam \ra[0]~I .packed_mode = "false";
		13458	// synopsys translate_on
		13459
		13460	// atom is at LC2_I13
		13461	flex10ke_lcell \ra[1]~I (
		13462	// Equation(s):
		13463	// ra_1 = DFFEA(\state.RD1 & (int_addr[2]) # !\state.RD1 & (\state.WR1 & (int_addr[2]) # !\state.WR1 & int_addr[12]), !GLOBAL(\fclk~dataout ), , , , , )
		13464
		13465	.dataa(\state.RD1 ),
		13466	.datab(\state.WR1 ),
		13467	.datac(int_addr[12]),
		13468	.datad(int_addr[2]),
		13469	.aclr(gnd),
		13470	.aload(gnd),
		13471	.clk(!clk),
		13472	.cin(gnd),
		13473	.cascin(vcc),
		13474	.devclrn(devclrn),
		13475	.devpor(devpor),
		13476	.combout(),
		13477	.regout(ra_1),
		13478	.cout(),
		13479	.cascout());
		13480	// synopsys translate_off
		13481	defparam \ra[1]~I .clock_enable_mode = "false";
		13482	defparam \ra[1]~I .lut_mask = "fe10";
		13483	defparam \ra[1]~I .operation_mode = "normal";
		13484	defparam \ra[1]~I .output_mode = "reg_only";
		13485	defparam \ra[1]~I .packed_mode = "false";
		13486	// synopsys translate_on
		13487
		13488	// atom is at LC6_I13
		13489	flex10ke_lcell \ra[2]~I (
		13490	// Equation(s):
		13491	// ra_2 = DFFEA(\state.RD1 & (int_addr[3]) # !\state.RD1 & (\state.WR1 & (int_addr[3]) # !\state.WR1 & int_addr[13]), !GLOBAL(\fclk~dataout ), , , , , )
		13492
		13493	.dataa(\state.RD1 ),
		13494	.datab(\state.WR1 ),
		13495	.datac(int_addr[13]),
		13496	.datad(int_addr[3]),
		13497	.aclr(gnd),
		13498	.aload(gnd),
		13499	.clk(!clk),
		13500	.cin(gnd),
		13501	.cascin(vcc),
		13502	.devclrn(devclrn),
		13503	.devpor(devpor),
		13504	.combout(),
		13505	.regout(ra_2),
		13506	.cout(),
		13507	.cascout());
		13508	// synopsys translate_off
		13509	defparam \ra[2]~I .clock_enable_mode = "false";
		13510	defparam \ra[2]~I .lut_mask = "fe10";
		13511	defparam \ra[2]~I .operation_mode = "normal";
		13512	defparam \ra[2]~I .output_mode = "reg_only";
		13513	defparam \ra[2]~I .packed_mode = "false";
		13514	// synopsys translate_on
		13515
		13516	// atom is at LC2_I11
		13517	flex10ke_lcell \ra[3]~I (
		13518	// Equation(s):
		13519	// ra_3 = DFFEA(\state.RD1 & (int_addr[4]) # !\state.RD1 & (\state.WR1 & (int_addr[4]) # !\state.WR1 & int_addr[14]), !GLOBAL(\fclk~dataout ), , , , , )
		13520
		13521	.dataa(\state.RD1 ),
		13522	.datab(\state.WR1 ),
		13523	.datac(int_addr[14]),
		13524	.datad(int_addr[4]),
		13525	.aclr(gnd),
		13526	.aload(gnd),
		13527	.clk(!clk),
		13528	.cin(gnd),
		13529	.cascin(vcc),
		13530	.devclrn(devclrn),
		13531	.devpor(devpor),
		13532	.combout(),
		13533	.regout(ra_3),
		13534	.cout(),
		13535	.cascout());
		13536	// synopsys translate_off
		13537	defparam \ra[3]~I .clock_enable_mode = "false";
		13538	defparam \ra[3]~I .lut_mask = "fe10";
		13539	defparam \ra[3]~I .operation_mode = "normal";
		13540	defparam \ra[3]~I .output_mode = "reg_only";
		13541	defparam \ra[3]~I .packed_mode = "false";
		13542	// synopsys translate_on
		13543
		13544	// atom is at LC1_I10
		13545	flex10ke_lcell \ra[4]~I (
		13546	// Equation(s):
		13547	// ra_4 = DFFEA(\state.RD1 & (int_addr[5]) # !\state.RD1 & (\state.WR1 & (int_addr[5]) # !\state.WR1 & int_addr[15]), !GLOBAL(\fclk~dataout ), , , , , )
		13548
		13549	.dataa(\state.RD1 ),
		13550	.datab(\state.WR1 ),
		13551	.datac(int_addr[15]),
		13552	.datad(int_addr[5]),
		13553	.aclr(gnd),
		13554	.aload(gnd),
		13555	.clk(!clk),
		13556	.cin(gnd),
		13557	.cascin(vcc),
		13558	.devclrn(devclrn),
		13559	.devpor(devpor),
		13560	.combout(),
		13561	.regout(ra_4),
		13562	.cout(),
		13563	.cascout());
		13564	// synopsys translate_off
		13565	defparam \ra[4]~I .clock_enable_mode = "false";
		13566	defparam \ra[4]~I .lut_mask = "fe10";
		13567	defparam \ra[4]~I .operation_mode = "normal";
		13568	defparam \ra[4]~I .output_mode = "reg_only";
		13569	defparam \ra[4]~I .packed_mode = "false";
		13570	// synopsys translate_on
		13571
		13572	// atom is at LC7_I11
		13573	flex10ke_lcell \ra[5]~I (
		13574	// Equation(s):
		13575	// ra_5 = DFFEA(\state.RD1 & (int_addr[6]) # !\state.RD1 & (\state.WR1 & (int_addr[6]) # !\state.WR1 & int_addr[16]), !GLOBAL(\fclk~dataout ), , , , , )
		13576
		13577	.dataa(\state.RD1 ),
		13578	.datab(\state.WR1 ),
		13579	.datac(int_addr[16]),
		13580	.datad(int_addr[6]),
		13581	.aclr(gnd),
		13582	.aload(gnd),
		13583	.clk(!clk),
		13584	.cin(gnd),
		13585	.cascin(vcc),
		13586	.devclrn(devclrn),
		13587	.devpor(devpor),
		13588	.combout(),
		13589	.regout(ra_5),
		13590	.cout(),
		13591	.cascout());
		13592	// synopsys translate_off
		13593	defparam \ra[5]~I .clock_enable_mode = "false";
		13594	defparam \ra[5]~I .lut_mask = "fe10";
		13595	defparam \ra[5]~I .operation_mode = "normal";
		13596	defparam \ra[5]~I .output_mode = "reg_only";
		13597	defparam \ra[5]~I .packed_mode = "false";
		13598	// synopsys translate_on
		13599
		13600	// atom is at LC3_I13
		13601	flex10ke_lcell \ra[6]~I (
		13602	// Equation(s):
		13603	// ra_6 = DFFEA(\state.RD1 & (int_addr[7]) # !\state.RD1 & (\state.WR1 & (int_addr[7]) # !\state.WR1 & int_addr[17]), !GLOBAL(\fclk~dataout ), , , , , )
		13604
		13605	.dataa(\state.RD1 ),
		13606	.datab(\state.WR1 ),
		13607	.datac(int_addr[17]),
		13608	.datad(int_addr[7]),
		13609	.aclr(gnd),
		13610	.aload(gnd),
		13611	.clk(!clk),
		13612	.cin(gnd),
		13613	.cascin(vcc),
		13614	.devclrn(devclrn),
		13615	.devpor(devpor),
		13616	.combout(),
		13617	.regout(ra_6),
		13618	.cout(),
		13619	.cascout());
		13620	// synopsys translate_off
		13621	defparam \ra[6]~I .clock_enable_mode = "false";
		13622	defparam \ra[6]~I .lut_mask = "fe10";
		13623	defparam \ra[6]~I .operation_mode = "normal";
		13624	defparam \ra[6]~I .output_mode = "reg_only";
		13625	defparam \ra[6]~I .packed_mode = "false";
		13626	// synopsys translate_on
		13627
		13628	// atom is at LC7_I15
		13629	flex10ke_lcell \ra[7]~I (
		13630	// Equation(s):
		13631	// ra_7 = DFFEA(\state.RD1 & (int_addr[8]) # !\state.RD1 & (\state.WR1 & (int_addr[8]) # !\state.WR1 & int_addr[18]), !GLOBAL(\fclk~dataout ), , , , , )
		13632
		13633	.dataa(\state.RD1 ),
		13634	.datab(\state.WR1 ),
		13635	.datac(int_addr[18]),
		13636	.datad(int_addr[8]),
		13637	.aclr(gnd),
		13638	.aload(gnd),
		13639	.clk(!clk),
		13640	.cin(gnd),
		13641	.cascin(vcc),
		13642	.devclrn(devclrn),
		13643	.devpor(devpor),
		13644	.combout(),
		13645	.regout(ra_7),
		13646	.cout(),
		13647	.cascout());
		13648	// synopsys translate_off
		13649	defparam \ra[7]~I .clock_enable_mode = "false";
		13650	defparam \ra[7]~I .lut_mask = "fe10";
		13651	defparam \ra[7]~I .operation_mode = "normal";
		13652	defparam \ra[7]~I .output_mode = "reg_only";
		13653	defparam \ra[7]~I .packed_mode = "false";
		13654	// synopsys translate_on
		13655
		13656	// atom is at LC4_I17
		13657	flex10ke_lcell \ra[8]~I (
		13658	// Equation(s):
		13659	// ra_8 = DFFEA(\state.RD1 & (int_addr[9]) # !\state.RD1 & (\state.WR1 & (int_addr[9]) # !\state.WR1 & int_addr[19]), !GLOBAL(\fclk~dataout ), , , , , )
		13660
		13661	.dataa(\state.RD1 ),
		13662	.datab(\state.WR1 ),
		13663	.datac(int_addr[19]),
		13664	.datad(int_addr[9]),
		13665	.aclr(gnd),
		13666	.aload(gnd),
		13667	.clk(!clk),
		13668	.cin(gnd),
		13669	.cascin(vcc),
		13670	.devclrn(devclrn),
		13671	.devpor(devpor),
		13672	.combout(),
		13673	.regout(ra_8),
		13674	.cout(),
		13675	.cascout());
		13676	// synopsys translate_off
		13677	defparam \ra[8]~I .clock_enable_mode = "false";
		13678	defparam \ra[8]~I .lut_mask = "fe10";
		13679	defparam \ra[8]~I .operation_mode = "normal";
		13680	defparam \ra[8]~I .output_mode = "reg_only";
		13681	defparam \ra[8]~I .packed_mode = "false";
		13682	// synopsys translate_on
		13683
		13684	// atom is at LC2_I17
		13685	flex10ke_lcell \ra[9]~I (
		13686	// Equation(s):
		13687	// ra_9 = DFFEA(\state.RD1 & (int_addr[10]) # !\state.RD1 & (\state.WR1 & (int_addr[10]) # !\state.WR1 & int_addr[20]), !GLOBAL(\fclk~dataout ), , , , , )
		13688
		13689	.dataa(\state.RD1 ),
		13690	.datab(\state.WR1 ),
		13691	.datac(int_addr[20]),
		13692	.datad(int_addr[10]),
		13693	.aclr(gnd),
		13694	.aload(gnd),
		13695	.clk(!clk),
		13696	.cin(gnd),
		13697	.cascin(vcc),
		13698	.devclrn(devclrn),
		13699	.devpor(devpor),
		13700	.combout(),
		13701	.regout(ra_9),
		13702	.cout(),
		13703	.cascout());
		13704	// synopsys translate_off
		13705	defparam \ra[9]~I .clock_enable_mode = "false";
		13706	defparam \ra[9]~I .lut_mask = "fe10";
		13707	defparam \ra[9]~I .operation_mode = "normal";
		13708	defparam \ra[9]~I .output_mode = "reg_only";
		13709	defparam \ra[9]~I .packed_mode = "false";
		13710	// synopsys translate_on
		13711
		13712	// atom is at LC8_F20
		13713	flex10ke_lcell \rwe_n~COMB_I (
		13714	// Equation(s):
		13715	// rwe_n = !\state.WR2 & !\state.WR3 & !\state.WR1 & !\Selector0~28
		13716
		13717	.dataa(\state.WR2 ),
		13718	.datab(\state.WR3 ),
		13719	.datac(\state.WR1 ),
		13720	.datad(\Selector0~28 ),
		13721	.aclr(gnd),
		13722	.aload(gnd),
		13723	.clk(gnd),
		13724	.cin(gnd),
		13725	.cascin(vcc),
		13726	.devclrn(devclrn),
		13727	.devpor(devpor),
		13728	.combout(rwe_n),
		13729	.regout(),
		13730	.cout(),
		13731	.cascout());
		13732	// synopsys translate_off
		13733	defparam \rwe_n~COMB_I .clock_enable_mode = "false";
		13734	defparam \rwe_n~COMB_I .lut_mask = "0001";
		13735	defparam \rwe_n~COMB_I .operation_mode = "normal";
		13736	defparam \rwe_n~COMB_I .output_mode = "comb_only";
		13737	defparam \rwe_n~COMB_I .packed_mode = "false";
		13738	// synopsys translate_on
		13739
		13740	// atom is at LC1_F19
		13741	flex10ke_lcell \rucas_n~COMB_I (
		13742	// Equation(s):
		13743	// rucas_n = \Selector5~69 # !int_bsel[1] & \state.WR2
		13744
		13745	.dataa(vcc),
		13746	.datab(int_bsel[1]),
		13747	.datac(\state.WR2 ),
		13748	.datad(\Selector5~69 ),
		13749	.aclr(gnd),
		13750	.aload(gnd),
		13751	.clk(gnd),
		13752	.cin(gnd),
		13753	.cascin(vcc),
		13754	.devclrn(devclrn),
		13755	.devpor(devpor),
		13756	.combout(rucas_n),
		13757	.regout(),
		13758	.cout(),
		13759	.cascout());
		13760	// synopsys translate_off
		13761	defparam \rucas_n~COMB_I .clock_enable_mode = "false";
		13762	defparam \rucas_n~COMB_I .lut_mask = "ff30";
		13763	defparam \rucas_n~COMB_I .operation_mode = "normal";
		13764	defparam \rucas_n~COMB_I .output_mode = "comb_only";
		13765	defparam \rucas_n~COMB_I .packed_mode = "false";
		13766	// synopsys translate_on
		13767
		13768	// atom is at LC8_F21
		13769	flex10ke_lcell \rlcas_n~COMB_I (
		13770	// Equation(s):
		13771	// rlcas_n = \Selector6~67 # int_bsel[1] & \state.WR2
		13772
		13773	.dataa(vcc),
		13774	.datab(int_bsel[1]),
		13775	.datac(\state.WR2 ),
		13776	.datad(\Selector6~67 ),
		13777	.aclr(gnd),
		13778	.aload(gnd),
		13779	.clk(gnd),
		13780	.cin(gnd),
		13781	.cascin(vcc),
		13782	.devclrn(devclrn),
		13783	.devpor(devpor),
		13784	.combout(rlcas_n),
		13785	.regout(),
		13786	.cout(),
		13787	.cascout());
		13788	// synopsys translate_off
		13789	defparam \rlcas_n~COMB_I .clock_enable_mode = "false";
		13790	defparam \rlcas_n~COMB_I .lut_mask = "ffc0";
		13791	defparam \rlcas_n~COMB_I .operation_mode = "normal";
		13792	defparam \rlcas_n~COMB_I .output_mode = "comb_only";
		13793	defparam \rlcas_n~COMB_I .packed_mode = "false";
		13794	// synopsys translate_on
		13795
		13796	// atom is at LC8_F22
		13797	flex10ke_lcell \rras0_n~COMB_I (
		13798	// Equation(s):
		13799	// rras0_n = \Selector3~80 & (\state.RFSH1~33 # \dram\|rras0_n )
		13800
		13801	.dataa(vcc),
		13802	.datab(\state.RFSH1~33 ),
		13803	.datac(rras0_n1),
		13804	.datad(\Selector3~80 ),
		13805	.aclr(gnd),
		13806	.aload(gnd),
		13807	.clk(gnd),
		13808	.cin(gnd),
		13809	.cascin(vcc),
		13810	.devclrn(devclrn),
		13811	.devpor(devpor),
		13812	.combout(rras0_n),
		13813	.regout(),
		13814	.cout(),
		13815	.cascout());
		13816	// synopsys translate_off
		13817	defparam \rras0_n~COMB_I .clock_enable_mode = "false";
		13818	defparam \rras0_n~COMB_I .lut_mask = "fc00";
		13819	defparam \rras0_n~COMB_I .operation_mode = "normal";
		13820	defparam \rras0_n~COMB_I .output_mode = "comb_only";
		13821	defparam \rras0_n~COMB_I .packed_mode = "false";
		13822	// synopsys translate_on
		13823
		13824	// atom is at LC1_F9
		13825	flex10ke_lcell \rras1_n~COMB_I (
		13826	// Equation(s):
		13827	// rras1_n = \Selector4~49 & (\state.RFSH1~33 # \dram\|rras1_n )
		13828
		13829	.dataa(vcc),
		13830	.datab(\state.RFSH1~33 ),
		13831	.datac(rras1_n1),
		13832	.datad(\Selector4~49 ),
		13833	.aclr(gnd),
		13834	.aload(gnd),
		13835	.clk(gnd),
		13836	.cin(gnd),
		13837	.cascin(vcc),
		13838	.devclrn(devclrn),
		13839	.devpor(devpor),
		13840	.combout(rras1_n),
		13841	.regout(),
		13842	.cout(),
		13843	.cascout());
		13844	// synopsys translate_off
		13845	defparam \rras1_n~COMB_I .clock_enable_mode = "false";
		13846	defparam \rras1_n~COMB_I .lut_mask = "fc00";
		13847	defparam \rras1_n~COMB_I .operation_mode = "normal";
		13848	defparam \rras1_n~COMB_I .output_mode = "comb_only";
		13849	defparam \rras1_n~COMB_I .packed_mode = "false";
		13850	// synopsys translate_on
		13851
		13852	// atom is at LC1_E2
		13853	flex10ke_lcell \Selector1~73_I (
		13854	// Equation(s):
		13855	// Selector1 = !cpu_rnw & cpu_req & (Equal2 # !next_cycle_0)
		13856
		13857	.dataa(cpu_rnw),
		13858	.datab(next_cycle_0),
		13859	.datac(Equal2),
		13860	.datad(cpu_req),
		13861	.aclr(gnd),
		13862	.aload(gnd),
		13863	.clk(gnd),
		13864	.cin(gnd),
		13865	.cascin(vcc),
		13866	.devclrn(devclrn),
		13867	.devpor(devpor),
		13868	.combout(Selector1),
		13869	.regout(),
		13870	.cout(),
		13871	.cascout());
		13872	// synopsys translate_off
		13873	defparam \Selector1~73_I .clock_enable_mode = "false";
		13874	defparam \Selector1~73_I .lut_mask = "5100";
		13875	defparam \Selector1~73_I .operation_mode = "normal";
		13876	defparam \Selector1~73_I .output_mode = "comb_only";
		13877	defparam \Selector1~73_I .packed_mode = "false";
		13878	// synopsys translate_on
		13879
		13880	// atom is at LC3_A1
		13881	flex10ke_lcell \cbeg~I (
		13882	// Equation(s):
		13883	// cbeg = DFFEA(!\WideOr0~18 , GLOBAL(\fclk~dataout ), , , , , )
		13884
		13885	.dataa(vcc),
		13886	.datab(vcc),
		13887	.datac(vcc),
		13888	.datad(\WideOr0~18 ),
		13889	.aclr(gnd),
		13890	.aload(gnd),
		13891	.clk(clk),
		13892	.cin(gnd),
		13893	.cascin(vcc),
		13894	.devclrn(devclrn),
		13895	.devpor(devpor),
		13896	.combout(),
		13897	.regout(cbeg),
		13898	.cout(),
		13899	.cascout());
		13900	// synopsys translate_off
		13901	defparam \cbeg~I .clock_enable_mode = "false";
		13902	defparam \cbeg~I .lut_mask = "00ff";
		13903	defparam \cbeg~I .operation_mode = "normal";
		13904	defparam \cbeg~I .output_mode = "reg_only";
		13905	defparam \cbeg~I .packed_mode = "false";
		13906	// synopsys translate_on
		13907
		13908	// atom is at LC4_F35
		13909	flex10ke_lcell \int_wrdata[0]~I (
		13910	// Equation(s):
		13911	// int_wrdata_0 = DFFEA(\d[0]~7 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		13912
		13913	.dataa(\int_addr[1]~144 ),
		13914	.datab(vcc),
		13915	.datac(vcc),
		13916	.datad(d_0),
		13917	.aclr(gnd),
		13918	.aload(gnd),
		13919	.clk(clk),
		13920	.cin(gnd),
		13921	.cascin(vcc),
		13922	.devclrn(devclrn),
		13923	.devpor(devpor),
		13924	.combout(),
		13925	.regout(int_wrdata_0),
		13926	.cout(),
		13927	.cascout());
		13928	// synopsys translate_off
		13929	defparam \int_wrdata[0]~I .clock_enable_mode = "true";
		13930	defparam \int_wrdata[0]~I .lut_mask = "ff00";
		13931	defparam \int_wrdata[0]~I .operation_mode = "normal";
		13932	defparam \int_wrdata[0]~I .output_mode = "reg_only";
		13933	defparam \int_wrdata[0]~I .packed_mode = "false";
		13934	// synopsys translate_on
		13935
		13936	// atom is at LC5_B33
		13937	flex10ke_lcell \int_wrdata[1]~I (
		13938	// Equation(s):
		13939	// int_wrdata_1 = DFFEA(\d[1]~6 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		13940
		13941	.dataa(\int_addr[1]~144 ),
		13942	.datab(vcc),
		13943	.datac(vcc),
		13944	.datad(d_1),
		13945	.aclr(gnd),
		13946	.aload(gnd),
		13947	.clk(clk),
		13948	.cin(gnd),
		13949	.cascin(vcc),
		13950	.devclrn(devclrn),
		13951	.devpor(devpor),
		13952	.combout(),
		13953	.regout(int_wrdata_1),
		13954	.cout(),
		13955	.cascout());
		13956	// synopsys translate_off
		13957	defparam \int_wrdata[1]~I .clock_enable_mode = "true";
		13958	defparam \int_wrdata[1]~I .lut_mask = "ff00";
		13959	defparam \int_wrdata[1]~I .operation_mode = "normal";
		13960	defparam \int_wrdata[1]~I .output_mode = "reg_only";
		13961	defparam \int_wrdata[1]~I .packed_mode = "false";
		13962	// synopsys translate_on
		13963
		13964	// atom is at LC3_B33
		13965	flex10ke_lcell \int_wrdata[2]~I (
		13966	// Equation(s):
		13967	// int_wrdata_2 = DFFEA(\d[2]~5 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		13968
		13969	.dataa(\int_addr[1]~144 ),
		13970	.datab(vcc),
		13971	.datac(vcc),
		13972	.datad(d_2),
		13973	.aclr(gnd),
		13974	.aload(gnd),
		13975	.clk(clk),
		13976	.cin(gnd),
		13977	.cascin(vcc),
		13978	.devclrn(devclrn),
		13979	.devpor(devpor),
		13980	.combout(),
		13981	.regout(int_wrdata_2),
		13982	.cout(),
		13983	.cascout());
		13984	// synopsys translate_off
		13985	defparam \int_wrdata[2]~I .clock_enable_mode = "true";
		13986	defparam \int_wrdata[2]~I .lut_mask = "ff00";
		13987	defparam \int_wrdata[2]~I .operation_mode = "normal";
		13988	defparam \int_wrdata[2]~I .output_mode = "reg_only";
		13989	defparam \int_wrdata[2]~I .packed_mode = "false";
		13990	// synopsys translate_on
		13991
		13992	// atom is at LC4_A31
		13993	flex10ke_lcell \int_wrdata[3]~I (
		13994	// Equation(s):
		13995	// int_wrdata_3 = DFFEA(\d[3]~4 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		13996
		13997	.dataa(\int_addr[1]~144 ),
		13998	.datab(vcc),
		13999	.datac(vcc),
		14000	.datad(d_3),
		14001	.aclr(gnd),
		14002	.aload(gnd),
		14003	.clk(clk),
		14004	.cin(gnd),
		14005	.cascin(vcc),
		14006	.devclrn(devclrn),
		14007	.devpor(devpor),
		14008	.combout(),
		14009	.regout(int_wrdata_3),
		14010	.cout(),
		14011	.cascout());
		14012	// synopsys translate_off
		14013	defparam \int_wrdata[3]~I .clock_enable_mode = "true";
		14014	defparam \int_wrdata[3]~I .lut_mask = "ff00";
		14015	defparam \int_wrdata[3]~I .operation_mode = "normal";
		14016	defparam \int_wrdata[3]~I .output_mode = "reg_only";
		14017	defparam \int_wrdata[3]~I .packed_mode = "false";
		14018	// synopsys translate_on
		14019
		14020	// atom is at LC3_A29
		14021	flex10ke_lcell \int_wrdata[4]~I (
		14022	// Equation(s):
		14023	// int_wrdata_4 = DFFEA(\d[4]~3 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		14024
		14025	.dataa(\int_addr[1]~144 ),
		14026	.datab(vcc),
		14027	.datac(vcc),
		14028	.datad(d_4),
		14029	.aclr(gnd),
		14030	.aload(gnd),
		14031	.clk(clk),
		14032	.cin(gnd),
		14033	.cascin(vcc),
		14034	.devclrn(devclrn),
		14035	.devpor(devpor),
		14036	.combout(),
		14037	.regout(int_wrdata_4),
		14038	.cout(),
		14039	.cascout());
		14040	// synopsys translate_off
		14041	defparam \int_wrdata[4]~I .clock_enable_mode = "true";
		14042	defparam \int_wrdata[4]~I .lut_mask = "ff00";
		14043	defparam \int_wrdata[4]~I .operation_mode = "normal";
		14044	defparam \int_wrdata[4]~I .output_mode = "reg_only";
		14045	defparam \int_wrdata[4]~I .packed_mode = "false";
		14046	// synopsys translate_on
		14047
		14048	// atom is at LC1_F27
		14049	flex10ke_lcell \int_wrdata[5]~I (
		14050	// Equation(s):
		14051	// int_wrdata_5 = DFFEA(\d[5]~2 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		14052
		14053	.dataa(\int_addr[1]~144 ),
		14054	.datab(vcc),
		14055	.datac(vcc),
		14056	.datad(d_5),
		14057	.aclr(gnd),
		14058	.aload(gnd),
		14059	.clk(clk),
		14060	.cin(gnd),
		14061	.cascin(vcc),
		14062	.devclrn(devclrn),
		14063	.devpor(devpor),
		14064	.combout(),
		14065	.regout(int_wrdata_5),
		14066	.cout(),
		14067	.cascout());
		14068	// synopsys translate_off
		14069	defparam \int_wrdata[5]~I .clock_enable_mode = "true";
		14070	defparam \int_wrdata[5]~I .lut_mask = "ff00";
		14071	defparam \int_wrdata[5]~I .operation_mode = "normal";
		14072	defparam \int_wrdata[5]~I .output_mode = "reg_only";
		14073	defparam \int_wrdata[5]~I .packed_mode = "false";
		14074	// synopsys translate_on
		14075
		14076	// atom is at LC1_J26
		14077	flex10ke_lcell \int_wrdata[6]~I (
		14078	// Equation(s):
		14079	// int_wrdata_6 = DFFEA(\d[6]~1 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		14080
		14081	.dataa(\int_addr[1]~144 ),
		14082	.datab(vcc),
		14083	.datac(vcc),
		14084	.datad(d_6),
		14085	.aclr(gnd),
		14086	.aload(gnd),
		14087	.clk(clk),
		14088	.cin(gnd),
		14089	.cascin(vcc),
		14090	.devclrn(devclrn),
		14091	.devpor(devpor),
		14092	.combout(),
		14093	.regout(int_wrdata_6),
		14094	.cout(),
		14095	.cascout());
		14096	// synopsys translate_off
		14097	defparam \int_wrdata[6]~I .clock_enable_mode = "true";
		14098	defparam \int_wrdata[6]~I .lut_mask = "ff00";
		14099	defparam \int_wrdata[6]~I .operation_mode = "normal";
		14100	defparam \int_wrdata[6]~I .output_mode = "reg_only";
		14101	defparam \int_wrdata[6]~I .packed_mode = "false";
		14102	// synopsys translate_on
		14103
		14104	// atom is at LC4_F23
		14105	flex10ke_lcell \int_wrdata[7]~I (
		14106	// Equation(s):
		14107	// int_wrdata_7 = DFFEA(\d[7]~0 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		14108
		14109	.dataa(\int_addr[1]~144 ),
		14110	.datab(vcc),
		14111	.datac(vcc),
		14112	.datad(d_7),
		14113	.aclr(gnd),
		14114	.aload(gnd),
		14115	.clk(clk),
		14116	.cin(gnd),
		14117	.cascin(vcc),
		14118	.devclrn(devclrn),
		14119	.devpor(devpor),
		14120	.combout(),
		14121	.regout(int_wrdata_7),
		14122	.cout(),
		14123	.cascout());
		14124	// synopsys translate_off
		14125	defparam \int_wrdata[7]~I .clock_enable_mode = "true";
		14126	defparam \int_wrdata[7]~I .lut_mask = "ff00";
		14127	defparam \int_wrdata[7]~I .operation_mode = "normal";
		14128	defparam \int_wrdata[7]~I .output_mode = "reg_only";
		14129	defparam \int_wrdata[7]~I .packed_mode = "false";
		14130	// synopsys translate_on
		14131
		14132	// atom is at LC6_G34
		14133	flex10ke_lcell \rddata[15]~I (
		14134	// Equation(s):
		14135	// rddata_15 = DFFEA(\rd[15]~0 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14136
		14137	.dataa(\state.RD3 ),
		14138	.datab(vcc),
		14139	.datac(vcc),
		14140	.datad(rd_15),
		14141	.aclr(gnd),
		14142	.aload(gnd),
		14143	.clk(clk),
		14144	.cin(gnd),
		14145	.cascin(vcc),
		14146	.devclrn(devclrn),
		14147	.devpor(devpor),
		14148	.combout(),
		14149	.regout(rddata_15),
		14150	.cout(),
		14151	.cascout());
		14152	// synopsys translate_off
		14153	defparam \rddata[15]~I .clock_enable_mode = "true";
		14154	defparam \rddata[15]~I .lut_mask = "ff00";
		14155	defparam \rddata[15]~I .operation_mode = "normal";
		14156	defparam \rddata[15]~I .output_mode = "reg_only";
		14157	defparam \rddata[15]~I .packed_mode = "false";
		14158	// synopsys translate_on
		14159
		14160	// atom is at LC3_G34
		14161	flex10ke_lcell \rddata[6]~I (
		14162	// Equation(s):
		14163	// rddata_6 = DFFEA(\rd[6]~9 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14164
		14165	.dataa(\state.RD3 ),
		14166	.datab(vcc),
		14167	.datac(vcc),
		14168	.datad(rd_6),
		14169	.aclr(gnd),
		14170	.aload(gnd),
		14171	.clk(clk),
		14172	.cin(gnd),
		14173	.cascin(vcc),
		14174	.devclrn(devclrn),
		14175	.devpor(devpor),
		14176	.combout(),
		14177	.regout(rddata_6),
		14178	.cout(),
		14179	.cascout());
		14180	// synopsys translate_off
		14181	defparam \rddata[6]~I .clock_enable_mode = "true";
		14182	defparam \rddata[6]~I .lut_mask = "ff00";
		14183	defparam \rddata[6]~I .operation_mode = "normal";
		14184	defparam \rddata[6]~I .output_mode = "reg_only";
		14185	defparam \rddata[6]~I .packed_mode = "false";
		14186	// synopsys translate_on
		14187
		14188	// atom is at LC5_G34
		14189	flex10ke_lcell \rddata[14]~I (
		14190	// Equation(s):
		14191	// rddata_14 = DFFEA(\rd[14]~1 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14192
		14193	.dataa(\state.RD3 ),
		14194	.datab(vcc),
		14195	.datac(vcc),
		14196	.datad(rd_14),
		14197	.aclr(gnd),
		14198	.aload(gnd),
		14199	.clk(clk),
		14200	.cin(gnd),
		14201	.cascin(vcc),
		14202	.devclrn(devclrn),
		14203	.devpor(devpor),
		14204	.combout(),
		14205	.regout(rddata_14),
		14206	.cout(),
		14207	.cascout());
		14208	// synopsys translate_off
		14209	defparam \rddata[14]~I .clock_enable_mode = "true";
		14210	defparam \rddata[14]~I .lut_mask = "ff00";
		14211	defparam \rddata[14]~I .operation_mode = "normal";
		14212	defparam \rddata[14]~I .output_mode = "reg_only";
		14213	defparam \rddata[14]~I .packed_mode = "false";
		14214	// synopsys translate_on
		14215
		14216	// atom is at LC4_G34
		14217	flex10ke_lcell \rddata[7]~I (
		14218	// Equation(s):
		14219	// rddata_7 = DFFEA(\rd[7]~8 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14220
		14221	.dataa(\state.RD3 ),
		14222	.datab(vcc),
		14223	.datac(vcc),
		14224	.datad(rd_7),
		14225	.aclr(gnd),
		14226	.aload(gnd),
		14227	.clk(clk),
		14228	.cin(gnd),
		14229	.cascin(vcc),
		14230	.devclrn(devclrn),
		14231	.devpor(devpor),
		14232	.combout(),
		14233	.regout(rddata_7),
		14234	.cout(),
		14235	.cascout());
		14236	// synopsys translate_off
		14237	defparam \rddata[7]~I .clock_enable_mode = "true";
		14238	defparam \rddata[7]~I .lut_mask = "ff00";
		14239	defparam \rddata[7]~I .operation_mode = "normal";
		14240	defparam \rddata[7]~I .output_mode = "reg_only";
		14241	defparam \rddata[7]~I .packed_mode = "false";
		14242	// synopsys translate_on
		14243
		14244	// atom is at LC8_G1
		14245	flex10ke_lcell \rddata[1]~I (
		14246	// Equation(s):
		14247	// rddata_1 = DFFEA(\rd[1]~14 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14248
		14249	.dataa(\state.RD3 ),
		14250	.datab(vcc),
		14251	.datac(vcc),
		14252	.datad(rd_1),
		14253	.aclr(gnd),
		14254	.aload(gnd),
		14255	.clk(clk),
		14256	.cin(gnd),
		14257	.cascin(vcc),
		14258	.devclrn(devclrn),
		14259	.devpor(devpor),
		14260	.combout(),
		14261	.regout(rddata_1),
		14262	.cout(),
		14263	.cascout());
		14264	// synopsys translate_off
		14265	defparam \rddata[1]~I .clock_enable_mode = "true";
		14266	defparam \rddata[1]~I .lut_mask = "ff00";
		14267	defparam \rddata[1]~I .operation_mode = "normal";
		14268	defparam \rddata[1]~I .output_mode = "reg_only";
		14269	defparam \rddata[1]~I .packed_mode = "false";
		14270	// synopsys translate_on
		14271
		14272	// atom is at LC4_G24
		14273	flex10ke_lcell \rddata[12]~I (
		14274	// Equation(s):
		14275	// rddata_12 = DFFEA(\rd[12]~3 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14276
		14277	.dataa(\state.RD3 ),
		14278	.datab(vcc),
		14279	.datac(vcc),
		14280	.datad(rd_12),
		14281	.aclr(gnd),
		14282	.aload(gnd),
		14283	.clk(clk),
		14284	.cin(gnd),
		14285	.cascin(vcc),
		14286	.devclrn(devclrn),
		14287	.devpor(devpor),
		14288	.combout(),
		14289	.regout(rddata_12),
		14290	.cout(),
		14291	.cascout());
		14292	// synopsys translate_off
		14293	defparam \rddata[12]~I .clock_enable_mode = "true";
		14294	defparam \rddata[12]~I .lut_mask = "ff00";
		14295	defparam \rddata[12]~I .operation_mode = "normal";
		14296	defparam \rddata[12]~I .output_mode = "reg_only";
		14297	defparam \rddata[12]~I .packed_mode = "false";
		14298	// synopsys translate_on
		14299
		14300	// atom is at LC1_G1
		14301	flex10ke_lcell \rddata[9]~I (
		14302	// Equation(s):
		14303	// rddata_9 = DFFEA(\rd[9]~6 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14304
		14305	.dataa(\state.RD3 ),
		14306	.datab(vcc),
		14307	.datac(vcc),
		14308	.datad(rd_9),
		14309	.aclr(gnd),
		14310	.aload(gnd),
		14311	.clk(clk),
		14312	.cin(gnd),
		14313	.cascin(vcc),
		14314	.devclrn(devclrn),
		14315	.devpor(devpor),
		14316	.combout(),
		14317	.regout(rddata_9),
		14318	.cout(),
		14319	.cascout());
		14320	// synopsys translate_off
		14321	defparam \rddata[9]~I .clock_enable_mode = "true";
		14322	defparam \rddata[9]~I .lut_mask = "ff00";
		14323	defparam \rddata[9]~I .operation_mode = "normal";
		14324	defparam \rddata[9]~I .output_mode = "reg_only";
		14325	defparam \rddata[9]~I .packed_mode = "false";
		14326	// synopsys translate_on
		14327
		14328	// atom is at LC8_G27
		14329	flex10ke_lcell \rddata[4]~I (
		14330	// Equation(s):
		14331	// rddata_4 = DFFEA(\rd[4]~11 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14332
		14333	.dataa(\state.RD3 ),
		14334	.datab(vcc),
		14335	.datac(vcc),
		14336	.datad(rd_4),
		14337	.aclr(gnd),
		14338	.aload(gnd),
		14339	.clk(clk),
		14340	.cin(gnd),
		14341	.cascin(vcc),
		14342	.devclrn(devclrn),
		14343	.devpor(devpor),
		14344	.combout(),
		14345	.regout(rddata_4),
		14346	.cout(),
		14347	.cascout());
		14348	// synopsys translate_off
		14349	defparam \rddata[4]~I .clock_enable_mode = "true";
		14350	defparam \rddata[4]~I .lut_mask = "ff00";
		14351	defparam \rddata[4]~I .operation_mode = "normal";
		14352	defparam \rddata[4]~I .output_mode = "reg_only";
		14353	defparam \rddata[4]~I .packed_mode = "false";
		14354	// synopsys translate_on
		14355
		14356	// atom is at LC4_G29
		14357	flex10ke_lcell \rddata[5]~I (
		14358	// Equation(s):
		14359	// rddata_5 = DFFEA(\rd[5]~10 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14360
		14361	.dataa(\state.RD3 ),
		14362	.datab(vcc),
		14363	.datac(vcc),
		14364	.datad(rd_5),
		14365	.aclr(gnd),
		14366	.aload(gnd),
		14367	.clk(clk),
		14368	.cin(gnd),
		14369	.cascin(vcc),
		14370	.devclrn(devclrn),
		14371	.devpor(devpor),
		14372	.combout(),
		14373	.regout(rddata_5),
		14374	.cout(),
		14375	.cascout());
		14376	// synopsys translate_off
		14377	defparam \rddata[5]~I .clock_enable_mode = "true";
		14378	defparam \rddata[5]~I .lut_mask = "ff00";
		14379	defparam \rddata[5]~I .operation_mode = "normal";
		14380	defparam \rddata[5]~I .output_mode = "reg_only";
		14381	defparam \rddata[5]~I .packed_mode = "false";
		14382	// synopsys translate_on
		14383
		14384	// atom is at LC6_G5
		14385	flex10ke_lcell \rddata[13]~I (
		14386	// Equation(s):
		14387	// rddata_13 = DFFEA(\rd[13]~2 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14388
		14389	.dataa(\state.RD3 ),
		14390	.datab(vcc),
		14391	.datac(vcc),
		14392	.datad(rd_13),
		14393	.aclr(gnd),
		14394	.aload(gnd),
		14395	.clk(clk),
		14396	.cin(gnd),
		14397	.cascin(vcc),
		14398	.devclrn(devclrn),
		14399	.devpor(devpor),
		14400	.combout(),
		14401	.regout(rddata_13),
		14402	.cout(),
		14403	.cascout());
		14404	// synopsys translate_off
		14405	defparam \rddata[13]~I .clock_enable_mode = "true";
		14406	defparam \rddata[13]~I .lut_mask = "ff00";
		14407	defparam \rddata[13]~I .operation_mode = "normal";
		14408	defparam \rddata[13]~I .output_mode = "reg_only";
		14409	defparam \rddata[13]~I .packed_mode = "false";
		14410	// synopsys translate_on
		14411
		14412	// atom is at LC3_G25
		14413	flex10ke_lcell \rddata[2]~I (
		14414	// Equation(s):
		14415	// rddata_2 = DFFEA(\rd[2]~13 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14416
		14417	.dataa(\state.RD3 ),
		14418	.datab(vcc),
		14419	.datac(vcc),
		14420	.datad(rd_2),
		14421	.aclr(gnd),
		14422	.aload(gnd),
		14423	.clk(clk),
		14424	.cin(gnd),
		14425	.cascin(vcc),
		14426	.devclrn(devclrn),
		14427	.devpor(devpor),
		14428	.combout(),
		14429	.regout(rddata_2),
		14430	.cout(),
		14431	.cascout());
		14432	// synopsys translate_off
		14433	defparam \rddata[2]~I .clock_enable_mode = "true";
		14434	defparam \rddata[2]~I .lut_mask = "ff00";
		14435	defparam \rddata[2]~I .operation_mode = "normal";
		14436	defparam \rddata[2]~I .output_mode = "reg_only";
		14437	defparam \rddata[2]~I .packed_mode = "false";
		14438	// synopsys translate_on
		14439
		14440	// atom is at LC4_G25
		14441	flex10ke_lcell \rddata[10]~I (
		14442	// Equation(s):
		14443	// rddata_10 = DFFEA(\rd[10]~5 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14444
		14445	.dataa(\state.RD3 ),
		14446	.datab(vcc),
		14447	.datac(vcc),
		14448	.datad(rd_10),
		14449	.aclr(gnd),
		14450	.aload(gnd),
		14451	.clk(clk),
		14452	.cin(gnd),
		14453	.cascin(vcc),
		14454	.devclrn(devclrn),
		14455	.devpor(devpor),
		14456	.combout(),
		14457	.regout(rddata_10),
		14458	.cout(),
		14459	.cascout());
		14460	// synopsys translate_off
		14461	defparam \rddata[10]~I .clock_enable_mode = "true";
		14462	defparam \rddata[10]~I .lut_mask = "ff00";
		14463	defparam \rddata[10]~I .operation_mode = "normal";
		14464	defparam \rddata[10]~I .output_mode = "reg_only";
		14465	defparam \rddata[10]~I .packed_mode = "false";
		14466	// synopsys translate_on
		14467
		14468	// atom is at LC1_F18
		14469	flex10ke_lcell \rddata[3]~I (
		14470	// Equation(s):
		14471	// rddata_3 = DFFEA(\rd[3]~12 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14472
		14473	.dataa(\state.RD3 ),
		14474	.datab(vcc),
		14475	.datac(vcc),
		14476	.datad(rd_3),
		14477	.aclr(gnd),
		14478	.aload(gnd),
		14479	.clk(clk),
		14480	.cin(gnd),
		14481	.cascin(vcc),
		14482	.devclrn(devclrn),
		14483	.devpor(devpor),
		14484	.combout(),
		14485	.regout(rddata_3),
		14486	.cout(),
		14487	.cascout());
		14488	// synopsys translate_off
		14489	defparam \rddata[3]~I .clock_enable_mode = "true";
		14490	defparam \rddata[3]~I .lut_mask = "ff00";
		14491	defparam \rddata[3]~I .operation_mode = "normal";
		14492	defparam \rddata[3]~I .output_mode = "reg_only";
		14493	defparam \rddata[3]~I .packed_mode = "false";
		14494	// synopsys translate_on
		14495
		14496	// atom is at LC7_G11
		14497	flex10ke_lcell \rddata[11]~I (
		14498	// Equation(s):
		14499	// rddata_11 = DFFEA(\rd[11]~4 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14500
		14501	.dataa(\state.RD3 ),
		14502	.datab(vcc),
		14503	.datac(vcc),
		14504	.datad(rd_11),
		14505	.aclr(gnd),
		14506	.aload(gnd),
		14507	.clk(clk),
		14508	.cin(gnd),
		14509	.cascin(vcc),
		14510	.devclrn(devclrn),
		14511	.devpor(devpor),
		14512	.combout(),
		14513	.regout(rddata_11),
		14514	.cout(),
		14515	.cascout());
		14516	// synopsys translate_off
		14517	defparam \rddata[11]~I .clock_enable_mode = "true";
		14518	defparam \rddata[11]~I .lut_mask = "ff00";
		14519	defparam \rddata[11]~I .operation_mode = "normal";
		14520	defparam \rddata[11]~I .output_mode = "reg_only";
		14521	defparam \rddata[11]~I .packed_mode = "false";
		14522	// synopsys translate_on
		14523
		14524	// atom is at LC3_G17
		14525	flex10ke_lcell \rddata[0]~I (
		14526	// Equation(s):
		14527	// rddata_0 = DFFEA(\rd[0]~15 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14528
		14529	.dataa(\state.RD3 ),
		14530	.datab(vcc),
		14531	.datac(vcc),
		14532	.datad(rd_0),
		14533	.aclr(gnd),
		14534	.aload(gnd),
		14535	.clk(clk),
		14536	.cin(gnd),
		14537	.cascin(vcc),
		14538	.devclrn(devclrn),
		14539	.devpor(devpor),
		14540	.combout(),
		14541	.regout(rddata_0),
		14542	.cout(),
		14543	.cascout());
		14544	// synopsys translate_off
		14545	defparam \rddata[0]~I .clock_enable_mode = "true";
		14546	defparam \rddata[0]~I .lut_mask = "ff00";
		14547	defparam \rddata[0]~I .operation_mode = "normal";
		14548	defparam \rddata[0]~I .output_mode = "reg_only";
		14549	defparam \rddata[0]~I .packed_mode = "false";
		14550	// synopsys translate_on
		14551
		14552	// atom is at LC4_F16
		14553	flex10ke_lcell \rddata[8]~I (
		14554	// Equation(s):
		14555	// rddata_8 = DFFEA(\rd[8]~7 , GLOBAL(\fclk~dataout ), , , \state.RD3 , , )
		14556
		14557	.dataa(\state.RD3 ),
		14558	.datab(vcc),
		14559	.datac(vcc),
		14560	.datad(rd_8),
		14561	.aclr(gnd),
		14562	.aload(gnd),
		14563	.clk(clk),
		14564	.cin(gnd),
		14565	.cascin(vcc),
		14566	.devclrn(devclrn),
		14567	.devpor(devpor),
		14568	.combout(),
		14569	.regout(rddata_8),
		14570	.cout(),
		14571	.cascout());
		14572	// synopsys translate_off
		14573	defparam \rddata[8]~I .clock_enable_mode = "true";
		14574	defparam \rddata[8]~I .lut_mask = "ff00";
		14575	defparam \rddata[8]~I .operation_mode = "normal";
		14576	defparam \rddata[8]~I .output_mode = "reg_only";
		14577	defparam \rddata[8]~I .packed_mode = "false";
		14578	// synopsys translate_on
		14579
		14580	// atom is at LC2_F23
		14581	flex10ke_lcell \int_wrdata[0]~24_I (
		14582	// Equation(s):
		14583	// int_wrdata_01 = DFFEA(\d[0]~7 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		14584
		14585	.dataa(\int_addr[1]~144 ),
		14586	.datab(vcc),
		14587	.datac(vcc),
		14588	.datad(d_0),
		14589	.aclr(gnd),
		14590	.aload(gnd),
		14591	.clk(clk),
		14592	.cin(gnd),
		14593	.cascin(vcc),
		14594	.devclrn(devclrn),
		14595	.devpor(devpor),
		14596	.combout(),
		14597	.regout(int_wrdata_01),
		14598	.cout(),
		14599	.cascout());
		14600	// synopsys translate_off
		14601	defparam \int_wrdata[0]~24_I .clock_enable_mode = "true";
		14602	defparam \int_wrdata[0]~24_I .lut_mask = "ff00";
		14603	defparam \int_wrdata[0]~24_I .operation_mode = "normal";
		14604	defparam \int_wrdata[0]~24_I .output_mode = "reg_only";
		14605	defparam \int_wrdata[0]~24_I .packed_mode = "false";
		14606	// synopsys translate_on
		14607
		14608	// atom is at LC2_F25
		14609	flex10ke_lcell \int_wrdata[1]~25_I (
		14610	// Equation(s):
		14611	// int_wrdata_11 = DFFEA(\d[1]~6 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		14612
		14613	.dataa(\int_addr[1]~144 ),
		14614	.datab(vcc),
		14615	.datac(vcc),
		14616	.datad(d_1),
		14617	.aclr(gnd),
		14618	.aload(gnd),
		14619	.clk(clk),
		14620	.cin(gnd),
		14621	.cascin(vcc),
		14622	.devclrn(devclrn),
		14623	.devpor(devpor),
		14624	.combout(),
		14625	.regout(int_wrdata_11),
		14626	.cout(),
		14627	.cascout());
		14628	// synopsys translate_off
		14629	defparam \int_wrdata[1]~25_I .clock_enable_mode = "true";
		14630	defparam \int_wrdata[1]~25_I .lut_mask = "ff00";
		14631	defparam \int_wrdata[1]~25_I .operation_mode = "normal";
		14632	defparam \int_wrdata[1]~25_I .output_mode = "reg_only";
		14633	defparam \int_wrdata[1]~25_I .packed_mode = "false";
		14634	// synopsys translate_on
		14635
		14636	// atom is at LC8_F27
		14637	flex10ke_lcell \int_wrdata[2]~26_I (
		14638	// Equation(s):
		14639	// int_wrdata_21 = DFFEA(\d[2]~5 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		14640
		14641	.dataa(\int_addr[1]~144 ),
		14642	.datab(vcc),
		14643	.datac(vcc),
		14644	.datad(d_2),
		14645	.aclr(gnd),
		14646	.aload(gnd),
		14647	.clk(clk),
		14648	.cin(gnd),
		14649	.cascin(vcc),
		14650	.devclrn(devclrn),
		14651	.devpor(devpor),
		14652	.combout(),
		14653	.regout(int_wrdata_21),
		14654	.cout(),
		14655	.cascout());
		14656	// synopsys translate_off
		14657	defparam \int_wrdata[2]~26_I .clock_enable_mode = "true";
		14658	defparam \int_wrdata[2]~26_I .lut_mask = "ff00";
		14659	defparam \int_wrdata[2]~26_I .operation_mode = "normal";
		14660	defparam \int_wrdata[2]~26_I .output_mode = "reg_only";
		14661	defparam \int_wrdata[2]~26_I .packed_mode = "false";
		14662	// synopsys translate_on
		14663
		14664	// atom is at LC1_F28
		14665	flex10ke_lcell \int_wrdata[3]~27_I (
		14666	// Equation(s):
		14667	// int_wrdata_31 = DFFEA(\d[3]~4 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		14668
		14669	.dataa(\int_addr[1]~144 ),
		14670	.datab(vcc),
		14671	.datac(vcc),
		14672	.datad(d_3),
		14673	.aclr(gnd),
		14674	.aload(gnd),
		14675	.clk(clk),
		14676	.cin(gnd),
		14677	.cascin(vcc),
		14678	.devclrn(devclrn),
		14679	.devpor(devpor),
		14680	.combout(),
		14681	.regout(int_wrdata_31),
		14682	.cout(),
		14683	.cascout());
		14684	// synopsys translate_off
		14685	defparam \int_wrdata[3]~27_I .clock_enable_mode = "true";
		14686	defparam \int_wrdata[3]~27_I .lut_mask = "ff00";
		14687	defparam \int_wrdata[3]~27_I .operation_mode = "normal";
		14688	defparam \int_wrdata[3]~27_I .output_mode = "reg_only";
		14689	defparam \int_wrdata[3]~27_I .packed_mode = "false";
		14690	// synopsys translate_on
		14691
		14692	// atom is at LC5_A29
		14693	flex10ke_lcell \int_wrdata[4]~28_I (
		14694	// Equation(s):
		14695	// int_wrdata_41 = DFFEA(\d[4]~3 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		14696
		14697	.dataa(\int_addr[1]~144 ),
		14698	.datab(vcc),
		14699	.datac(vcc),
		14700	.datad(d_4),
		14701	.aclr(gnd),
		14702	.aload(gnd),
		14703	.clk(clk),
		14704	.cin(gnd),
		14705	.cascin(vcc),
		14706	.devclrn(devclrn),
		14707	.devpor(devpor),
		14708	.combout(),
		14709	.regout(int_wrdata_41),
		14710	.cout(),
		14711	.cascout());
		14712	// synopsys translate_off
		14713	defparam \int_wrdata[4]~28_I .clock_enable_mode = "true";
		14714	defparam \int_wrdata[4]~28_I .lut_mask = "ff00";
		14715	defparam \int_wrdata[4]~28_I .operation_mode = "normal";
		14716	defparam \int_wrdata[4]~28_I .output_mode = "reg_only";
		14717	defparam \int_wrdata[4]~28_I .packed_mode = "false";
		14718	// synopsys translate_on
		14719
		14720	// atom is at LC2_A31
		14721	flex10ke_lcell \int_wrdata[5]~29_I (
		14722	// Equation(s):
		14723	// int_wrdata_51 = DFFEA(\d[5]~2 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		14724
		14725	.dataa(\int_addr[1]~144 ),
		14726	.datab(vcc),
		14727	.datac(vcc),
		14728	.datad(d_5),
		14729	.aclr(gnd),
		14730	.aload(gnd),
		14731	.clk(clk),
		14732	.cin(gnd),
		14733	.cascin(vcc),
		14734	.devclrn(devclrn),
		14735	.devpor(devpor),
		14736	.combout(),
		14737	.regout(int_wrdata_51),
		14738	.cout(),
		14739	.cascout());
		14740	// synopsys translate_off
		14741	defparam \int_wrdata[5]~29_I .clock_enable_mode = "true";
		14742	defparam \int_wrdata[5]~29_I .lut_mask = "ff00";
		14743	defparam \int_wrdata[5]~29_I .operation_mode = "normal";
		14744	defparam \int_wrdata[5]~29_I .output_mode = "reg_only";
		14745	defparam \int_wrdata[5]~29_I .packed_mode = "false";
		14746	// synopsys translate_on
		14747
		14748	// atom is at LC2_J33
		14749	flex10ke_lcell \int_wrdata[6]~30_I (
		14750	// Equation(s):
		14751	// int_wrdata_61 = DFFEA(\d[6]~1 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		14752
		14753	.dataa(\int_addr[1]~144 ),
		14754	.datab(vcc),
		14755	.datac(vcc),
		14756	.datad(d_6),
		14757	.aclr(gnd),
		14758	.aload(gnd),
		14759	.clk(clk),
		14760	.cin(gnd),
		14761	.cascin(vcc),
		14762	.devclrn(devclrn),
		14763	.devpor(devpor),
		14764	.combout(),
		14765	.regout(int_wrdata_61),
		14766	.cout(),
		14767	.cascout());
		14768	// synopsys translate_off
		14769	defparam \int_wrdata[6]~30_I .clock_enable_mode = "true";
		14770	defparam \int_wrdata[6]~30_I .lut_mask = "ff00";
		14771	defparam \int_wrdata[6]~30_I .operation_mode = "normal";
		14772	defparam \int_wrdata[6]~30_I .output_mode = "reg_only";
		14773	defparam \int_wrdata[6]~30_I .packed_mode = "false";
		14774	// synopsys translate_on
		14775
		14776	// atom is at LC2_A35
		14777	flex10ke_lcell \int_wrdata[7]~31_I (
		14778	// Equation(s):
		14779	// int_wrdata_71 = DFFEA(\d[7]~0 , GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		14780
		14781	.dataa(\int_addr[1]~144 ),
		14782	.datab(vcc),
		14783	.datac(vcc),
		14784	.datad(d_7),
		14785	.aclr(gnd),
		14786	.aload(gnd),
		14787	.clk(clk),
		14788	.cin(gnd),
		14789	.cascin(vcc),
		14790	.devclrn(devclrn),
		14791	.devpor(devpor),
		14792	.combout(),
		14793	.regout(int_wrdata_71),
		14794	.cout(),
		14795	.cascout());
		14796	// synopsys translate_off
		14797	defparam \int_wrdata[7]~31_I .clock_enable_mode = "true";
		14798	defparam \int_wrdata[7]~31_I .lut_mask = "ff00";
		14799	defparam \int_wrdata[7]~31_I .operation_mode = "normal";
		14800	defparam \int_wrdata[7]~31_I .output_mode = "reg_only";
		14801	defparam \int_wrdata[7]~31_I .packed_mode = "false";
		14802	// synopsys translate_on
		14803
		14804	// atom is at LC3_F9
		14805	flex10ke_lcell \state.RD2~I (
		14806	// Equation(s):
		14807	// \state.RD2 = DFFEA(\state.RD1 , GLOBAL(\fclk~dataout ), , , , , )
		14808
		14809	.dataa(vcc),
		14810	.datab(vcc),
		14811	.datac(vcc),
		14812	.datad(\state.RD1 ),
		14813	.aclr(gnd),
		14814	.aload(gnd),
		14815	.clk(clk),
		14816	.cin(gnd),
		14817	.cascin(vcc),
		14818	.devclrn(devclrn),
		14819	.devpor(devpor),
		14820	.combout(),
		14821	.regout(\state.RD2 ),
		14822	.cout(),
		14823	.cascout());
		14824	// synopsys translate_off
		14825	defparam \state.RD2~I .clock_enable_mode = "false";
		14826	defparam \state.RD2~I .lut_mask = "ff00";
		14827	defparam \state.RD2~I .operation_mode = "normal";
		14828	defparam \state.RD2~I .output_mode = "reg_only";
		14829	defparam \state.RD2~I .packed_mode = "false";
		14830	// synopsys translate_on
		14831
		14832	// atom is at LC4_F9
		14833	flex10ke_lcell \state.RD3~I (
		14834	// Equation(s):
		14835	// \state.RD3 = DFFEA(\state.RD2 , GLOBAL(\fclk~dataout ), , , , , )
		14836
		14837	.dataa(vcc),
		14838	.datab(vcc),
		14839	.datac(vcc),
		14840	.datad(\state.RD2 ),
		14841	.aclr(gnd),
		14842	.aload(gnd),
		14843	.clk(clk),
		14844	.cin(gnd),
		14845	.cascin(vcc),
		14846	.devclrn(devclrn),
		14847	.devpor(devpor),
		14848	.combout(),
		14849	.regout(\state.RD3 ),
		14850	.cout(),
		14851	.cascout());
		14852	// synopsys translate_off
		14853	defparam \state.RD3~I .clock_enable_mode = "false";
		14854	defparam \state.RD3~I .lut_mask = "ff00";
		14855	defparam \state.RD3~I .operation_mode = "normal";
		14856	defparam \state.RD3~I .output_mode = "reg_only";
		14857	defparam \state.RD3~I .packed_mode = "false";
		14858	// synopsys translate_on
		14859
		14860	// atom is at LC6_F21
		14861	flex10ke_lcell \state.RD4~I (
		14862	// Equation(s):
		14863	// \state.RD4 = DFFEA(\state.RD3 , GLOBAL(\fclk~dataout ), , , , , )
		14864
		14865	.dataa(vcc),
		14866	.datab(vcc),
		14867	.datac(vcc),
		14868	.datad(\state.RD3 ),
		14869	.aclr(gnd),
		14870	.aload(gnd),
		14871	.clk(clk),
		14872	.cin(gnd),
		14873	.cascin(vcc),
		14874	.devclrn(devclrn),
		14875	.devpor(devpor),
		14876	.combout(),
		14877	.regout(\state.RD4 ),
		14878	.cout(),
		14879	.cascout());
		14880	// synopsys translate_off
		14881	defparam \state.RD4~I .clock_enable_mode = "false";
		14882	defparam \state.RD4~I .lut_mask = "ff00";
		14883	defparam \state.RD4~I .operation_mode = "normal";
		14884	defparam \state.RD4~I .output_mode = "reg_only";
		14885	defparam \state.RD4~I .packed_mode = "false";
		14886	// synopsys translate_on
		14887
		14888	// atom is at LC3_J6
		14889	flex10ke_lcell \rst_sync[0]~I (
		14890	// Equation(s):
		14891	// rst_sync[0] = DFFEA(!rst_out_n, GLOBAL(\fclk~dataout ), , , , , )
		14892
		14893	.dataa(vcc),
		14894	.datab(vcc),
		14895	.datac(vcc),
		14896	.datad(rst_out_n),
		14897	.aclr(gnd),
		14898	.aload(gnd),
		14899	.clk(clk),
		14900	.cin(gnd),
		14901	.cascin(vcc),
		14902	.devclrn(devclrn),
		14903	.devpor(devpor),
		14904	.combout(),
		14905	.regout(rst_sync[0]),
		14906	.cout(),
		14907	.cascout());
		14908	// synopsys translate_off
		14909	defparam \rst_sync[0]~I .clock_enable_mode = "false";
		14910	defparam \rst_sync[0]~I .lut_mask = "00ff";
		14911	defparam \rst_sync[0]~I .operation_mode = "normal";
		14912	defparam \rst_sync[0]~I .output_mode = "reg_only";
		14913	defparam \rst_sync[0]~I .packed_mode = "false";
		14914	// synopsys translate_on
		14915
		14916	// atom is at LC4_J6
		14917	flex10ke_lcell \rst_sync[1]~I (
		14918	// Equation(s):
		14919	// rst_sync[1] = DFFEA(rst_sync[0], GLOBAL(\fclk~dataout ), , , , , )
		14920
		14921	.dataa(vcc),
		14922	.datab(vcc),
		14923	.datac(vcc),
		14924	.datad(rst_sync[0]),
		14925	.aclr(gnd),
		14926	.aload(gnd),
		14927	.clk(clk),
		14928	.cin(gnd),
		14929	.cascin(vcc),
		14930	.devclrn(devclrn),
		14931	.devpor(devpor),
		14932	.combout(),
		14933	.regout(rst_sync[1]),
		14934	.cout(),
		14935	.cascout());
		14936	// synopsys translate_off
		14937	defparam \rst_sync[1]~I .clock_enable_mode = "false";
		14938	defparam \rst_sync[1]~I .lut_mask = "ff00";
		14939	defparam \rst_sync[1]~I .operation_mode = "normal";
		14940	defparam \rst_sync[1]~I .output_mode = "reg_only";
		14941	defparam \rst_sync[1]~I .packed_mode = "false";
		14942	// synopsys translate_on
		14943
		14944	// atom is at LC6_F20
		14945	flex10ke_lcell \state.WR1~I (
		14946	// Equation(s):
		14947	// \state.WR1 = DFFEA(!\WideOr0~18 & !rst_sync[1] & !next_cycle_1 & Selector1, GLOBAL(\fclk~dataout ), , , , , )
		14948
		14949	.dataa(\WideOr0~18 ),
		14950	.datab(rst_sync[1]),
		14951	.datac(next_cycle_1),
		14952	.datad(Selector1),
		14953	.aclr(gnd),
		14954	.aload(gnd),
		14955	.clk(clk),
		14956	.cin(gnd),
		14957	.cascin(vcc),
		14958	.devclrn(devclrn),
		14959	.devpor(devpor),
		14960	.combout(),
		14961	.regout(\state.WR1 ),
		14962	.cout(),
		14963	.cascout());
		14964	// synopsys translate_off
		14965	defparam \state.WR1~I .clock_enable_mode = "false";
		14966	defparam \state.WR1~I .lut_mask = "0100";
		14967	defparam \state.WR1~I .operation_mode = "normal";
		14968	defparam \state.WR1~I .output_mode = "reg_only";
		14969	defparam \state.WR1~I .packed_mode = "false";
		14970	// synopsys translate_on
		14971
		14972	// atom is at LC7_F20
		14973	flex10ke_lcell \state.WR2~I (
		14974	// Equation(s):
		14975	// \state.WR2 = DFFEA(\state.WR1 , GLOBAL(\fclk~dataout ), , , , , )
		14976
		14977	.dataa(vcc),
		14978	.datab(vcc),
		14979	.datac(vcc),
		14980	.datad(\state.WR1 ),
		14981	.aclr(gnd),
		14982	.aload(gnd),
		14983	.clk(clk),
		14984	.cin(gnd),
		14985	.cascin(vcc),
		14986	.devclrn(devclrn),
		14987	.devpor(devpor),
		14988	.combout(),
		14989	.regout(\state.WR2 ),
		14990	.cout(),
		14991	.cascout());
		14992	// synopsys translate_off
		14993	defparam \state.WR2~I .clock_enable_mode = "false";
		14994	defparam \state.WR2~I .lut_mask = "ff00";
		14995	defparam \state.WR2~I .operation_mode = "normal";
		14996	defparam \state.WR2~I .output_mode = "reg_only";
		14997	defparam \state.WR2~I .packed_mode = "false";
		14998	// synopsys translate_on
		14999
		15000	// atom is at LC5_F20
		15001	flex10ke_lcell \state.WR3~I (
		15002	// Equation(s):
		15003	// \state.WR3 = DFFEA(\state.WR2 , GLOBAL(\fclk~dataout ), , , , , )
		15004
		15005	.dataa(vcc),
		15006	.datab(vcc),
		15007	.datac(vcc),
		15008	.datad(\state.WR2 ),
		15009	.aclr(gnd),
		15010	.aload(gnd),
		15011	.clk(clk),
		15012	.cin(gnd),
		15013	.cascin(vcc),
		15014	.devclrn(devclrn),
		15015	.devpor(devpor),
		15016	.combout(),
		15017	.regout(\state.WR3 ),
		15018	.cout(),
		15019	.cascout());
		15020	// synopsys translate_off
		15021	defparam \state.WR3~I .clock_enable_mode = "false";
		15022	defparam \state.WR3~I .lut_mask = "ff00";
		15023	defparam \state.WR3~I .operation_mode = "normal";
		15024	defparam \state.WR3~I .output_mode = "reg_only";
		15025	defparam \state.WR3~I .packed_mode = "false";
		15026	// synopsys translate_on
		15027
		15028	// atom is at LC5_F21
		15029	flex10ke_lcell \state.WR4~I (
		15030	// Equation(s):
		15031	// \state.WR4 = DFFEA(\state.WR3 , GLOBAL(\fclk~dataout ), , , , , )
		15032
		15033	.dataa(vcc),
		15034	.datab(vcc),
		15035	.datac(vcc),
		15036	.datad(\state.WR3 ),
		15037	.aclr(gnd),
		15038	.aload(gnd),
		15039	.clk(clk),
		15040	.cin(gnd),
		15041	.cascin(vcc),
		15042	.devclrn(devclrn),
		15043	.devpor(devpor),
		15044	.combout(),
		15045	.regout(\state.WR4 ),
		15046	.cout(),
		15047	.cascout());
		15048	// synopsys translate_off
		15049	defparam \state.WR4~I .clock_enable_mode = "false";
		15050	defparam \state.WR4~I .lut_mask = "ff00";
		15051	defparam \state.WR4~I .operation_mode = "normal";
		15052	defparam \state.WR4~I .output_mode = "reg_only";
		15053	defparam \state.WR4~I .packed_mode = "false";
		15054	// synopsys translate_on
		15055
		15056	// atom is at LC3_F20
		15057	flex10ke_lcell \state.RFSH1~I (
		15058	// Equation(s):
		15059	// \state.RFSH1 = DFFEA(!\WideOr0~18 & (rst_sync[1] # next_cycle_1), GLOBAL(\fclk~dataout ), , , , , )
		15060
		15061	.dataa(vcc),
		15062	.datab(\WideOr0~18 ),
		15063	.datac(rst_sync[1]),
		15064	.datad(next_cycle_1),
		15065	.aclr(gnd),
		15066	.aload(gnd),
		15067	.clk(clk),
		15068	.cin(gnd),
		15069	.cascin(vcc),
		15070	.devclrn(devclrn),
		15071	.devpor(devpor),
		15072	.combout(),
		15073	.regout(\state.RFSH1 ),
		15074	.cout(),
		15075	.cascout());
		15076	// synopsys translate_off
		15077	defparam \state.RFSH1~I .clock_enable_mode = "false";
		15078	defparam \state.RFSH1~I .lut_mask = "3330";
		15079	defparam \state.RFSH1~I .operation_mode = "normal";
		15080	defparam \state.RFSH1~I .output_mode = "reg_only";
		15081	defparam \state.RFSH1~I .packed_mode = "false";
		15082	// synopsys translate_on
		15083
		15084	// atom is at LC1_F22
		15085	flex10ke_lcell \state.RFSH2~I (
		15086	// Equation(s):
		15087	// \state.RFSH2 = DFFEA(\state.RFSH1 , GLOBAL(\fclk~dataout ), , , , , )
		15088
		15089	.dataa(vcc),
		15090	.datab(vcc),
		15091	.datac(vcc),
		15092	.datad(\state.RFSH1 ),
		15093	.aclr(gnd),
		15094	.aload(gnd),
		15095	.clk(clk),
		15096	.cin(gnd),
		15097	.cascin(vcc),
		15098	.devclrn(devclrn),
		15099	.devpor(devpor),
		15100	.combout(),
		15101	.regout(\state.RFSH2 ),
		15102	.cout(),
		15103	.cascout());
		15104	// synopsys translate_off
		15105	defparam \state.RFSH2~I .clock_enable_mode = "false";
		15106	defparam \state.RFSH2~I .lut_mask = "ff00";
		15107	defparam \state.RFSH2~I .operation_mode = "normal";
		15108	defparam \state.RFSH2~I .output_mode = "reg_only";
		15109	defparam \state.RFSH2~I .packed_mode = "false";
		15110	// synopsys translate_on
		15111
		15112	// atom is at LC6_F22
		15113	flex10ke_lcell \state.RFSH3~I (
		15114	// Equation(s):
		15115	// \state.RFSH3 = DFFEA(\state.RFSH2 , GLOBAL(\fclk~dataout ), , , , , )
		15116
		15117	.dataa(vcc),
		15118	.datab(vcc),
		15119	.datac(vcc),
		15120	.datad(\state.RFSH2 ),
		15121	.aclr(gnd),
		15122	.aload(gnd),
		15123	.clk(clk),
		15124	.cin(gnd),
		15125	.cascin(vcc),
		15126	.devclrn(devclrn),
		15127	.devpor(devpor),
		15128	.combout(),
		15129	.regout(\state.RFSH3 ),
		15130	.cout(),
		15131	.cascout());
		15132	// synopsys translate_off
		15133	defparam \state.RFSH3~I .clock_enable_mode = "false";
		15134	defparam \state.RFSH3~I .lut_mask = "ff00";
		15135	defparam \state.RFSH3~I .operation_mode = "normal";
		15136	defparam \state.RFSH3~I .output_mode = "reg_only";
		15137	defparam \state.RFSH3~I .packed_mode = "false";
		15138	// synopsys translate_on
		15139
		15140	// atom is at LC2_F21
		15141	flex10ke_lcell \state.RFSH4~I (
		15142	// Equation(s):
		15143	// \state.RFSH4 = DFFEA(!\state.RFSH3 , GLOBAL(\fclk~dataout ), , , , , )
		15144
		15145	.dataa(vcc),
		15146	.datab(vcc),
		15147	.datac(vcc),
		15148	.datad(\state.RFSH3 ),
		15149	.aclr(gnd),
		15150	.aload(gnd),
		15151	.clk(clk),
		15152	.cin(gnd),
		15153	.cascin(vcc),
		15154	.devclrn(devclrn),
		15155	.devpor(devpor),
		15156	.combout(),
		15157	.regout(\state.RFSH4 ),
		15158	.cout(),
		15159	.cascout());
		15160	// synopsys translate_off
		15161	defparam \state.RFSH4~I .clock_enable_mode = "false";
		15162	defparam \state.RFSH4~I .lut_mask = "00ff";
		15163	defparam \state.RFSH4~I .operation_mode = "normal";
		15164	defparam \state.RFSH4~I .output_mode = "reg_only";
		15165	defparam \state.RFSH4~I .packed_mode = "false";
		15166	// synopsys translate_on
		15167
		15168	// atom is at LC3_F21
		15169	flex10ke_lcell \WideOr0~18_I (
		15170	// Equation(s):
		15171	// \WideOr0~18 = !\state.RD4 & !\state.WR4 & \state.RFSH4
		15172
		15173	.dataa(vcc),
		15174	.datab(\state.RD4 ),
		15175	.datac(\state.WR4 ),
		15176	.datad(\state.RFSH4 ),
		15177	.aclr(gnd),
		15178	.aload(gnd),
		15179	.clk(gnd),
		15180	.cin(gnd),
		15181	.cascin(vcc),
		15182	.devclrn(devclrn),
		15183	.devpor(devpor),
		15184	.combout(\WideOr0~18 ),
		15185	.regout(),
		15186	.cout(),
		15187	.cascout());
		15188	// synopsys translate_off
		15189	defparam \WideOr0~18_I .clock_enable_mode = "false";
		15190	defparam \WideOr0~18_I .lut_mask = "0300";
		15191	defparam \WideOr0~18_I .operation_mode = "normal";
		15192	defparam \WideOr0~18_I .output_mode = "comb_only";
		15193	defparam \WideOr0~18_I .packed_mode = "false";
		15194	// synopsys translate_on
		15195
		15196	// atom is at LC2_F20
		15197	flex10ke_lcell \state.RD1~I (
		15198	// Equation(s):
		15199	// \state.RD1 = DFFEA(!\WideOr0~18 & !Selector1 & !rst_sync[1] & !next_cycle_1, GLOBAL(\fclk~dataout ), , , , , )
		15200
		15201	.dataa(\WideOr0~18 ),
		15202	.datab(Selector1),
		15203	.datac(rst_sync[1]),
		15204	.datad(next_cycle_1),
		15205	.aclr(gnd),
		15206	.aload(gnd),
		15207	.clk(clk),
		15208	.cin(gnd),
		15209	.cascin(vcc),
		15210	.devclrn(devclrn),
		15211	.devpor(devpor),
		15212	.combout(),
		15213	.regout(\state.RD1 ),
		15214	.cout(),
		15215	.cascout());
		15216	// synopsys translate_off
		15217	defparam \state.RD1~I .clock_enable_mode = "false";
		15218	defparam \state.RD1~I .lut_mask = "0001";
		15219	defparam \state.RD1~I .operation_mode = "normal";
		15220	defparam \state.RD1~I .output_mode = "reg_only";
		15221	defparam \state.RD1~I .packed_mode = "false";
		15222	// synopsys translate_on
		15223
		15224	// atom is at LC4_F20
		15225	flex10ke_lcell \int_addr[1]~144_I (
		15226	// Equation(s):
		15227	// \int_addr[1]~144 = !\WideOr0~18
		15228
		15229	.dataa(vcc),
		15230	.datab(vcc),
		15231	.datac(vcc),
		15232	.datad(\WideOr0~18 ),
		15233	.aclr(gnd),
		15234	.aload(gnd),
		15235	.clk(gnd),
		15236	.cin(gnd),
		15237	.cascin(vcc),
		15238	.devclrn(devclrn),
		15239	.devpor(devpor),
		15240	.combout(\int_addr[1]~144 ),
		15241	.regout(),
		15242	.cout(),
		15243	.cascout());
		15244	// synopsys translate_off
		15245	defparam \int_addr[1]~144_I .clock_enable_mode = "false";
		15246	defparam \int_addr[1]~144_I .lut_mask = "00ff";
		15247	defparam \int_addr[1]~144_I .operation_mode = "normal";
		15248	defparam \int_addr[1]~144_I .output_mode = "comb_only";
		15249	defparam \int_addr[1]~144_I .packed_mode = "false";
		15250	// synopsys translate_on
		15251
		15252	// atom is at LC4_I15
		15253	flex10ke_lcell \int_addr[11]~I (
		15254	// Equation(s):
		15255	// int_addr[11] = DFFEA(next_cycle_01 & \a~dataout [12] # !next_cycle_01 & (dram_addr_11), GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15256
		15257	.dataa(\int_addr[1]~144 ),
		15258	.datab(next_cycle_01),
		15259	.datac(a_12),
		15260	.datad(dram_addr_11),
		15261	.aclr(gnd),
		15262	.aload(gnd),
		15263	.clk(clk),
		15264	.cin(gnd),
		15265	.cascin(vcc),
		15266	.devclrn(devclrn),
		15267	.devpor(devpor),
		15268	.combout(),
		15269	.regout(int_addr[11]),
		15270	.cout(),
		15271	.cascout());
		15272	// synopsys translate_off
		15273	defparam \int_addr[11]~I .clock_enable_mode = "true";
		15274	defparam \int_addr[11]~I .lut_mask = "f3c0";
		15275	defparam \int_addr[11]~I .operation_mode = "normal";
		15276	defparam \int_addr[11]~I .output_mode = "reg_only";
		15277	defparam \int_addr[11]~I .packed_mode = "false";
		15278	// synopsys translate_on
		15279
		15280	// atom is at LC2_I23
		15281	flex10ke_lcell \int_addr[1]~I (
		15282	// Equation(s):
		15283	// int_addr[1] = DFFEA(next_cycle_01 & \a~dataout [2] # !next_cycle_01 & (q_1), GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15284
		15285	.dataa(\int_addr[1]~144 ),
		15286	.datab(next_cycle_01),
		15287	.datac(a_2),
		15288	.datad(q_1),
		15289	.aclr(gnd),
		15290	.aload(gnd),
		15291	.clk(clk),
		15292	.cin(gnd),
		15293	.cascin(vcc),
		15294	.devclrn(devclrn),
		15295	.devpor(devpor),
		15296	.combout(),
		15297	.regout(int_addr[1]),
		15298	.cout(),
		15299	.cascout());
		15300	// synopsys translate_off
		15301	defparam \int_addr[1]~I .clock_enable_mode = "true";
		15302	defparam \int_addr[1]~I .lut_mask = "f3c0";
		15303	defparam \int_addr[1]~I .operation_mode = "normal";
		15304	defparam \int_addr[1]~I .output_mode = "reg_only";
		15305	defparam \int_addr[1]~I .packed_mode = "false";
		15306	// synopsys translate_on
		15307
		15308	// atom is at LC1_I13
		15309	flex10ke_lcell \int_addr[12]~I (
		15310	// Equation(s):
		15311	// int_addr[12] = DFFEA(next_cycle_01 & \a~dataout [13] # !next_cycle_01 & (dram_addr_12), GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15312
		15313	.dataa(\int_addr[1]~144 ),
		15314	.datab(next_cycle_01),
		15315	.datac(a_13),
		15316	.datad(dram_addr_12),
		15317	.aclr(gnd),
		15318	.aload(gnd),
		15319	.clk(clk),
		15320	.cin(gnd),
		15321	.cascin(vcc),
		15322	.devclrn(devclrn),
		15323	.devpor(devpor),
		15324	.combout(),
		15325	.regout(int_addr[12]),
		15326	.cout(),
		15327	.cascout());
		15328	// synopsys translate_off
		15329	defparam \int_addr[12]~I .clock_enable_mode = "true";
		15330	defparam \int_addr[12]~I .lut_mask = "f3c0";
		15331	defparam \int_addr[12]~I .operation_mode = "normal";
		15332	defparam \int_addr[12]~I .output_mode = "reg_only";
		15333	defparam \int_addr[12]~I .packed_mode = "false";
		15334	// synopsys translate_on
		15335
		15336	// atom is at LC7_I23
		15337	flex10ke_lcell \int_addr[2]~I (
		15338	// Equation(s):
		15339	// int_addr[2] = DFFEA(next_cycle_01 & \a~dataout [3] # !next_cycle_01 & (q_2), GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15340
		15341	.dataa(\int_addr[1]~144 ),
		15342	.datab(next_cycle_01),
		15343	.datac(a_3),
		15344	.datad(q_2),
		15345	.aclr(gnd),
		15346	.aload(gnd),
		15347	.clk(clk),
		15348	.cin(gnd),
		15349	.cascin(vcc),
		15350	.devclrn(devclrn),
		15351	.devpor(devpor),
		15352	.combout(),
		15353	.regout(int_addr[2]),
		15354	.cout(),
		15355	.cascout());
		15356	// synopsys translate_off
		15357	defparam \int_addr[2]~I .clock_enable_mode = "true";
		15358	defparam \int_addr[2]~I .lut_mask = "f3c0";
		15359	defparam \int_addr[2]~I .operation_mode = "normal";
		15360	defparam \int_addr[2]~I .output_mode = "reg_only";
		15361	defparam \int_addr[2]~I .packed_mode = "false";
		15362	// synopsys translate_on
		15363
		15364	// atom is at LC4_I13
		15365	flex10ke_lcell \int_addr[13]~I (
		15366	// Equation(s):
		15367	// int_addr[13] = DFFEA(dram_addr_13, GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15368
		15369	.dataa(\int_addr[1]~144 ),
		15370	.datab(vcc),
		15371	.datac(vcc),
		15372	.datad(dram_addr_13),
		15373	.aclr(gnd),
		15374	.aload(gnd),
		15375	.clk(clk),
		15376	.cin(gnd),
		15377	.cascin(vcc),
		15378	.devclrn(devclrn),
		15379	.devpor(devpor),
		15380	.combout(),
		15381	.regout(int_addr[13]),
		15382	.cout(),
		15383	.cascout());
		15384	// synopsys translate_off
		15385	defparam \int_addr[13]~I .clock_enable_mode = "true";
		15386	defparam \int_addr[13]~I .lut_mask = "ff00";
		15387	defparam \int_addr[13]~I .operation_mode = "normal";
		15388	defparam \int_addr[13]~I .output_mode = "reg_only";
		15389	defparam \int_addr[13]~I .packed_mode = "false";
		15390	// synopsys translate_on
		15391
		15392	// atom is at LC8_I23
		15393	flex10ke_lcell \int_addr[3]~I (
		15394	// Equation(s):
		15395	// int_addr[3] = DFFEA(next_cycle_01 & \a~dataout [4] # !next_cycle_01 & (q_3), GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15396
		15397	.dataa(\int_addr[1]~144 ),
		15398	.datab(next_cycle_01),
		15399	.datac(a_4),
		15400	.datad(q_3),
		15401	.aclr(gnd),
		15402	.aload(gnd),
		15403	.clk(clk),
		15404	.cin(gnd),
		15405	.cascin(vcc),
		15406	.devclrn(devclrn),
		15407	.devpor(devpor),
		15408	.combout(),
		15409	.regout(int_addr[3]),
		15410	.cout(),
		15411	.cascout());
		15412	// synopsys translate_off
		15413	defparam \int_addr[3]~I .clock_enable_mode = "true";
		15414	defparam \int_addr[3]~I .lut_mask = "f3c0";
		15415	defparam \int_addr[3]~I .operation_mode = "normal";
		15416	defparam \int_addr[3]~I .output_mode = "reg_only";
		15417	defparam \int_addr[3]~I .packed_mode = "false";
		15418	// synopsys translate_on
		15419
		15420	// atom is at LC3_I11
		15421	flex10ke_lcell \int_addr[14]~I (
		15422	// Equation(s):
		15423	// int_addr[14] = DFFEA(next_cycle_01 & Mux6 # !next_cycle_01 & (p7ffd_int_3), GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15424
		15425	.dataa(\int_addr[1]~144 ),
		15426	.datab(next_cycle_01),
		15427	.datac(Mux6),
		15428	.datad(p7ffd_int_3),
		15429	.aclr(gnd),
		15430	.aload(gnd),
		15431	.clk(clk),
		15432	.cin(gnd),
		15433	.cascin(vcc),
		15434	.devclrn(devclrn),
		15435	.devpor(devpor),
		15436	.combout(),
		15437	.regout(int_addr[14]),
		15438	.cout(),
		15439	.cascout());
		15440	// synopsys translate_off
		15441	defparam \int_addr[14]~I .clock_enable_mode = "true";
		15442	defparam \int_addr[14]~I .lut_mask = "f3c0";
		15443	defparam \int_addr[14]~I .operation_mode = "normal";
		15444	defparam \int_addr[14]~I .output_mode = "reg_only";
		15445	defparam \int_addr[14]~I .packed_mode = "false";
		15446	// synopsys translate_on
		15447
		15448	// atom is at LC1_I11
		15449	flex10ke_lcell \int_addr[4]~I (
		15450	// Equation(s):
		15451	// int_addr[4] = DFFEA(next_cycle_01 & \a~dataout [5] # !next_cycle_01 & (q_31), GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15452
		15453	.dataa(\int_addr[1]~144 ),
		15454	.datab(next_cycle_01),
		15455	.datac(a_5),
		15456	.datad(q_31),
		15457	.aclr(gnd),
		15458	.aload(gnd),
		15459	.clk(clk),
		15460	.cin(gnd),
		15461	.cascin(vcc),
		15462	.devclrn(devclrn),
		15463	.devpor(devpor),
		15464	.combout(),
		15465	.regout(int_addr[4]),
		15466	.cout(),
		15467	.cascout());
		15468	// synopsys translate_off
		15469	defparam \int_addr[4]~I .clock_enable_mode = "true";
		15470	defparam \int_addr[4]~I .lut_mask = "f3c0";
		15471	defparam \int_addr[4]~I .operation_mode = "normal";
		15472	defparam \int_addr[4]~I .output_mode = "reg_only";
		15473	defparam \int_addr[4]~I .packed_mode = "false";
		15474	// synopsys translate_on
		15475
		15476	// atom is at LC3_I10
		15477	flex10ke_lcell \int_addr[15]~I (
		15478	// Equation(s):
		15479	// int_addr[15] = DFFEA(Mux5 # !next_cycle_01, GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15480
		15481	.dataa(\int_addr[1]~144 ),
		15482	.datab(vcc),
		15483	.datac(next_cycle_01),
		15484	.datad(Mux5),
		15485	.aclr(gnd),
		15486	.aload(gnd),
		15487	.clk(clk),
		15488	.cin(gnd),
		15489	.cascin(vcc),
		15490	.devclrn(devclrn),
		15491	.devpor(devpor),
		15492	.combout(),
		15493	.regout(int_addr[15]),
		15494	.cout(),
		15495	.cascout());
		15496	// synopsys translate_off
		15497	defparam \int_addr[15]~I .clock_enable_mode = "true";
		15498	defparam \int_addr[15]~I .lut_mask = "ff0f";
		15499	defparam \int_addr[15]~I .operation_mode = "normal";
		15500	defparam \int_addr[15]~I .output_mode = "reg_only";
		15501	defparam \int_addr[15]~I .packed_mode = "false";
		15502	// synopsys translate_on
		15503
		15504	// atom is at LC2_I10
		15505	flex10ke_lcell \int_addr[5]~I (
		15506	// Equation(s):
		15507	// int_addr[5] = DFFEA(next_cycle_01 & \a~dataout [6] # !next_cycle_01 & (q_4), GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15508
		15509	.dataa(\int_addr[1]~144 ),
		15510	.datab(next_cycle_01),
		15511	.datac(a_6),
		15512	.datad(q_4),
		15513	.aclr(gnd),
		15514	.aload(gnd),
		15515	.clk(clk),
		15516	.cin(gnd),
		15517	.cascin(vcc),
		15518	.devclrn(devclrn),
		15519	.devpor(devpor),
		15520	.combout(),
		15521	.regout(int_addr[5]),
		15522	.cout(),
		15523	.cascout());
		15524	// synopsys translate_off
		15525	defparam \int_addr[5]~I .clock_enable_mode = "true";
		15526	defparam \int_addr[5]~I .lut_mask = "f3c0";
		15527	defparam \int_addr[5]~I .operation_mode = "normal";
		15528	defparam \int_addr[5]~I .output_mode = "reg_only";
		15529	defparam \int_addr[5]~I .packed_mode = "false";
		15530	// synopsys translate_on
		15531
		15532	// atom is at LC5_I11
		15533	flex10ke_lcell \int_addr[16]~I (
		15534	// Equation(s):
		15535	// int_addr[16] = DFFEA(Mux4 & next_cycle_01, GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15536
		15537	.dataa(\int_addr[1]~144 ),
		15538	.datab(vcc),
		15539	.datac(Mux4),
		15540	.datad(next_cycle_01),
		15541	.aclr(gnd),
		15542	.aload(gnd),
		15543	.clk(clk),
		15544	.cin(gnd),
		15545	.cascin(vcc),
		15546	.devclrn(devclrn),
		15547	.devpor(devpor),
		15548	.combout(),
		15549	.regout(int_addr[16]),
		15550	.cout(),
		15551	.cascout());
		15552	// synopsys translate_off
		15553	defparam \int_addr[16]~I .clock_enable_mode = "true";
		15554	defparam \int_addr[16]~I .lut_mask = "f000";
		15555	defparam \int_addr[16]~I .operation_mode = "normal";
		15556	defparam \int_addr[16]~I .output_mode = "reg_only";
		15557	defparam \int_addr[16]~I .packed_mode = "false";
		15558	// synopsys translate_on
		15559
		15560	// atom is at LC4_I11
		15561	flex10ke_lcell \int_addr[6]~I (
		15562	// Equation(s):
		15563	// int_addr[6] = DFFEA(next_cycle_01 & \a~dataout [7] # !next_cycle_01 & (q_5), GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15564
		15565	.dataa(\int_addr[1]~144 ),
		15566	.datab(next_cycle_01),
		15567	.datac(a_7),
		15568	.datad(q_5),
		15569	.aclr(gnd),
		15570	.aload(gnd),
		15571	.clk(clk),
		15572	.cin(gnd),
		15573	.cascin(vcc),
		15574	.devclrn(devclrn),
		15575	.devpor(devpor),
		15576	.combout(),
		15577	.regout(int_addr[6]),
		15578	.cout(),
		15579	.cascout());
		15580	// synopsys translate_off
		15581	defparam \int_addr[6]~I .clock_enable_mode = "true";
		15582	defparam \int_addr[6]~I .lut_mask = "f3c0";
		15583	defparam \int_addr[6]~I .operation_mode = "normal";
		15584	defparam \int_addr[6]~I .output_mode = "reg_only";
		15585	defparam \int_addr[6]~I .packed_mode = "false";
		15586	// synopsys translate_on
		15587
		15588	// atom is at LC5_I13
		15589	flex10ke_lcell \int_addr[17]~I (
		15590	// Equation(s):
		15591	// int_addr[17] = DFFEA(Mux3 & next_cycle_01, GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15592
		15593	.dataa(\int_addr[1]~144 ),
		15594	.datab(vcc),
		15595	.datac(Mux3),
		15596	.datad(next_cycle_01),
		15597	.aclr(gnd),
		15598	.aload(gnd),
		15599	.clk(clk),
		15600	.cin(gnd),
		15601	.cascin(vcc),
		15602	.devclrn(devclrn),
		15603	.devpor(devpor),
		15604	.combout(),
		15605	.regout(int_addr[17]),
		15606	.cout(),
		15607	.cascout());
		15608	// synopsys translate_off
		15609	defparam \int_addr[17]~I .clock_enable_mode = "true";
		15610	defparam \int_addr[17]~I .lut_mask = "f000";
		15611	defparam \int_addr[17]~I .operation_mode = "normal";
		15612	defparam \int_addr[17]~I .output_mode = "reg_only";
		15613	defparam \int_addr[17]~I .packed_mode = "false";
		15614	// synopsys translate_on
		15615
		15616	// atom is at LC1_I26
		15617	flex10ke_lcell \int_addr[7]~I (
		15618	// Equation(s):
		15619	// int_addr[7] = DFFEA(next_cycle_01 & (\a~dataout [8]) # !next_cycle_01 & !dram_addr_7, GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15620
		15621	.dataa(\int_addr[1]~144 ),
		15622	.datab(dram_addr_7),
		15623	.datac(a_8),
		15624	.datad(next_cycle_01),
		15625	.aclr(gnd),
		15626	.aload(gnd),
		15627	.clk(clk),
		15628	.cin(gnd),
		15629	.cascin(vcc),
		15630	.devclrn(devclrn),
		15631	.devpor(devpor),
		15632	.combout(),
		15633	.regout(int_addr[7]),
		15634	.cout(),
		15635	.cascout());
		15636	// synopsys translate_off
		15637	defparam \int_addr[7]~I .clock_enable_mode = "true";
		15638	defparam \int_addr[7]~I .lut_mask = "f033";
		15639	defparam \int_addr[7]~I .operation_mode = "normal";
		15640	defparam \int_addr[7]~I .output_mode = "reg_only";
		15641	defparam \int_addr[7]~I .packed_mode = "false";
		15642	// synopsys translate_on
		15643
		15644	// atom is at LC6_I15
		15645	flex10ke_lcell \int_addr[18]~I (
		15646	// Equation(s):
		15647	// int_addr[18] = DFFEA(next_cycle_01 & Mux2, GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15648
		15649	.dataa(\int_addr[1]~144 ),
		15650	.datab(vcc),
		15651	.datac(next_cycle_01),
		15652	.datad(Mux2),
		15653	.aclr(gnd),
		15654	.aload(gnd),
		15655	.clk(clk),
		15656	.cin(gnd),
		15657	.cascin(vcc),
		15658	.devclrn(devclrn),
		15659	.devpor(devpor),
		15660	.combout(),
		15661	.regout(int_addr[18]),
		15662	.cout(),
		15663	.cascout());
		15664	// synopsys translate_off
		15665	defparam \int_addr[18]~I .clock_enable_mode = "true";
		15666	defparam \int_addr[18]~I .lut_mask = "f000";
		15667	defparam \int_addr[18]~I .operation_mode = "normal";
		15668	defparam \int_addr[18]~I .output_mode = "reg_only";
		15669	defparam \int_addr[18]~I .packed_mode = "false";
		15670	// synopsys translate_on
		15671
		15672	// atom is at LC5_I15
		15673	flex10ke_lcell \int_addr[8]~I (
		15674	// Equation(s):
		15675	// int_addr[8] = DFFEA(next_cycle_01 & (\a~dataout [9]) # !next_cycle_01 & !dram_addr_8, GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15676
		15677	.dataa(\int_addr[1]~144 ),
		15678	.datab(dram_addr_8),
		15679	.datac(a_9),
		15680	.datad(next_cycle_01),
		15681	.aclr(gnd),
		15682	.aload(gnd),
		15683	.clk(clk),
		15684	.cin(gnd),
		15685	.cascin(vcc),
		15686	.devclrn(devclrn),
		15687	.devpor(devpor),
		15688	.combout(),
		15689	.regout(int_addr[8]),
		15690	.cout(),
		15691	.cascout());
		15692	// synopsys translate_off
		15693	defparam \int_addr[8]~I .clock_enable_mode = "true";
		15694	defparam \int_addr[8]~I .lut_mask = "f033";
		15695	defparam \int_addr[8]~I .operation_mode = "normal";
		15696	defparam \int_addr[8]~I .output_mode = "reg_only";
		15697	defparam \int_addr[8]~I .packed_mode = "false";
		15698	// synopsys translate_on
		15699
		15700	// atom is at LC3_I17
		15701	flex10ke_lcell \int_addr[19]~I (
		15702	// Equation(s):
		15703	// int_addr[19] = DFFEA(next_cycle_01 & Mux1, GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15704
		15705	.dataa(\int_addr[1]~144 ),
		15706	.datab(vcc),
		15707	.datac(next_cycle_01),
		15708	.datad(Mux1),
		15709	.aclr(gnd),
		15710	.aload(gnd),
		15711	.clk(clk),
		15712	.cin(gnd),
		15713	.cascin(vcc),
		15714	.devclrn(devclrn),
		15715	.devpor(devpor),
		15716	.combout(),
		15717	.regout(int_addr[19]),
		15718	.cout(),
		15719	.cascout());
		15720	// synopsys translate_off
		15721	defparam \int_addr[19]~I .clock_enable_mode = "true";
		15722	defparam \int_addr[19]~I .lut_mask = "f000";
		15723	defparam \int_addr[19]~I .operation_mode = "normal";
		15724	defparam \int_addr[19]~I .output_mode = "reg_only";
		15725	defparam \int_addr[19]~I .packed_mode = "false";
		15726	// synopsys translate_on
		15727
		15728	// atom is at LC1_I17
		15729	flex10ke_lcell \int_addr[9]~I (
		15730	// Equation(s):
		15731	// int_addr[9] = DFFEA(next_cycle_01 & \a~dataout [10] # !next_cycle_01 & (dram_addr_9), GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15732
		15733	.dataa(\int_addr[1]~144 ),
		15734	.datab(next_cycle_01),
		15735	.datac(a_10),
		15736	.datad(dram_addr_9),
		15737	.aclr(gnd),
		15738	.aload(gnd),
		15739	.clk(clk),
		15740	.cin(gnd),
		15741	.cascin(vcc),
		15742	.devclrn(devclrn),
		15743	.devpor(devpor),
		15744	.combout(),
		15745	.regout(int_addr[9]),
		15746	.cout(),
		15747	.cascout());
		15748	// synopsys translate_off
		15749	defparam \int_addr[9]~I .clock_enable_mode = "true";
		15750	defparam \int_addr[9]~I .lut_mask = "f3c0";
		15751	defparam \int_addr[9]~I .operation_mode = "normal";
		15752	defparam \int_addr[9]~I .output_mode = "reg_only";
		15753	defparam \int_addr[9]~I .packed_mode = "false";
		15754	// synopsys translate_on
		15755
		15756	// atom is at LC6_I17
		15757	flex10ke_lcell \int_addr[20]~I (
		15758	// Equation(s):
		15759	// int_addr[20] = DFFEA(next_cycle_01 & Mux0, GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15760
		15761	.dataa(\int_addr[1]~144 ),
		15762	.datab(vcc),
		15763	.datac(next_cycle_01),
		15764	.datad(Mux0),
		15765	.aclr(gnd),
		15766	.aload(gnd),
		15767	.clk(clk),
		15768	.cin(gnd),
		15769	.cascin(vcc),
		15770	.devclrn(devclrn),
		15771	.devpor(devpor),
		15772	.combout(),
		15773	.regout(int_addr[20]),
		15774	.cout(),
		15775	.cascout());
		15776	// synopsys translate_off
		15777	defparam \int_addr[20]~I .clock_enable_mode = "true";
		15778	defparam \int_addr[20]~I .lut_mask = "f000";
		15779	defparam \int_addr[20]~I .operation_mode = "normal";
		15780	defparam \int_addr[20]~I .output_mode = "reg_only";
		15781	defparam \int_addr[20]~I .packed_mode = "false";
		15782	// synopsys translate_on
		15783
		15784	// atom is at LC5_I17
		15785	flex10ke_lcell \int_addr[10]~I (
		15786	// Equation(s):
		15787	// int_addr[10] = DFFEA(next_cycle_01 & \a~dataout [11] # !next_cycle_01 & (dram_addr_10), GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15788
		15789	.dataa(\int_addr[1]~144 ),
		15790	.datab(next_cycle_01),
		15791	.datac(a_11),
		15792	.datad(dram_addr_10),
		15793	.aclr(gnd),
		15794	.aload(gnd),
		15795	.clk(clk),
		15796	.cin(gnd),
		15797	.cascin(vcc),
		15798	.devclrn(devclrn),
		15799	.devpor(devpor),
		15800	.combout(),
		15801	.regout(int_addr[10]),
		15802	.cout(),
		15803	.cascout());
		15804	// synopsys translate_off
		15805	defparam \int_addr[10]~I .clock_enable_mode = "true";
		15806	defparam \int_addr[10]~I .lut_mask = "f3c0";
		15807	defparam \int_addr[10]~I .operation_mode = "normal";
		15808	defparam \int_addr[10]~I .output_mode = "reg_only";
		15809	defparam \int_addr[10]~I .packed_mode = "false";
		15810	// synopsys translate_on
		15811
		15812	// atom is at LC1_F20
		15813	flex10ke_lcell \Selector0~28_I (
		15814	// Equation(s):
		15815	// \Selector0~28 = !\WideOr0~18 & !rst_sync[1] & !next_cycle_1 & Selector1
		15816
		15817	.dataa(\WideOr0~18 ),
		15818	.datab(rst_sync[1]),
		15819	.datac(next_cycle_1),
		15820	.datad(Selector1),
		15821	.aclr(gnd),
		15822	.aload(gnd),
		15823	.clk(gnd),
		15824	.cin(gnd),
		15825	.cascin(vcc),
		15826	.devclrn(devclrn),
		15827	.devpor(devpor),
		15828	.combout(\Selector0~28 ),
		15829	.regout(),
		15830	.cout(),
		15831	.cascout());
		15832	// synopsys translate_off
		15833	defparam \Selector0~28_I .clock_enable_mode = "false";
		15834	defparam \Selector0~28_I .lut_mask = "0100";
		15835	defparam \Selector0~28_I .operation_mode = "normal";
		15836	defparam \Selector0~28_I .output_mode = "comb_only";
		15837	defparam \Selector0~28_I .packed_mode = "false";
		15838	// synopsys translate_on
		15839
		15840	// atom is at LC6_F19
		15841	flex10ke_lcell \int_bsel[1]~I (
		15842	// Equation(s):
		15843	// int_bsel[1] = DFFEA(!\a~dataout [0], GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15844
		15845	.dataa(\int_addr[1]~144 ),
		15846	.datab(vcc),
		15847	.datac(vcc),
		15848	.datad(a_0),
		15849	.aclr(gnd),
		15850	.aload(gnd),
		15851	.clk(clk),
		15852	.cin(gnd),
		15853	.cascin(vcc),
		15854	.devclrn(devclrn),
		15855	.devpor(devpor),
		15856	.combout(),
		15857	.regout(int_bsel[1]),
		15858	.cout(),
		15859	.cascout());
		15860	// synopsys translate_off
		15861	defparam \int_bsel[1]~I .clock_enable_mode = "true";
		15862	defparam \int_bsel[1]~I .lut_mask = "00ff";
		15863	defparam \int_bsel[1]~I .operation_mode = "normal";
		15864	defparam \int_bsel[1]~I .output_mode = "reg_only";
		15865	defparam \int_bsel[1]~I .packed_mode = "false";
		15866	// synopsys translate_on
		15867
		15868	// atom is at LC2_F22
		15869	flex10ke_lcell \WideOr3~I (
		15870	// Equation(s):
		15871	// WideOr3 = \state.RFSH2 # \state.WR3 # \state.RD3 # !\WideOr3~18
		15872
		15873	.dataa(\WideOr3~18 ),
		15874	.datab(\state.RFSH2 ),
		15875	.datac(\state.WR3 ),
		15876	.datad(\state.RD3 ),
		15877	.aclr(gnd),
		15878	.aload(gnd),
		15879	.clk(gnd),
		15880	.cin(gnd),
		15881	.cascin(vcc),
		15882	.devclrn(devclrn),
		15883	.devpor(devpor),
		15884	.combout(WideOr3),
		15885	.regout(),
		15886	.cout(),
		15887	.cascout());
		15888	// synopsys translate_off
		15889	defparam \WideOr3~I .clock_enable_mode = "false";
		15890	defparam \WideOr3~I .lut_mask = "fffd";
		15891	defparam \WideOr3~I .operation_mode = "normal";
		15892	defparam \WideOr3~I .output_mode = "comb_only";
		15893	defparam \WideOr3~I .packed_mode = "false";
		15894	// synopsys translate_on
		15895
		15896	// atom is at LC4_F21
		15897	flex10ke_lcell \Selector5~69_I (
		15898	// Equation(s):
		15899	// \Selector5~69 = \state.RFSH3 # WideOr3 & \dram\|rucas_n # !\WideOr0~18
		15900
		15901	.dataa(\WideOr0~18 ),
		15902	.datab(WideOr3),
		15903	.datac(rucas_n1),
		15904	.datad(\state.RFSH3 ),
		15905	.aclr(gnd),
		15906	.aload(gnd),
		15907	.clk(gnd),
		15908	.cin(gnd),
		15909	.cascin(vcc),
		15910	.devclrn(devclrn),
		15911	.devpor(devpor),
		15912	.combout(\Selector5~69 ),
		15913	.regout(),
		15914	.cout(),
		15915	.cascout());
		15916	// synopsys translate_off
		15917	defparam \Selector5~69_I .clock_enable_mode = "false";
		15918	defparam \Selector5~69_I .lut_mask = "ffd5";
		15919	defparam \Selector5~69_I .operation_mode = "normal";
		15920	defparam \Selector5~69_I .output_mode = "comb_only";
		15921	defparam \Selector5~69_I .packed_mode = "false";
		15922	// synopsys translate_on
		15923
		15924	// atom is at LC1_F21
		15925	flex10ke_lcell \Selector6~67_I (
		15926	// Equation(s):
		15927	// \Selector6~67 = \state.RFSH3 # WideOr3 & \dram\|rlcas_n # !\WideOr0~18
		15928
		15929	.dataa(\WideOr0~18 ),
		15930	.datab(WideOr3),
		15931	.datac(rlcas_n1),
		15932	.datad(\state.RFSH3 ),
		15933	.aclr(gnd),
		15934	.aload(gnd),
		15935	.clk(gnd),
		15936	.cin(gnd),
		15937	.cascin(vcc),
		15938	.devclrn(devclrn),
		15939	.devpor(devpor),
		15940	.combout(\Selector6~67 ),
		15941	.regout(),
		15942	.cout(),
		15943	.cascout());
		15944	// synopsys translate_off
		15945	defparam \Selector6~67_I .clock_enable_mode = "false";
		15946	defparam \Selector6~67_I .lut_mask = "ffd5";
		15947	defparam \Selector6~67_I .operation_mode = "normal";
		15948	defparam \Selector6~67_I .output_mode = "comb_only";
		15949	defparam \Selector6~67_I .packed_mode = "false";
		15950	// synopsys translate_on
		15951
		15952	// atom is at LC2_F9
		15953	flex10ke_lcell \state.RFSH1~33_I (
		15954	// Equation(s):
		15955	// \state.RFSH1~33 = !\state.RFSH1 & !\state.RD2 & !\state.RFSH3 & !\state.WR2
		15956
		15957	.dataa(\state.RFSH1 ),
		15958	.datab(\state.RD2 ),
		15959	.datac(\state.RFSH3 ),
		15960	.datad(\state.WR2 ),
		15961	.aclr(gnd),
		15962	.aload(gnd),
		15963	.clk(gnd),
		15964	.cin(gnd),
		15965	.cascin(vcc),
		15966	.devclrn(devclrn),
		15967	.devpor(devpor),
		15968	.combout(\state.RFSH1~33 ),
		15969	.regout(),
		15970	.cout(),
		15971	.cascout());
		15972	// synopsys translate_off
		15973	defparam \state.RFSH1~33_I .clock_enable_mode = "false";
		15974	defparam \state.RFSH1~33_I .lut_mask = "0001";
		15975	defparam \state.RFSH1~33_I .operation_mode = "normal";
		15976	defparam \state.RFSH1~33_I .output_mode = "comb_only";
		15977	defparam \state.RFSH1~33_I .packed_mode = "false";
		15978	// synopsys translate_on
		15979
		15980	// atom is at LC1_I23
		15981	flex10ke_lcell \int_addr[0]~I (
		15982	// Equation(s):
		15983	// int_addr[0] = DFFEA(next_cycle_01 & \a~dataout [1] # !next_cycle_01 & (q_0), GLOBAL(\fclk~dataout ), , , \int_addr[1]~144 , , )
		15984
		15985	.dataa(\int_addr[1]~144 ),
		15986	.datab(next_cycle_01),
		15987	.datac(a_1),
		15988	.datad(q_0),
		15989	.aclr(gnd),
		15990	.aload(gnd),
		15991	.clk(clk),
		15992	.cin(gnd),
		15993	.cascin(vcc),
		15994	.devclrn(devclrn),
		15995	.devpor(devpor),
		15996	.combout(),
		15997	.regout(int_addr[0]),
		15998	.cout(),
		15999	.cascout());
		16000	// synopsys translate_off
		16001	defparam \int_addr[0]~I .clock_enable_mode = "true";
		16002	defparam \int_addr[0]~I .lut_mask = "f3c0";
		16003	defparam \int_addr[0]~I .operation_mode = "normal";
		16004	defparam \int_addr[0]~I .output_mode = "reg_only";
		16005	defparam \int_addr[0]~I .packed_mode = "false";
		16006	// synopsys translate_on
		16007
		16008	// atom is at LC3_F22
		16009	flex10ke_lcell \WideOr3~18_I (
		16010	// Equation(s):
		16011	// \WideOr3~18 = !\state.RD1 & !\state.WR1
		16012
		16013	.dataa(vcc),
		16014	.datab(vcc),
		16015	.datac(\state.RD1 ),
		16016	.datad(\state.WR1 ),
		16017	.aclr(gnd),
		16018	.aload(gnd),
		16019	.clk(gnd),
		16020	.cin(gnd),
		16021	.cascin(vcc),
		16022	.devclrn(devclrn),
		16023	.devpor(devpor),
		16024	.combout(\WideOr3~18 ),
		16025	.regout(),
		16026	.cout(),
		16027	.cascout());
		16028	// synopsys translate_off
		16029	defparam \WideOr3~18_I .clock_enable_mode = "false";
		16030	defparam \WideOr3~18_I .lut_mask = "000f";
		16031	defparam \WideOr3~18_I .operation_mode = "normal";
		16032	defparam \WideOr3~18_I .output_mode = "comb_only";
		16033	defparam \WideOr3~18_I .packed_mode = "false";
		16034	// synopsys translate_on
		16035
		16036	// atom is at LC4_F22
		16037	flex10ke_lcell \rfsh_alt~I (
		16038	// Equation(s):
		16039	// rfsh_alt = DFFEA(!rfsh_alt, GLOBAL(\fclk~dataout ), , , \state.RFSH2 , , )
		16040
		16041	.dataa(\state.RFSH2 ),
		16042	.datab(vcc),
		16043	.datac(vcc),
		16044	.datad(rfsh_alt),
		16045	.aclr(gnd),
		16046	.aload(gnd),
		16047	.clk(clk),
		16048	.cin(gnd),
		16049	.cascin(vcc),
		16050	.devclrn(devclrn),
		16051	.devpor(devpor),
		16052	.combout(),
		16053	.regout(rfsh_alt),
		16054	.cout(),
		16055	.cascout());
		16056	// synopsys translate_off
		16057	defparam \rfsh_alt~I .clock_enable_mode = "true";
		16058	defparam \rfsh_alt~I .lut_mask = "00ff";
		16059	defparam \rfsh_alt~I .operation_mode = "normal";
		16060	defparam \rfsh_alt~I .output_mode = "reg_only";
		16061	defparam \rfsh_alt~I .packed_mode = "false";
		16062	// synopsys translate_on
		16063
		16064	// atom is at LC7_F22
		16065	flex10ke_lcell \Selector3~80_I (
		16066	// Equation(s):
		16067	// \Selector3~80 = \state.RFSH2 & rfsh_alt & (int_addr[0] # \WideOr3~18 ) # !\state.RFSH2 & (int_addr[0] # \WideOr3~18 )
		16068
		16069	.dataa(\state.RFSH2 ),
		16070	.datab(int_addr[0]),
		16071	.datac(\WideOr3~18 ),
		16072	.datad(rfsh_alt),
		16073	.aclr(gnd),
		16074	.aload(gnd),
		16075	.clk(gnd),
		16076	.cin(gnd),
		16077	.cascin(vcc),
		16078	.devclrn(devclrn),
		16079	.devpor(devpor),
		16080	.combout(\Selector3~80 ),
		16081	.regout(),
		16082	.cout(),
		16083	.cascout());
		16084	// synopsys translate_off
		16085	defparam \Selector3~80_I .clock_enable_mode = "false";
		16086	defparam \Selector3~80_I .lut_mask = "fc54";
		16087	defparam \Selector3~80_I .operation_mode = "normal";
		16088	defparam \Selector3~80_I .output_mode = "comb_only";
		16089	defparam \Selector3~80_I .packed_mode = "false";
		16090	// synopsys translate_on
		16091
		16092	// atom is at LC5_F22
		16093	flex10ke_lcell \Selector4~49_I (
		16094	// Equation(s):
		16095	// \Selector4~49 = rfsh_alt & !\state.RFSH2 & (\WideOr3~18 # !int_addr[0]) # !rfsh_alt & (\WideOr3~18 # !int_addr[0])
		16096
		16097	.dataa(rfsh_alt),
		16098	.datab(\state.RFSH2 ),
		16099	.datac(int_addr[0]),
		16100	.datad(\WideOr3~18 ),
		16101	.aclr(gnd),
		16102	.aload(gnd),
		16103	.clk(gnd),
		16104	.cin(gnd),
		16105	.cascin(vcc),
		16106	.devclrn(devclrn),
		16107	.devpor(devpor),
		16108	.combout(\Selector4~49 ),
		16109	.regout(),
		16110	.cout(),
		16111	.cascout());
		16112	// synopsys translate_off
		16113	defparam \Selector4~49_I .clock_enable_mode = "false";
		16114	defparam \Selector4~49_I .lut_mask = "7707";
		16115	defparam \Selector4~49_I .operation_mode = "normal";
		16116	defparam \Selector4~49_I .output_mode = "comb_only";
		16117	defparam \Selector4~49_I .packed_mode = "false";
		16118	// synopsys translate_on
		16119
		16120	endmodule
		16121
		16122	module fetch (
		16123	go,
		16124	vpix,
		16125	Mux10,
		16126	zxcolor_3,
		16127	peff7_int_0,
		16128	Mux15,
		16129	zxcolor,
		16130	zxcolor_1,
		16131	Mux14,
		16132	zxcolor1,
		16133	zxcolor_2,
		16134	Mux16,
		16135	zxcolor2,
		16136	zxcolor_0,
		16137	q_1,
		16138	q_2,
		16139	q_3,
		16140	q_31,
		16141	q_4,
		16142	q_5,
		16143	q_0,
		16144	int_start,
		16145	dcnt_0,
		16146	video_next,
		16147	dcnt_1,
		16148	line_start,
		16149	q_7,
		16150	q_21,
		16151	q_6,
		16152	cend,
		16153	rddata_15,
		16154	video_strobe,
		16155	rddata_6,
		16156	rddata_14,
		16157	rddata_7,
		16158	rddata_1,
		16159	rddata_12,
		16160	rddata_9,
		16161	rddata_4,
		16162	rddata_5,
		16163	rddata_13,
		16164	rddata_2,
		16165	rddata_10,
		16166	rddata_3,
		16167	rddata_11,
		16168	rddata_0,
		16169	rddata_8,
		16170	q_11,
		16171	q_01,
		16172	clk,
		16173	line_start1,
		16174	int_start1,
		16175	devpor,
		16176	devclrn,
		16177	devoe);
		16178	output go;
		16179	input vpix;
		16180	output Mux10;
		16181	output zxcolor_3;
		16182	input peff7_int_0;
		16183	output Mux15;
		16184	output zxcolor;
		16185	output zxcolor_1;
		16186	output Mux14;
		16187	output zxcolor1;
		16188	output zxcolor_2;
		16189	output Mux16;
		16190	output zxcolor2;
		16191	output zxcolor_0;
		16192	output q_1;
		16193	output q_2;
		16194	output q_3;
		16195	output q_31;
		16196	output q_4;
		16197	output q_5;
		16198	output q_0;
		16199	input int_start;
		16200	output dcnt_0;
		16201	input video_next;
		16202	output dcnt_1;
		16203	input line_start;
		16204	output q_7;
		16205	output q_21;
		16206	output q_6;
		16207	input cend;
		16208	input rddata_15;
		16209	input video_strobe;
		16210	input rddata_6;
		16211	input rddata_14;
		16212	input rddata_7;
		16213	input rddata_1;
		16214	input rddata_12;
		16215	input rddata_9;
		16216	input rddata_4;
		16217	input rddata_5;
		16218	input rddata_13;
		16219	input rddata_2;
		16220	input rddata_10;
		16221	input rddata_3;
		16222	input rddata_11;
		16223	input rddata_0;
		16224	input rddata_8;
		16225	output q_11;
		16226	output q_01;
		16227	input clk;
		16228	input line_start1;
		16229	input int_start1;
		16230	input devpor;
		16231	input devclrn;
		16232	input devoe;
		16233
		16234	wire gnd = 1'b0;
		16235	wire vcc = 1'b1;
		16236
		16237	wire \shift[0][7] ;
		16238	wire \shift[7][6] ;
		16239	wire \shift[6][6] ;
		16240	wire \shift[1][7] ;
		16241	wire \shift[0][4] ;
		16242	wire \shift[6][4] ;
		16243	wire \shift[6][1] ;
		16244	wire \shift[1][4] ;
		16245	wire \pixbyte~34 ;
		16246	wire \pixbyte~35 ;
		16247	wire \pixbyte~38 ;
		16248	wire \shift[1][0] ;
		16249	wire \shift[0][0] ;
		16250	wire \pixbyte~39 ;
		16251	wire \zxcolor~197 ;
		16252	wire \shift[4][2] ;
		16253	wire \shift[6][5] ;
		16254	wire \shift[5][2] ;
		16255	wire \shift[6][3] ;
		16256	wire \shift[4][3] ;
		16257	wire \fbuf[0][15] ;
		16258	wire \fbuf[3][6] ;
		16259	wire \fbuf[3][14] ;
		16260	wire \fbuf[0][7] ;
		16261	wire \fbuf[0][12] ;
		16262	wire \fbuf[3][12] ;
		16263	wire \fbuf[3][9] ;
		16264	wire \fbuf[0][4] ;
		16265	wire \fbuf[0][0] ;
		16266	wire \fbuf[0][8] ;
		16267	wire \flashctr_rtl_5\|wysi_counter\|counter_cell[3]~COUT ;
		16268	wire \fbuf[2][10] ;
		16269	wire \fbuf[3][13] ;
		16270	wire \fbuf[2][2] ;
		16271	wire \fbuf[3][11] ;
		16272	wire \fbuf[2][11] ;
		16273	wire \always4~0 ;
		16274	wire \fbuf[2][14]~413 ;
		16275	wire \fbuf[1][14]~414 ;
		16276	wire \fbuf[0][14]~415 ;
		16277	wire \fbuf[3][14]~416 ;
		16278	wire \flashctr_rtl_5\|wysi_counter\|counter_cell[2]~COUT ;
		16279	wire \ddcnt[1]~18 ;
		16280	wire \flashctr_rtl_5\|wysi_counter\|counter_cell[1]~COUT ;
		16281	wire \flashctr_rtl_5\|wysi_counter\|counter_cell[0]~COUT ;
		16282	wire \hcnt_rtl_11\|wysi_counter\|counter_cell[1]~COUT ;
		16283	wire \hcnt_rtl_11\|wysi_counter\|counter_cell[2]~COUT ;
		16284	wire \vcnt_rtl_10\|wysi_counter\|counter_cell[3]~COUT ;
		16285	wire \vcnt_rtl_10\|wysi_counter\|counter_cell[4]~COUT ;
		16286	wire \vcnt_rtl_10\|wysi_counter\|counter_cell[5]~COUT ;
		16287	wire \hcnt_rtl_11\|wysi_counter\|counter_cell[0]~COUT ;
		16288	wire \vcnt_rtl_10\|wysi_counter\|counter_cell[2]~COUT ;
		16289	wire \vcnt_rtl_10\|wysi_counter\|counter_cell[6]~COUT ;
		16290	wire \vcnt_rtl_10\|wysi_counter\|counter_cell[1]~COUT ;
		16291	wire \vcnt_rtl_10\|wysi_counter\|counter_cell[0]~COUT ;
		16292	wire \always1~0 ;
		16293	wire \Equal0~42 ;
		16294	wire \Equal0~41 ;
		16295	wire \wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1 ;
		16296	wire \wcnt_rtl_9\|wysi_counter\|counter_cell[0]~COUT ;
		16297	wire \wcnt_rtl_9\|wysi_counter\|counter_cell[1]~COUT ;
		16298	wire \wcnt_rtl_9\|wysi_counter\|counter_cell[2]~COUT ;
		16299	wire go_start;
		16300	wire \fcnt_rtl_8\|wysi_counter\|counter_cell[0]~COUT ;
		16301	wire \fcnt_rtl_8\|wysi_counter\|counter_cell[1]~COUT ;
		16302	wire \fcnt_rtl_8\|wysi_counter\|counter_cell[2]~COUT ;
		16303	wire \fcnt_rtl_8\|wysi_counter\|counter_cell[3]~COUT ;
		16304	wire \go~68 ;
		16305	wire \go~69 ;
		16306	wire \fbuf[3][7] ;
		16307	wire \shift[7][7] ;
		16308	wire \wordsync~31 ;
		16309	wire wordsync;
		16310	wire \pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1 ;
		16311	wire \pixnumber_rtl_4\|wysi_counter\|counter_cell[0]~COUT ;
		16312	wire \pixnumber_rtl_4\|wysi_counter\|counter_cell[1]~COUT ;
		16313	wire \fbuf[2][7] ;
		16314	wire \shift[5][7] ;
		16315	wire \Mux10~28 ;
		16316	wire \fbuf[1][7] ;
		16317	wire \shift[3][7] ;
		16318	wire \Mux10~29 ;
		16319	wire \fbuf[1][14] ;
		16320	wire \shift[2][6] ;
		16321	wire \Mux10~25 ;
		16322	wire \fbuf[2][14] ;
		16323	wire \shift[4][6] ;
		16324	wire \Mux10~26 ;
		16325	wire \pixnumber_rtl_4\|wysi_counter\|counter_cell[2]~COUT ;
		16326	wire \fbuf[1][6] ;
		16327	wire \shift[3][6] ;
		16328	wire \Mux10~23 ;
		16329	wire \fbuf[2][6] ;
		16330	wire \shift[5][6] ;
		16331	wire \Mux10~24 ;
		16332	wire \Mux10~27 ;
		16333	wire \fbuf[3][15] ;
		16334	wire \shift[6][7] ;
		16335	wire \fbuf[1][15] ;
		16336	wire \shift[2][7] ;
		16337	wire \Mux10~21 ;
		16338	wire \fbuf[2][15] ;
		16339	wire \shift[4][7] ;
		16340	wire \Mux10~22 ;
		16341	wire \fbuf[3][4] ;
		16342	wire \shift[7][4] ;
		16343	wire \fbuf[2][4] ;
		16344	wire \shift[5][4] ;
		16345	wire \Mux15~28 ;
		16346	wire \fbuf[1][4] ;
		16347	wire \shift[3][4] ;
		16348	wire \Mux15~29 ;
		16349	wire \fbuf[1][9] ;
		16350	wire \shift[2][1] ;
		16351	wire \Mux15~25 ;
		16352	wire \fbuf[2][9] ;
		16353	wire \shift[4][1] ;
		16354	wire \Mux15~26 ;
		16355	wire \fbuf[1][12] ;
		16356	wire \shift[2][4] ;
		16357	wire \Mux15~23 ;
		16358	wire \fbuf[2][12] ;
		16359	wire \shift[4][4] ;
		16360	wire \Mux15~24 ;
		16361	wire \Mux15~27 ;
		16362	wire \fbuf[3][1] ;
		16363	wire \shift[7][1] ;
		16364	wire \fbuf[1][1] ;
		16365	wire \shift[3][1] ;
		16366	wire \Mux15~21 ;
		16367	wire \fbuf[2][1] ;
		16368	wire \shift[5][1] ;
		16369	wire \Mux15~22 ;
		16370	wire \fbuf[0][9] ;
		16371	wire \shift[0][1] ;
		16372	wire \fbuf[0][1] ;
		16373	wire \shift[1][1] ;
		16374	wire \pixbyte~37 ;
		16375	wire \Mux8~13 ;
		16376	wire \fbuf[0][10] ;
		16377	wire \shift[0][2] ;
		16378	wire \fbuf[0][2] ;
		16379	wire \shift[1][2] ;
		16380	wire \pixbyte~36 ;
		16381	wire \Mux8~14 ;
		16382	wire \fbuf[0][13] ;
		16383	wire \shift[0][5] ;
		16384	wire \fbuf[0][5] ;
		16385	wire \shift[1][5] ;
		16386	wire \pixbyte~33 ;
		16387	wire \Mux8~11 ;
		16388	wire \fbuf[0][14] ;
		16389	wire \shift[0][6] ;
		16390	wire \fbuf[0][6] ;
		16391	wire \shift[1][6] ;
		16392	wire \pixbyte~32 ;
		16393	wire \Mux8~12 ;
		16394	wire \zxcolor~1 ;
		16395	wire \zxcolor~198 ;
		16396	wire \fbuf[3][5] ;
		16397	wire \shift[7][5] ;
		16398	wire \fbuf[3][2] ;
		16399	wire \shift[7][2] ;
		16400	wire \Mux14~28 ;
		16401	wire \fbuf[2][5] ;
		16402	wire \shift[5][5] ;
		16403	wire \Mux14~29 ;
		16404	wire \Mux14~25 ;
		16405	wire \fbuf[1][10] ;
		16406	wire \shift[2][2] ;
		16407	wire \Mux14~26 ;
		16408	wire \fbuf[2][13] ;
		16409	wire \shift[4][5] ;
		16410	wire \Mux14~23 ;
		16411	wire \fbuf[3][10] ;
		16412	wire \shift[6][2] ;
		16413	wire \Mux14~24 ;
		16414	wire \Mux14~27 ;
		16415	wire \fbuf[1][5] ;
		16416	wire \shift[3][5] ;
		16417	wire \Mux14~21 ;
		16418	wire \fbuf[1][2] ;
		16419	wire \shift[3][2] ;
		16420	wire \Mux14~22 ;
		16421	wire \fbuf[1][13] ;
		16422	wire \shift[2][5] ;
		16423	wire \zxcolor~201 ;
		16424	wire \fbuf[3][3] ;
		16425	wire \shift[7][3] ;
		16426	wire \fbuf[1][3] ;
		16427	wire \shift[3][3] ;
		16428	wire \Mux16~28 ;
		16429	wire \fbuf[3][0] ;
		16430	wire \shift[7][0] ;
		16431	wire \Mux16~29 ;
		16432	wire \fbuf[2][8] ;
		16433	wire \shift[4][0] ;
		16434	wire \Mux16~25 ;
		16435	wire \fbuf[0][11] ;
		16436	wire \shift[0][3] ;
		16437	wire \Mux16~26 ;
		16438	wire \fbuf[3][8] ;
		16439	wire \shift[6][0] ;
		16440	wire \Mux16~23 ;
		16441	wire \fbuf[1][11] ;
		16442	wire \shift[2][3] ;
		16443	wire \Mux16~24 ;
		16444	wire \Mux16~27 ;
		16445	wire \fbuf[2][3] ;
		16446	wire \shift[5][3] ;
		16447	wire \fbuf[2][0] ;
		16448	wire \shift[5][0] ;
		16449	wire \Mux16~21 ;
		16450	wire \fbuf[0][3] ;
		16451	wire \shift[1][3] ;
		16452	wire \Mux16~22 ;
		16453	wire \fbuf[1][0] ;
		16454	wire \shift[3][0] ;
		16455	wire \zxcolor~204 ;
		16456	wire \fbuf[1][8] ;
		16457	wire \shift[2][0] ;
		16458	wire \hcnt~59 ;
		16459	wire [1:0] ddcnt;
		16460	wire [5:0] scnt;
		16461	wire [5:0] \Add2\|adder\|result_node\|cout ;
		16462	wire [5:0] \Add2\|adder\|result_node\|cs_buffer ;
		16463	wire [5:0] \Add2\|adder\|unreg_res_node ;
		16464	wire [4:0] \flashctr_rtl_5\|wysi_counter\|q ;
		16465	wire [3:0] \pixnumber_rtl_4\|wysi_counter\|q ;
		16466	wire [3:0] \wcnt_rtl_9\|wysi_counter\|q ;
		16467	wire [4:0] \fcnt_rtl_8\|wysi_counter\|q ;
		16468
		16469
		16470	// atom is at LC8_G19
		16471	flex10ke_lcell \shift[0][7]~I (
		16472	// Equation(s):
		16473	// \shift[0][7] = DFFEA(\fbuf[0][15] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		16474
		16475	.dataa(wordsync),
		16476	.datab(vcc),
		16477	.datac(vcc),
		16478	.datad(\fbuf[0][15] ),
		16479	.aclr(gnd),
		16480	.aload(gnd),
		16481	.clk(clk),
		16482	.cin(gnd),
		16483	.cascin(vcc),
		16484	.devclrn(devclrn),
		16485	.devpor(devpor),
		16486	.combout(),
		16487	.regout(\shift[0][7] ),
		16488	.cout(),
		16489	.cascout());
		16490	// synopsys translate_off
		16491	defparam \shift[0][7]~I .clock_enable_mode = "true";
		16492	defparam \shift[0][7]~I .lut_mask = "ff00";
		16493	defparam \shift[0][7]~I .operation_mode = "normal";
		16494	defparam \shift[0][7]~I .output_mode = "reg_only";
		16495	defparam \shift[0][7]~I .packed_mode = "false";
		16496	// synopsys translate_on
		16497
		16498	// atom is at LC2_G28
		16499	flex10ke_lcell \shift[7][6]~I (
		16500	// Equation(s):
		16501	// \shift[7][6] = DFFEA(\fbuf[3][6] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		16502
		16503	.dataa(wordsync),
		16504	.datab(vcc),
		16505	.datac(vcc),
		16506	.datad(\fbuf[3][6] ),
		16507	.aclr(gnd),
		16508	.aload(gnd),
		16509	.clk(clk),
		16510	.cin(gnd),
		16511	.cascin(vcc),
		16512	.devclrn(devclrn),
		16513	.devpor(devpor),
		16514	.combout(),
		16515	.regout(\shift[7][6] ),
		16516	.cout(),
		16517	.cascout());
		16518	// synopsys translate_off
		16519	defparam \shift[7][6]~I .clock_enable_mode = "true";
		16520	defparam \shift[7][6]~I .lut_mask = "ff00";
		16521	defparam \shift[7][6]~I .operation_mode = "normal";
		16522	defparam \shift[7][6]~I .output_mode = "reg_only";
		16523	defparam \shift[7][6]~I .packed_mode = "false";
		16524	// synopsys translate_on
		16525
		16526	// atom is at LC7_G10
		16527	flex10ke_lcell \shift[6][6]~I (
		16528	// Equation(s):
		16529	// \shift[6][6] = DFFEA(\fbuf[3][14] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		16530
		16531	.dataa(wordsync),
		16532	.datab(vcc),
		16533	.datac(vcc),
		16534	.datad(\fbuf[3][14] ),
		16535	.aclr(gnd),
		16536	.aload(gnd),
		16537	.clk(clk),
		16538	.cin(gnd),
		16539	.cascin(vcc),
		16540	.devclrn(devclrn),
		16541	.devpor(devpor),
		16542	.combout(),
		16543	.regout(\shift[6][6] ),
		16544	.cout(),
		16545	.cascout());
		16546	// synopsys translate_off
		16547	defparam \shift[6][6]~I .clock_enable_mode = "true";
		16548	defparam \shift[6][6]~I .lut_mask = "ff00";
		16549	defparam \shift[6][6]~I .operation_mode = "normal";
		16550	defparam \shift[6][6]~I .output_mode = "reg_only";
		16551	defparam \shift[6][6]~I .packed_mode = "false";
		16552	// synopsys translate_on
		16553
		16554	// atom is at LC8_G10
		16555	flex10ke_lcell \shift[1][7]~I (
		16556	// Equation(s):
		16557	// \shift[1][7] = DFFEA(\fbuf[0][7] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		16558
		16559	.dataa(wordsync),
		16560	.datab(vcc),
		16561	.datac(vcc),
		16562	.datad(\fbuf[0][7] ),
		16563	.aclr(gnd),
		16564	.aload(gnd),
		16565	.clk(clk),
		16566	.cin(gnd),
		16567	.cascin(vcc),
		16568	.devclrn(devclrn),
		16569	.devpor(devpor),
		16570	.combout(),
		16571	.regout(\shift[1][7] ),
		16572	.cout(),
		16573	.cascout());
		16574	// synopsys translate_off
		16575	defparam \shift[1][7]~I .clock_enable_mode = "true";
		16576	defparam \shift[1][7]~I .lut_mask = "ff00";
		16577	defparam \shift[1][7]~I .operation_mode = "normal";
		16578	defparam \shift[1][7]~I .output_mode = "reg_only";
		16579	defparam \shift[1][7]~I .packed_mode = "false";
		16580	// synopsys translate_on
		16581
		16582	// atom is at LC1_G20
		16583	flex10ke_lcell \shift[0][4]~I (
		16584	// Equation(s):
		16585	// \shift[0][4] = DFFEA(\fbuf[0][12] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		16586
		16587	.dataa(wordsync),
		16588	.datab(vcc),
		16589	.datac(vcc),
		16590	.datad(\fbuf[0][12] ),
		16591	.aclr(gnd),
		16592	.aload(gnd),
		16593	.clk(clk),
		16594	.cin(gnd),
		16595	.cascin(vcc),
		16596	.devclrn(devclrn),
		16597	.devpor(devpor),
		16598	.combout(),
		16599	.regout(\shift[0][4] ),
		16600	.cout(),
		16601	.cascout());
		16602	// synopsys translate_off
		16603	defparam \shift[0][4]~I .clock_enable_mode = "true";
		16604	defparam \shift[0][4]~I .lut_mask = "ff00";
		16605	defparam \shift[0][4]~I .operation_mode = "normal";
		16606	defparam \shift[0][4]~I .output_mode = "reg_only";
		16607	defparam \shift[0][4]~I .packed_mode = "false";
		16608	// synopsys translate_on
		16609
		16610	// atom is at LC3_G28
		16611	flex10ke_lcell \shift[6][4]~I (
		16612	// Equation(s):
		16613	// \shift[6][4] = DFFEA(\fbuf[3][12] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		16614
		16615	.dataa(wordsync),
		16616	.datab(vcc),
		16617	.datac(vcc),
		16618	.datad(\fbuf[3][12] ),
		16619	.aclr(gnd),
		16620	.aload(gnd),
		16621	.clk(clk),
		16622	.cin(gnd),
		16623	.cascin(vcc),
		16624	.devclrn(devclrn),
		16625	.devpor(devpor),
		16626	.combout(),
		16627	.regout(\shift[6][4] ),
		16628	.cout(),
		16629	.cascout());
		16630	// synopsys translate_off
		16631	defparam \shift[6][4]~I .clock_enable_mode = "true";
		16632	defparam \shift[6][4]~I .lut_mask = "ff00";
		16633	defparam \shift[6][4]~I .operation_mode = "normal";
		16634	defparam \shift[6][4]~I .output_mode = "reg_only";
		16635	defparam \shift[6][4]~I .packed_mode = "false";
		16636	// synopsys translate_on
		16637
		16638	// atom is at LC5_G8
		16639	flex10ke_lcell \shift[6][1]~I (
		16640	// Equation(s):
		16641	// \shift[6][1] = DFFEA(\fbuf[3][9] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		16642
		16643	.dataa(wordsync),
		16644	.datab(vcc),
		16645	.datac(vcc),
		16646	.datad(\fbuf[3][9] ),
		16647	.aclr(gnd),
		16648	.aload(gnd),
		16649	.clk(clk),
		16650	.cin(gnd),
		16651	.cascin(vcc),
		16652	.devclrn(devclrn),
		16653	.devpor(devpor),
		16654	.combout(),
		16655	.regout(\shift[6][1] ),
		16656	.cout(),
		16657	.cascout());
		16658	// synopsys translate_off
		16659	defparam \shift[6][1]~I .clock_enable_mode = "true";
		16660	defparam \shift[6][1]~I .lut_mask = "ff00";
		16661	defparam \shift[6][1]~I .operation_mode = "normal";
		16662	defparam \shift[6][1]~I .output_mode = "reg_only";
		16663	defparam \shift[6][1]~I .packed_mode = "false";
		16664	// synopsys translate_on
		16665
		16666	// atom is at LC2_G22
		16667	flex10ke_lcell \shift[1][4]~I (
		16668	// Equation(s):
		16669	// \shift[1][4] = DFFEA(\fbuf[0][4] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		16670
		16671	.dataa(wordsync),
		16672	.datab(vcc),
		16673	.datac(vcc),
		16674	.datad(\fbuf[0][4] ),
		16675	.aclr(gnd),
		16676	.aload(gnd),
		16677	.clk(clk),
		16678	.cin(gnd),
		16679	.cascin(vcc),
		16680	.devclrn(devclrn),
		16681	.devpor(devpor),
		16682	.combout(),
		16683	.regout(\shift[1][4] ),
		16684	.cout(),
		16685	.cascout());
		16686	// synopsys translate_off
		16687	defparam \shift[1][4]~I .clock_enable_mode = "true";
		16688	defparam \shift[1][4]~I .lut_mask = "ff00";
		16689	defparam \shift[1][4]~I .operation_mode = "normal";
		16690	defparam \shift[1][4]~I .output_mode = "reg_only";
		16691	defparam \shift[1][4]~I .packed_mode = "false";
		16692	// synopsys translate_on
		16693
		16694	// atom is at LC2_G2
		16695	flex10ke_lcell \pixbyte~34_I (
		16696	// Equation(s):
		16697	// \pixbyte~34 = \pixnumber_rtl_4\|wysi_counter\|q [3] & (\shift[1][7] ) # !\pixnumber_rtl_4\|wysi_counter\|q [3] & \shift[0][7]
		16698
		16699	.dataa(vcc),
		16700	.datab(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		16701	.datac(\shift[0][7] ),
		16702	.datad(\shift[1][7] ),
		16703	.aclr(gnd),
		16704	.aload(gnd),
		16705	.clk(gnd),
		16706	.cin(gnd),
		16707	.cascin(vcc),
		16708	.devclrn(devclrn),
		16709	.devpor(devpor),
		16710	.combout(\pixbyte~34 ),
		16711	.regout(),
		16712	.cout(),
		16713	.cascout());
		16714	// synopsys translate_off
		16715	defparam \pixbyte~34_I .clock_enable_mode = "false";
		16716	defparam \pixbyte~34_I .lut_mask = "fc30";
		16717	defparam \pixbyte~34_I .operation_mode = "normal";
		16718	defparam \pixbyte~34_I .output_mode = "comb_only";
		16719	defparam \pixbyte~34_I .packed_mode = "false";
		16720	// synopsys translate_on
		16721
		16722	// atom is at LC2_G20
		16723	flex10ke_lcell \pixbyte~35_I (
		16724	// Equation(s):
		16725	// \pixbyte~35 = \pixnumber_rtl_4\|wysi_counter\|q [3] & (\shift[1][4] ) # !\pixnumber_rtl_4\|wysi_counter\|q [3] & \shift[0][4]
		16726
		16727	.dataa(vcc),
		16728	.datab(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		16729	.datac(\shift[0][4] ),
		16730	.datad(\shift[1][4] ),
		16731	.aclr(gnd),
		16732	.aload(gnd),
		16733	.clk(gnd),
		16734	.cin(gnd),
		16735	.cascin(vcc),
		16736	.devclrn(devclrn),
		16737	.devpor(devpor),
		16738	.combout(\pixbyte~35 ),
		16739	.regout(),
		16740	.cout(),
		16741	.cascout());
		16742	// synopsys translate_off
		16743	defparam \pixbyte~35_I .clock_enable_mode = "false";
		16744	defparam \pixbyte~35_I .lut_mask = "fc30";
		16745	defparam \pixbyte~35_I .operation_mode = "normal";
		16746	defparam \pixbyte~35_I .output_mode = "comb_only";
		16747	defparam \pixbyte~35_I .packed_mode = "false";
		16748	// synopsys translate_on
		16749
		16750	// atom is at LC1_G4
		16751	flex10ke_lcell \pixbyte~38_I (
		16752	// Equation(s):
		16753	// \pixbyte~38 = \pixnumber_rtl_4\|wysi_counter\|q [3] & (\shift[1][3] ) # !\pixnumber_rtl_4\|wysi_counter\|q [3] & \shift[0][3]
		16754
		16755	.dataa(vcc),
		16756	.datab(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		16757	.datac(\shift[0][3] ),
		16758	.datad(\shift[1][3] ),
		16759	.aclr(gnd),
		16760	.aload(gnd),
		16761	.clk(gnd),
		16762	.cin(gnd),
		16763	.cascin(vcc),
		16764	.devclrn(devclrn),
		16765	.devpor(devpor),
		16766	.combout(\pixbyte~38 ),
		16767	.regout(),
		16768	.cout(),
		16769	.cascout());
		16770	// synopsys translate_off
		16771	defparam \pixbyte~38_I .clock_enable_mode = "false";
		16772	defparam \pixbyte~38_I .lut_mask = "fc30";
		16773	defparam \pixbyte~38_I .operation_mode = "normal";
		16774	defparam \pixbyte~38_I .output_mode = "comb_only";
		16775	defparam \pixbyte~38_I .packed_mode = "false";
		16776	// synopsys translate_on
		16777
		16778	// atom is at LC2_G6
		16779	flex10ke_lcell \shift[1][0]~I (
		16780	// Equation(s):
		16781	// \shift[1][0] = DFFEA(\fbuf[0][0] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		16782
		16783	.dataa(wordsync),
		16784	.datab(vcc),
		16785	.datac(vcc),
		16786	.datad(\fbuf[0][0] ),
		16787	.aclr(gnd),
		16788	.aload(gnd),
		16789	.clk(clk),
		16790	.cin(gnd),
		16791	.cascin(vcc),
		16792	.devclrn(devclrn),
		16793	.devpor(devpor),
		16794	.combout(),
		16795	.regout(\shift[1][0] ),
		16796	.cout(),
		16797	.cascout());
		16798	// synopsys translate_off
		16799	defparam \shift[1][0]~I .clock_enable_mode = "true";
		16800	defparam \shift[1][0]~I .lut_mask = "ff00";
		16801	defparam \shift[1][0]~I .operation_mode = "normal";
		16802	defparam \shift[1][0]~I .output_mode = "reg_only";
		16803	defparam \shift[1][0]~I .packed_mode = "false";
		16804	// synopsys translate_on
		16805
		16806	// atom is at LC4_G6
		16807	flex10ke_lcell \shift[0][0]~I (
		16808	// Equation(s):
		16809	// \shift[0][0] = DFFEA(\fbuf[0][8] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		16810
		16811	.dataa(wordsync),
		16812	.datab(vcc),
		16813	.datac(vcc),
		16814	.datad(\fbuf[0][8] ),
		16815	.aclr(gnd),
		16816	.aload(gnd),
		16817	.clk(clk),
		16818	.cin(gnd),
		16819	.cascin(vcc),
		16820	.devclrn(devclrn),
		16821	.devpor(devpor),
		16822	.combout(),
		16823	.regout(\shift[0][0] ),
		16824	.cout(),
		16825	.cascout());
		16826	// synopsys translate_off
		16827	defparam \shift[0][0]~I .clock_enable_mode = "true";
		16828	defparam \shift[0][0]~I .lut_mask = "ff00";
		16829	defparam \shift[0][0]~I .operation_mode = "normal";
		16830	defparam \shift[0][0]~I .output_mode = "reg_only";
		16831	defparam \shift[0][0]~I .packed_mode = "false";
		16832	// synopsys translate_on
		16833
		16834	// atom is at LC1_G6
		16835	flex10ke_lcell \pixbyte~39_I (
		16836	// Equation(s):
		16837	// \pixbyte~39 = \pixnumber_rtl_4\|wysi_counter\|q [3] & (\shift[1][0] ) # !\pixnumber_rtl_4\|wysi_counter\|q [3] & \shift[0][0]
		16838
		16839	.dataa(vcc),
		16840	.datab(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		16841	.datac(\shift[0][0] ),
		16842	.datad(\shift[1][0] ),
		16843	.aclr(gnd),
		16844	.aload(gnd),
		16845	.clk(gnd),
		16846	.cin(gnd),
		16847	.cascin(vcc),
		16848	.devclrn(devclrn),
		16849	.devpor(devpor),
		16850	.combout(\pixbyte~39 ),
		16851	.regout(),
		16852	.cout(),
		16853	.cascout());
		16854	// synopsys translate_off
		16855	defparam \pixbyte~39_I .clock_enable_mode = "false";
		16856	defparam \pixbyte~39_I .lut_mask = "fc30";
		16857	defparam \pixbyte~39_I .operation_mode = "normal";
		16858	defparam \pixbyte~39_I .output_mode = "comb_only";
		16859	defparam \pixbyte~39_I .packed_mode = "false";
		16860	// synopsys translate_on
		16861
		16862	// atom is at LC5_G21
		16863	flex10ke_lcell \flashctr_rtl_5\|wysi_counter\|counter_cell[4] (
		16864	// Equation(s):
		16865	// \flashctr_rtl_5\|wysi_counter\|q [4] = DFFEA((\flashctr_rtl_5\|wysi_counter\|q [4] $ (int_start & \flashctr_rtl_5\|wysi_counter\|counter_cell[3]~COUT )) & VCC, GLOBAL(\fclk~dataout ), , , int_start, , )
		16866
		16867	.dataa(int_start),
		16868	.datab(vcc),
		16869	.datac(vcc),
		16870	.datad(vcc),
		16871	.aclr(gnd),
		16872	.aload(gnd),
		16873	.clk(clk),
		16874	.cin(\flashctr_rtl_5\|wysi_counter\|counter_cell[3]~COUT ),
		16875	.cascin(vcc),
		16876	.devclrn(devclrn),
		16877	.devpor(devpor),
		16878	.combout(),
		16879	.regout(\flashctr_rtl_5\|wysi_counter\|q [4]),
		16880	.cout(),
		16881	.cascout());
		16882	// synopsys translate_off
		16883	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[4] .cin_used = "true";
		16884	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[4] .clock_enable_mode = "true";
		16885	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[4] .lut_mask = "6c6c";
		16886	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[4] .operation_mode = "clrb_cntr";
		16887	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[4] .output_mode = "reg_only";
		16888	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[4] .packed_mode = "false";
		16889	// synopsys translate_on
		16890
		16891	// atom is at LC8_G21
		16892	flex10ke_lcell \zxcolor~197_I (
		16893	// Equation(s):
		16894	// \zxcolor~197 = \flashctr_rtl_5\|wysi_counter\|q [4] & (\pixnumber_rtl_4\|wysi_counter\|q [3] & (\shift[3][7] ) # !\pixnumber_rtl_4\|wysi_counter\|q [3] & \shift[2][7] )
		16895
		16896	.dataa(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		16897	.datab(\shift[2][7] ),
		16898	.datac(\shift[3][7] ),
		16899	.datad(\flashctr_rtl_5\|wysi_counter\|q [4]),
		16900	.aclr(gnd),
		16901	.aload(gnd),
		16902	.clk(gnd),
		16903	.cin(gnd),
		16904	.cascin(vcc),
		16905	.devclrn(devclrn),
		16906	.devpor(devpor),
		16907	.combout(\zxcolor~197 ),
		16908	.regout(),
		16909	.cout(),
		16910	.cascout());
		16911	// synopsys translate_off
		16912	defparam \zxcolor~197_I .clock_enable_mode = "false";
		16913	defparam \zxcolor~197_I .lut_mask = "e400";
		16914	defparam \zxcolor~197_I .operation_mode = "normal";
		16915	defparam \zxcolor~197_I .output_mode = "comb_only";
		16916	defparam \zxcolor~197_I .packed_mode = "false";
		16917	// synopsys translate_on
		16918
		16919	// atom is at LC3_G18
		16920	flex10ke_lcell \shift[4][2]~I (
		16921	// Equation(s):
		16922	// \shift[4][2] = DFFEA(\fbuf[2][10] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		16923
		16924	.dataa(wordsync),
		16925	.datab(vcc),
		16926	.datac(vcc),
		16927	.datad(\fbuf[2][10] ),
		16928	.aclr(gnd),
		16929	.aload(gnd),
		16930	.clk(clk),
		16931	.cin(gnd),
		16932	.cascin(vcc),
		16933	.devclrn(devclrn),
		16934	.devpor(devpor),
		16935	.combout(),
		16936	.regout(\shift[4][2] ),
		16937	.cout(),
		16938	.cascout());
		16939	// synopsys translate_off
		16940	defparam \shift[4][2]~I .clock_enable_mode = "true";
		16941	defparam \shift[4][2]~I .lut_mask = "ff00";
		16942	defparam \shift[4][2]~I .operation_mode = "normal";
		16943	defparam \shift[4][2]~I .output_mode = "reg_only";
		16944	defparam \shift[4][2]~I .packed_mode = "false";
		16945	// synopsys translate_on
		16946
		16947	// atom is at LC5_G5
		16948	flex10ke_lcell \shift[6][5]~I (
		16949	// Equation(s):
		16950	// \shift[6][5] = DFFEA(\fbuf[3][13] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		16951
		16952	.dataa(wordsync),
		16953	.datab(vcc),
		16954	.datac(vcc),
		16955	.datad(\fbuf[3][13] ),
		16956	.aclr(gnd),
		16957	.aload(gnd),
		16958	.clk(clk),
		16959	.cin(gnd),
		16960	.cascin(vcc),
		16961	.devclrn(devclrn),
		16962	.devpor(devpor),
		16963	.combout(),
		16964	.regout(\shift[6][5] ),
		16965	.cout(),
		16966	.cascout());
		16967	// synopsys translate_off
		16968	defparam \shift[6][5]~I .clock_enable_mode = "true";
		16969	defparam \shift[6][5]~I .lut_mask = "ff00";
		16970	defparam \shift[6][5]~I .operation_mode = "normal";
		16971	defparam \shift[6][5]~I .output_mode = "reg_only";
		16972	defparam \shift[6][5]~I .packed_mode = "false";
		16973	// synopsys translate_on
		16974
		16975	// atom is at LC3_G26
		16976	flex10ke_lcell \shift[5][2]~I (
		16977	// Equation(s):
		16978	// \shift[5][2] = DFFEA(\fbuf[2][2] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		16979
		16980	.dataa(wordsync),
		16981	.datab(vcc),
		16982	.datac(vcc),
		16983	.datad(\fbuf[2][2] ),
		16984	.aclr(gnd),
		16985	.aload(gnd),
		16986	.clk(clk),
		16987	.cin(gnd),
		16988	.cascin(vcc),
		16989	.devclrn(devclrn),
		16990	.devpor(devpor),
		16991	.combout(),
		16992	.regout(\shift[5][2] ),
		16993	.cout(),
		16994	.cascout());
		16995	// synopsys translate_off
		16996	defparam \shift[5][2]~I .clock_enable_mode = "true";
		16997	defparam \shift[5][2]~I .lut_mask = "ff00";
		16998	defparam \shift[5][2]~I .operation_mode = "normal";
		16999	defparam \shift[5][2]~I .output_mode = "reg_only";
		17000	defparam \shift[5][2]~I .packed_mode = "false";
		17001	// synopsys translate_on
		17002
		17003	// atom is at LC5_F11
		17004	flex10ke_lcell \shift[6][3]~I (
		17005	// Equation(s):
		17006	// \shift[6][3] = DFFEA(\fbuf[3][11] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		17007
		17008	.dataa(wordsync),
		17009	.datab(vcc),
		17010	.datac(vcc),
		17011	.datad(\fbuf[3][11] ),
		17012	.aclr(gnd),
		17013	.aload(gnd),
		17014	.clk(clk),
		17015	.cin(gnd),
		17016	.cascin(vcc),
		17017	.devclrn(devclrn),
		17018	.devpor(devpor),
		17019	.combout(),
		17020	.regout(\shift[6][3] ),
		17021	.cout(),
		17022	.cascout());
		17023	// synopsys translate_off
		17024	defparam \shift[6][3]~I .clock_enable_mode = "true";
		17025	defparam \shift[6][3]~I .lut_mask = "ff00";
		17026	defparam \shift[6][3]~I .operation_mode = "normal";
		17027	defparam \shift[6][3]~I .output_mode = "reg_only";
		17028	defparam \shift[6][3]~I .packed_mode = "false";
		17029	// synopsys translate_on
		17030
		17031	// atom is at LC1_G11
		17032	flex10ke_lcell \shift[4][3]~I (
		17033	// Equation(s):
		17034	// \shift[4][3] = DFFEA(\fbuf[2][11] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		17035
		17036	.dataa(wordsync),
		17037	.datab(vcc),
		17038	.datac(vcc),
		17039	.datad(\fbuf[2][11] ),
		17040	.aclr(gnd),
		17041	.aload(gnd),
		17042	.clk(clk),
		17043	.cin(gnd),
		17044	.cascin(vcc),
		17045	.devclrn(devclrn),
		17046	.devpor(devpor),
		17047	.combout(),
		17048	.regout(\shift[4][3] ),
		17049	.cout(),
		17050	.cascout());
		17051	// synopsys translate_off
		17052	defparam \shift[4][3]~I .clock_enable_mode = "true";
		17053	defparam \shift[4][3]~I .lut_mask = "ff00";
		17054	defparam \shift[4][3]~I .operation_mode = "normal";
		17055	defparam \shift[4][3]~I .output_mode = "reg_only";
		17056	defparam \shift[4][3]~I .packed_mode = "false";
		17057	// synopsys translate_on
		17058
		17059	// atom is at LC6_G19
		17060	flex10ke_lcell \fbuf[0][15]~I (
		17061	// Equation(s):
		17062	// \fbuf[0][15] = DFFEA(rddata_15, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		17063
		17064	.dataa(\fbuf[0][14]~415 ),
		17065	.datab(vcc),
		17066	.datac(vcc),
		17067	.datad(rddata_15),
		17068	.aclr(gnd),
		17069	.aload(gnd),
		17070	.clk(clk),
		17071	.cin(gnd),
		17072	.cascin(vcc),
		17073	.devclrn(devclrn),
		17074	.devpor(devpor),
		17075	.combout(),
		17076	.regout(\fbuf[0][15] ),
		17077	.cout(),
		17078	.cascout());
		17079	// synopsys translate_off
		17080	defparam \fbuf[0][15]~I .clock_enable_mode = "true";
		17081	defparam \fbuf[0][15]~I .lut_mask = "ff00";
		17082	defparam \fbuf[0][15]~I .operation_mode = "normal";
		17083	defparam \fbuf[0][15]~I .output_mode = "reg_only";
		17084	defparam \fbuf[0][15]~I .packed_mode = "false";
		17085	// synopsys translate_on
		17086
		17087	// atom is at LC1_G28
		17088	flex10ke_lcell \fbuf[3][6]~I (
		17089	// Equation(s):
		17090	// \fbuf[3][6] = DFFEA(rddata_6, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		17091
		17092	.dataa(\fbuf[3][14]~416 ),
		17093	.datab(vcc),
		17094	.datac(vcc),
		17095	.datad(rddata_6),
		17096	.aclr(gnd),
		17097	.aload(gnd),
		17098	.clk(clk),
		17099	.cin(gnd),
		17100	.cascin(vcc),
		17101	.devclrn(devclrn),
		17102	.devpor(devpor),
		17103	.combout(),
		17104	.regout(\fbuf[3][6] ),
		17105	.cout(),
		17106	.cascout());
		17107	// synopsys translate_off
		17108	defparam \fbuf[3][6]~I .clock_enable_mode = "true";
		17109	defparam \fbuf[3][6]~I .lut_mask = "ff00";
		17110	defparam \fbuf[3][6]~I .operation_mode = "normal";
		17111	defparam \fbuf[3][6]~I .output_mode = "reg_only";
		17112	defparam \fbuf[3][6]~I .packed_mode = "false";
		17113	// synopsys translate_on
		17114
		17115	// atom is at LC3_G10
		17116	flex10ke_lcell \fbuf[3][14]~I (
		17117	// Equation(s):
		17118	// \fbuf[3][14] = DFFEA(rddata_14, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		17119
		17120	.dataa(\fbuf[3][14]~416 ),
		17121	.datab(vcc),
		17122	.datac(vcc),
		17123	.datad(rddata_14),
		17124	.aclr(gnd),
		17125	.aload(gnd),
		17126	.clk(clk),
		17127	.cin(gnd),
		17128	.cascin(vcc),
		17129	.devclrn(devclrn),
		17130	.devpor(devpor),
		17131	.combout(),
		17132	.regout(\fbuf[3][14] ),
		17133	.cout(),
		17134	.cascout());
		17135	// synopsys translate_off
		17136	defparam \fbuf[3][14]~I .clock_enable_mode = "true";
		17137	defparam \fbuf[3][14]~I .lut_mask = "ff00";
		17138	defparam \fbuf[3][14]~I .operation_mode = "normal";
		17139	defparam \fbuf[3][14]~I .output_mode = "reg_only";
		17140	defparam \fbuf[3][14]~I .packed_mode = "false";
		17141	// synopsys translate_on
		17142
		17143	// atom is at LC4_G10
		17144	flex10ke_lcell \fbuf[0][7]~I (
		17145	// Equation(s):
		17146	// \fbuf[0][7] = DFFEA(rddata_7, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		17147
		17148	.dataa(\fbuf[0][14]~415 ),
		17149	.datab(vcc),
		17150	.datac(vcc),
		17151	.datad(rddata_7),
		17152	.aclr(gnd),
		17153	.aload(gnd),
		17154	.clk(clk),
		17155	.cin(gnd),
		17156	.cascin(vcc),
		17157	.devclrn(devclrn),
		17158	.devpor(devpor),
		17159	.combout(),
		17160	.regout(\fbuf[0][7] ),
		17161	.cout(),
		17162	.cascout());
		17163	// synopsys translate_off
		17164	defparam \fbuf[0][7]~I .clock_enable_mode = "true";
		17165	defparam \fbuf[0][7]~I .lut_mask = "ff00";
		17166	defparam \fbuf[0][7]~I .operation_mode = "normal";
		17167	defparam \fbuf[0][7]~I .output_mode = "reg_only";
		17168	defparam \fbuf[0][7]~I .packed_mode = "false";
		17169	// synopsys translate_on
		17170
		17171	// atom is at LC3_G23
		17172	flex10ke_lcell \fbuf[0][12]~I (
		17173	// Equation(s):
		17174	// \fbuf[0][12] = DFFEA(rddata_12, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		17175
		17176	.dataa(\fbuf[0][14]~415 ),
		17177	.datab(vcc),
		17178	.datac(vcc),
		17179	.datad(rddata_12),
		17180	.aclr(gnd),
		17181	.aload(gnd),
		17182	.clk(clk),
		17183	.cin(gnd),
		17184	.cascin(vcc),
		17185	.devclrn(devclrn),
		17186	.devpor(devpor),
		17187	.combout(),
		17188	.regout(\fbuf[0][12] ),
		17189	.cout(),
		17190	.cascout());
		17191	// synopsys translate_off
		17192	defparam \fbuf[0][12]~I .clock_enable_mode = "true";
		17193	defparam \fbuf[0][12]~I .lut_mask = "ff00";
		17194	defparam \fbuf[0][12]~I .operation_mode = "normal";
		17195	defparam \fbuf[0][12]~I .output_mode = "reg_only";
		17196	defparam \fbuf[0][12]~I .packed_mode = "false";
		17197	// synopsys translate_on
		17198
		17199	// atom is at LC4_G28
		17200	flex10ke_lcell \fbuf[3][12]~I (
		17201	// Equation(s):
		17202	// \fbuf[3][12] = DFFEA(rddata_12, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		17203
		17204	.dataa(\fbuf[3][14]~416 ),
		17205	.datab(vcc),
		17206	.datac(vcc),
		17207	.datad(rddata_12),
		17208	.aclr(gnd),
		17209	.aload(gnd),
		17210	.clk(clk),
		17211	.cin(gnd),
		17212	.cascin(vcc),
		17213	.devclrn(devclrn),
		17214	.devpor(devpor),
		17215	.combout(),
		17216	.regout(\fbuf[3][12] ),
		17217	.cout(),
		17218	.cascout());
		17219	// synopsys translate_off
		17220	defparam \fbuf[3][12]~I .clock_enable_mode = "true";
		17221	defparam \fbuf[3][12]~I .lut_mask = "ff00";
		17222	defparam \fbuf[3][12]~I .operation_mode = "normal";
		17223	defparam \fbuf[3][12]~I .output_mode = "reg_only";
		17224	defparam \fbuf[3][12]~I .packed_mode = "false";
		17225	// synopsys translate_on
		17226
		17227	// atom is at LC8_G8
		17228	flex10ke_lcell \fbuf[3][9]~I (
		17229	// Equation(s):
		17230	// \fbuf[3][9] = DFFEA(rddata_9, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		17231
		17232	.dataa(\fbuf[3][14]~416 ),
		17233	.datab(vcc),
		17234	.datac(vcc),
		17235	.datad(rddata_9),
		17236	.aclr(gnd),
		17237	.aload(gnd),
		17238	.clk(clk),
		17239	.cin(gnd),
		17240	.cascin(vcc),
		17241	.devclrn(devclrn),
		17242	.devpor(devpor),
		17243	.combout(),
		17244	.regout(\fbuf[3][9] ),
		17245	.cout(),
		17246	.cascout());
		17247	// synopsys translate_off
		17248	defparam \fbuf[3][9]~I .clock_enable_mode = "true";
		17249	defparam \fbuf[3][9]~I .lut_mask = "ff00";
		17250	defparam \fbuf[3][9]~I .operation_mode = "normal";
		17251	defparam \fbuf[3][9]~I .output_mode = "reg_only";
		17252	defparam \fbuf[3][9]~I .packed_mode = "false";
		17253	// synopsys translate_on
		17254
		17255	// atom is at LC5_G22
		17256	flex10ke_lcell \fbuf[0][4]~I (
		17257	// Equation(s):
		17258	// \fbuf[0][4] = DFFEA(rddata_4, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		17259
		17260	.dataa(\fbuf[0][14]~415 ),
		17261	.datab(vcc),
		17262	.datac(vcc),
		17263	.datad(rddata_4),
		17264	.aclr(gnd),
		17265	.aload(gnd),
		17266	.clk(clk),
		17267	.cin(gnd),
		17268	.cascin(vcc),
		17269	.devclrn(devclrn),
		17270	.devpor(devpor),
		17271	.combout(),
		17272	.regout(\fbuf[0][4] ),
		17273	.cout(),
		17274	.cascout());
		17275	// synopsys translate_off
		17276	defparam \fbuf[0][4]~I .clock_enable_mode = "true";
		17277	defparam \fbuf[0][4]~I .lut_mask = "ff00";
		17278	defparam \fbuf[0][4]~I .operation_mode = "normal";
		17279	defparam \fbuf[0][4]~I .output_mode = "reg_only";
		17280	defparam \fbuf[0][4]~I .packed_mode = "false";
		17281	// synopsys translate_on
		17282
		17283	// atom is at LC6_G17
		17284	flex10ke_lcell \fbuf[0][0]~I (
		17285	// Equation(s):
		17286	// \fbuf[0][0] = DFFEA(rddata_0, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		17287
		17288	.dataa(\fbuf[0][14]~415 ),
		17289	.datab(vcc),
		17290	.datac(vcc),
		17291	.datad(rddata_0),
		17292	.aclr(gnd),
		17293	.aload(gnd),
		17294	.clk(clk),
		17295	.cin(gnd),
		17296	.cascin(vcc),
		17297	.devclrn(devclrn),
		17298	.devpor(devpor),
		17299	.combout(),
		17300	.regout(\fbuf[0][0] ),
		17301	.cout(),
		17302	.cascout());
		17303	// synopsys translate_off
		17304	defparam \fbuf[0][0]~I .clock_enable_mode = "true";
		17305	defparam \fbuf[0][0]~I .lut_mask = "ff00";
		17306	defparam \fbuf[0][0]~I .operation_mode = "normal";
		17307	defparam \fbuf[0][0]~I .output_mode = "reg_only";
		17308	defparam \fbuf[0][0]~I .packed_mode = "false";
		17309	// synopsys translate_on
		17310
		17311	// atom is at LC6_G6
		17312	flex10ke_lcell \fbuf[0][8]~I (
		17313	// Equation(s):
		17314	// \fbuf[0][8] = DFFEA(rddata_8, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		17315
		17316	.dataa(\fbuf[0][14]~415 ),
		17317	.datab(vcc),
		17318	.datac(vcc),
		17319	.datad(rddata_8),
		17320	.aclr(gnd),
		17321	.aload(gnd),
		17322	.clk(clk),
		17323	.cin(gnd),
		17324	.cascin(vcc),
		17325	.devclrn(devclrn),
		17326	.devpor(devpor),
		17327	.combout(),
		17328	.regout(\fbuf[0][8] ),
		17329	.cout(),
		17330	.cascout());
		17331	// synopsys translate_off
		17332	defparam \fbuf[0][8]~I .clock_enable_mode = "true";
		17333	defparam \fbuf[0][8]~I .lut_mask = "ff00";
		17334	defparam \fbuf[0][8]~I .operation_mode = "normal";
		17335	defparam \fbuf[0][8]~I .output_mode = "reg_only";
		17336	defparam \fbuf[0][8]~I .packed_mode = "false";
		17337	// synopsys translate_on
		17338
		17339	// atom is at LC4_G21
		17340	flex10ke_lcell \flashctr_rtl_5\|wysi_counter\|counter_cell[3] (
		17341	// Equation(s):
		17342	// \flashctr_rtl_5\|wysi_counter\|counter_cell[3]~COUT = CARRY( & (\flashctr_rtl_5\|wysi_counter\|counter_cell[2]~COUT ))
		17343
		17344	.dataa(int_start),
		17345	.datab(vcc),
		17346	.datac(vcc),
		17347	.datad(vcc),
		17348	.aclr(gnd),
		17349	.aload(gnd),
		17350	.clk(clk),
		17351	.cin(\flashctr_rtl_5\|wysi_counter\|counter_cell[2]~COUT ),
		17352	.cascin(vcc),
		17353	.devclrn(devclrn),
		17354	.devpor(devpor),
		17355	.combout(),
		17356	.regout(\flashctr_rtl_5\|wysi_counter\|q [3]),
		17357	.cout(\flashctr_rtl_5\|wysi_counter\|counter_cell[3]~COUT ),
		17358	.cascout());
		17359	// synopsys translate_off
		17360	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[3] .cin_used = "true";
		17361	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[3] .clock_enable_mode = "true";
		17362	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[3] .lut_mask = "6ca0";
		17363	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[3] .operation_mode = "clrb_cntr";
		17364	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[3] .output_mode = "none";
		17365	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[3] .packed_mode = "false";
		17366	// synopsys translate_on
		17367
		17368	// atom is at LC8_G18
		17369	flex10ke_lcell \fbuf[2][10]~I (
		17370	// Equation(s):
		17371	// \fbuf[2][10] = DFFEA(rddata_10, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		17372
		17373	.dataa(\fbuf[2][14]~413 ),
		17374	.datab(vcc),
		17375	.datac(vcc),
		17376	.datad(rddata_10),
		17377	.aclr(gnd),
		17378	.aload(gnd),
		17379	.clk(clk),
		17380	.cin(gnd),
		17381	.cascin(vcc),
		17382	.devclrn(devclrn),
		17383	.devpor(devpor),
		17384	.combout(),
		17385	.regout(\fbuf[2][10] ),
		17386	.cout(),
		17387	.cascout());
		17388	// synopsys translate_off
		17389	defparam \fbuf[2][10]~I .clock_enable_mode = "true";
		17390	defparam \fbuf[2][10]~I .lut_mask = "ff00";
		17391	defparam \fbuf[2][10]~I .operation_mode = "normal";
		17392	defparam \fbuf[2][10]~I .output_mode = "reg_only";
		17393	defparam \fbuf[2][10]~I .packed_mode = "false";
		17394	// synopsys translate_on
		17395
		17396	// atom is at LC4_G5
		17397	flex10ke_lcell \fbuf[3][13]~I (
		17398	// Equation(s):
		17399	// \fbuf[3][13] = DFFEA(rddata_13, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		17400
		17401	.dataa(\fbuf[3][14]~416 ),
		17402	.datab(vcc),
		17403	.datac(vcc),
		17404	.datad(rddata_13),
		17405	.aclr(gnd),
		17406	.aload(gnd),
		17407	.clk(clk),
		17408	.cin(gnd),
		17409	.cascin(vcc),
		17410	.devclrn(devclrn),
		17411	.devpor(devpor),
		17412	.combout(),
		17413	.regout(\fbuf[3][13] ),
		17414	.cout(),
		17415	.cascout());
		17416	// synopsys translate_off
		17417	defparam \fbuf[3][13]~I .clock_enable_mode = "true";
		17418	defparam \fbuf[3][13]~I .lut_mask = "ff00";
		17419	defparam \fbuf[3][13]~I .operation_mode = "normal";
		17420	defparam \fbuf[3][13]~I .output_mode = "reg_only";
		17421	defparam \fbuf[3][13]~I .packed_mode = "false";
		17422	// synopsys translate_on
		17423
		17424	// atom is at LC7_G26
		17425	flex10ke_lcell \fbuf[2][2]~I (
		17426	// Equation(s):
		17427	// \fbuf[2][2] = DFFEA(rddata_2, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		17428
		17429	.dataa(\fbuf[2][14]~413 ),
		17430	.datab(vcc),
		17431	.datac(vcc),
		17432	.datad(rddata_2),
		17433	.aclr(gnd),
		17434	.aload(gnd),
		17435	.clk(clk),
		17436	.cin(gnd),
		17437	.cascin(vcc),
		17438	.devclrn(devclrn),
		17439	.devpor(devpor),
		17440	.combout(),
		17441	.regout(\fbuf[2][2] ),
		17442	.cout(),
		17443	.cascout());
		17444	// synopsys translate_off
		17445	defparam \fbuf[2][2]~I .clock_enable_mode = "true";
		17446	defparam \fbuf[2][2]~I .lut_mask = "ff00";
		17447	defparam \fbuf[2][2]~I .operation_mode = "normal";
		17448	defparam \fbuf[2][2]~I .output_mode = "reg_only";
		17449	defparam \fbuf[2][2]~I .packed_mode = "false";
		17450	// synopsys translate_on
		17451
		17452	// atom is at LC8_F11
		17453	flex10ke_lcell \fbuf[3][11]~I (
		17454	// Equation(s):
		17455	// \fbuf[3][11] = DFFEA(rddata_11, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		17456
		17457	.dataa(\fbuf[3][14]~416 ),
		17458	.datab(vcc),
		17459	.datac(vcc),
		17460	.datad(rddata_11),
		17461	.aclr(gnd),
		17462	.aload(gnd),
		17463	.clk(clk),
		17464	.cin(gnd),
		17465	.cascin(vcc),
		17466	.devclrn(devclrn),
		17467	.devpor(devpor),
		17468	.combout(),
		17469	.regout(\fbuf[3][11] ),
		17470	.cout(),
		17471	.cascout());
		17472	// synopsys translate_off
		17473	defparam \fbuf[3][11]~I .clock_enable_mode = "true";
		17474	defparam \fbuf[3][11]~I .lut_mask = "ff00";
		17475	defparam \fbuf[3][11]~I .operation_mode = "normal";
		17476	defparam \fbuf[3][11]~I .output_mode = "reg_only";
		17477	defparam \fbuf[3][11]~I .packed_mode = "false";
		17478	// synopsys translate_on
		17479
		17480	// atom is at LC6_G11
		17481	flex10ke_lcell \fbuf[2][11]~I (
		17482	// Equation(s):
		17483	// \fbuf[2][11] = DFFEA(rddata_11, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		17484
		17485	.dataa(\fbuf[2][14]~413 ),
		17486	.datab(vcc),
		17487	.datac(vcc),
		17488	.datad(rddata_11),
		17489	.aclr(gnd),
		17490	.aload(gnd),
		17491	.clk(clk),
		17492	.cin(gnd),
		17493	.cascin(vcc),
		17494	.devclrn(devclrn),
		17495	.devpor(devpor),
		17496	.combout(),
		17497	.regout(\fbuf[2][11] ),
		17498	.cout(),
		17499	.cascout());
		17500	// synopsys translate_off
		17501	defparam \fbuf[2][11]~I .clock_enable_mode = "true";
		17502	defparam \fbuf[2][11]~I .lut_mask = "ff00";
		17503	defparam \fbuf[2][11]~I .operation_mode = "normal";
		17504	defparam \fbuf[2][11]~I .output_mode = "reg_only";
		17505	defparam \fbuf[2][11]~I .packed_mode = "false";
		17506	// synopsys translate_on
		17507
		17508	// atom is at LC2_I14
		17509	flex10ke_lcell \always4~0_I (
		17510	// Equation(s):
		17511	// \always4~0 = !\fcnt_rtl_8\|wysi_counter\|q [4] & wordsync
		17512
		17513	.dataa(vcc),
		17514	.datab(vcc),
		17515	.datac(\fcnt_rtl_8\|wysi_counter\|q [4]),
		17516	.datad(wordsync),
		17517	.aclr(gnd),
		17518	.aload(gnd),
		17519	.clk(gnd),
		17520	.cin(gnd),
		17521	.cascin(vcc),
		17522	.devclrn(devclrn),
		17523	.devpor(devpor),
		17524	.combout(\always4~0 ),
		17525	.regout(),
		17526	.cout(),
		17527	.cascout());
		17528	// synopsys translate_off
		17529	defparam \always4~0_I .clock_enable_mode = "false";
		17530	defparam \always4~0_I .lut_mask = "0f00";
		17531	defparam \always4~0_I .operation_mode = "normal";
		17532	defparam \always4~0_I .output_mode = "comb_only";
		17533	defparam \always4~0_I .packed_mode = "false";
		17534	// synopsys translate_on
		17535
		17536	// atom is at LC6_I22
		17537	flex10ke_lcell \ddcnt[1]~I (
		17538	// Equation(s):
		17539	// ddcnt[1] = DFFEA(dcnt_1, GLOBAL(\fclk~dataout ), , , \ddcnt[1]~18 , , )
		17540
		17541	.dataa(\ddcnt[1]~18 ),
		17542	.datab(vcc),
		17543	.datac(vcc),
		17544	.datad(dcnt_1),
		17545	.aclr(gnd),
		17546	.aload(gnd),
		17547	.clk(clk),
		17548	.cin(gnd),
		17549	.cascin(vcc),
		17550	.devclrn(devclrn),
		17551	.devpor(devpor),
		17552	.combout(),
		17553	.regout(ddcnt[1]),
		17554	.cout(),
		17555	.cascout());
		17556	// synopsys translate_off
		17557	defparam \ddcnt[1]~I .clock_enable_mode = "true";
		17558	defparam \ddcnt[1]~I .lut_mask = "ff00";
		17559	defparam \ddcnt[1]~I .operation_mode = "normal";
		17560	defparam \ddcnt[1]~I .output_mode = "reg_only";
		17561	defparam \ddcnt[1]~I .packed_mode = "false";
		17562	// synopsys translate_on
		17563
		17564	// atom is at LC5_I22
		17565	flex10ke_lcell \ddcnt[0]~I (
		17566	// Equation(s):
		17567	// ddcnt[0] = DFFEA(dcnt_0, GLOBAL(\fclk~dataout ), , , \ddcnt[1]~18 , , )
		17568
		17569	.dataa(\ddcnt[1]~18 ),
		17570	.datab(vcc),
		17571	.datac(vcc),
		17572	.datad(dcnt_0),
		17573	.aclr(gnd),
		17574	.aload(gnd),
		17575	.clk(clk),
		17576	.cin(gnd),
		17577	.cascin(vcc),
		17578	.devclrn(devclrn),
		17579	.devpor(devpor),
		17580	.combout(),
		17581	.regout(ddcnt[0]),
		17582	.cout(),
		17583	.cascout());
		17584	// synopsys translate_off
		17585	defparam \ddcnt[0]~I .clock_enable_mode = "true";
		17586	defparam \ddcnt[0]~I .lut_mask = "ff00";
		17587	defparam \ddcnt[0]~I .operation_mode = "normal";
		17588	defparam \ddcnt[0]~I .output_mode = "reg_only";
		17589	defparam \ddcnt[0]~I .packed_mode = "false";
		17590	// synopsys translate_on
		17591
		17592	// atom is at LC1_I19
		17593	flex10ke_lcell \fbuf[2][14]~413_I (
		17594	// Equation(s):
		17595	// \fbuf[2][14]~413 = !ddcnt[0] & ddcnt[1] & peff7_int_0 & video_strobe
		17596
		17597	.dataa(ddcnt[0]),
		17598	.datab(ddcnt[1]),
		17599	.datac(peff7_int_0),
		17600	.datad(video_strobe),
		17601	.aclr(gnd),
		17602	.aload(gnd),
		17603	.clk(gnd),
		17604	.cin(gnd),
		17605	.cascin(vcc),
		17606	.devclrn(devclrn),
		17607	.devpor(devpor),
		17608	.combout(\fbuf[2][14]~413 ),
		17609	.regout(),
		17610	.cout(),
		17611	.cascout());
		17612	// synopsys translate_off
		17613	defparam \fbuf[2][14]~413_I .clock_enable_mode = "false";
		17614	defparam \fbuf[2][14]~413_I .lut_mask = "4000";
		17615	defparam \fbuf[2][14]~413_I .operation_mode = "normal";
		17616	defparam \fbuf[2][14]~413_I .output_mode = "comb_only";
		17617	defparam \fbuf[2][14]~413_I .packed_mode = "false";
		17618	// synopsys translate_on
		17619
		17620	// atom is at LC3_I19
		17621	flex10ke_lcell \fbuf[1][14]~414_I (
		17622	// Equation(s):
		17623	// \fbuf[1][14]~414 = video_strobe & ddcnt[0] & (!peff7_int_0 # !ddcnt[1])
		17624
		17625	.dataa(ddcnt[1]),
		17626	.datab(peff7_int_0),
		17627	.datac(video_strobe),
		17628	.datad(ddcnt[0]),
		17629	.aclr(gnd),
		17630	.aload(gnd),
		17631	.clk(gnd),
		17632	.cin(gnd),
		17633	.cascin(vcc),
		17634	.devclrn(devclrn),
		17635	.devpor(devpor),
		17636	.combout(\fbuf[1][14]~414 ),
		17637	.regout(),
		17638	.cout(),
		17639	.cascout());
		17640	// synopsys translate_off
		17641	defparam \fbuf[1][14]~414_I .clock_enable_mode = "false";
		17642	defparam \fbuf[1][14]~414_I .lut_mask = "7000";
		17643	defparam \fbuf[1][14]~414_I .operation_mode = "normal";
		17644	defparam \fbuf[1][14]~414_I .output_mode = "comb_only";
		17645	defparam \fbuf[1][14]~414_I .packed_mode = "false";
		17646	// synopsys translate_on
		17647
		17648	// atom is at LC8_I19
		17649	flex10ke_lcell \fbuf[0][14]~415_I (
		17650	// Equation(s):
		17651	// \fbuf[0][14]~415 = !ddcnt[0] & video_strobe & (!peff7_int_0 # !ddcnt[1])
		17652
		17653	.dataa(ddcnt[0]),
		17654	.datab(ddcnt[1]),
		17655	.datac(peff7_int_0),
		17656	.datad(video_strobe),
		17657	.aclr(gnd),
		17658	.aload(gnd),
		17659	.clk(gnd),
		17660	.cin(gnd),
		17661	.cascin(vcc),
		17662	.devclrn(devclrn),
		17663	.devpor(devpor),
		17664	.combout(\fbuf[0][14]~415 ),
		17665	.regout(),
		17666	.cout(),
		17667	.cascout());
		17668	// synopsys translate_off
		17669	defparam \fbuf[0][14]~415_I .clock_enable_mode = "false";
		17670	defparam \fbuf[0][14]~415_I .lut_mask = "1500";
		17671	defparam \fbuf[0][14]~415_I .operation_mode = "normal";
		17672	defparam \fbuf[0][14]~415_I .output_mode = "comb_only";
		17673	defparam \fbuf[0][14]~415_I .packed_mode = "false";
		17674	// synopsys translate_on
		17675
		17676	// atom is at LC6_I19
		17677	flex10ke_lcell \fbuf[3][14]~416_I (
		17678	// Equation(s):
		17679	// \fbuf[3][14]~416 = ddcnt[1] & peff7_int_0 & video_strobe & ddcnt[0]
		17680
		17681	.dataa(ddcnt[1]),
		17682	.datab(peff7_int_0),
		17683	.datac(video_strobe),
		17684	.datad(ddcnt[0]),
		17685	.aclr(gnd),
		17686	.aload(gnd),
		17687	.clk(gnd),
		17688	.cin(gnd),
		17689	.cascin(vcc),
		17690	.devclrn(devclrn),
		17691	.devpor(devpor),
		17692	.combout(\fbuf[3][14]~416 ),
		17693	.regout(),
		17694	.cout(),
		17695	.cascout());
		17696	// synopsys translate_off
		17697	defparam \fbuf[3][14]~416_I .clock_enable_mode = "false";
		17698	defparam \fbuf[3][14]~416_I .lut_mask = "8000";
		17699	defparam \fbuf[3][14]~416_I .operation_mode = "normal";
		17700	defparam \fbuf[3][14]~416_I .output_mode = "comb_only";
		17701	defparam \fbuf[3][14]~416_I .packed_mode = "false";
		17702	// synopsys translate_on
		17703
		17704	// atom is at LC3_G21
		17705	flex10ke_lcell \flashctr_rtl_5\|wysi_counter\|counter_cell[2] (
		17706	// Equation(s):
		17707	// \flashctr_rtl_5\|wysi_counter\|counter_cell[2]~COUT = CARRY( & (\flashctr_rtl_5\|wysi_counter\|counter_cell[1]~COUT ))
		17708
		17709	.dataa(int_start),
		17710	.datab(vcc),
		17711	.datac(vcc),
		17712	.datad(vcc),
		17713	.aclr(gnd),
		17714	.aload(gnd),
		17715	.clk(clk),
		17716	.cin(\flashctr_rtl_5\|wysi_counter\|counter_cell[1]~COUT ),
		17717	.cascin(vcc),
		17718	.devclrn(devclrn),
		17719	.devpor(devpor),
		17720	.combout(),
		17721	.regout(\flashctr_rtl_5\|wysi_counter\|q [2]),
		17722	.cout(\flashctr_rtl_5\|wysi_counter\|counter_cell[2]~COUT ),
		17723	.cascout());
		17724	// synopsys translate_off
		17725	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[2] .cin_used = "true";
		17726	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[2] .clock_enable_mode = "true";
		17727	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[2] .lut_mask = "6ca0";
		17728	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[2] .operation_mode = "clrb_cntr";
		17729	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[2] .output_mode = "none";
		17730	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[2] .packed_mode = "false";
		17731	// synopsys translate_on
		17732
		17733	// atom is at LC4_I22
		17734	flex10ke_lcell \ddcnt[1]~18_I (
		17735	// Equation(s):
		17736	// \ddcnt[1]~18 = !line_start & video_next
		17737
		17738	.dataa(vcc),
		17739	.datab(vcc),
		17740	.datac(line_start),
		17741	.datad(video_next),
		17742	.aclr(gnd),
		17743	.aload(gnd),
		17744	.clk(gnd),
		17745	.cin(gnd),
		17746	.cascin(vcc),
		17747	.devclrn(devclrn),
		17748	.devpor(devpor),
		17749	.combout(\ddcnt[1]~18 ),
		17750	.regout(),
		17751	.cout(),
		17752	.cascout());
		17753	// synopsys translate_off
		17754	defparam \ddcnt[1]~18_I .clock_enable_mode = "false";
		17755	defparam \ddcnt[1]~18_I .lut_mask = "0f00";
		17756	defparam \ddcnt[1]~18_I .operation_mode = "normal";
		17757	defparam \ddcnt[1]~18_I .output_mode = "comb_only";
		17758	defparam \ddcnt[1]~18_I .packed_mode = "false";
		17759	// synopsys translate_on
		17760
		17761	// atom is at LC2_G21
		17762	flex10ke_lcell \flashctr_rtl_5\|wysi_counter\|counter_cell[1] (
		17763	// Equation(s):
		17764	// \flashctr_rtl_5\|wysi_counter\|counter_cell[1]~COUT = CARRY( & (\flashctr_rtl_5\|wysi_counter\|counter_cell[0]~COUT ))
		17765
		17766	.dataa(int_start),
		17767	.datab(vcc),
		17768	.datac(vcc),
		17769	.datad(vcc),
		17770	.aclr(gnd),
		17771	.aload(gnd),
		17772	.clk(clk),
		17773	.cin(\flashctr_rtl_5\|wysi_counter\|counter_cell[0]~COUT ),
		17774	.cascin(vcc),
		17775	.devclrn(devclrn),
		17776	.devpor(devpor),
		17777	.combout(),
		17778	.regout(\flashctr_rtl_5\|wysi_counter\|q [1]),
		17779	.cout(\flashctr_rtl_5\|wysi_counter\|counter_cell[1]~COUT ),
		17780	.cascout());
		17781	// synopsys translate_off
		17782	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[1] .cin_used = "true";
		17783	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[1] .clock_enable_mode = "true";
		17784	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[1] .lut_mask = "6ca0";
		17785	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[1] .operation_mode = "clrb_cntr";
		17786	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[1] .output_mode = "none";
		17787	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[1] .packed_mode = "false";
		17788	// synopsys translate_on
		17789
		17790	// atom is at LC1_G21
		17791	flex10ke_lcell \flashctr_rtl_5\|wysi_counter\|counter_cell[0] (
		17792	// Equation(s):
		17793	// \flashctr_rtl_5\|wysi_counter\|counter_cell[0]~COUT = CARRY()
		17794
		17795	.dataa(int_start),
		17796	.datab(vcc),
		17797	.datac(vcc),
		17798	.datad(vcc),
		17799	.aclr(gnd),
		17800	.aload(gnd),
		17801	.clk(clk),
		17802	.cin(gnd),
		17803	.cascin(vcc),
		17804	.devclrn(devclrn),
		17805	.devpor(devpor),
		17806	.combout(),
		17807	.regout(\flashctr_rtl_5\|wysi_counter\|q [0]),
		17808	.cout(\flashctr_rtl_5\|wysi_counter\|counter_cell[0]~COUT ),
		17809	.cascout());
		17810	// synopsys translate_off
		17811	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[0] .clock_enable_mode = "true";
		17812	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[0] .lut_mask = "66aa";
		17813	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[0] .operation_mode = "clrb_cntr";
		17814	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[0] .output_mode = "none";
		17815	defparam \flashctr_rtl_5\|wysi_counter\|counter_cell[0] .packed_mode = "false";
		17816	// synopsys translate_on
		17817
		17818	// atom is at LC1_I14
		17819	flex10ke_lcell \go~I (
		17820	// Equation(s):
		17821	// go = DFFEA(\go~69 & go # !go_start, GLOBAL(\fclk~dataout ), , , , , )
		17822
		17823	.dataa(vcc),
		17824	.datab(\go~69 ),
		17825	.datac(go),
		17826	.datad(go_start),
		17827	.aclr(gnd),
		17828	.aload(gnd),
		17829	.clk(clk),
		17830	.cin(gnd),
		17831	.cascin(vcc),
		17832	.devclrn(devclrn),
		17833	.devpor(devpor),
		17834	.combout(),
		17835	.regout(go),
		17836	.cout(),
		17837	.cascout());
		17838	// synopsys translate_off
		17839	defparam \go~I .clock_enable_mode = "false";
		17840	defparam \go~I .lut_mask = "c0ff";
		17841	defparam \go~I .operation_mode = "normal";
		17842	defparam \go~I .output_mode = "reg_only";
		17843	defparam \go~I .packed_mode = "false";
		17844	// synopsys translate_on
		17845
		17846	// atom is at LC2_G15
		17847	flex10ke_lcell \Mux10~30_I (
		17848	// Equation(s):
		17849	// Mux10 = \Mux10~27 & (\Mux10~29 # !\pixnumber_rtl_4\|wysi_counter\|q [0]) # !\Mux10~27 & (\pixnumber_rtl_4\|wysi_counter\|q [0] & \Mux10~22 )
		17850
		17851	.dataa(\Mux10~29 ),
		17852	.datab(\Mux10~27 ),
		17853	.datac(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		17854	.datad(\Mux10~22 ),
		17855	.aclr(gnd),
		17856	.aload(gnd),
		17857	.clk(gnd),
		17858	.cin(gnd),
		17859	.cascin(vcc),
		17860	.devclrn(devclrn),
		17861	.devpor(devpor),
		17862	.combout(Mux10),
		17863	.regout(),
		17864	.cout(),
		17865	.cascout());
		17866	// synopsys translate_off
		17867	defparam \Mux10~30_I .clock_enable_mode = "false";
		17868	defparam \Mux10~30_I .lut_mask = "bc8c";
		17869	defparam \Mux10~30_I .operation_mode = "normal";
		17870	defparam \Mux10~30_I .output_mode = "comb_only";
		17871	defparam \Mux10~30_I .packed_mode = "false";
		17872	// synopsys translate_on
		17873
		17874	// atom is at LC7_G14
		17875	flex10ke_lcell \zxcolor[3]~196_I (
		17876	// Equation(s):
		17877	// zxcolor_3 = \pixnumber_rtl_4\|wysi_counter\|q [3] & (\shift[3][6] ) # !\pixnumber_rtl_4\|wysi_counter\|q [3] & \shift[2][6]
		17878
		17879	.dataa(vcc),
		17880	.datab(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		17881	.datac(\shift[2][6] ),
		17882	.datad(\shift[3][6] ),
		17883	.aclr(gnd),
		17884	.aload(gnd),
		17885	.clk(gnd),
		17886	.cin(gnd),
		17887	.cascin(vcc),
		17888	.devclrn(devclrn),
		17889	.devpor(devpor),
		17890	.combout(zxcolor_3),
		17891	.regout(),
		17892	.cout(),
		17893	.cascout());
		17894	// synopsys translate_off
		17895	defparam \zxcolor[3]~196_I .clock_enable_mode = "false";
		17896	defparam \zxcolor[3]~196_I .lut_mask = "fc30";
		17897	defparam \zxcolor[3]~196_I .operation_mode = "normal";
		17898	defparam \zxcolor[3]~196_I .output_mode = "comb_only";
		17899	defparam \zxcolor[3]~196_I .packed_mode = "false";
		17900	// synopsys translate_on
		17901
		17902	// atom is at LC5_G20
		17903	flex10ke_lcell \Mux15~30_I (
		17904	// Equation(s):
		17905	// Mux15 = \Mux15~27 & (\Mux15~29 # !\pixnumber_rtl_4\|wysi_counter\|q [3]) # !\Mux15~27 & (\pixnumber_rtl_4\|wysi_counter\|q [3] & \Mux15~22 )
		17906
		17907	.dataa(\Mux15~29 ),
		17908	.datab(\Mux15~27 ),
		17909	.datac(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		17910	.datad(\Mux15~22 ),
		17911	.aclr(gnd),
		17912	.aload(gnd),
		17913	.clk(gnd),
		17914	.cin(gnd),
		17915	.cascin(vcc),
		17916	.devclrn(devclrn),
		17917	.devpor(devpor),
		17918	.combout(Mux15),
		17919	.regout(),
		17920	.cout(),
		17921	.cascout());
		17922	// synopsys translate_off
		17923	defparam \Mux15~30_I .clock_enable_mode = "false";
		17924	defparam \Mux15~30_I .lut_mask = "bc8c";
		17925	defparam \Mux15~30_I .operation_mode = "normal";
		17926	defparam \Mux15~30_I .output_mode = "comb_only";
		17927	defparam \Mux15~30_I .packed_mode = "false";
		17928	// synopsys translate_on
		17929
		17930	// atom is at LC2_G1
		17931	flex10ke_lcell \zxcolor~199_I (
		17932	// Equation(s):
		17933	// zxcolor = \zxcolor~198 & (\shift[3][1] # !\zxcolor~1 ) # !\zxcolor~198 & (\zxcolor~1 & \shift[2][1] )
		17934
		17935	.dataa(\shift[3][1] ),
		17936	.datab(\zxcolor~198 ),
		17937	.datac(\zxcolor~1 ),
		17938	.datad(\shift[2][1] ),
		17939	.aclr(gnd),
		17940	.aload(gnd),
		17941	.clk(gnd),
		17942	.cin(gnd),
		17943	.cascin(vcc),
		17944	.devclrn(devclrn),
		17945	.devpor(devpor),
		17946	.combout(zxcolor),
		17947	.regout(),
		17948	.cout(),
		17949	.cascout());
		17950	// synopsys translate_off
		17951	defparam \zxcolor~199_I .clock_enable_mode = "false";
		17952	defparam \zxcolor~199_I .lut_mask = "bc8c";
		17953	defparam \zxcolor~199_I .operation_mode = "normal";
		17954	defparam \zxcolor~199_I .output_mode = "comb_only";
		17955	defparam \zxcolor~199_I .packed_mode = "false";
		17956	// synopsys translate_on
		17957
		17958	// atom is at LC4_F2
		17959	flex10ke_lcell \zxcolor[1]~200_I (
		17960	// Equation(s):
		17961	// zxcolor_1 = peff7_int_0 & (Mux15) # !peff7_int_0 & zxcolor
		17962
		17963	.dataa(vcc),
		17964	.datab(peff7_int_0),
		17965	.datac(zxcolor),
		17966	.datad(Mux15),
		17967	.aclr(gnd),
		17968	.aload(gnd),
		17969	.clk(gnd),
		17970	.cin(gnd),
		17971	.cascin(vcc),
		17972	.devclrn(devclrn),
		17973	.devpor(devpor),
		17974	.combout(zxcolor_1),
		17975	.regout(),
		17976	.cout(),
		17977	.cascout());
		17978	// synopsys translate_off
		17979	defparam \zxcolor[1]~200_I .clock_enable_mode = "false";
		17980	defparam \zxcolor[1]~200_I .lut_mask = "fc30";
		17981	defparam \zxcolor[1]~200_I .operation_mode = "normal";
		17982	defparam \zxcolor[1]~200_I .output_mode = "comb_only";
		17983	defparam \zxcolor[1]~200_I .packed_mode = "false";
		17984	// synopsys translate_on
		17985
		17986	// atom is at LC5_G7
		17987	flex10ke_lcell \Mux14~30_I (
		17988	// Equation(s):
		17989	// Mux14 = \Mux14~27 & (\Mux14~29 # !\pixnumber_rtl_4\|wysi_counter\|q [3]) # !\Mux14~27 & (\pixnumber_rtl_4\|wysi_counter\|q [3] & \Mux14~22 )
		17990
		17991	.dataa(\Mux14~29 ),
		17992	.datab(\Mux14~27 ),
		17993	.datac(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		17994	.datad(\Mux14~22 ),
		17995	.aclr(gnd),
		17996	.aload(gnd),
		17997	.clk(gnd),
		17998	.cin(gnd),
		17999	.cascin(vcc),
		18000	.devclrn(devclrn),
		18001	.devpor(devpor),
		18002	.combout(Mux14),
		18003	.regout(),
		18004	.cout(),
		18005	.cascout());
		18006	// synopsys translate_off
		18007	defparam \Mux14~30_I .clock_enable_mode = "false";
		18008	defparam \Mux14~30_I .lut_mask = "bc8c";
		18009	defparam \Mux14~30_I .operation_mode = "normal";
		18010	defparam \Mux14~30_I .output_mode = "comb_only";
		18011	defparam \Mux14~30_I .packed_mode = "false";
		18012	// synopsys translate_on
		18013
		18014	// atom is at LC1_G16
		18015	flex10ke_lcell \zxcolor~202_I (
		18016	// Equation(s):
		18017	// zxcolor1 = \zxcolor~201 & (\shift[3][2] # !\zxcolor~1 ) # !\zxcolor~201 & (\zxcolor~1 & \shift[2][2] )
		18018
		18019	.dataa(\shift[3][2] ),
		18020	.datab(\zxcolor~201 ),
		18021	.datac(\zxcolor~1 ),
		18022	.datad(\shift[2][2] ),
		18023	.aclr(gnd),
		18024	.aload(gnd),
		18025	.clk(gnd),
		18026	.cin(gnd),
		18027	.cascin(vcc),
		18028	.devclrn(devclrn),
		18029	.devpor(devpor),
		18030	.combout(zxcolor1),
		18031	.regout(),
		18032	.cout(),
		18033	.cascout());
		18034	// synopsys translate_off
		18035	defparam \zxcolor~202_I .clock_enable_mode = "false";
		18036	defparam \zxcolor~202_I .lut_mask = "bc8c";
		18037	defparam \zxcolor~202_I .operation_mode = "normal";
		18038	defparam \zxcolor~202_I .output_mode = "comb_only";
		18039	defparam \zxcolor~202_I .packed_mode = "false";
		18040	// synopsys translate_on
		18041
		18042	// atom is at LC6_F4
		18043	flex10ke_lcell \zxcolor[2]~203_I (
		18044	// Equation(s):
		18045	// zxcolor_2 = peff7_int_0 & (Mux14) # !peff7_int_0 & zxcolor1
		18046
		18047	.dataa(vcc),
		18048	.datab(peff7_int_0),
		18049	.datac(zxcolor1),
		18050	.datad(Mux14),
		18051	.aclr(gnd),
		18052	.aload(gnd),
		18053	.clk(gnd),
		18054	.cin(gnd),
		18055	.cascin(vcc),
		18056	.devclrn(devclrn),
		18057	.devpor(devpor),
		18058	.combout(zxcolor_2),
		18059	.regout(),
		18060	.cout(),
		18061	.cascout());
		18062	// synopsys translate_off
		18063	defparam \zxcolor[2]~203_I .clock_enable_mode = "false";
		18064	defparam \zxcolor[2]~203_I .lut_mask = "fc30";
		18065	defparam \zxcolor[2]~203_I .operation_mode = "normal";
		18066	defparam \zxcolor[2]~203_I .output_mode = "comb_only";
		18067	defparam \zxcolor[2]~203_I .packed_mode = "false";
		18068	// synopsys translate_on
		18069
		18070	// atom is at LC8_G11
		18071	flex10ke_lcell \Mux16~30_I (
		18072	// Equation(s):
		18073	// Mux16 = \Mux16~27 & (\Mux16~29 # !\pixnumber_rtl_4\|wysi_counter\|q [3]) # !\Mux16~27 & (\pixnumber_rtl_4\|wysi_counter\|q [3] & \Mux16~22 )
		18074
		18075	.dataa(\Mux16~29 ),
		18076	.datab(\Mux16~27 ),
		18077	.datac(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		18078	.datad(\Mux16~22 ),
		18079	.aclr(gnd),
		18080	.aload(gnd),
		18081	.clk(gnd),
		18082	.cin(gnd),
		18083	.cascin(vcc),
		18084	.devclrn(devclrn),
		18085	.devpor(devpor),
		18086	.combout(Mux16),
		18087	.regout(),
		18088	.cout(),
		18089	.cascout());
		18090	// synopsys translate_off
		18091	defparam \Mux16~30_I .clock_enable_mode = "false";
		18092	defparam \Mux16~30_I .lut_mask = "bc8c";
		18093	defparam \Mux16~30_I .operation_mode = "normal";
		18094	defparam \Mux16~30_I .output_mode = "comb_only";
		18095	defparam \Mux16~30_I .packed_mode = "false";
		18096	// synopsys translate_on
		18097
		18098	// atom is at LC7_F1
		18099	flex10ke_lcell \zxcolor~205_I (
		18100	// Equation(s):
		18101	// zxcolor2 = \zxcolor~204 & (\shift[3][0] # !\zxcolor~1 ) # !\zxcolor~204 & (\zxcolor~1 & \shift[2][0] )
		18102
		18103	.dataa(\shift[3][0] ),
		18104	.datab(\zxcolor~204 ),
		18105	.datac(\zxcolor~1 ),
		18106	.datad(\shift[2][0] ),
		18107	.aclr(gnd),
		18108	.aload(gnd),
		18109	.clk(gnd),
		18110	.cin(gnd),
		18111	.cascin(vcc),
		18112	.devclrn(devclrn),
		18113	.devpor(devpor),
		18114	.combout(zxcolor2),
		18115	.regout(),
		18116	.cout(),
		18117	.cascout());
		18118	// synopsys translate_off
		18119	defparam \zxcolor~205_I .clock_enable_mode = "false";
		18120	defparam \zxcolor~205_I .lut_mask = "bc8c";
		18121	defparam \zxcolor~205_I .operation_mode = "normal";
		18122	defparam \zxcolor~205_I .output_mode = "comb_only";
		18123	defparam \zxcolor~205_I .packed_mode = "false";
		18124	// synopsys translate_on
		18125
		18126	// atom is at LC8_F1
		18127	flex10ke_lcell \zxcolor[0]~206_I (
		18128	// Equation(s):
		18129	// zxcolor_0 = peff7_int_0 & (Mux16) # !peff7_int_0 & zxcolor2
		18130
		18131	.dataa(vcc),
		18132	.datab(peff7_int_0),
		18133	.datac(zxcolor2),
		18134	.datad(Mux16),
		18135	.aclr(gnd),
		18136	.aload(gnd),
		18137	.clk(gnd),
		18138	.cin(gnd),
		18139	.cascin(vcc),
		18140	.devclrn(devclrn),
		18141	.devpor(devpor),
		18142	.combout(zxcolor_0),
		18143	.regout(),
		18144	.cout(),
		18145	.cascout());
		18146	// synopsys translate_off
		18147	defparam \zxcolor[0]~206_I .clock_enable_mode = "false";
		18148	defparam \zxcolor[0]~206_I .lut_mask = "fc30";
		18149	defparam \zxcolor[0]~206_I .operation_mode = "normal";
		18150	defparam \zxcolor[0]~206_I .output_mode = "comb_only";
		18151	defparam \zxcolor[0]~206_I .packed_mode = "false";
		18152	// synopsys translate_on
		18153
		18154	// atom is at LC4_I23
		18155	flex10ke_lcell \hcnt_rtl_11\|wysi_counter\|counter_cell[1] (
		18156	// Equation(s):
		18157	// q_1 = DFFEA((q_1 $ (\hcnt~59 & \hcnt_rtl_11\|wysi_counter\|counter_cell[0]~COUT )) & line_start1, GLOBAL(\fclk~dataout ), , , , , )
		18158	// \hcnt_rtl_11\|wysi_counter\|counter_cell[1]~COUT = CARRY(q_1 & (\hcnt_rtl_11\|wysi_counter\|counter_cell[0]~COUT ))
		18159
		18160	.dataa(\hcnt~59 ),
		18161	.datab(line_start1),
		18162	.datac(vcc),
		18163	.datad(vcc),
		18164	.aclr(gnd),
		18165	.aload(gnd),
		18166	.clk(clk),
		18167	.cin(\hcnt_rtl_11\|wysi_counter\|counter_cell[0]~COUT ),
		18168	.cascin(vcc),
		18169	.devclrn(devclrn),
		18170	.devpor(devpor),
		18171	.combout(),
		18172	.regout(q_1),
		18173	.cout(\hcnt_rtl_11\|wysi_counter\|counter_cell[1]~COUT ),
		18174	.cascout());
		18175	// synopsys translate_off
		18176	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[1] .cin_used = "true";
		18177	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[1] .clock_enable_mode = "false";
		18178	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[1] .lut_mask = "6ca0";
		18179	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[1] .operation_mode = "clrb_cntr";
		18180	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[1] .output_mode = "reg_only";
		18181	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[1] .packed_mode = "false";
		18182	// synopsys translate_on
		18183
		18184	// atom is at LC5_I23
		18185	flex10ke_lcell \hcnt_rtl_11\|wysi_counter\|counter_cell[2] (
		18186	// Equation(s):
		18187	// q_2 = DFFEA((q_2 $ (\hcnt~59 & \hcnt_rtl_11\|wysi_counter\|counter_cell[1]~COUT )) & line_start1, GLOBAL(\fclk~dataout ), , , , , )
		18188	// \hcnt_rtl_11\|wysi_counter\|counter_cell[2]~COUT = CARRY(q_2 & (\hcnt_rtl_11\|wysi_counter\|counter_cell[1]~COUT ))
		18189
		18190	.dataa(\hcnt~59 ),
		18191	.datab(line_start1),
		18192	.datac(vcc),
		18193	.datad(vcc),
		18194	.aclr(gnd),
		18195	.aload(gnd),
		18196	.clk(clk),
		18197	.cin(\hcnt_rtl_11\|wysi_counter\|counter_cell[1]~COUT ),
		18198	.cascin(vcc),
		18199	.devclrn(devclrn),
		18200	.devpor(devpor),
		18201	.combout(),
		18202	.regout(q_2),
		18203	.cout(\hcnt_rtl_11\|wysi_counter\|counter_cell[2]~COUT ),
		18204	.cascout());
		18205	// synopsys translate_off
		18206	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[2] .cin_used = "true";
		18207	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[2] .clock_enable_mode = "false";
		18208	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[2] .lut_mask = "6ca0";
		18209	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[2] .operation_mode = "clrb_cntr";
		18210	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[2] .output_mode = "reg_only";
		18211	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[2] .packed_mode = "false";
		18212	// synopsys translate_on
		18213
		18214	// atom is at LC6_I23
		18215	flex10ke_lcell \hcnt_rtl_11\|wysi_counter\|counter_cell[3] (
		18216	// Equation(s):
		18217	// q_3 = DFFEA((q_3 $ (\hcnt~59 & \hcnt_rtl_11\|wysi_counter\|counter_cell[2]~COUT )) & line_start1, GLOBAL(\fclk~dataout ), , , , , )
		18218
		18219	.dataa(\hcnt~59 ),
		18220	.datab(line_start1),
		18221	.datac(vcc),
		18222	.datad(vcc),
		18223	.aclr(gnd),
		18224	.aload(gnd),
		18225	.clk(clk),
		18226	.cin(\hcnt_rtl_11\|wysi_counter\|counter_cell[2]~COUT ),
		18227	.cascin(vcc),
		18228	.devclrn(devclrn),
		18229	.devpor(devpor),
		18230	.combout(),
		18231	.regout(q_3),
		18232	.cout(),
		18233	.cascout());
		18234	// synopsys translate_off
		18235	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[3] .cin_used = "true";
		18236	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[3] .clock_enable_mode = "false";
		18237	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[3] .lut_mask = "6c6c";
		18238	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[3] .operation_mode = "clrb_cntr";
		18239	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[3] .output_mode = "reg_only";
		18240	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[3] .packed_mode = "false";
		18241	// synopsys translate_on
		18242
		18243	// atom is at LC4_I18
		18244	flex10ke_lcell \vcnt_rtl_10\|wysi_counter\|counter_cell[3] (
		18245	// Equation(s):
		18246	// q_31 = DFFEA(((q_31 $ (\always1~0 & \vcnt_rtl_10\|wysi_counter\|counter_cell[2]~COUT ) & int_start1) # (int_start & !int_start1)) & VCC, GLOBAL(\fclk~dataout ), , , , , )
		18247	// \vcnt_rtl_10\|wysi_counter\|counter_cell[3]~COUT = CARRY(q_31 & (\vcnt_rtl_10\|wysi_counter\|counter_cell[2]~COUT ))
		18248
		18249	.dataa(\always1~0 ),
		18250	.datab(vcc),
		18251	.datac(int_start),
		18252	.datad(int_start1),
		18253	.aclr(gnd),
		18254	.aload(gnd),
		18255	.clk(clk),
		18256	.cin(\vcnt_rtl_10\|wysi_counter\|counter_cell[2]~COUT ),
		18257	.cascin(vcc),
		18258	.devclrn(devclrn),
		18259	.devpor(devpor),
		18260	.combout(),
		18261	.regout(q_31),
		18262	.cout(\vcnt_rtl_10\|wysi_counter\|counter_cell[3]~COUT ),
		18263	.cascout());
		18264	// synopsys translate_off
		18265	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[3] .cin_used = "true";
		18266	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[3] .clock_enable_mode = "false";
		18267	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[3] .lut_mask = "6ca0";
		18268	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[3] .operation_mode = "clrb_cntr";
		18269	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[3] .output_mode = "reg_only";
		18270	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[3] .packed_mode = "false";
		18271	// synopsys translate_on
		18272
		18273	// atom is at LC5_I18
		18274	flex10ke_lcell \vcnt_rtl_10\|wysi_counter\|counter_cell[4] (
		18275	// Equation(s):
		18276	// q_4 = DFFEA(((q_4 $ (\always1~0 & \vcnt_rtl_10\|wysi_counter\|counter_cell[3]~COUT ) & int_start1) # (int_start & !int_start1)) & VCC, GLOBAL(\fclk~dataout ), , , , , )
		18277	// \vcnt_rtl_10\|wysi_counter\|counter_cell[4]~COUT = CARRY(q_4 & (\vcnt_rtl_10\|wysi_counter\|counter_cell[3]~COUT ))
		18278
		18279	.dataa(\always1~0 ),
		18280	.datab(vcc),
		18281	.datac(int_start),
		18282	.datad(int_start1),
		18283	.aclr(gnd),
		18284	.aload(gnd),
		18285	.clk(clk),
		18286	.cin(\vcnt_rtl_10\|wysi_counter\|counter_cell[3]~COUT ),
		18287	.cascin(vcc),
		18288	.devclrn(devclrn),
		18289	.devpor(devpor),
		18290	.combout(),
		18291	.regout(q_4),
		18292	.cout(\vcnt_rtl_10\|wysi_counter\|counter_cell[4]~COUT ),
		18293	.cascout());
		18294	// synopsys translate_off
		18295	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[4] .cin_used = "true";
		18296	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[4] .clock_enable_mode = "false";
		18297	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[4] .lut_mask = "6ca0";
		18298	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[4] .operation_mode = "clrb_cntr";
		18299	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[4] .output_mode = "reg_only";
		18300	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[4] .packed_mode = "false";
		18301	// synopsys translate_on
		18302
		18303	// atom is at LC6_I18
		18304	flex10ke_lcell \vcnt_rtl_10\|wysi_counter\|counter_cell[5] (
		18305	// Equation(s):
		18306	// q_5 = DFFEA(((q_5 $ (\always1~0 & \vcnt_rtl_10\|wysi_counter\|counter_cell[4]~COUT ) & int_start1) # (int_start & !int_start1)) & VCC, GLOBAL(\fclk~dataout ), , , , , )
		18307	// \vcnt_rtl_10\|wysi_counter\|counter_cell[5]~COUT = CARRY(q_5 & (\vcnt_rtl_10\|wysi_counter\|counter_cell[4]~COUT ))
		18308
		18309	.dataa(\always1~0 ),
		18310	.datab(vcc),
		18311	.datac(int_start),
		18312	.datad(int_start1),
		18313	.aclr(gnd),
		18314	.aload(gnd),
		18315	.clk(clk),
		18316	.cin(\vcnt_rtl_10\|wysi_counter\|counter_cell[4]~COUT ),
		18317	.cascin(vcc),
		18318	.devclrn(devclrn),
		18319	.devpor(devpor),
		18320	.combout(),
		18321	.regout(q_5),
		18322	.cout(\vcnt_rtl_10\|wysi_counter\|counter_cell[5]~COUT ),
		18323	.cascout());
		18324	// synopsys translate_off
		18325	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[5] .cin_used = "true";
		18326	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[5] .clock_enable_mode = "false";
		18327	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[5] .lut_mask = "6ca0";
		18328	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[5] .operation_mode = "clrb_cntr";
		18329	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[5] .output_mode = "reg_only";
		18330	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[5] .packed_mode = "false";
		18331	// synopsys translate_on
		18332
		18333	// atom is at LC3_I23
		18334	flex10ke_lcell \hcnt_rtl_11\|wysi_counter\|counter_cell[0] (
		18335	// Equation(s):
		18336	// q_0 = DFFEA((\hcnt~59 $ q_0) & line_start1, GLOBAL(\fclk~dataout ), , , , , )
		18337	// \hcnt_rtl_11\|wysi_counter\|counter_cell[0]~COUT = CARRY(q_0)
		18338
		18339	.dataa(\hcnt~59 ),
		18340	.datab(line_start1),
		18341	.datac(vcc),
		18342	.datad(vcc),
		18343	.aclr(gnd),
		18344	.aload(gnd),
		18345	.clk(clk),
		18346	.cin(gnd),
		18347	.cascin(vcc),
		18348	.devclrn(devclrn),
		18349	.devpor(devpor),
		18350	.combout(),
		18351	.regout(q_0),
		18352	.cout(\hcnt_rtl_11\|wysi_counter\|counter_cell[0]~COUT ),
		18353	.cascout());
		18354	// synopsys translate_off
		18355	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[0] .clock_enable_mode = "false";
		18356	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[0] .lut_mask = "66aa";
		18357	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[0] .operation_mode = "clrb_cntr";
		18358	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[0] .output_mode = "reg_only";
		18359	defparam \hcnt_rtl_11\|wysi_counter\|counter_cell[0] .packed_mode = "false";
		18360	// synopsys translate_on
		18361
		18362	// atom is at LC8_I22
		18363	flex10ke_lcell \dcnt[0]~I (
		18364	// Equation(s):
		18365	// dcnt_0 = DFFEA(!line_start & (video_next $ dcnt_0), GLOBAL(\fclk~dataout ), , , , , )
		18366
		18367	.dataa(vcc),
		18368	.datab(line_start),
		18369	.datac(video_next),
		18370	.datad(dcnt_0),
		18371	.aclr(gnd),
		18372	.aload(gnd),
		18373	.clk(clk),
		18374	.cin(gnd),
		18375	.cascin(vcc),
		18376	.devclrn(devclrn),
		18377	.devpor(devpor),
		18378	.combout(),
		18379	.regout(dcnt_0),
		18380	.cout(),
		18381	.cascout());
		18382	// synopsys translate_off
		18383	defparam \dcnt[0]~I .clock_enable_mode = "false";
		18384	defparam \dcnt[0]~I .lut_mask = "0330";
		18385	defparam \dcnt[0]~I .operation_mode = "normal";
		18386	defparam \dcnt[0]~I .output_mode = "reg_only";
		18387	defparam \dcnt[0]~I .packed_mode = "false";
		18388	// synopsys translate_on
		18389
		18390	// atom is at LC3_I22
		18391	flex10ke_lcell \dcnt[1]~I (
		18392	// Equation(s):
		18393	// dcnt_1 = DFFEA(!line_start & (dcnt_1 $ (video_next & dcnt_0)), GLOBAL(\fclk~dataout ), , , , , )
		18394
		18395	.dataa(line_start),
		18396	.datab(video_next),
		18397	.datac(dcnt_0),
		18398	.datad(dcnt_1),
		18399	.aclr(gnd),
		18400	.aload(gnd),
		18401	.clk(clk),
		18402	.cin(gnd),
		18403	.cascin(vcc),
		18404	.devclrn(devclrn),
		18405	.devpor(devpor),
		18406	.combout(),
		18407	.regout(dcnt_1),
		18408	.cout(),
		18409	.cascout());
		18410	// synopsys translate_off
		18411	defparam \dcnt[1]~I .clock_enable_mode = "false";
		18412	defparam \dcnt[1]~I .lut_mask = "1540";
		18413	defparam \dcnt[1]~I .operation_mode = "normal";
		18414	defparam \dcnt[1]~I .output_mode = "reg_only";
		18415	defparam \dcnt[1]~I .packed_mode = "false";
		18416	// synopsys translate_on
		18417
		18418	// atom is at LC8_I18
		18419	flex10ke_lcell \vcnt_rtl_10\|wysi_counter\|counter_cell[7] (
		18420	// Equation(s):
		18421	// q_7 = DFFEA(((q_7 $ (\always1~0 & \vcnt_rtl_10\|wysi_counter\|counter_cell[6]~COUT ) & int_start1) # (int_start & !int_start1)) & VCC, GLOBAL(\fclk~dataout ), , , , , )
		18422
		18423	.dataa(\always1~0 ),
		18424	.datab(vcc),
		18425	.datac(int_start),
		18426	.datad(int_start1),
		18427	.aclr(gnd),
		18428	.aload(gnd),
		18429	.clk(clk),
		18430	.cin(\vcnt_rtl_10\|wysi_counter\|counter_cell[6]~COUT ),
		18431	.cascin(vcc),
		18432	.devclrn(devclrn),
		18433	.devpor(devpor),
		18434	.combout(),
		18435	.regout(q_7),
		18436	.cout(),
		18437	.cascout());
		18438	// synopsys translate_off
		18439	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[7] .cin_used = "true";
		18440	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[7] .clock_enable_mode = "false";
		18441	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[7] .lut_mask = "6c6c";
		18442	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[7] .operation_mode = "clrb_cntr";
		18443	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[7] .output_mode = "reg_only";
		18444	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[7] .packed_mode = "false";
		18445	// synopsys translate_on
		18446
		18447	// atom is at LC3_I18
		18448	flex10ke_lcell \vcnt_rtl_10\|wysi_counter\|counter_cell[2] (
		18449	// Equation(s):
		18450	// q_21 = DFFEA(((q_21 $ (\always1~0 & \vcnt_rtl_10\|wysi_counter\|counter_cell[1]~COUT ) & int_start1) # (int_start & !int_start1)) & VCC, GLOBAL(\fclk~dataout ), , , , , )
		18451	// \vcnt_rtl_10\|wysi_counter\|counter_cell[2]~COUT = CARRY(q_21 & (\vcnt_rtl_10\|wysi_counter\|counter_cell[1]~COUT ))
		18452
		18453	.dataa(\always1~0 ),
		18454	.datab(vcc),
		18455	.datac(int_start),
		18456	.datad(int_start1),
		18457	.aclr(gnd),
		18458	.aload(gnd),
		18459	.clk(clk),
		18460	.cin(\vcnt_rtl_10\|wysi_counter\|counter_cell[1]~COUT ),
		18461	.cascin(vcc),
		18462	.devclrn(devclrn),
		18463	.devpor(devpor),
		18464	.combout(),
		18465	.regout(q_21),
		18466	.cout(\vcnt_rtl_10\|wysi_counter\|counter_cell[2]~COUT ),
		18467	.cascout());
		18468	// synopsys translate_off
		18469	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[2] .cin_used = "true";
		18470	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[2] .clock_enable_mode = "false";
		18471	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[2] .lut_mask = "6ca0";
		18472	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[2] .operation_mode = "clrb_cntr";
		18473	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[2] .output_mode = "reg_only";
		18474	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[2] .packed_mode = "false";
		18475	// synopsys translate_on
		18476
		18477	// atom is at LC7_I18
		18478	flex10ke_lcell \vcnt_rtl_10\|wysi_counter\|counter_cell[6] (
		18479	// Equation(s):
		18480	// q_6 = DFFEA(((q_6 $ (\always1~0 & \vcnt_rtl_10\|wysi_counter\|counter_cell[5]~COUT ) & int_start1) # (int_start & !int_start1)) & VCC, GLOBAL(\fclk~dataout ), , , , , )
		18481	// \vcnt_rtl_10\|wysi_counter\|counter_cell[6]~COUT = CARRY(q_6 & (\vcnt_rtl_10\|wysi_counter\|counter_cell[5]~COUT ))
		18482
		18483	.dataa(\always1~0 ),
		18484	.datab(vcc),
		18485	.datac(int_start),
		18486	.datad(int_start1),
		18487	.aclr(gnd),
		18488	.aload(gnd),
		18489	.clk(clk),
		18490	.cin(\vcnt_rtl_10\|wysi_counter\|counter_cell[5]~COUT ),
		18491	.cascin(vcc),
		18492	.devclrn(devclrn),
		18493	.devpor(devpor),
		18494	.combout(),
		18495	.regout(q_6),
		18496	.cout(\vcnt_rtl_10\|wysi_counter\|counter_cell[6]~COUT ),
		18497	.cascout());
		18498	// synopsys translate_off
		18499	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[6] .cin_used = "true";
		18500	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[6] .clock_enable_mode = "false";
		18501	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[6] .lut_mask = "6ca0";
		18502	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[6] .operation_mode = "clrb_cntr";
		18503	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[6] .output_mode = "reg_only";
		18504	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[6] .packed_mode = "false";
		18505	// synopsys translate_on
		18506
		18507	// atom is at LC2_I18
		18508	flex10ke_lcell \vcnt_rtl_10\|wysi_counter\|counter_cell[1] (
		18509	// Equation(s):
		18510	// q_11 = DFFEA(((q_11 $ (\always1~0 & \vcnt_rtl_10\|wysi_counter\|counter_cell[0]~COUT ) & int_start1) # (int_start & !int_start1)) & VCC, GLOBAL(\fclk~dataout ), , , , , )
		18511	// \vcnt_rtl_10\|wysi_counter\|counter_cell[1]~COUT = CARRY(q_11 & (\vcnt_rtl_10\|wysi_counter\|counter_cell[0]~COUT ))
		18512
		18513	.dataa(\always1~0 ),
		18514	.datab(vcc),
		18515	.datac(int_start),
		18516	.datad(int_start1),
		18517	.aclr(gnd),
		18518	.aload(gnd),
		18519	.clk(clk),
		18520	.cin(\vcnt_rtl_10\|wysi_counter\|counter_cell[0]~COUT ),
		18521	.cascin(vcc),
		18522	.devclrn(devclrn),
		18523	.devpor(devpor),
		18524	.combout(),
		18525	.regout(q_11),
		18526	.cout(\vcnt_rtl_10\|wysi_counter\|counter_cell[1]~COUT ),
		18527	.cascout());
		18528	// synopsys translate_off
		18529	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[1] .cin_used = "true";
		18530	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[1] .clock_enable_mode = "false";
		18531	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[1] .lut_mask = "6ca0";
		18532	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[1] .operation_mode = "clrb_cntr";
		18533	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[1] .output_mode = "reg_only";
		18534	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[1] .packed_mode = "false";
		18535	// synopsys translate_on
		18536
		18537	// atom is at LC1_I18
		18538	flex10ke_lcell \vcnt_rtl_10\|wysi_counter\|counter_cell[0] (
		18539	// Equation(s):
		18540	// q_01 = DFFEA(((\always1~0 $ q_01 & int_start1) # (int_start & !int_start1)) & VCC, GLOBAL(\fclk~dataout ), , , , , )
		18541	// \vcnt_rtl_10\|wysi_counter\|counter_cell[0]~COUT = CARRY(q_01)
		18542
		18543	.dataa(\always1~0 ),
		18544	.datab(vcc),
		18545	.datac(int_start),
		18546	.datad(int_start1),
		18547	.aclr(gnd),
		18548	.aload(gnd),
		18549	.clk(clk),
		18550	.cin(gnd),
		18551	.cascin(vcc),
		18552	.devclrn(devclrn),
		18553	.devpor(devpor),
		18554	.combout(),
		18555	.regout(q_01),
		18556	.cout(\vcnt_rtl_10\|wysi_counter\|counter_cell[0]~COUT ),
		18557	.cascout());
		18558	// synopsys translate_off
		18559	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[0] .clock_enable_mode = "false";
		18560	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[0] .lut_mask = "66aa";
		18561	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[0] .operation_mode = "clrb_cntr";
		18562	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[0] .output_mode = "reg_only";
		18563	defparam \vcnt_rtl_10\|wysi_counter\|counter_cell[0] .packed_mode = "false";
		18564	// synopsys translate_on
		18565
		18566	// atom is at LC8_H13
		18567	flex10ke_lcell \always1~0_I (
		18568	// Equation(s):
		18569	// \always1~0 = line_start & vpix
		18570
		18571	.dataa(vcc),
		18572	.datab(vcc),
		18573	.datac(line_start),
		18574	.datad(vpix),
		18575	.aclr(gnd),
		18576	.aload(gnd),
		18577	.clk(gnd),
		18578	.cin(gnd),
		18579	.cascin(vcc),
		18580	.devclrn(devclrn),
		18581	.devpor(devpor),
		18582	.combout(\always1~0 ),
		18583	.regout(),
		18584	.cout(),
		18585	.cascout());
		18586	// synopsys translate_off
		18587	defparam \always1~0_I .clock_enable_mode = "false";
		18588	defparam \always1~0_I .lut_mask = "f000";
		18589	defparam \always1~0_I .operation_mode = "normal";
		18590	defparam \always1~0_I .output_mode = "comb_only";
		18591	defparam \always1~0_I .packed_mode = "false";
		18592	// synopsys translate_on
		18593
		18594	// atom is at LC5_J4
		18595	flex10ke_lcell \scnt[0]~I (
		18596	// Equation(s):
		18597	// scnt[0] = DFFEA(!\Equal0~42 & !scnt[0] & !\always1~0 , GLOBAL(\fclk~dataout ), , , cend, , )
		18598
		18599	.dataa(cend),
		18600	.datab(\Equal0~42 ),
		18601	.datac(scnt[0]),
		18602	.datad(\always1~0 ),
		18603	.aclr(gnd),
		18604	.aload(gnd),
		18605	.clk(clk),
		18606	.cin(gnd),
		18607	.cascin(vcc),
		18608	.devclrn(devclrn),
		18609	.devpor(devpor),
		18610	.combout(),
		18611	.regout(scnt[0]),
		18612	.cout(),
		18613	.cascout());
		18614	// synopsys translate_off
		18615	defparam \scnt[0]~I .clock_enable_mode = "true";
		18616	defparam \scnt[0]~I .lut_mask = "0003";
		18617	defparam \scnt[0]~I .operation_mode = "normal";
		18618	defparam \scnt[0]~I .output_mode = "reg_only";
		18619	defparam \scnt[0]~I .packed_mode = "false";
		18620	// synopsys translate_on
		18621
		18622	// atom is at LC4_J4
		18623	flex10ke_lcell \Equal0~42_I (
		18624	// Equation(s):
		18625	// \Equal0~42 = !scnt[0] & !scnt[1] & \Equal0~41
		18626
		18627	.dataa(vcc),
		18628	.datab(scnt[0]),
		18629	.datac(scnt[1]),
		18630	.datad(\Equal0~41 ),
		18631	.aclr(gnd),
		18632	.aload(gnd),
		18633	.clk(gnd),
		18634	.cin(gnd),
		18635	.cascin(vcc),
		18636	.devclrn(devclrn),
		18637	.devpor(devpor),
		18638	.combout(\Equal0~42 ),
		18639	.regout(),
		18640	.cout(),
		18641	.cascout());
		18642	// synopsys translate_off
		18643	defparam \Equal0~42_I .clock_enable_mode = "false";
		18644	defparam \Equal0~42_I .lut_mask = "0300";
		18645	defparam \Equal0~42_I .operation_mode = "normal";
		18646	defparam \Equal0~42_I .output_mode = "comb_only";
		18647	defparam \Equal0~42_I .packed_mode = "false";
		18648	// synopsys translate_on
		18649
		18650	// atom is at LC1_J10
		18651	flex10ke_lcell \Add2\|adder\|result_node\|cs_buffer[1]~I (
		18652	// Equation(s):
		18653	// \Add2\|adder\|result_node\|cs_buffer [1] = scnt[0] $ scnt[1]
		18654	// \Add2\|adder\|result_node\|cout [1] = CARRY(scnt[0] # scnt[1])
		18655
		18656	.dataa(scnt[0]),
		18657	.datab(scnt[1]),
		18658	.datac(vcc),
		18659	.datad(vcc),
		18660	.aclr(gnd),
		18661	.aload(gnd),
		18662	.clk(gnd),
		18663	.cin(gnd),
		18664	.cascin(vcc),
		18665	.devclrn(devclrn),
		18666	.devpor(devpor),
		18667	.combout(\Add2\|adder\|result_node\|cs_buffer [1]),
		18668	.regout(),
		18669	.cout(\Add2\|adder\|result_node\|cout [1]),
		18670	.cascout());
		18671	// synopsys translate_off
		18672	defparam \Add2\|adder\|result_node\|cs_buffer[1]~I .clock_enable_mode = "false";
		18673	defparam \Add2\|adder\|result_node\|cs_buffer[1]~I .lut_mask = "66ee";
		18674	defparam \Add2\|adder\|result_node\|cs_buffer[1]~I .operation_mode = "arithmetic";
		18675	defparam \Add2\|adder\|result_node\|cs_buffer[1]~I .output_mode = "comb_only";
		18676	defparam \Add2\|adder\|result_node\|cs_buffer[1]~I .packed_mode = "false";
		18677	// synopsys translate_on
		18678
		18679	// atom is at LC6_J4
		18680	flex10ke_lcell \scnt[1]~I (
		18681	// Equation(s):
		18682	// scnt[1] = DFFEA(\always1~0 # !\Equal0~42 & !\Add2\|adder\|result_node\|cs_buffer [1], GLOBAL(\fclk~dataout ), , , cend, , )
		18683
		18684	.dataa(cend),
		18685	.datab(\Equal0~42 ),
		18686	.datac(\Add2\|adder\|result_node\|cs_buffer [1]),
		18687	.datad(\always1~0 ),
		18688	.aclr(gnd),
		18689	.aload(gnd),
		18690	.clk(clk),
		18691	.cin(gnd),
		18692	.cascin(vcc),
		18693	.devclrn(devclrn),
		18694	.devpor(devpor),
		18695	.combout(),
		18696	.regout(scnt[1]),
		18697	.cout(),
		18698	.cascout());
		18699	// synopsys translate_off
		18700	defparam \scnt[1]~I .clock_enable_mode = "true";
		18701	defparam \scnt[1]~I .lut_mask = "ff03";
		18702	defparam \scnt[1]~I .operation_mode = "normal";
		18703	defparam \scnt[1]~I .output_mode = "reg_only";
		18704	defparam \scnt[1]~I .packed_mode = "false";
		18705	// synopsys translate_on
		18706
		18707	// atom is at LC2_J10
		18708	flex10ke_lcell \Add2\|adder\|result_node\|cs_buffer[2]~I (
		18709	// Equation(s):
		18710	// \Add2\|adder\|result_node\|cs_buffer [2] = scnt[2] $ \Add2\|adder\|result_node\|cout [1]
		18711	// \Add2\|adder\|result_node\|cout [2] = CARRY(scnt[2] # \Add2\|adder\|result_node\|cout [1])
		18712
		18713	.dataa(vcc),
		18714	.datab(scnt[2]),
		18715	.datac(vcc),
		18716	.datad(vcc),
		18717	.aclr(gnd),
		18718	.aload(gnd),
		18719	.clk(gnd),
		18720	.cin(\Add2\|adder\|result_node\|cout [1]),
		18721	.cascin(vcc),
		18722	.devclrn(devclrn),
		18723	.devpor(devpor),
		18724	.combout(\Add2\|adder\|result_node\|cs_buffer [2]),
		18725	.regout(),
		18726	.cout(\Add2\|adder\|result_node\|cout [2]),
		18727	.cascout());
		18728	// synopsys translate_off
		18729	defparam \Add2\|adder\|result_node\|cs_buffer[2]~I .cin_used = "true";
		18730	defparam \Add2\|adder\|result_node\|cs_buffer[2]~I .clock_enable_mode = "false";
		18731	defparam \Add2\|adder\|result_node\|cs_buffer[2]~I .lut_mask = "3cfc";
		18732	defparam \Add2\|adder\|result_node\|cs_buffer[2]~I .operation_mode = "arithmetic";
		18733	defparam \Add2\|adder\|result_node\|cs_buffer[2]~I .output_mode = "comb_only";
		18734	defparam \Add2\|adder\|result_node\|cs_buffer[2]~I .packed_mode = "false";
		18735	// synopsys translate_on
		18736
		18737	// atom is at LC8_J10
		18738	flex10ke_lcell \scnt[2]~I (
		18739	// Equation(s):
		18740	// scnt[2] = DFFEA(!\Add2\|adder\|result_node\|cs_buffer [2] & !\Equal0~42 & !\always1~0 , GLOBAL(\fclk~dataout ), , , cend, , )
		18741
		18742	.dataa(cend),
		18743	.datab(\Add2\|adder\|result_node\|cs_buffer [2]),
		18744	.datac(\Equal0~42 ),
		18745	.datad(\always1~0 ),
		18746	.aclr(gnd),
		18747	.aload(gnd),
		18748	.clk(clk),
		18749	.cin(gnd),
		18750	.cascin(vcc),
		18751	.devclrn(devclrn),
		18752	.devpor(devpor),
		18753	.combout(),
		18754	.regout(scnt[2]),
		18755	.cout(),
		18756	.cascout());
		18757	// synopsys translate_off
		18758	defparam \scnt[2]~I .clock_enable_mode = "true";
		18759	defparam \scnt[2]~I .lut_mask = "0003";
		18760	defparam \scnt[2]~I .operation_mode = "normal";
		18761	defparam \scnt[2]~I .output_mode = "reg_only";
		18762	defparam \scnt[2]~I .packed_mode = "false";
		18763	// synopsys translate_on
		18764
		18765	// atom is at LC3_J10
		18766	flex10ke_lcell \Add2\|adder\|result_node\|cs_buffer[3]~I (
		18767	// Equation(s):
		18768	// \Add2\|adder\|result_node\|cs_buffer [3] = scnt[3] $ \Add2\|adder\|result_node\|cout [2]
		18769	// \Add2\|adder\|result_node\|cout [3] = CARRY(scnt[3] # \Add2\|adder\|result_node\|cout [2])
		18770
		18771	.dataa(vcc),
		18772	.datab(scnt[3]),
		18773	.datac(vcc),
		18774	.datad(vcc),
		18775	.aclr(gnd),
		18776	.aload(gnd),
		18777	.clk(gnd),
		18778	.cin(\Add2\|adder\|result_node\|cout [2]),
		18779	.cascin(vcc),
		18780	.devclrn(devclrn),
		18781	.devpor(devpor),
		18782	.combout(\Add2\|adder\|result_node\|cs_buffer [3]),
		18783	.regout(),
		18784	.cout(\Add2\|adder\|result_node\|cout [3]),
		18785	.cascout());
		18786	// synopsys translate_off
		18787	defparam \Add2\|adder\|result_node\|cs_buffer[3]~I .cin_used = "true";
		18788	defparam \Add2\|adder\|result_node\|cs_buffer[3]~I .clock_enable_mode = "false";
		18789	defparam \Add2\|adder\|result_node\|cs_buffer[3]~I .lut_mask = "3cfc";
		18790	defparam \Add2\|adder\|result_node\|cs_buffer[3]~I .operation_mode = "arithmetic";
		18791	defparam \Add2\|adder\|result_node\|cs_buffer[3]~I .output_mode = "comb_only";
		18792	defparam \Add2\|adder\|result_node\|cs_buffer[3]~I .packed_mode = "false";
		18793	// synopsys translate_on
		18794
		18795	// atom is at LC7_J10
		18796	flex10ke_lcell \scnt[3]~I (
		18797	// Equation(s):
		18798	// scnt[3] = DFFEA(!\Add2\|adder\|result_node\|cs_buffer [3] & !\Equal0~42 & !\always1~0 , GLOBAL(\fclk~dataout ), , , cend, , )
		18799
		18800	.dataa(cend),
		18801	.datab(\Add2\|adder\|result_node\|cs_buffer [3]),
		18802	.datac(\Equal0~42 ),
		18803	.datad(\always1~0 ),
		18804	.aclr(gnd),
		18805	.aload(gnd),
		18806	.clk(clk),
		18807	.cin(gnd),
		18808	.cascin(vcc),
		18809	.devclrn(devclrn),
		18810	.devpor(devpor),
		18811	.combout(),
		18812	.regout(scnt[3]),
		18813	.cout(),
		18814	.cascout());
		18815	// synopsys translate_off
		18816	defparam \scnt[3]~I .clock_enable_mode = "true";
		18817	defparam \scnt[3]~I .lut_mask = "0003";
		18818	defparam \scnt[3]~I .operation_mode = "normal";
		18819	defparam \scnt[3]~I .output_mode = "reg_only";
		18820	defparam \scnt[3]~I .packed_mode = "false";
		18821	// synopsys translate_on
		18822
		18823	// atom is at LC4_J10
		18824	flex10ke_lcell \Add2\|adder\|result_node\|cs_buffer[4]~I (
		18825	// Equation(s):
		18826	// \Add2\|adder\|result_node\|cs_buffer [4] = scnt[4] $ \Add2\|adder\|result_node\|cout [3]
		18827	// \Add2\|adder\|result_node\|cout [4] = CARRY(scnt[4] # \Add2\|adder\|result_node\|cout [3])
		18828
		18829	.dataa(vcc),
		18830	.datab(scnt[4]),
		18831	.datac(vcc),
		18832	.datad(vcc),
		18833	.aclr(gnd),
		18834	.aload(gnd),
		18835	.clk(gnd),
		18836	.cin(\Add2\|adder\|result_node\|cout [3]),
		18837	.cascin(vcc),
		18838	.devclrn(devclrn),
		18839	.devpor(devpor),
		18840	.combout(\Add2\|adder\|result_node\|cs_buffer [4]),
		18841	.regout(),
		18842	.cout(\Add2\|adder\|result_node\|cout [4]),
		18843	.cascout());
		18844	// synopsys translate_off
		18845	defparam \Add2\|adder\|result_node\|cs_buffer[4]~I .cin_used = "true";
		18846	defparam \Add2\|adder\|result_node\|cs_buffer[4]~I .clock_enable_mode = "false";
		18847	defparam \Add2\|adder\|result_node\|cs_buffer[4]~I .lut_mask = "3cfc";
		18848	defparam \Add2\|adder\|result_node\|cs_buffer[4]~I .operation_mode = "arithmetic";
		18849	defparam \Add2\|adder\|result_node\|cs_buffer[4]~I .output_mode = "comb_only";
		18850	defparam \Add2\|adder\|result_node\|cs_buffer[4]~I .packed_mode = "false";
		18851	// synopsys translate_on
		18852
		18853	// atom is at LC8_J4
		18854	flex10ke_lcell \scnt[4]~I (
		18855	// Equation(s):
		18856	// scnt[4] = DFFEA(!\Equal0~42 & !\always1~0 & !\Add2\|adder\|result_node\|cs_buffer [4], GLOBAL(\fclk~dataout ), , , cend, , )
		18857
		18858	.dataa(cend),
		18859	.datab(\Equal0~42 ),
		18860	.datac(\always1~0 ),
		18861	.datad(\Add2\|adder\|result_node\|cs_buffer [4]),
		18862	.aclr(gnd),
		18863	.aload(gnd),
		18864	.clk(clk),
		18865	.cin(gnd),
		18866	.cascin(vcc),
		18867	.devclrn(devclrn),
		18868	.devpor(devpor),
		18869	.combout(),
		18870	.regout(scnt[4]),
		18871	.cout(),
		18872	.cascout());
		18873	// synopsys translate_off
		18874	defparam \scnt[4]~I .clock_enable_mode = "true";
		18875	defparam \scnt[4]~I .lut_mask = "0003";
		18876	defparam \scnt[4]~I .operation_mode = "normal";
		18877	defparam \scnt[4]~I .output_mode = "reg_only";
		18878	defparam \scnt[4]~I .packed_mode = "false";
		18879	// synopsys translate_on
		18880
		18881	// atom is at LC5_J10
		18882	flex10ke_lcell \Add2\|adder\|unreg_res_node[5]~I (
		18883	// Equation(s):
		18884	// \Add2\|adder\|unreg_res_node [5] = \Add2\|adder\|result_node\|cout [4] $ scnt[5]
		18885
		18886	.dataa(vcc),
		18887	.datab(vcc),
		18888	.datac(vcc),
		18889	.datad(scnt[5]),
		18890	.aclr(gnd),
		18891	.aload(gnd),
		18892	.clk(gnd),
		18893	.cin(\Add2\|adder\|result_node\|cout [4]),
		18894	.cascin(vcc),
		18895	.devclrn(devclrn),
		18896	.devpor(devpor),
		18897	.combout(\Add2\|adder\|unreg_res_node [5]),
		18898	.regout(),
		18899	.cout(),
		18900	.cascout());
		18901	// synopsys translate_off
		18902	defparam \Add2\|adder\|unreg_res_node[5]~I .cin_used = "true";
		18903	defparam \Add2\|adder\|unreg_res_node[5]~I .clock_enable_mode = "false";
		18904	defparam \Add2\|adder\|unreg_res_node[5]~I .lut_mask = "0ff0";
		18905	defparam \Add2\|adder\|unreg_res_node[5]~I .operation_mode = "normal";
		18906	defparam \Add2\|adder\|unreg_res_node[5]~I .output_mode = "comb_only";
		18907	defparam \Add2\|adder\|unreg_res_node[5]~I .packed_mode = "false";
		18908	// synopsys translate_on
		18909
		18910	// atom is at LC1_J4
		18911	flex10ke_lcell \scnt[5]~I (
		18912	// Equation(s):
		18913	// scnt[5] = DFFEA(\always1~0 # !\Add2\|adder\|unreg_res_node [5] & !\Equal0~42 , GLOBAL(\fclk~dataout ), , , cend, , )
		18914
		18915	.dataa(cend),
		18916	.datab(\Add2\|adder\|unreg_res_node [5]),
		18917	.datac(\Equal0~42 ),
		18918	.datad(\always1~0 ),
		18919	.aclr(gnd),
		18920	.aload(gnd),
		18921	.clk(clk),
		18922	.cin(gnd),
		18923	.cascin(vcc),
		18924	.devclrn(devclrn),
		18925	.devpor(devpor),
		18926	.combout(),
		18927	.regout(scnt[5]),
		18928	.cout(),
		18929	.cascout());
		18930	// synopsys translate_off
		18931	defparam \scnt[5]~I .clock_enable_mode = "true";
		18932	defparam \scnt[5]~I .lut_mask = "ff03";
		18933	defparam \scnt[5]~I .operation_mode = "normal";
		18934	defparam \scnt[5]~I .output_mode = "reg_only";
		18935	defparam \scnt[5]~I .packed_mode = "false";
		18936	// synopsys translate_on
		18937
		18938	// atom is at LC6_J10
		18939	flex10ke_lcell \Equal0~41_I (
		18940	// Equation(s):
		18941	// \Equal0~41 = !scnt[2] & !scnt[3] & !scnt[4] & !scnt[5]
		18942
		18943	.dataa(scnt[2]),
		18944	.datab(scnt[3]),
		18945	.datac(scnt[4]),
		18946	.datad(scnt[5]),
		18947	.aclr(gnd),
		18948	.aload(gnd),
		18949	.clk(gnd),
		18950	.cin(gnd),
		18951	.cascin(vcc),
		18952	.devclrn(devclrn),
		18953	.devpor(devpor),
		18954	.combout(\Equal0~41 ),
		18955	.regout(),
		18956	.cout(),
		18957	.cascout());
		18958	// synopsys translate_off
		18959	defparam \Equal0~41_I .clock_enable_mode = "false";
		18960	defparam \Equal0~41_I .lut_mask = "0001";
		18961	defparam \Equal0~41_I .operation_mode = "normal";
		18962	defparam \Equal0~41_I .output_mode = "comb_only";
		18963	defparam \Equal0~41_I .packed_mode = "false";
		18964	// synopsys translate_on
		18965
		18966	// atom is at LC3_J4
		18967	flex10ke_lcell \wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1_I (
		18968	// Equation(s):
		18969	// \wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1 = scnt[1] # !cend # !\Equal0~41 # !scnt[0]
		18970
		18971	.dataa(scnt[0]),
		18972	.datab(\Equal0~41 ),
		18973	.datac(cend),
		18974	.datad(scnt[1]),
		18975	.aclr(gnd),
		18976	.aload(gnd),
		18977	.clk(gnd),
		18978	.cin(gnd),
		18979	.cascin(vcc),
		18980	.devclrn(devclrn),
		18981	.devpor(devpor),
		18982	.combout(\wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1 ),
		18983	.regout(),
		18984	.cout(),
		18985	.cascout());
		18986	// synopsys translate_off
		18987	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1_I .clock_enable_mode = "false";
		18988	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1_I .lut_mask = "ff7f";
		18989	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1_I .operation_mode = "normal";
		18990	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1_I .output_mode = "comb_only";
		18991	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1_I .packed_mode = "false";
		18992	// synopsys translate_on
		18993
		18994	// atom is at LC1_I2
		18995	flex10ke_lcell \wcnt_rtl_9\|wysi_counter\|counter_cell[0] (
		18996	// Equation(s):
		18997	// \wcnt_rtl_9\|wysi_counter\|q [0] = DFFEA((cend $ \wcnt_rtl_9\|wysi_counter\|q [0]) & \wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1 , GLOBAL(\fclk~dataout ), , , cend, , )
		18998	// \wcnt_rtl_9\|wysi_counter\|counter_cell[0]~COUT = CARRY(\wcnt_rtl_9\|wysi_counter\|q [0])
		18999
		19000	.dataa(cend),
		19001	.datab(\wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1 ),
		19002	.datac(vcc),
		19003	.datad(vcc),
		19004	.aclr(gnd),
		19005	.aload(gnd),
		19006	.clk(clk),
		19007	.cin(gnd),
		19008	.cascin(vcc),
		19009	.devclrn(devclrn),
		19010	.devpor(devpor),
		19011	.combout(),
		19012	.regout(\wcnt_rtl_9\|wysi_counter\|q [0]),
		19013	.cout(\wcnt_rtl_9\|wysi_counter\|counter_cell[0]~COUT ),
		19014	.cascout());
		19015	// synopsys translate_off
		19016	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[0] .clock_enable_mode = "true";
		19017	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[0] .lut_mask = "66aa";
		19018	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[0] .operation_mode = "clrb_cntr";
		19019	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[0] .output_mode = "reg_only";
		19020	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[0] .packed_mode = "false";
		19021	// synopsys translate_on
		19022
		19023	// atom is at LC2_I2
		19024	flex10ke_lcell \wcnt_rtl_9\|wysi_counter\|counter_cell[1] (
		19025	// Equation(s):
		19026	// \wcnt_rtl_9\|wysi_counter\|q [1] = DFFEA((\wcnt_rtl_9\|wysi_counter\|q [1] $ (cend & \wcnt_rtl_9\|wysi_counter\|counter_cell[0]~COUT )) & \wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1 , GLOBAL(\fclk~dataout ), , , cend, , )
		19027	// \wcnt_rtl_9\|wysi_counter\|counter_cell[1]~COUT = CARRY(\wcnt_rtl_9\|wysi_counter\|q [1] & (\wcnt_rtl_9\|wysi_counter\|counter_cell[0]~COUT ))
		19028
		19029	.dataa(cend),
		19030	.datab(\wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1 ),
		19031	.datac(vcc),
		19032	.datad(vcc),
		19033	.aclr(gnd),
		19034	.aload(gnd),
		19035	.clk(clk),
		19036	.cin(\wcnt_rtl_9\|wysi_counter\|counter_cell[0]~COUT ),
		19037	.cascin(vcc),
		19038	.devclrn(devclrn),
		19039	.devpor(devpor),
		19040	.combout(),
		19041	.regout(\wcnt_rtl_9\|wysi_counter\|q [1]),
		19042	.cout(\wcnt_rtl_9\|wysi_counter\|counter_cell[1]~COUT ),
		19043	.cascout());
		19044	// synopsys translate_off
		19045	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[1] .cin_used = "true";
		19046	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[1] .clock_enable_mode = "true";
		19047	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[1] .lut_mask = "6ca0";
		19048	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[1] .operation_mode = "clrb_cntr";
		19049	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[1] .output_mode = "reg_only";
		19050	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[1] .packed_mode = "false";
		19051	// synopsys translate_on
		19052
		19053	// atom is at LC3_I2
		19054	flex10ke_lcell \wcnt_rtl_9\|wysi_counter\|counter_cell[2] (
		19055	// Equation(s):
		19056	// \wcnt_rtl_9\|wysi_counter\|q [2] = DFFEA((\wcnt_rtl_9\|wysi_counter\|q [2] $ (cend & \wcnt_rtl_9\|wysi_counter\|counter_cell[1]~COUT )) & \wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1 , GLOBAL(\fclk~dataout ), , , cend, , )
		19057	// \wcnt_rtl_9\|wysi_counter\|counter_cell[2]~COUT = CARRY(\wcnt_rtl_9\|wysi_counter\|q [2] & (\wcnt_rtl_9\|wysi_counter\|counter_cell[1]~COUT ))
		19058
		19059	.dataa(cend),
		19060	.datab(\wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1 ),
		19061	.datac(vcc),
		19062	.datad(vcc),
		19063	.aclr(gnd),
		19064	.aload(gnd),
		19065	.clk(clk),
		19066	.cin(\wcnt_rtl_9\|wysi_counter\|counter_cell[1]~COUT ),
		19067	.cascin(vcc),
		19068	.devclrn(devclrn),
		19069	.devpor(devpor),
		19070	.combout(),
		19071	.regout(\wcnt_rtl_9\|wysi_counter\|q [2]),
		19072	.cout(\wcnt_rtl_9\|wysi_counter\|counter_cell[2]~COUT ),
		19073	.cascout());
		19074	// synopsys translate_off
		19075	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[2] .cin_used = "true";
		19076	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[2] .clock_enable_mode = "true";
		19077	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[2] .lut_mask = "6ca0";
		19078	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[2] .operation_mode = "clrb_cntr";
		19079	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[2] .output_mode = "reg_only";
		19080	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[2] .packed_mode = "false";
		19081	// synopsys translate_on
		19082
		19083	// atom is at LC4_I2
		19084	flex10ke_lcell \wcnt_rtl_9\|wysi_counter\|counter_cell[3] (
		19085	// Equation(s):
		19086	// \wcnt_rtl_9\|wysi_counter\|q [3] = DFFEA((\wcnt_rtl_9\|wysi_counter\|q [3] $ (cend & \wcnt_rtl_9\|wysi_counter\|counter_cell[2]~COUT )) & \wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1 , GLOBAL(\fclk~dataout ), , , cend, , )
		19087
		19088	.dataa(cend),
		19089	.datab(\wcnt_rtl_9\|wysi_counter\|counter_cell[3]~1 ),
		19090	.datac(vcc),
		19091	.datad(vcc),
		19092	.aclr(gnd),
		19093	.aload(gnd),
		19094	.clk(clk),
		19095	.cin(\wcnt_rtl_9\|wysi_counter\|counter_cell[2]~COUT ),
		19096	.cascin(vcc),
		19097	.devclrn(devclrn),
		19098	.devpor(devpor),
		19099	.combout(),
		19100	.regout(\wcnt_rtl_9\|wysi_counter\|q [3]),
		19101	.cout(),
		19102	.cascout());
		19103	// synopsys translate_off
		19104	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[3] .cin_used = "true";
		19105	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[3] .clock_enable_mode = "true";
		19106	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[3] .lut_mask = "6c6c";
		19107	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[3] .operation_mode = "clrb_cntr";
		19108	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[3] .output_mode = "reg_only";
		19109	defparam \wcnt_rtl_9\|wysi_counter\|counter_cell[3] .packed_mode = "false";
		19110	// synopsys translate_on
		19111
		19112	// atom is at LC2_J4
		19113	flex10ke_lcell \go_start~I (
		19114	// Equation(s):
		19115	// go_start = scnt[1] # !\Equal0~41 # !cend # !scnt[0]
		19116
		19117	.dataa(scnt[1]),
		19118	.datab(scnt[0]),
		19119	.datac(cend),
		19120	.datad(\Equal0~41 ),
		19121	.aclr(gnd),
		19122	.aload(gnd),
		19123	.clk(gnd),
		19124	.cin(gnd),
		19125	.cascin(vcc),
		19126	.devclrn(devclrn),
		19127	.devpor(devpor),
		19128	.combout(go_start),
		19129	.regout(),
		19130	.cout(),
		19131	.cascout());
		19132	// synopsys translate_off
		19133	defparam \go_start~I .clock_enable_mode = "false";
		19134	defparam \go_start~I .lut_mask = "bfff";
		19135	defparam \go_start~I .operation_mode = "normal";
		19136	defparam \go_start~I .output_mode = "comb_only";
		19137	defparam \go_start~I .packed_mode = "false";
		19138	// synopsys translate_on
		19139
		19140	// atom is at LC3_I14
		19141	flex10ke_lcell \fcnt_rtl_8\|wysi_counter\|counter_cell[0] (
		19142	// Equation(s):
		19143	// \fcnt_rtl_8\|wysi_counter\|counter_cell[0]~COUT = CARRY()
		19144
		19145	.dataa(\always4~0 ),
		19146	.datab(go_start),
		19147	.datac(vcc),
		19148	.datad(vcc),
		19149	.aclr(gnd),
		19150	.aload(gnd),
		19151	.clk(clk),
		19152	.cin(gnd),
		19153	.cascin(vcc),
		19154	.devclrn(devclrn),
		19155	.devpor(devpor),
		19156	.combout(),
		19157	.regout(\fcnt_rtl_8\|wysi_counter\|q [0]),
		19158	.cout(\fcnt_rtl_8\|wysi_counter\|counter_cell[0]~COUT ),
		19159	.cascout());
		19160	// synopsys translate_off
		19161	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[0] .clock_enable_mode = "false";
		19162	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[0] .lut_mask = "66aa";
		19163	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[0] .operation_mode = "clrb_cntr";
		19164	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[0] .output_mode = "none";
		19165	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[0] .packed_mode = "false";
		19166	// synopsys translate_on
		19167
		19168	// atom is at LC4_I14
		19169	flex10ke_lcell \fcnt_rtl_8\|wysi_counter\|counter_cell[1] (
		19170	// Equation(s):
		19171	// \fcnt_rtl_8\|wysi_counter\|counter_cell[1]~COUT = CARRY( & (\fcnt_rtl_8\|wysi_counter\|counter_cell[0]~COUT ))
		19172
		19173	.dataa(\always4~0 ),
		19174	.datab(go_start),
		19175	.datac(vcc),
		19176	.datad(vcc),
		19177	.aclr(gnd),
		19178	.aload(gnd),
		19179	.clk(clk),
		19180	.cin(\fcnt_rtl_8\|wysi_counter\|counter_cell[0]~COUT ),
		19181	.cascin(vcc),
		19182	.devclrn(devclrn),
		19183	.devpor(devpor),
		19184	.combout(),
		19185	.regout(\fcnt_rtl_8\|wysi_counter\|q [1]),
		19186	.cout(\fcnt_rtl_8\|wysi_counter\|counter_cell[1]~COUT ),
		19187	.cascout());
		19188	// synopsys translate_off
		19189	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[1] .cin_used = "true";
		19190	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[1] .clock_enable_mode = "false";
		19191	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[1] .lut_mask = "6ca0";
		19192	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[1] .operation_mode = "clrb_cntr";
		19193	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[1] .output_mode = "none";
		19194	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[1] .packed_mode = "false";
		19195	// synopsys translate_on
		19196
		19197	// atom is at LC5_I14
		19198	flex10ke_lcell \fcnt_rtl_8\|wysi_counter\|counter_cell[2] (
		19199	// Equation(s):
		19200	// \fcnt_rtl_8\|wysi_counter\|counter_cell[2]~COUT = CARRY( & (\fcnt_rtl_8\|wysi_counter\|counter_cell[1]~COUT ))
		19201
		19202	.dataa(\always4~0 ),
		19203	.datab(go_start),
		19204	.datac(vcc),
		19205	.datad(vcc),
		19206	.aclr(gnd),
		19207	.aload(gnd),
		19208	.clk(clk),
		19209	.cin(\fcnt_rtl_8\|wysi_counter\|counter_cell[1]~COUT ),
		19210	.cascin(vcc),
		19211	.devclrn(devclrn),
		19212	.devpor(devpor),
		19213	.combout(),
		19214	.regout(\fcnt_rtl_8\|wysi_counter\|q [2]),
		19215	.cout(\fcnt_rtl_8\|wysi_counter\|counter_cell[2]~COUT ),
		19216	.cascout());
		19217	// synopsys translate_off
		19218	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[2] .cin_used = "true";
		19219	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[2] .clock_enable_mode = "false";
		19220	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[2] .lut_mask = "6ca0";
		19221	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[2] .operation_mode = "clrb_cntr";
		19222	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[2] .output_mode = "none";
		19223	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[2] .packed_mode = "false";
		19224	// synopsys translate_on
		19225
		19226	// atom is at LC6_I14
		19227	flex10ke_lcell \fcnt_rtl_8\|wysi_counter\|counter_cell[3] (
		19228	// Equation(s):
		19229	// \fcnt_rtl_8\|wysi_counter\|counter_cell[3]~COUT = CARRY( & (\fcnt_rtl_8\|wysi_counter\|counter_cell[2]~COUT ))
		19230
		19231	.dataa(\always4~0 ),
		19232	.datab(go_start),
		19233	.datac(vcc),
		19234	.datad(vcc),
		19235	.aclr(gnd),
		19236	.aload(gnd),
		19237	.clk(clk),
		19238	.cin(\fcnt_rtl_8\|wysi_counter\|counter_cell[2]~COUT ),
		19239	.cascin(vcc),
		19240	.devclrn(devclrn),
		19241	.devpor(devpor),
		19242	.combout(),
		19243	.regout(\fcnt_rtl_8\|wysi_counter\|q [3]),
		19244	.cout(\fcnt_rtl_8\|wysi_counter\|counter_cell[3]~COUT ),
		19245	.cascout());
		19246	// synopsys translate_off
		19247	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[3] .cin_used = "true";
		19248	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[3] .clock_enable_mode = "false";
		19249	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[3] .lut_mask = "6ca0";
		19250	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[3] .operation_mode = "clrb_cntr";
		19251	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[3] .output_mode = "none";
		19252	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[3] .packed_mode = "false";
		19253	// synopsys translate_on
		19254
		19255	// atom is at LC7_I14
		19256	flex10ke_lcell \fcnt_rtl_8\|wysi_counter\|counter_cell[4] (
		19257	// Equation(s):
		19258	// \fcnt_rtl_8\|wysi_counter\|q [4] = DFFEA((\fcnt_rtl_8\|wysi_counter\|q [4] $ (\always4~0 & \fcnt_rtl_8\|wysi_counter\|counter_cell[3]~COUT )) & go_start, GLOBAL(\fclk~dataout ), , , , , )
		19259
		19260	.dataa(\always4~0 ),
		19261	.datab(go_start),
		19262	.datac(vcc),
		19263	.datad(vcc),
		19264	.aclr(gnd),
		19265	.aload(gnd),
		19266	.clk(clk),
		19267	.cin(\fcnt_rtl_8\|wysi_counter\|counter_cell[3]~COUT ),
		19268	.cascin(vcc),
		19269	.devclrn(devclrn),
		19270	.devpor(devpor),
		19271	.combout(),
		19272	.regout(\fcnt_rtl_8\|wysi_counter\|q [4]),
		19273	.cout(),
		19274	.cascout());
		19275	// synopsys translate_off
		19276	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[4] .cin_used = "true";
		19277	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[4] .clock_enable_mode = "false";
		19278	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[4] .lut_mask = "6c6c";
		19279	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[4] .operation_mode = "clrb_cntr";
		19280	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[4] .output_mode = "reg_only";
		19281	defparam \fcnt_rtl_8\|wysi_counter\|counter_cell[4] .packed_mode = "false";
		19282	// synopsys translate_on
		19283
		19284	// atom is at LC7_I2
		19285	flex10ke_lcell \go~68_I (
		19286	// Equation(s):
		19287	// \go~68 = !\fcnt_rtl_8\|wysi_counter\|q [4] # !\wcnt_rtl_9\|wysi_counter\|q [3] # !cend # !\wcnt_rtl_9\|wysi_counter\|q [0]
		19288
		19289	.dataa(\wcnt_rtl_9\|wysi_counter\|q [0]),
		19290	.datab(cend),
		19291	.datac(\wcnt_rtl_9\|wysi_counter\|q [3]),
		19292	.datad(\fcnt_rtl_8\|wysi_counter\|q [4]),
		19293	.aclr(gnd),
		19294	.aload(gnd),
		19295	.clk(gnd),
		19296	.cin(gnd),
		19297	.cascin(vcc),
		19298	.devclrn(devclrn),
		19299	.devpor(devpor),
		19300	.combout(\go~68 ),
		19301	.regout(),
		19302	.cout(),
		19303	.cascout());
		19304	// synopsys translate_off
		19305	defparam \go~68_I .clock_enable_mode = "false";
		19306	defparam \go~68_I .lut_mask = "7fff";
		19307	defparam \go~68_I .operation_mode = "normal";
		19308	defparam \go~68_I .output_mode = "comb_only";
		19309	defparam \go~68_I .packed_mode = "false";
		19310	// synopsys translate_on
		19311
		19312	// atom is at LC5_I2
		19313	flex10ke_lcell \go~69_I (
		19314	// Equation(s):
		19315	// \go~69 = \go~68 # !\wcnt_rtl_9\|wysi_counter\|q [2] # !\wcnt_rtl_9\|wysi_counter\|q [1]
		19316
		19317	.dataa(vcc),
		19318	.datab(\wcnt_rtl_9\|wysi_counter\|q [1]),
		19319	.datac(\wcnt_rtl_9\|wysi_counter\|q [2]),
		19320	.datad(\go~68 ),
		19321	.aclr(gnd),
		19322	.aload(gnd),
		19323	.clk(gnd),
		19324	.cin(gnd),
		19325	.cascin(vcc),
		19326	.devclrn(devclrn),
		19327	.devpor(devpor),
		19328	.combout(\go~69 ),
		19329	.regout(),
		19330	.cout(),
		19331	.cascout());
		19332	// synopsys translate_off
		19333	defparam \go~69_I .clock_enable_mode = "false";
		19334	defparam \go~69_I .lut_mask = "ff3f";
		19335	defparam \go~69_I .operation_mode = "normal";
		19336	defparam \go~69_I .output_mode = "comb_only";
		19337	defparam \go~69_I .packed_mode = "false";
		19338	// synopsys translate_on
		19339
		19340	// atom is at LC8_G3
		19341	flex10ke_lcell \fbuf[3][7]~I (
		19342	// Equation(s):
		19343	// \fbuf[3][7] = DFFEA(rddata_7, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		19344
		19345	.dataa(\fbuf[3][14]~416 ),
		19346	.datab(vcc),
		19347	.datac(vcc),
		19348	.datad(rddata_7),
		19349	.aclr(gnd),
		19350	.aload(gnd),
		19351	.clk(clk),
		19352	.cin(gnd),
		19353	.cascin(vcc),
		19354	.devclrn(devclrn),
		19355	.devpor(devpor),
		19356	.combout(),
		19357	.regout(\fbuf[3][7] ),
		19358	.cout(),
		19359	.cascout());
		19360	// synopsys translate_off
		19361	defparam \fbuf[3][7]~I .clock_enable_mode = "true";
		19362	defparam \fbuf[3][7]~I .lut_mask = "ff00";
		19363	defparam \fbuf[3][7]~I .operation_mode = "normal";
		19364	defparam \fbuf[3][7]~I .output_mode = "reg_only";
		19365	defparam \fbuf[3][7]~I .packed_mode = "false";
		19366	// synopsys translate_on
		19367
		19368	// atom is at LC4_G3
		19369	flex10ke_lcell \shift[7][7]~I (
		19370	// Equation(s):
		19371	// \shift[7][7] = DFFEA(\fbuf[3][7] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		19372
		19373	.dataa(wordsync),
		19374	.datab(vcc),
		19375	.datac(vcc),
		19376	.datad(\fbuf[3][7] ),
		19377	.aclr(gnd),
		19378	.aload(gnd),
		19379	.clk(clk),
		19380	.cin(gnd),
		19381	.cascin(vcc),
		19382	.devclrn(devclrn),
		19383	.devpor(devpor),
		19384	.combout(),
		19385	.regout(\shift[7][7] ),
		19386	.cout(),
		19387	.cascout());
		19388	// synopsys translate_off
		19389	defparam \shift[7][7]~I .clock_enable_mode = "true";
		19390	defparam \shift[7][7]~I .lut_mask = "ff00";
		19391	defparam \shift[7][7]~I .operation_mode = "normal";
		19392	defparam \shift[7][7]~I .output_mode = "reg_only";
		19393	defparam \shift[7][7]~I .packed_mode = "false";
		19394	// synopsys translate_on
		19395
		19396	// atom is at LC8_I2
		19397	flex10ke_lcell \wordsync~31_I (
		19398	// Equation(s):
		19399	// \wordsync~31 = \wcnt_rtl_9\|wysi_counter\|q [0] & cend
		19400
		19401	.dataa(vcc),
		19402	.datab(vcc),
		19403	.datac(\wcnt_rtl_9\|wysi_counter\|q [0]),
		19404	.datad(cend),
		19405	.aclr(gnd),
		19406	.aload(gnd),
		19407	.clk(gnd),
		19408	.cin(gnd),
		19409	.cascin(vcc),
		19410	.devclrn(devclrn),
		19411	.devpor(devpor),
		19412	.combout(\wordsync~31 ),
		19413	.regout(),
		19414	.cout(),
		19415	.cascout());
		19416	// synopsys translate_off
		19417	defparam \wordsync~31_I .clock_enable_mode = "false";
		19418	defparam \wordsync~31_I .lut_mask = "f000";
		19419	defparam \wordsync~31_I .operation_mode = "normal";
		19420	defparam \wordsync~31_I .output_mode = "comb_only";
		19421	defparam \wordsync~31_I .packed_mode = "false";
		19422	// synopsys translate_on
		19423
		19424	// atom is at LC6_I2
		19425	flex10ke_lcell \wordsync~I (
		19426	// Equation(s):
		19427	// wordsync = !\wcnt_rtl_9\|wysi_counter\|q [2] & !\wcnt_rtl_9\|wysi_counter\|q [3] & !\wcnt_rtl_9\|wysi_counter\|q [1] & \wordsync~31
		19428
		19429	.dataa(\wcnt_rtl_9\|wysi_counter\|q [2]),
		19430	.datab(\wcnt_rtl_9\|wysi_counter\|q [3]),
		19431	.datac(\wcnt_rtl_9\|wysi_counter\|q [1]),
		19432	.datad(\wordsync~31 ),
		19433	.aclr(gnd),
		19434	.aload(gnd),
		19435	.clk(gnd),
		19436	.cin(gnd),
		19437	.cascin(vcc),
		19438	.devclrn(devclrn),
		19439	.devpor(devpor),
		19440	.combout(wordsync),
		19441	.regout(),
		19442	.cout(),
		19443	.cascout());
		19444	// synopsys translate_off
		19445	defparam \wordsync~I .clock_enable_mode = "false";
		19446	defparam \wordsync~I .lut_mask = "0100";
		19447	defparam \wordsync~I .operation_mode = "normal";
		19448	defparam \wordsync~I .output_mode = "comb_only";
		19449	defparam \wordsync~I .packed_mode = "false";
		19450	// synopsys translate_on
		19451
		19452	// atom is at LC5_G9
		19453	flex10ke_lcell \pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1_I (
		19454	// Equation(s):
		19455	// \pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1 = !cend # !wordsync
		19456
		19457	.dataa(vcc),
		19458	.datab(vcc),
		19459	.datac(wordsync),
		19460	.datad(cend),
		19461	.aclr(gnd),
		19462	.aload(gnd),
		19463	.clk(gnd),
		19464	.cin(gnd),
		19465	.cascin(vcc),
		19466	.devclrn(devclrn),
		19467	.devpor(devpor),
		19468	.combout(\pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1 ),
		19469	.regout(),
		19470	.cout(),
		19471	.cascout());
		19472	// synopsys translate_off
		19473	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1_I .clock_enable_mode = "false";
		19474	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1_I .lut_mask = "0fff";
		19475	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1_I .operation_mode = "normal";
		19476	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1_I .output_mode = "comb_only";
		19477	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1_I .packed_mode = "false";
		19478	// synopsys translate_on
		19479
		19480	// atom is at LC1_G9
		19481	flex10ke_lcell \pixnumber_rtl_4\|wysi_counter\|counter_cell[0] (
		19482	// Equation(s):
		19483	// \pixnumber_rtl_4\|wysi_counter\|q [0] = DFFEA((cend $ \pixnumber_rtl_4\|wysi_counter\|q [0]) & \pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1 , GLOBAL(\fclk~dataout ), , , cend, , )
		19484	// \pixnumber_rtl_4\|wysi_counter\|counter_cell[0]~COUT = CARRY(\pixnumber_rtl_4\|wysi_counter\|q [0])
		19485
		19486	.dataa(cend),
		19487	.datab(\pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1 ),
		19488	.datac(vcc),
		19489	.datad(vcc),
		19490	.aclr(gnd),
		19491	.aload(gnd),
		19492	.clk(clk),
		19493	.cin(gnd),
		19494	.cascin(vcc),
		19495	.devclrn(devclrn),
		19496	.devpor(devpor),
		19497	.combout(),
		19498	.regout(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		19499	.cout(\pixnumber_rtl_4\|wysi_counter\|counter_cell[0]~COUT ),
		19500	.cascout());
		19501	// synopsys translate_off
		19502	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[0] .clock_enable_mode = "true";
		19503	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[0] .lut_mask = "66aa";
		19504	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[0] .operation_mode = "clrb_cntr";
		19505	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[0] .output_mode = "reg_only";
		19506	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[0] .packed_mode = "false";
		19507	// synopsys translate_on
		19508
		19509	// atom is at LC2_G9
		19510	flex10ke_lcell \pixnumber_rtl_4\|wysi_counter\|counter_cell[1] (
		19511	// Equation(s):
		19512	// \pixnumber_rtl_4\|wysi_counter\|q [1] = DFFEA((\pixnumber_rtl_4\|wysi_counter\|q [1] $ (cend & \pixnumber_rtl_4\|wysi_counter\|counter_cell[0]~COUT )) & \pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1 , GLOBAL(\fclk~dataout ), , , cend, , )
		19513	// \pixnumber_rtl_4\|wysi_counter\|counter_cell[1]~COUT = CARRY(\pixnumber_rtl_4\|wysi_counter\|q [1] & (\pixnumber_rtl_4\|wysi_counter\|counter_cell[0]~COUT ))
		19514
		19515	.dataa(cend),
		19516	.datab(\pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1 ),
		19517	.datac(vcc),
		19518	.datad(vcc),
		19519	.aclr(gnd),
		19520	.aload(gnd),
		19521	.clk(clk),
		19522	.cin(\pixnumber_rtl_4\|wysi_counter\|counter_cell[0]~COUT ),
		19523	.cascin(vcc),
		19524	.devclrn(devclrn),
		19525	.devpor(devpor),
		19526	.combout(),
		19527	.regout(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		19528	.cout(\pixnumber_rtl_4\|wysi_counter\|counter_cell[1]~COUT ),
		19529	.cascout());
		19530	// synopsys translate_off
		19531	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[1] .cin_used = "true";
		19532	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[1] .clock_enable_mode = "true";
		19533	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[1] .lut_mask = "6ca0";
		19534	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[1] .operation_mode = "clrb_cntr";
		19535	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[1] .output_mode = "reg_only";
		19536	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[1] .packed_mode = "false";
		19537	// synopsys translate_on
		19538
		19539	// atom is at LC3_G9
		19540	flex10ke_lcell \pixnumber_rtl_4\|wysi_counter\|counter_cell[2] (
		19541	// Equation(s):
		19542	// \pixnumber_rtl_4\|wysi_counter\|q [2] = DFFEA((\pixnumber_rtl_4\|wysi_counter\|q [2] $ (cend & \pixnumber_rtl_4\|wysi_counter\|counter_cell[1]~COUT )) & \pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1 , GLOBAL(\fclk~dataout ), , , cend, , )
		19543	// \pixnumber_rtl_4\|wysi_counter\|counter_cell[2]~COUT = CARRY(\pixnumber_rtl_4\|wysi_counter\|q [2] & (\pixnumber_rtl_4\|wysi_counter\|counter_cell[1]~COUT ))
		19544
		19545	.dataa(cend),
		19546	.datab(\pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1 ),
		19547	.datac(vcc),
		19548	.datad(vcc),
		19549	.aclr(gnd),
		19550	.aload(gnd),
		19551	.clk(clk),
		19552	.cin(\pixnumber_rtl_4\|wysi_counter\|counter_cell[1]~COUT ),
		19553	.cascin(vcc),
		19554	.devclrn(devclrn),
		19555	.devpor(devpor),
		19556	.combout(),
		19557	.regout(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		19558	.cout(\pixnumber_rtl_4\|wysi_counter\|counter_cell[2]~COUT ),
		19559	.cascout());
		19560	// synopsys translate_off
		19561	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[2] .cin_used = "true";
		19562	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[2] .clock_enable_mode = "true";
		19563	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[2] .lut_mask = "6ca0";
		19564	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[2] .operation_mode = "clrb_cntr";
		19565	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[2] .output_mode = "reg_only";
		19566	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[2] .packed_mode = "false";
		19567	// synopsys translate_on
		19568
		19569	// atom is at LC7_G3
		19570	flex10ke_lcell \fbuf[2][7]~I (
		19571	// Equation(s):
		19572	// \fbuf[2][7] = DFFEA(rddata_7, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		19573
		19574	.dataa(\fbuf[2][14]~413 ),
		19575	.datab(vcc),
		19576	.datac(vcc),
		19577	.datad(rddata_7),
		19578	.aclr(gnd),
		19579	.aload(gnd),
		19580	.clk(clk),
		19581	.cin(gnd),
		19582	.cascin(vcc),
		19583	.devclrn(devclrn),
		19584	.devpor(devpor),
		19585	.combout(),
		19586	.regout(\fbuf[2][7] ),
		19587	.cout(),
		19588	.cascout());
		19589	// synopsys translate_off
		19590	defparam \fbuf[2][7]~I .clock_enable_mode = "true";
		19591	defparam \fbuf[2][7]~I .lut_mask = "ff00";
		19592	defparam \fbuf[2][7]~I .operation_mode = "normal";
		19593	defparam \fbuf[2][7]~I .output_mode = "reg_only";
		19594	defparam \fbuf[2][7]~I .packed_mode = "false";
		19595	// synopsys translate_on
		19596
		19597	// atom is at LC2_G3
		19598	flex10ke_lcell \shift[5][7]~I (
		19599	// Equation(s):
		19600	// \shift[5][7] = DFFEA(\fbuf[2][7] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		19601
		19602	.dataa(wordsync),
		19603	.datab(vcc),
		19604	.datac(vcc),
		19605	.datad(\fbuf[2][7] ),
		19606	.aclr(gnd),
		19607	.aload(gnd),
		19608	.clk(clk),
		19609	.cin(gnd),
		19610	.cascin(vcc),
		19611	.devclrn(devclrn),
		19612	.devpor(devpor),
		19613	.combout(),
		19614	.regout(\shift[5][7] ),
		19615	.cout(),
		19616	.cascout());
		19617	// synopsys translate_off
		19618	defparam \shift[5][7]~I .clock_enable_mode = "true";
		19619	defparam \shift[5][7]~I .lut_mask = "ff00";
		19620	defparam \shift[5][7]~I .operation_mode = "normal";
		19621	defparam \shift[5][7]~I .output_mode = "reg_only";
		19622	defparam \shift[5][7]~I .packed_mode = "false";
		19623	// synopsys translate_on
		19624
		19625	// atom is at LC3_G3
		19626	flex10ke_lcell \Mux10~28_I (
		19627	// Equation(s):
		19628	// \Mux10~28 = \pixnumber_rtl_4\|wysi_counter\|q [2] & (\shift[5][7] # \pixnumber_rtl_4\|wysi_counter\|q [1]) # !\pixnumber_rtl_4\|wysi_counter\|q [2] & \shift[1][7] & (!\pixnumber_rtl_4\|wysi_counter\|q [1])
		19629
		19630	.dataa(\shift[1][7] ),
		19631	.datab(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		19632	.datac(\shift[5][7] ),
		19633	.datad(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		19634	.aclr(gnd),
		19635	.aload(gnd),
		19636	.clk(gnd),
		19637	.cin(gnd),
		19638	.cascin(vcc),
		19639	.devclrn(devclrn),
		19640	.devpor(devpor),
		19641	.combout(\Mux10~28 ),
		19642	.regout(),
		19643	.cout(),
		19644	.cascout());
		19645	// synopsys translate_off
		19646	defparam \Mux10~28_I .clock_enable_mode = "false";
		19647	defparam \Mux10~28_I .lut_mask = "cce2";
		19648	defparam \Mux10~28_I .operation_mode = "normal";
		19649	defparam \Mux10~28_I .output_mode = "comb_only";
		19650	defparam \Mux10~28_I .packed_mode = "false";
		19651	// synopsys translate_on
		19652
		19653	// atom is at LC6_G3
		19654	flex10ke_lcell \fbuf[1][7]~I (
		19655	// Equation(s):
		19656	// \fbuf[1][7] = DFFEA(rddata_7, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		19657
		19658	.dataa(\fbuf[1][14]~414 ),
		19659	.datab(vcc),
		19660	.datac(vcc),
		19661	.datad(rddata_7),
		19662	.aclr(gnd),
		19663	.aload(gnd),
		19664	.clk(clk),
		19665	.cin(gnd),
		19666	.cascin(vcc),
		19667	.devclrn(devclrn),
		19668	.devpor(devpor),
		19669	.combout(),
		19670	.regout(\fbuf[1][7] ),
		19671	.cout(),
		19672	.cascout());
		19673	// synopsys translate_off
		19674	defparam \fbuf[1][7]~I .clock_enable_mode = "true";
		19675	defparam \fbuf[1][7]~I .lut_mask = "ff00";
		19676	defparam \fbuf[1][7]~I .operation_mode = "normal";
		19677	defparam \fbuf[1][7]~I .output_mode = "reg_only";
		19678	defparam \fbuf[1][7]~I .packed_mode = "false";
		19679	// synopsys translate_on
		19680
		19681	// atom is at LC1_G3
		19682	flex10ke_lcell \shift[3][7]~I (
		19683	// Equation(s):
		19684	// \shift[3][7] = DFFEA(\fbuf[1][7] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		19685
		19686	.dataa(wordsync),
		19687	.datab(vcc),
		19688	.datac(vcc),
		19689	.datad(\fbuf[1][7] ),
		19690	.aclr(gnd),
		19691	.aload(gnd),
		19692	.clk(clk),
		19693	.cin(gnd),
		19694	.cascin(vcc),
		19695	.devclrn(devclrn),
		19696	.devpor(devpor),
		19697	.combout(),
		19698	.regout(\shift[3][7] ),
		19699	.cout(),
		19700	.cascout());
		19701	// synopsys translate_off
		19702	defparam \shift[3][7]~I .clock_enable_mode = "true";
		19703	defparam \shift[3][7]~I .lut_mask = "ff00";
		19704	defparam \shift[3][7]~I .operation_mode = "normal";
		19705	defparam \shift[3][7]~I .output_mode = "reg_only";
		19706	defparam \shift[3][7]~I .packed_mode = "false";
		19707	// synopsys translate_on
		19708
		19709	// atom is at LC5_G3
		19710	flex10ke_lcell \Mux10~29_I (
		19711	// Equation(s):
		19712	// \Mux10~29 = \Mux10~28 & (\shift[7][7] # !\pixnumber_rtl_4\|wysi_counter\|q [1]) # !\Mux10~28 & (\pixnumber_rtl_4\|wysi_counter\|q [1] & \shift[3][7] )
		19713
		19714	.dataa(\shift[7][7] ),
		19715	.datab(\Mux10~28 ),
		19716	.datac(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		19717	.datad(\shift[3][7] ),
		19718	.aclr(gnd),
		19719	.aload(gnd),
		19720	.clk(gnd),
		19721	.cin(gnd),
		19722	.cascin(vcc),
		19723	.devclrn(devclrn),
		19724	.devpor(devpor),
		19725	.combout(\Mux10~29 ),
		19726	.regout(),
		19727	.cout(),
		19728	.cascout());
		19729	// synopsys translate_off
		19730	defparam \Mux10~29_I .clock_enable_mode = "false";
		19731	defparam \Mux10~29_I .lut_mask = "bc8c";
		19732	defparam \Mux10~29_I .operation_mode = "normal";
		19733	defparam \Mux10~29_I .output_mode = "comb_only";
		19734	defparam \Mux10~29_I .packed_mode = "false";
		19735	// synopsys translate_on
		19736
		19737	// atom is at LC6_G14
		19738	flex10ke_lcell \fbuf[1][14]~I (
		19739	// Equation(s):
		19740	// \fbuf[1][14] = DFFEA(rddata_14, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		19741
		19742	.dataa(\fbuf[1][14]~414 ),
		19743	.datab(vcc),
		19744	.datac(vcc),
		19745	.datad(rddata_14),
		19746	.aclr(gnd),
		19747	.aload(gnd),
		19748	.clk(clk),
		19749	.cin(gnd),
		19750	.cascin(vcc),
		19751	.devclrn(devclrn),
		19752	.devpor(devpor),
		19753	.combout(),
		19754	.regout(\fbuf[1][14] ),
		19755	.cout(),
		19756	.cascout());
		19757	// synopsys translate_off
		19758	defparam \fbuf[1][14]~I .clock_enable_mode = "true";
		19759	defparam \fbuf[1][14]~I .lut_mask = "ff00";
		19760	defparam \fbuf[1][14]~I .operation_mode = "normal";
		19761	defparam \fbuf[1][14]~I .output_mode = "reg_only";
		19762	defparam \fbuf[1][14]~I .packed_mode = "false";
		19763	// synopsys translate_on
		19764
		19765	// atom is at LC2_G14
		19766	flex10ke_lcell \shift[2][6]~I (
		19767	// Equation(s):
		19768	// \shift[2][6] = DFFEA(\fbuf[1][14] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		19769
		19770	.dataa(wordsync),
		19771	.datab(vcc),
		19772	.datac(vcc),
		19773	.datad(\fbuf[1][14] ),
		19774	.aclr(gnd),
		19775	.aload(gnd),
		19776	.clk(clk),
		19777	.cin(gnd),
		19778	.cascin(vcc),
		19779	.devclrn(devclrn),
		19780	.devpor(devpor),
		19781	.combout(),
		19782	.regout(\shift[2][6] ),
		19783	.cout(),
		19784	.cascout());
		19785	// synopsys translate_off
		19786	defparam \shift[2][6]~I .clock_enable_mode = "true";
		19787	defparam \shift[2][6]~I .lut_mask = "ff00";
		19788	defparam \shift[2][6]~I .operation_mode = "normal";
		19789	defparam \shift[2][6]~I .output_mode = "reg_only";
		19790	defparam \shift[2][6]~I .packed_mode = "false";
		19791	// synopsys translate_on
		19792
		19793	// atom is at LC3_G14
		19794	flex10ke_lcell \Mux10~25_I (
		19795	// Equation(s):
		19796	// \Mux10~25 = \pixnumber_rtl_4\|wysi_counter\|q [1] & (\shift[2][6] # \pixnumber_rtl_4\|wysi_counter\|q [2]) # !\pixnumber_rtl_4\|wysi_counter\|q [1] & \shift[0][6] & (!\pixnumber_rtl_4\|wysi_counter\|q [2])
		19797
		19798	.dataa(\shift[0][6] ),
		19799	.datab(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		19800	.datac(\shift[2][6] ),
		19801	.datad(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		19802	.aclr(gnd),
		19803	.aload(gnd),
		19804	.clk(gnd),
		19805	.cin(gnd),
		19806	.cascin(vcc),
		19807	.devclrn(devclrn),
		19808	.devpor(devpor),
		19809	.combout(\Mux10~25 ),
		19810	.regout(),
		19811	.cout(),
		19812	.cascout());
		19813	// synopsys translate_off
		19814	defparam \Mux10~25_I .clock_enable_mode = "false";
		19815	defparam \Mux10~25_I .lut_mask = "cce2";
		19816	defparam \Mux10~25_I .operation_mode = "normal";
		19817	defparam \Mux10~25_I .output_mode = "comb_only";
		19818	defparam \Mux10~25_I .packed_mode = "false";
		19819	// synopsys translate_on
		19820
		19821	// atom is at LC8_G15
		19822	flex10ke_lcell \fbuf[2][14]~I (
		19823	// Equation(s):
		19824	// \fbuf[2][14] = DFFEA(rddata_14, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		19825
		19826	.dataa(\fbuf[2][14]~413 ),
		19827	.datab(vcc),
		19828	.datac(vcc),
		19829	.datad(rddata_14),
		19830	.aclr(gnd),
		19831	.aload(gnd),
		19832	.clk(clk),
		19833	.cin(gnd),
		19834	.cascin(vcc),
		19835	.devclrn(devclrn),
		19836	.devpor(devpor),
		19837	.combout(),
		19838	.regout(\fbuf[2][14] ),
		19839	.cout(),
		19840	.cascout());
		19841	// synopsys translate_off
		19842	defparam \fbuf[2][14]~I .clock_enable_mode = "true";
		19843	defparam \fbuf[2][14]~I .lut_mask = "ff00";
		19844	defparam \fbuf[2][14]~I .operation_mode = "normal";
		19845	defparam \fbuf[2][14]~I .output_mode = "reg_only";
		19846	defparam \fbuf[2][14]~I .packed_mode = "false";
		19847	// synopsys translate_on
		19848
		19849	// atom is at LC4_G15
		19850	flex10ke_lcell \shift[4][6]~I (
		19851	// Equation(s):
		19852	// \shift[4][6] = DFFEA(\fbuf[2][14] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		19853
		19854	.dataa(wordsync),
		19855	.datab(vcc),
		19856	.datac(vcc),
		19857	.datad(\fbuf[2][14] ),
		19858	.aclr(gnd),
		19859	.aload(gnd),
		19860	.clk(clk),
		19861	.cin(gnd),
		19862	.cascin(vcc),
		19863	.devclrn(devclrn),
		19864	.devpor(devpor),
		19865	.combout(),
		19866	.regout(\shift[4][6] ),
		19867	.cout(),
		19868	.cascout());
		19869	// synopsys translate_off
		19870	defparam \shift[4][6]~I .clock_enable_mode = "true";
		19871	defparam \shift[4][6]~I .lut_mask = "ff00";
		19872	defparam \shift[4][6]~I .operation_mode = "normal";
		19873	defparam \shift[4][6]~I .output_mode = "reg_only";
		19874	defparam \shift[4][6]~I .packed_mode = "false";
		19875	// synopsys translate_on
		19876
		19877	// atom is at LC5_G15
		19878	flex10ke_lcell \Mux10~26_I (
		19879	// Equation(s):
		19880	// \Mux10~26 = \Mux10~25 & (\shift[6][6] # !\pixnumber_rtl_4\|wysi_counter\|q [2]) # !\Mux10~25 & (\pixnumber_rtl_4\|wysi_counter\|q [2] & \shift[4][6] )
		19881
		19882	.dataa(\shift[6][6] ),
		19883	.datab(\Mux10~25 ),
		19884	.datac(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		19885	.datad(\shift[4][6] ),
		19886	.aclr(gnd),
		19887	.aload(gnd),
		19888	.clk(gnd),
		19889	.cin(gnd),
		19890	.cascin(vcc),
		19891	.devclrn(devclrn),
		19892	.devpor(devpor),
		19893	.combout(\Mux10~26 ),
		19894	.regout(),
		19895	.cout(),
		19896	.cascout());
		19897	// synopsys translate_off
		19898	defparam \Mux10~26_I .clock_enable_mode = "false";
		19899	defparam \Mux10~26_I .lut_mask = "bc8c";
		19900	defparam \Mux10~26_I .operation_mode = "normal";
		19901	defparam \Mux10~26_I .output_mode = "comb_only";
		19902	defparam \Mux10~26_I .packed_mode = "false";
		19903	// synopsys translate_on
		19904
		19905	// atom is at LC4_G9
		19906	flex10ke_lcell \pixnumber_rtl_4\|wysi_counter\|counter_cell[3] (
		19907	// Equation(s):
		19908	// \pixnumber_rtl_4\|wysi_counter\|q [3] = DFFEA((\pixnumber_rtl_4\|wysi_counter\|q [3] $ (cend & \pixnumber_rtl_4\|wysi_counter\|counter_cell[2]~COUT )) & \pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1 , GLOBAL(\fclk~dataout ), , , cend, , )
		19909
		19910	.dataa(cend),
		19911	.datab(\pixnumber_rtl_4\|wysi_counter\|counter_cell[3]~1 ),
		19912	.datac(vcc),
		19913	.datad(vcc),
		19914	.aclr(gnd),
		19915	.aload(gnd),
		19916	.clk(clk),
		19917	.cin(\pixnumber_rtl_4\|wysi_counter\|counter_cell[2]~COUT ),
		19918	.cascin(vcc),
		19919	.devclrn(devclrn),
		19920	.devpor(devpor),
		19921	.combout(),
		19922	.regout(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		19923	.cout(),
		19924	.cascout());
		19925	// synopsys translate_off
		19926	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[3] .cin_used = "true";
		19927	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[3] .clock_enable_mode = "true";
		19928	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[3] .lut_mask = "6c6c";
		19929	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[3] .operation_mode = "clrb_cntr";
		19930	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[3] .output_mode = "reg_only";
		19931	defparam \pixnumber_rtl_4\|wysi_counter\|counter_cell[3] .packed_mode = "false";
		19932	// synopsys translate_on
		19933
		19934	// atom is at LC5_G14
		19935	flex10ke_lcell \fbuf[1][6]~I (
		19936	// Equation(s):
		19937	// \fbuf[1][6] = DFFEA(rddata_6, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		19938
		19939	.dataa(\fbuf[1][14]~414 ),
		19940	.datab(vcc),
		19941	.datac(vcc),
		19942	.datad(rddata_6),
		19943	.aclr(gnd),
		19944	.aload(gnd),
		19945	.clk(clk),
		19946	.cin(gnd),
		19947	.cascin(vcc),
		19948	.devclrn(devclrn),
		19949	.devpor(devpor),
		19950	.combout(),
		19951	.regout(\fbuf[1][6] ),
		19952	.cout(),
		19953	.cascout());
		19954	// synopsys translate_off
		19955	defparam \fbuf[1][6]~I .clock_enable_mode = "true";
		19956	defparam \fbuf[1][6]~I .lut_mask = "ff00";
		19957	defparam \fbuf[1][6]~I .operation_mode = "normal";
		19958	defparam \fbuf[1][6]~I .output_mode = "reg_only";
		19959	defparam \fbuf[1][6]~I .packed_mode = "false";
		19960	// synopsys translate_on
		19961
		19962	// atom is at LC1_G14
		19963	flex10ke_lcell \shift[3][6]~I (
		19964	// Equation(s):
		19965	// \shift[3][6] = DFFEA(\fbuf[1][6] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		19966
		19967	.dataa(wordsync),
		19968	.datab(vcc),
		19969	.datac(vcc),
		19970	.datad(\fbuf[1][6] ),
		19971	.aclr(gnd),
		19972	.aload(gnd),
		19973	.clk(clk),
		19974	.cin(gnd),
		19975	.cascin(vcc),
		19976	.devclrn(devclrn),
		19977	.devpor(devpor),
		19978	.combout(),
		19979	.regout(\shift[3][6] ),
		19980	.cout(),
		19981	.cascout());
		19982	// synopsys translate_off
		19983	defparam \shift[3][6]~I .clock_enable_mode = "true";
		19984	defparam \shift[3][6]~I .lut_mask = "ff00";
		19985	defparam \shift[3][6]~I .operation_mode = "normal";
		19986	defparam \shift[3][6]~I .output_mode = "reg_only";
		19987	defparam \shift[3][6]~I .packed_mode = "false";
		19988	// synopsys translate_on
		19989
		19990	// atom is at LC8_G14
		19991	flex10ke_lcell \Mux10~23_I (
		19992	// Equation(s):
		19993	// \Mux10~23 = \pixnumber_rtl_4\|wysi_counter\|q [1] & (\shift[3][6] # \pixnumber_rtl_4\|wysi_counter\|q [2]) # !\pixnumber_rtl_4\|wysi_counter\|q [1] & \shift[1][6] & (!\pixnumber_rtl_4\|wysi_counter\|q [2])
		19994
		19995	.dataa(\shift[1][6] ),
		19996	.datab(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		19997	.datac(\shift[3][6] ),
		19998	.datad(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		19999	.aclr(gnd),
		20000	.aload(gnd),
		20001	.clk(gnd),
		20002	.cin(gnd),
		20003	.cascin(vcc),
		20004	.devclrn(devclrn),
		20005	.devpor(devpor),
		20006	.combout(\Mux10~23 ),
		20007	.regout(),
		20008	.cout(),
		20009	.cascout());
		20010	// synopsys translate_off
		20011	defparam \Mux10~23_I .clock_enable_mode = "false";
		20012	defparam \Mux10~23_I .lut_mask = "cce2";
		20013	defparam \Mux10~23_I .operation_mode = "normal";
		20014	defparam \Mux10~23_I .output_mode = "comb_only";
		20015	defparam \Mux10~23_I .packed_mode = "false";
		20016	// synopsys translate_on
		20017
		20018	// atom is at LC7_G15
		20019	flex10ke_lcell \fbuf[2][6]~I (
		20020	// Equation(s):
		20021	// \fbuf[2][6] = DFFEA(rddata_6, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		20022
		20023	.dataa(\fbuf[2][14]~413 ),
		20024	.datab(vcc),
		20025	.datac(vcc),
		20026	.datad(rddata_6),
		20027	.aclr(gnd),
		20028	.aload(gnd),
		20029	.clk(clk),
		20030	.cin(gnd),
		20031	.cascin(vcc),
		20032	.devclrn(devclrn),
		20033	.devpor(devpor),
		20034	.combout(),
		20035	.regout(\fbuf[2][6] ),
		20036	.cout(),
		20037	.cascout());
		20038	// synopsys translate_off
		20039	defparam \fbuf[2][6]~I .clock_enable_mode = "true";
		20040	defparam \fbuf[2][6]~I .lut_mask = "ff00";
		20041	defparam \fbuf[2][6]~I .operation_mode = "normal";
		20042	defparam \fbuf[2][6]~I .output_mode = "reg_only";
		20043	defparam \fbuf[2][6]~I .packed_mode = "false";
		20044	// synopsys translate_on
		20045
		20046	// atom is at LC1_G15
		20047	flex10ke_lcell \shift[5][6]~I (
		20048	// Equation(s):
		20049	// \shift[5][6] = DFFEA(\fbuf[2][6] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		20050
		20051	.dataa(wordsync),
		20052	.datab(vcc),
		20053	.datac(vcc),
		20054	.datad(\fbuf[2][6] ),
		20055	.aclr(gnd),
		20056	.aload(gnd),
		20057	.clk(clk),
		20058	.cin(gnd),
		20059	.cascin(vcc),
		20060	.devclrn(devclrn),
		20061	.devpor(devpor),
		20062	.combout(),
		20063	.regout(\shift[5][6] ),
		20064	.cout(),
		20065	.cascout());
		20066	// synopsys translate_off
		20067	defparam \shift[5][6]~I .clock_enable_mode = "true";
		20068	defparam \shift[5][6]~I .lut_mask = "ff00";
		20069	defparam \shift[5][6]~I .operation_mode = "normal";
		20070	defparam \shift[5][6]~I .output_mode = "reg_only";
		20071	defparam \shift[5][6]~I .packed_mode = "false";
		20072	// synopsys translate_on
		20073
		20074	// atom is at LC3_G15
		20075	flex10ke_lcell \Mux10~24_I (
		20076	// Equation(s):
		20077	// \Mux10~24 = \Mux10~23 & (\shift[7][6] # !\pixnumber_rtl_4\|wysi_counter\|q [2]) # !\Mux10~23 & (\pixnumber_rtl_4\|wysi_counter\|q [2] & \shift[5][6] )
		20078
		20079	.dataa(\shift[7][6] ),
		20080	.datab(\Mux10~23 ),
		20081	.datac(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		20082	.datad(\shift[5][6] ),
		20083	.aclr(gnd),
		20084	.aload(gnd),
		20085	.clk(gnd),
		20086	.cin(gnd),
		20087	.cascin(vcc),
		20088	.devclrn(devclrn),
		20089	.devpor(devpor),
		20090	.combout(\Mux10~24 ),
		20091	.regout(),
		20092	.cout(),
		20093	.cascout());
		20094	// synopsys translate_off
		20095	defparam \Mux10~24_I .clock_enable_mode = "false";
		20096	defparam \Mux10~24_I .lut_mask = "bc8c";
		20097	defparam \Mux10~24_I .operation_mode = "normal";
		20098	defparam \Mux10~24_I .output_mode = "comb_only";
		20099	defparam \Mux10~24_I .packed_mode = "false";
		20100	// synopsys translate_on
		20101
		20102	// atom is at LC6_G15
		20103	flex10ke_lcell \Mux10~27_I (
		20104	// Equation(s):
		20105	// \Mux10~27 = \pixnumber_rtl_4\|wysi_counter\|q [3] & (\Mux10~24 # \pixnumber_rtl_4\|wysi_counter\|q [0]) # !\pixnumber_rtl_4\|wysi_counter\|q [3] & \Mux10~26 & (!\pixnumber_rtl_4\|wysi_counter\|q [0])
		20106
		20107	.dataa(\Mux10~26 ),
		20108	.datab(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		20109	.datac(\Mux10~24 ),
		20110	.datad(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		20111	.aclr(gnd),
		20112	.aload(gnd),
		20113	.clk(gnd),
		20114	.cin(gnd),
		20115	.cascin(vcc),
		20116	.devclrn(devclrn),
		20117	.devpor(devpor),
		20118	.combout(\Mux10~27 ),
		20119	.regout(),
		20120	.cout(),
		20121	.cascout());
		20122	// synopsys translate_off
		20123	defparam \Mux10~27_I .clock_enable_mode = "false";
		20124	defparam \Mux10~27_I .lut_mask = "cce2";
		20125	defparam \Mux10~27_I .operation_mode = "normal";
		20126	defparam \Mux10~27_I .output_mode = "comb_only";
		20127	defparam \Mux10~27_I .packed_mode = "false";
		20128	// synopsys translate_on
		20129
		20130	// atom is at LC7_G19
		20131	flex10ke_lcell \fbuf[3][15]~I (
		20132	// Equation(s):
		20133	// \fbuf[3][15] = DFFEA(rddata_15, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		20134
		20135	.dataa(\fbuf[3][14]~416 ),
		20136	.datab(vcc),
		20137	.datac(vcc),
		20138	.datad(rddata_15),
		20139	.aclr(gnd),
		20140	.aload(gnd),
		20141	.clk(clk),
		20142	.cin(gnd),
		20143	.cascin(vcc),
		20144	.devclrn(devclrn),
		20145	.devpor(devpor),
		20146	.combout(),
		20147	.regout(\fbuf[3][15] ),
		20148	.cout(),
		20149	.cascout());
		20150	// synopsys translate_off
		20151	defparam \fbuf[3][15]~I .clock_enable_mode = "true";
		20152	defparam \fbuf[3][15]~I .lut_mask = "ff00";
		20153	defparam \fbuf[3][15]~I .operation_mode = "normal";
		20154	defparam \fbuf[3][15]~I .output_mode = "reg_only";
		20155	defparam \fbuf[3][15]~I .packed_mode = "false";
		20156	// synopsys translate_on
		20157
		20158	// atom is at LC3_G19
		20159	flex10ke_lcell \shift[6][7]~I (
		20160	// Equation(s):
		20161	// \shift[6][7] = DFFEA(\fbuf[3][15] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		20162
		20163	.dataa(wordsync),
		20164	.datab(vcc),
		20165	.datac(vcc),
		20166	.datad(\fbuf[3][15] ),
		20167	.aclr(gnd),
		20168	.aload(gnd),
		20169	.clk(clk),
		20170	.cin(gnd),
		20171	.cascin(vcc),
		20172	.devclrn(devclrn),
		20173	.devpor(devpor),
		20174	.combout(),
		20175	.regout(\shift[6][7] ),
		20176	.cout(),
		20177	.cascout());
		20178	// synopsys translate_off
		20179	defparam \shift[6][7]~I .clock_enable_mode = "true";
		20180	defparam \shift[6][7]~I .lut_mask = "ff00";
		20181	defparam \shift[6][7]~I .operation_mode = "normal";
		20182	defparam \shift[6][7]~I .output_mode = "reg_only";
		20183	defparam \shift[6][7]~I .packed_mode = "false";
		20184	// synopsys translate_on
		20185
		20186	// atom is at LC6_G21
		20187	flex10ke_lcell \fbuf[1][15]~I (
		20188	// Equation(s):
		20189	// \fbuf[1][15] = DFFEA(rddata_15, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		20190
		20191	.dataa(\fbuf[1][14]~414 ),
		20192	.datab(vcc),
		20193	.datac(vcc),
		20194	.datad(rddata_15),
		20195	.aclr(gnd),
		20196	.aload(gnd),
		20197	.clk(clk),
		20198	.cin(gnd),
		20199	.cascin(vcc),
		20200	.devclrn(devclrn),
		20201	.devpor(devpor),
		20202	.combout(),
		20203	.regout(\fbuf[1][15] ),
		20204	.cout(),
		20205	.cascout());
		20206	// synopsys translate_off
		20207	defparam \fbuf[1][15]~I .clock_enable_mode = "true";
		20208	defparam \fbuf[1][15]~I .lut_mask = "ff00";
		20209	defparam \fbuf[1][15]~I .operation_mode = "normal";
		20210	defparam \fbuf[1][15]~I .output_mode = "reg_only";
		20211	defparam \fbuf[1][15]~I .packed_mode = "false";
		20212	// synopsys translate_on
		20213
		20214	// atom is at LC7_G21
		20215	flex10ke_lcell \shift[2][7]~I (
		20216	// Equation(s):
		20217	// \shift[2][7] = DFFEA(\fbuf[1][15] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		20218
		20219	.dataa(wordsync),
		20220	.datab(vcc),
		20221	.datac(vcc),
		20222	.datad(\fbuf[1][15] ),
		20223	.aclr(gnd),
		20224	.aload(gnd),
		20225	.clk(clk),
		20226	.cin(gnd),
		20227	.cascin(vcc),
		20228	.devclrn(devclrn),
		20229	.devpor(devpor),
		20230	.combout(),
		20231	.regout(\shift[2][7] ),
		20232	.cout(),
		20233	.cascout());
		20234	// synopsys translate_off
		20235	defparam \shift[2][7]~I .clock_enable_mode = "true";
		20236	defparam \shift[2][7]~I .lut_mask = "ff00";
		20237	defparam \shift[2][7]~I .operation_mode = "normal";
		20238	defparam \shift[2][7]~I .output_mode = "reg_only";
		20239	defparam \shift[2][7]~I .packed_mode = "false";
		20240	// synopsys translate_on
		20241
		20242	// atom is at LC2_G19
		20243	flex10ke_lcell \Mux10~21_I (
		20244	// Equation(s):
		20245	// \Mux10~21 = \pixnumber_rtl_4\|wysi_counter\|q [1] & (\shift[2][7] # \pixnumber_rtl_4\|wysi_counter\|q [2]) # !\pixnumber_rtl_4\|wysi_counter\|q [1] & \shift[0][7] & (!\pixnumber_rtl_4\|wysi_counter\|q [2])
		20246
		20247	.dataa(\shift[0][7] ),
		20248	.datab(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		20249	.datac(\shift[2][7] ),
		20250	.datad(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		20251	.aclr(gnd),
		20252	.aload(gnd),
		20253	.clk(gnd),
		20254	.cin(gnd),
		20255	.cascin(vcc),
		20256	.devclrn(devclrn),
		20257	.devpor(devpor),
		20258	.combout(\Mux10~21 ),
		20259	.regout(),
		20260	.cout(),
		20261	.cascout());
		20262	// synopsys translate_off
		20263	defparam \Mux10~21_I .clock_enable_mode = "false";
		20264	defparam \Mux10~21_I .lut_mask = "cce2";
		20265	defparam \Mux10~21_I .operation_mode = "normal";
		20266	defparam \Mux10~21_I .output_mode = "comb_only";
		20267	defparam \Mux10~21_I .packed_mode = "false";
		20268	// synopsys translate_on
		20269
		20270	// atom is at LC5_G19
		20271	flex10ke_lcell \fbuf[2][15]~I (
		20272	// Equation(s):
		20273	// \fbuf[2][15] = DFFEA(rddata_15, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		20274
		20275	.dataa(\fbuf[2][14]~413 ),
		20276	.datab(vcc),
		20277	.datac(vcc),
		20278	.datad(rddata_15),
		20279	.aclr(gnd),
		20280	.aload(gnd),
		20281	.clk(clk),
		20282	.cin(gnd),
		20283	.cascin(vcc),
		20284	.devclrn(devclrn),
		20285	.devpor(devpor),
		20286	.combout(),
		20287	.regout(\fbuf[2][15] ),
		20288	.cout(),
		20289	.cascout());
		20290	// synopsys translate_off
		20291	defparam \fbuf[2][15]~I .clock_enable_mode = "true";
		20292	defparam \fbuf[2][15]~I .lut_mask = "ff00";
		20293	defparam \fbuf[2][15]~I .operation_mode = "normal";
		20294	defparam \fbuf[2][15]~I .output_mode = "reg_only";
		20295	defparam \fbuf[2][15]~I .packed_mode = "false";
		20296	// synopsys translate_on
		20297
		20298	// atom is at LC1_G19
		20299	flex10ke_lcell \shift[4][7]~I (
		20300	// Equation(s):
		20301	// \shift[4][7] = DFFEA(\fbuf[2][15] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		20302
		20303	.dataa(wordsync),
		20304	.datab(vcc),
		20305	.datac(vcc),
		20306	.datad(\fbuf[2][15] ),
		20307	.aclr(gnd),
		20308	.aload(gnd),
		20309	.clk(clk),
		20310	.cin(gnd),
		20311	.cascin(vcc),
		20312	.devclrn(devclrn),
		20313	.devpor(devpor),
		20314	.combout(),
		20315	.regout(\shift[4][7] ),
		20316	.cout(),
		20317	.cascout());
		20318	// synopsys translate_off
		20319	defparam \shift[4][7]~I .clock_enable_mode = "true";
		20320	defparam \shift[4][7]~I .lut_mask = "ff00";
		20321	defparam \shift[4][7]~I .operation_mode = "normal";
		20322	defparam \shift[4][7]~I .output_mode = "reg_only";
		20323	defparam \shift[4][7]~I .packed_mode = "false";
		20324	// synopsys translate_on
		20325
		20326	// atom is at LC4_G19
		20327	flex10ke_lcell \Mux10~22_I (
		20328	// Equation(s):
		20329	// \Mux10~22 = \Mux10~21 & (\shift[6][7] # !\pixnumber_rtl_4\|wysi_counter\|q [2]) # !\Mux10~21 & (\pixnumber_rtl_4\|wysi_counter\|q [2] & \shift[4][7] )
		20330
		20331	.dataa(\shift[6][7] ),
		20332	.datab(\Mux10~21 ),
		20333	.datac(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		20334	.datad(\shift[4][7] ),
		20335	.aclr(gnd),
		20336	.aload(gnd),
		20337	.clk(gnd),
		20338	.cin(gnd),
		20339	.cascin(vcc),
		20340	.devclrn(devclrn),
		20341	.devpor(devpor),
		20342	.combout(\Mux10~22 ),
		20343	.regout(),
		20344	.cout(),
		20345	.cascout());
		20346	// synopsys translate_off
		20347	defparam \Mux10~22_I .clock_enable_mode = "false";
		20348	defparam \Mux10~22_I .lut_mask = "bc8c";
		20349	defparam \Mux10~22_I .operation_mode = "normal";
		20350	defparam \Mux10~22_I .output_mode = "comb_only";
		20351	defparam \Mux10~22_I .packed_mode = "false";
		20352	// synopsys translate_on
		20353
		20354	// atom is at LC8_G22
		20355	flex10ke_lcell \fbuf[3][4]~I (
		20356	// Equation(s):
		20357	// \fbuf[3][4] = DFFEA(rddata_4, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		20358
		20359	.dataa(\fbuf[3][14]~416 ),
		20360	.datab(vcc),
		20361	.datac(vcc),
		20362	.datad(rddata_4),
		20363	.aclr(gnd),
		20364	.aload(gnd),
		20365	.clk(clk),
		20366	.cin(gnd),
		20367	.cascin(vcc),
		20368	.devclrn(devclrn),
		20369	.devpor(devpor),
		20370	.combout(),
		20371	.regout(\fbuf[3][4] ),
		20372	.cout(),
		20373	.cascout());
		20374	// synopsys translate_off
		20375	defparam \fbuf[3][4]~I .clock_enable_mode = "true";
		20376	defparam \fbuf[3][4]~I .lut_mask = "ff00";
		20377	defparam \fbuf[3][4]~I .operation_mode = "normal";
		20378	defparam \fbuf[3][4]~I .output_mode = "reg_only";
		20379	defparam \fbuf[3][4]~I .packed_mode = "false";
		20380	// synopsys translate_on
		20381
		20382	// atom is at LC7_G22
		20383	flex10ke_lcell \shift[7][4]~I (
		20384	// Equation(s):
		20385	// \shift[7][4] = DFFEA(\fbuf[3][4] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		20386
		20387	.dataa(wordsync),
		20388	.datab(vcc),
		20389	.datac(vcc),
		20390	.datad(\fbuf[3][4] ),
		20391	.aclr(gnd),
		20392	.aload(gnd),
		20393	.clk(clk),
		20394	.cin(gnd),
		20395	.cascin(vcc),
		20396	.devclrn(devclrn),
		20397	.devpor(devpor),
		20398	.combout(),
		20399	.regout(\shift[7][4] ),
		20400	.cout(),
		20401	.cascout());
		20402	// synopsys translate_off
		20403	defparam \shift[7][4]~I .clock_enable_mode = "true";
		20404	defparam \shift[7][4]~I .lut_mask = "ff00";
		20405	defparam \shift[7][4]~I .operation_mode = "normal";
		20406	defparam \shift[7][4]~I .output_mode = "reg_only";
		20407	defparam \shift[7][4]~I .packed_mode = "false";
		20408	// synopsys translate_on
		20409
		20410	// atom is at LC4_G22
		20411	flex10ke_lcell \fbuf[2][4]~I (
		20412	// Equation(s):
		20413	// \fbuf[2][4] = DFFEA(rddata_4, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		20414
		20415	.dataa(\fbuf[2][14]~413 ),
		20416	.datab(vcc),
		20417	.datac(vcc),
		20418	.datad(rddata_4),
		20419	.aclr(gnd),
		20420	.aload(gnd),
		20421	.clk(clk),
		20422	.cin(gnd),
		20423	.cascin(vcc),
		20424	.devclrn(devclrn),
		20425	.devpor(devpor),
		20426	.combout(),
		20427	.regout(\fbuf[2][4] ),
		20428	.cout(),
		20429	.cascout());
		20430	// synopsys translate_off
		20431	defparam \fbuf[2][4]~I .clock_enable_mode = "true";
		20432	defparam \fbuf[2][4]~I .lut_mask = "ff00";
		20433	defparam \fbuf[2][4]~I .operation_mode = "normal";
		20434	defparam \fbuf[2][4]~I .output_mode = "reg_only";
		20435	defparam \fbuf[2][4]~I .packed_mode = "false";
		20436	// synopsys translate_on
		20437
		20438	// atom is at LC3_G22
		20439	flex10ke_lcell \shift[5][4]~I (
		20440	// Equation(s):
		20441	// \shift[5][4] = DFFEA(\fbuf[2][4] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		20442
		20443	.dataa(wordsync),
		20444	.datab(vcc),
		20445	.datac(vcc),
		20446	.datad(\fbuf[2][4] ),
		20447	.aclr(gnd),
		20448	.aload(gnd),
		20449	.clk(clk),
		20450	.cin(gnd),
		20451	.cascin(vcc),
		20452	.devclrn(devclrn),
		20453	.devpor(devpor),
		20454	.combout(),
		20455	.regout(\shift[5][4] ),
		20456	.cout(),
		20457	.cascout());
		20458	// synopsys translate_off
		20459	defparam \shift[5][4]~I .clock_enable_mode = "true";
		20460	defparam \shift[5][4]~I .lut_mask = "ff00";
		20461	defparam \shift[5][4]~I .operation_mode = "normal";
		20462	defparam \shift[5][4]~I .output_mode = "reg_only";
		20463	defparam \shift[5][4]~I .packed_mode = "false";
		20464	// synopsys translate_on
		20465
		20466	// atom is at LC7_G20
		20467	flex10ke_lcell \Mux15~28_I (
		20468	// Equation(s):
		20469	// \Mux15~28 = \pixnumber_rtl_4\|wysi_counter\|q [2] & (\shift[5][4] # \pixnumber_rtl_4\|wysi_counter\|q [1]) # !\pixnumber_rtl_4\|wysi_counter\|q [2] & \shift[1][4] & (!\pixnumber_rtl_4\|wysi_counter\|q [1])
		20470
		20471	.dataa(\shift[1][4] ),
		20472	.datab(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		20473	.datac(\shift[5][4] ),
		20474	.datad(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		20475	.aclr(gnd),
		20476	.aload(gnd),
		20477	.clk(gnd),
		20478	.cin(gnd),
		20479	.cascin(vcc),
		20480	.devclrn(devclrn),
		20481	.devpor(devpor),
		20482	.combout(\Mux15~28 ),
		20483	.regout(),
		20484	.cout(),
		20485	.cascout());
		20486	// synopsys translate_off
		20487	defparam \Mux15~28_I .clock_enable_mode = "false";
		20488	defparam \Mux15~28_I .lut_mask = "cce2";
		20489	defparam \Mux15~28_I .operation_mode = "normal";
		20490	defparam \Mux15~28_I .output_mode = "comb_only";
		20491	defparam \Mux15~28_I .packed_mode = "false";
		20492	// synopsys translate_on
		20493
		20494	// atom is at LC1_G22
		20495	flex10ke_lcell \fbuf[1][4]~I (
		20496	// Equation(s):
		20497	// \fbuf[1][4] = DFFEA(rddata_4, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		20498
		20499	.dataa(\fbuf[1][14]~414 ),
		20500	.datab(vcc),
		20501	.datac(vcc),
		20502	.datad(rddata_4),
		20503	.aclr(gnd),
		20504	.aload(gnd),
		20505	.clk(clk),
		20506	.cin(gnd),
		20507	.cascin(vcc),
		20508	.devclrn(devclrn),
		20509	.devpor(devpor),
		20510	.combout(),
		20511	.regout(\fbuf[1][4] ),
		20512	.cout(),
		20513	.cascout());
		20514	// synopsys translate_off
		20515	defparam \fbuf[1][4]~I .clock_enable_mode = "true";
		20516	defparam \fbuf[1][4]~I .lut_mask = "ff00";
		20517	defparam \fbuf[1][4]~I .operation_mode = "normal";
		20518	defparam \fbuf[1][4]~I .output_mode = "reg_only";
		20519	defparam \fbuf[1][4]~I .packed_mode = "false";
		20520	// synopsys translate_on
		20521
		20522	// atom is at LC6_G22
		20523	flex10ke_lcell \shift[3][4]~I (
		20524	// Equation(s):
		20525	// \shift[3][4] = DFFEA(\fbuf[1][4] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		20526
		20527	.dataa(wordsync),
		20528	.datab(vcc),
		20529	.datac(vcc),
		20530	.datad(\fbuf[1][4] ),
		20531	.aclr(gnd),
		20532	.aload(gnd),
		20533	.clk(clk),
		20534	.cin(gnd),
		20535	.cascin(vcc),
		20536	.devclrn(devclrn),
		20537	.devpor(devpor),
		20538	.combout(),
		20539	.regout(\shift[3][4] ),
		20540	.cout(),
		20541	.cascout());
		20542	// synopsys translate_off
		20543	defparam \shift[3][4]~I .clock_enable_mode = "true";
		20544	defparam \shift[3][4]~I .lut_mask = "ff00";
		20545	defparam \shift[3][4]~I .operation_mode = "normal";
		20546	defparam \shift[3][4]~I .output_mode = "reg_only";
		20547	defparam \shift[3][4]~I .packed_mode = "false";
		20548	// synopsys translate_on
		20549
		20550	// atom is at LC8_G20
		20551	flex10ke_lcell \Mux15~29_I (
		20552	// Equation(s):
		20553	// \Mux15~29 = \Mux15~28 & (\shift[7][4] # !\pixnumber_rtl_4\|wysi_counter\|q [1]) # !\Mux15~28 & (\pixnumber_rtl_4\|wysi_counter\|q [1] & \shift[3][4] )
		20554
		20555	.dataa(\shift[7][4] ),
		20556	.datab(\Mux15~28 ),
		20557	.datac(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		20558	.datad(\shift[3][4] ),
		20559	.aclr(gnd),
		20560	.aload(gnd),
		20561	.clk(gnd),
		20562	.cin(gnd),
		20563	.cascin(vcc),
		20564	.devclrn(devclrn),
		20565	.devpor(devpor),
		20566	.combout(\Mux15~29 ),
		20567	.regout(),
		20568	.cout(),
		20569	.cascout());
		20570	// synopsys translate_off
		20571	defparam \Mux15~29_I .clock_enable_mode = "false";
		20572	defparam \Mux15~29_I .lut_mask = "bc8c";
		20573	defparam \Mux15~29_I .operation_mode = "normal";
		20574	defparam \Mux15~29_I .output_mode = "comb_only";
		20575	defparam \Mux15~29_I .packed_mode = "false";
		20576	// synopsys translate_on
		20577
		20578	// atom is at LC7_G1
		20579	flex10ke_lcell \fbuf[1][9]~I (
		20580	// Equation(s):
		20581	// \fbuf[1][9] = DFFEA(rddata_9, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		20582
		20583	.dataa(\fbuf[1][14]~414 ),
		20584	.datab(vcc),
		20585	.datac(vcc),
		20586	.datad(rddata_9),
		20587	.aclr(gnd),
		20588	.aload(gnd),
		20589	.clk(clk),
		20590	.cin(gnd),
		20591	.cascin(vcc),
		20592	.devclrn(devclrn),
		20593	.devpor(devpor),
		20594	.combout(),
		20595	.regout(\fbuf[1][9] ),
		20596	.cout(),
		20597	.cascout());
		20598	// synopsys translate_off
		20599	defparam \fbuf[1][9]~I .clock_enable_mode = "true";
		20600	defparam \fbuf[1][9]~I .lut_mask = "ff00";
		20601	defparam \fbuf[1][9]~I .operation_mode = "normal";
		20602	defparam \fbuf[1][9]~I .output_mode = "reg_only";
		20603	defparam \fbuf[1][9]~I .packed_mode = "false";
		20604	// synopsys translate_on
		20605
		20606	// atom is at LC5_G1
		20607	flex10ke_lcell \shift[2][1]~I (
		20608	// Equation(s):
		20609	// \shift[2][1] = DFFEA(\fbuf[1][9] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		20610
		20611	.dataa(wordsync),
		20612	.datab(vcc),
		20613	.datac(vcc),
		20614	.datad(\fbuf[1][9] ),
		20615	.aclr(gnd),
		20616	.aload(gnd),
		20617	.clk(clk),
		20618	.cin(gnd),
		20619	.cascin(vcc),
		20620	.devclrn(devclrn),
		20621	.devpor(devpor),
		20622	.combout(),
		20623	.regout(\shift[2][1] ),
		20624	.cout(),
		20625	.cascout());
		20626	// synopsys translate_off
		20627	defparam \shift[2][1]~I .clock_enable_mode = "true";
		20628	defparam \shift[2][1]~I .lut_mask = "ff00";
		20629	defparam \shift[2][1]~I .operation_mode = "normal";
		20630	defparam \shift[2][1]~I .output_mode = "reg_only";
		20631	defparam \shift[2][1]~I .packed_mode = "false";
		20632	// synopsys translate_on
		20633
		20634	// atom is at LC3_G8
		20635	flex10ke_lcell \Mux15~25_I (
		20636	// Equation(s):
		20637	// \Mux15~25 = \pixnumber_rtl_4\|wysi_counter\|q [1] & (\shift[2][1] # \pixnumber_rtl_4\|wysi_counter\|q [2]) # !\pixnumber_rtl_4\|wysi_counter\|q [1] & \shift[0][1] & (!\pixnumber_rtl_4\|wysi_counter\|q [2])
		20638
		20639	.dataa(\shift[0][1] ),
		20640	.datab(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		20641	.datac(\shift[2][1] ),
		20642	.datad(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		20643	.aclr(gnd),
		20644	.aload(gnd),
		20645	.clk(gnd),
		20646	.cin(gnd),
		20647	.cascin(vcc),
		20648	.devclrn(devclrn),
		20649	.devpor(devpor),
		20650	.combout(\Mux15~25 ),
		20651	.regout(),
		20652	.cout(),
		20653	.cascout());
		20654	// synopsys translate_off
		20655	defparam \Mux15~25_I .clock_enable_mode = "false";
		20656	defparam \Mux15~25_I .lut_mask = "cce2";
		20657	defparam \Mux15~25_I .operation_mode = "normal";
		20658	defparam \Mux15~25_I .output_mode = "comb_only";
		20659	defparam \Mux15~25_I .packed_mode = "false";
		20660	// synopsys translate_on
		20661
		20662	// atom is at LC6_G8
		20663	flex10ke_lcell \fbuf[2][9]~I (
		20664	// Equation(s):
		20665	// \fbuf[2][9] = DFFEA(rddata_9, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		20666
		20667	.dataa(\fbuf[2][14]~413 ),
		20668	.datab(vcc),
		20669	.datac(vcc),
		20670	.datad(rddata_9),
		20671	.aclr(gnd),
		20672	.aload(gnd),
		20673	.clk(clk),
		20674	.cin(gnd),
		20675	.cascin(vcc),
		20676	.devclrn(devclrn),
		20677	.devpor(devpor),
		20678	.combout(),
		20679	.regout(\fbuf[2][9] ),
		20680	.cout(),
		20681	.cascout());
		20682	// synopsys translate_off
		20683	defparam \fbuf[2][9]~I .clock_enable_mode = "true";
		20684	defparam \fbuf[2][9]~I .lut_mask = "ff00";
		20685	defparam \fbuf[2][9]~I .operation_mode = "normal";
		20686	defparam \fbuf[2][9]~I .output_mode = "reg_only";
		20687	defparam \fbuf[2][9]~I .packed_mode = "false";
		20688	// synopsys translate_on
		20689
		20690	// atom is at LC2_G8
		20691	flex10ke_lcell \shift[4][1]~I (
		20692	// Equation(s):
		20693	// \shift[4][1] = DFFEA(\fbuf[2][9] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		20694
		20695	.dataa(wordsync),
		20696	.datab(vcc),
		20697	.datac(vcc),
		20698	.datad(\fbuf[2][9] ),
		20699	.aclr(gnd),
		20700	.aload(gnd),
		20701	.clk(clk),
		20702	.cin(gnd),
		20703	.cascin(vcc),
		20704	.devclrn(devclrn),
		20705	.devpor(devpor),
		20706	.combout(),
		20707	.regout(\shift[4][1] ),
		20708	.cout(),
		20709	.cascout());
		20710	// synopsys translate_off
		20711	defparam \shift[4][1]~I .clock_enable_mode = "true";
		20712	defparam \shift[4][1]~I .lut_mask = "ff00";
		20713	defparam \shift[4][1]~I .operation_mode = "normal";
		20714	defparam \shift[4][1]~I .output_mode = "reg_only";
		20715	defparam \shift[4][1]~I .packed_mode = "false";
		20716	// synopsys translate_on
		20717
		20718	// atom is at LC1_G8
		20719	flex10ke_lcell \Mux15~26_I (
		20720	// Equation(s):
		20721	// \Mux15~26 = \Mux15~25 & (\shift[6][1] # !\pixnumber_rtl_4\|wysi_counter\|q [2]) # !\Mux15~25 & (\pixnumber_rtl_4\|wysi_counter\|q [2] & \shift[4][1] )
		20722
		20723	.dataa(\shift[6][1] ),
		20724	.datab(\Mux15~25 ),
		20725	.datac(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		20726	.datad(\shift[4][1] ),
		20727	.aclr(gnd),
		20728	.aload(gnd),
		20729	.clk(gnd),
		20730	.cin(gnd),
		20731	.cascin(vcc),
		20732	.devclrn(devclrn),
		20733	.devpor(devpor),
		20734	.combout(\Mux15~26 ),
		20735	.regout(),
		20736	.cout(),
		20737	.cascout());
		20738	// synopsys translate_off
		20739	defparam \Mux15~26_I .clock_enable_mode = "false";
		20740	defparam \Mux15~26_I .lut_mask = "bc8c";
		20741	defparam \Mux15~26_I .operation_mode = "normal";
		20742	defparam \Mux15~26_I .output_mode = "comb_only";
		20743	defparam \Mux15~26_I .packed_mode = "false";
		20744	// synopsys translate_on
		20745
		20746	// atom is at LC4_G23
		20747	flex10ke_lcell \fbuf[1][12]~I (
		20748	// Equation(s):
		20749	// \fbuf[1][12] = DFFEA(rddata_12, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		20750
		20751	.dataa(\fbuf[1][14]~414 ),
		20752	.datab(vcc),
		20753	.datac(vcc),
		20754	.datad(rddata_12),
		20755	.aclr(gnd),
		20756	.aload(gnd),
		20757	.clk(clk),
		20758	.cin(gnd),
		20759	.cascin(vcc),
		20760	.devclrn(devclrn),
		20761	.devpor(devpor),
		20762	.combout(),
		20763	.regout(\fbuf[1][12] ),
		20764	.cout(),
		20765	.cascout());
		20766	// synopsys translate_off
		20767	defparam \fbuf[1][12]~I .clock_enable_mode = "true";
		20768	defparam \fbuf[1][12]~I .lut_mask = "ff00";
		20769	defparam \fbuf[1][12]~I .operation_mode = "normal";
		20770	defparam \fbuf[1][12]~I .output_mode = "reg_only";
		20771	defparam \fbuf[1][12]~I .packed_mode = "false";
		20772	// synopsys translate_on
		20773
		20774	// atom is at LC2_G23
		20775	flex10ke_lcell \shift[2][4]~I (
		20776	// Equation(s):
		20777	// \shift[2][4] = DFFEA(\fbuf[1][12] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		20778
		20779	.dataa(wordsync),
		20780	.datab(vcc),
		20781	.datac(vcc),
		20782	.datad(\fbuf[1][12] ),
		20783	.aclr(gnd),
		20784	.aload(gnd),
		20785	.clk(clk),
		20786	.cin(gnd),
		20787	.cascin(vcc),
		20788	.devclrn(devclrn),
		20789	.devpor(devpor),
		20790	.combout(),
		20791	.regout(\shift[2][4] ),
		20792	.cout(),
		20793	.cascout());
		20794	// synopsys translate_off
		20795	defparam \shift[2][4]~I .clock_enable_mode = "true";
		20796	defparam \shift[2][4]~I .lut_mask = "ff00";
		20797	defparam \shift[2][4]~I .operation_mode = "normal";
		20798	defparam \shift[2][4]~I .output_mode = "reg_only";
		20799	defparam \shift[2][4]~I .packed_mode = "false";
		20800	// synopsys translate_on
		20801
		20802	// atom is at LC3_G20
		20803	flex10ke_lcell \Mux15~23_I (
		20804	// Equation(s):
		20805	// \Mux15~23 = \pixnumber_rtl_4\|wysi_counter\|q [1] & (\shift[2][4] # \pixnumber_rtl_4\|wysi_counter\|q [2]) # !\pixnumber_rtl_4\|wysi_counter\|q [1] & \shift[0][4] & (!\pixnumber_rtl_4\|wysi_counter\|q [2])
		20806
		20807	.dataa(\shift[0][4] ),
		20808	.datab(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		20809	.datac(\shift[2][4] ),
		20810	.datad(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		20811	.aclr(gnd),
		20812	.aload(gnd),
		20813	.clk(gnd),
		20814	.cin(gnd),
		20815	.cascin(vcc),
		20816	.devclrn(devclrn),
		20817	.devpor(devpor),
		20818	.combout(\Mux15~23 ),
		20819	.regout(),
		20820	.cout(),
		20821	.cascout());
		20822	// synopsys translate_off
		20823	defparam \Mux15~23_I .clock_enable_mode = "false";
		20824	defparam \Mux15~23_I .lut_mask = "cce2";
		20825	defparam \Mux15~23_I .operation_mode = "normal";
		20826	defparam \Mux15~23_I .output_mode = "comb_only";
		20827	defparam \Mux15~23_I .packed_mode = "false";
		20828	// synopsys translate_on
		20829
		20830	// atom is at LC1_G23
		20831	flex10ke_lcell \fbuf[2][12]~I (
		20832	// Equation(s):
		20833	// \fbuf[2][12] = DFFEA(rddata_12, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		20834
		20835	.dataa(\fbuf[2][14]~413 ),
		20836	.datab(vcc),
		20837	.datac(vcc),
		20838	.datad(rddata_12),
		20839	.aclr(gnd),
		20840	.aload(gnd),
		20841	.clk(clk),
		20842	.cin(gnd),
		20843	.cascin(vcc),
		20844	.devclrn(devclrn),
		20845	.devpor(devpor),
		20846	.combout(),
		20847	.regout(\fbuf[2][12] ),
		20848	.cout(),
		20849	.cascout());
		20850	// synopsys translate_off
		20851	defparam \fbuf[2][12]~I .clock_enable_mode = "true";
		20852	defparam \fbuf[2][12]~I .lut_mask = "ff00";
		20853	defparam \fbuf[2][12]~I .operation_mode = "normal";
		20854	defparam \fbuf[2][12]~I .output_mode = "reg_only";
		20855	defparam \fbuf[2][12]~I .packed_mode = "false";
		20856	// synopsys translate_on
		20857
		20858	// atom is at LC8_G23
		20859	flex10ke_lcell \shift[4][4]~I (
		20860	// Equation(s):
		20861	// \shift[4][4] = DFFEA(\fbuf[2][12] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		20862
		20863	.dataa(wordsync),
		20864	.datab(vcc),
		20865	.datac(vcc),
		20866	.datad(\fbuf[2][12] ),
		20867	.aclr(gnd),
		20868	.aload(gnd),
		20869	.clk(clk),
		20870	.cin(gnd),
		20871	.cascin(vcc),
		20872	.devclrn(devclrn),
		20873	.devpor(devpor),
		20874	.combout(),
		20875	.regout(\shift[4][4] ),
		20876	.cout(),
		20877	.cascout());
		20878	// synopsys translate_off
		20879	defparam \shift[4][4]~I .clock_enable_mode = "true";
		20880	defparam \shift[4][4]~I .lut_mask = "ff00";
		20881	defparam \shift[4][4]~I .operation_mode = "normal";
		20882	defparam \shift[4][4]~I .output_mode = "reg_only";
		20883	defparam \shift[4][4]~I .packed_mode = "false";
		20884	// synopsys translate_on
		20885
		20886	// atom is at LC4_G20
		20887	flex10ke_lcell \Mux15~24_I (
		20888	// Equation(s):
		20889	// \Mux15~24 = \Mux15~23 & (\shift[6][4] # !\pixnumber_rtl_4\|wysi_counter\|q [2]) # !\Mux15~23 & (\pixnumber_rtl_4\|wysi_counter\|q [2] & \shift[4][4] )
		20890
		20891	.dataa(\shift[6][4] ),
		20892	.datab(\Mux15~23 ),
		20893	.datac(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		20894	.datad(\shift[4][4] ),
		20895	.aclr(gnd),
		20896	.aload(gnd),
		20897	.clk(gnd),
		20898	.cin(gnd),
		20899	.cascin(vcc),
		20900	.devclrn(devclrn),
		20901	.devpor(devpor),
		20902	.combout(\Mux15~24 ),
		20903	.regout(),
		20904	.cout(),
		20905	.cascout());
		20906	// synopsys translate_off
		20907	defparam \Mux15~24_I .clock_enable_mode = "false";
		20908	defparam \Mux15~24_I .lut_mask = "bc8c";
		20909	defparam \Mux15~24_I .operation_mode = "normal";
		20910	defparam \Mux15~24_I .output_mode = "comb_only";
		20911	defparam \Mux15~24_I .packed_mode = "false";
		20912	// synopsys translate_on
		20913
		20914	// atom is at LC6_G20
		20915	flex10ke_lcell \Mux15~27_I (
		20916	// Equation(s):
		20917	// \Mux15~27 = \pixnumber_rtl_4\|wysi_counter\|q [0] & (\Mux15~24 # \pixnumber_rtl_4\|wysi_counter\|q [3]) # !\pixnumber_rtl_4\|wysi_counter\|q [0] & \Mux15~26 & (!\pixnumber_rtl_4\|wysi_counter\|q [3])
		20918
		20919	.dataa(\Mux15~26 ),
		20920	.datab(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		20921	.datac(\Mux15~24 ),
		20922	.datad(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		20923	.aclr(gnd),
		20924	.aload(gnd),
		20925	.clk(gnd),
		20926	.cin(gnd),
		20927	.cascin(vcc),
		20928	.devclrn(devclrn),
		20929	.devpor(devpor),
		20930	.combout(\Mux15~27 ),
		20931	.regout(),
		20932	.cout(),
		20933	.cascout());
		20934	// synopsys translate_off
		20935	defparam \Mux15~27_I .clock_enable_mode = "false";
		20936	defparam \Mux15~27_I .lut_mask = "cce2";
		20937	defparam \Mux15~27_I .operation_mode = "normal";
		20938	defparam \Mux15~27_I .output_mode = "comb_only";
		20939	defparam \Mux15~27_I .packed_mode = "false";
		20940	// synopsys translate_on
		20941
		20942	// atom is at LC8_G12
		20943	flex10ke_lcell \fbuf[3][1]~I (
		20944	// Equation(s):
		20945	// \fbuf[3][1] = DFFEA(rddata_1, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		20946
		20947	.dataa(\fbuf[3][14]~416 ),
		20948	.datab(vcc),
		20949	.datac(vcc),
		20950	.datad(rddata_1),
		20951	.aclr(gnd),
		20952	.aload(gnd),
		20953	.clk(clk),
		20954	.cin(gnd),
		20955	.cascin(vcc),
		20956	.devclrn(devclrn),
		20957	.devpor(devpor),
		20958	.combout(),
		20959	.regout(\fbuf[3][1] ),
		20960	.cout(),
		20961	.cascout());
		20962	// synopsys translate_off
		20963	defparam \fbuf[3][1]~I .clock_enable_mode = "true";
		20964	defparam \fbuf[3][1]~I .lut_mask = "ff00";
		20965	defparam \fbuf[3][1]~I .operation_mode = "normal";
		20966	defparam \fbuf[3][1]~I .output_mode = "reg_only";
		20967	defparam \fbuf[3][1]~I .packed_mode = "false";
		20968	// synopsys translate_on
		20969
		20970	// atom is at LC5_G12
		20971	flex10ke_lcell \shift[7][1]~I (
		20972	// Equation(s):
		20973	// \shift[7][1] = DFFEA(\fbuf[3][1] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		20974
		20975	.dataa(wordsync),
		20976	.datab(vcc),
		20977	.datac(vcc),
		20978	.datad(\fbuf[3][1] ),
		20979	.aclr(gnd),
		20980	.aload(gnd),
		20981	.clk(clk),
		20982	.cin(gnd),
		20983	.cascin(vcc),
		20984	.devclrn(devclrn),
		20985	.devpor(devpor),
		20986	.combout(),
		20987	.regout(\shift[7][1] ),
		20988	.cout(),
		20989	.cascout());
		20990	// synopsys translate_off
		20991	defparam \shift[7][1]~I .clock_enable_mode = "true";
		20992	defparam \shift[7][1]~I .lut_mask = "ff00";
		20993	defparam \shift[7][1]~I .operation_mode = "normal";
		20994	defparam \shift[7][1]~I .output_mode = "reg_only";
		20995	defparam \shift[7][1]~I .packed_mode = "false";
		20996	// synopsys translate_on
		20997
		20998	// atom is at LC6_G1
		20999	flex10ke_lcell \fbuf[1][1]~I (
		21000	// Equation(s):
		21001	// \fbuf[1][1] = DFFEA(rddata_1, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		21002
		21003	.dataa(\fbuf[1][14]~414 ),
		21004	.datab(vcc),
		21005	.datac(vcc),
		21006	.datad(rddata_1),
		21007	.aclr(gnd),
		21008	.aload(gnd),
		21009	.clk(clk),
		21010	.cin(gnd),
		21011	.cascin(vcc),
		21012	.devclrn(devclrn),
		21013	.devpor(devpor),
		21014	.combout(),
		21015	.regout(\fbuf[1][1] ),
		21016	.cout(),
		21017	.cascout());
		21018	// synopsys translate_off
		21019	defparam \fbuf[1][1]~I .clock_enable_mode = "true";
		21020	defparam \fbuf[1][1]~I .lut_mask = "ff00";
		21021	defparam \fbuf[1][1]~I .operation_mode = "normal";
		21022	defparam \fbuf[1][1]~I .output_mode = "reg_only";
		21023	defparam \fbuf[1][1]~I .packed_mode = "false";
		21024	// synopsys translate_on
		21025
		21026	// atom is at LC3_G1
		21027	flex10ke_lcell \shift[3][1]~I (
		21028	// Equation(s):
		21029	// \shift[3][1] = DFFEA(\fbuf[1][1] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		21030
		21031	.dataa(wordsync),
		21032	.datab(vcc),
		21033	.datac(vcc),
		21034	.datad(\fbuf[1][1] ),
		21035	.aclr(gnd),
		21036	.aload(gnd),
		21037	.clk(clk),
		21038	.cin(gnd),
		21039	.cascin(vcc),
		21040	.devclrn(devclrn),
		21041	.devpor(devpor),
		21042	.combout(),
		21043	.regout(\shift[3][1] ),
		21044	.cout(),
		21045	.cascout());
		21046	// synopsys translate_off
		21047	defparam \shift[3][1]~I .clock_enable_mode = "true";
		21048	defparam \shift[3][1]~I .lut_mask = "ff00";
		21049	defparam \shift[3][1]~I .operation_mode = "normal";
		21050	defparam \shift[3][1]~I .output_mode = "reg_only";
		21051	defparam \shift[3][1]~I .packed_mode = "false";
		21052	// synopsys translate_on
		21053
		21054	// atom is at LC4_G12
		21055	flex10ke_lcell \Mux15~21_I (
		21056	// Equation(s):
		21057	// \Mux15~21 = \pixnumber_rtl_4\|wysi_counter\|q [1] & (\shift[3][1] # \pixnumber_rtl_4\|wysi_counter\|q [2]) # !\pixnumber_rtl_4\|wysi_counter\|q [1] & \shift[1][1] & (!\pixnumber_rtl_4\|wysi_counter\|q [2])
		21058
		21059	.dataa(\shift[1][1] ),
		21060	.datab(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		21061	.datac(\shift[3][1] ),
		21062	.datad(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		21063	.aclr(gnd),
		21064	.aload(gnd),
		21065	.clk(gnd),
		21066	.cin(gnd),
		21067	.cascin(vcc),
		21068	.devclrn(devclrn),
		21069	.devpor(devpor),
		21070	.combout(\Mux15~21 ),
		21071	.regout(),
		21072	.cout(),
		21073	.cascout());
		21074	// synopsys translate_off
		21075	defparam \Mux15~21_I .clock_enable_mode = "false";
		21076	defparam \Mux15~21_I .lut_mask = "cce2";
		21077	defparam \Mux15~21_I .operation_mode = "normal";
		21078	defparam \Mux15~21_I .output_mode = "comb_only";
		21079	defparam \Mux15~21_I .packed_mode = "false";
		21080	// synopsys translate_on
		21081
		21082	// atom is at LC6_G12
		21083	flex10ke_lcell \fbuf[2][1]~I (
		21084	// Equation(s):
		21085	// \fbuf[2][1] = DFFEA(rddata_1, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		21086
		21087	.dataa(\fbuf[2][14]~413 ),
		21088	.datab(vcc),
		21089	.datac(vcc),
		21090	.datad(rddata_1),
		21091	.aclr(gnd),
		21092	.aload(gnd),
		21093	.clk(clk),
		21094	.cin(gnd),
		21095	.cascin(vcc),
		21096	.devclrn(devclrn),
		21097	.devpor(devpor),
		21098	.combout(),
		21099	.regout(\fbuf[2][1] ),
		21100	.cout(),
		21101	.cascout());
		21102	// synopsys translate_off
		21103	defparam \fbuf[2][1]~I .clock_enable_mode = "true";
		21104	defparam \fbuf[2][1]~I .lut_mask = "ff00";
		21105	defparam \fbuf[2][1]~I .operation_mode = "normal";
		21106	defparam \fbuf[2][1]~I .output_mode = "reg_only";
		21107	defparam \fbuf[2][1]~I .packed_mode = "false";
		21108	// synopsys translate_on
		21109
		21110	// atom is at LC3_G12
		21111	flex10ke_lcell \shift[5][1]~I (
		21112	// Equation(s):
		21113	// \shift[5][1] = DFFEA(\fbuf[2][1] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		21114
		21115	.dataa(wordsync),
		21116	.datab(vcc),
		21117	.datac(vcc),
		21118	.datad(\fbuf[2][1] ),
		21119	.aclr(gnd),
		21120	.aload(gnd),
		21121	.clk(clk),
		21122	.cin(gnd),
		21123	.cascin(vcc),
		21124	.devclrn(devclrn),
		21125	.devpor(devpor),
		21126	.combout(),
		21127	.regout(\shift[5][1] ),
		21128	.cout(),
		21129	.cascout());
		21130	// synopsys translate_off
		21131	defparam \shift[5][1]~I .clock_enable_mode = "true";
		21132	defparam \shift[5][1]~I .lut_mask = "ff00";
		21133	defparam \shift[5][1]~I .operation_mode = "normal";
		21134	defparam \shift[5][1]~I .output_mode = "reg_only";
		21135	defparam \shift[5][1]~I .packed_mode = "false";
		21136	// synopsys translate_on
		21137
		21138	// atom is at LC2_G12
		21139	flex10ke_lcell \Mux15~22_I (
		21140	// Equation(s):
		21141	// \Mux15~22 = \Mux15~21 & (\shift[7][1] # !\pixnumber_rtl_4\|wysi_counter\|q [2]) # !\Mux15~21 & (\pixnumber_rtl_4\|wysi_counter\|q [2] & \shift[5][1] )
		21142
		21143	.dataa(\shift[7][1] ),
		21144	.datab(\Mux15~21 ),
		21145	.datac(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		21146	.datad(\shift[5][1] ),
		21147	.aclr(gnd),
		21148	.aload(gnd),
		21149	.clk(gnd),
		21150	.cin(gnd),
		21151	.cascin(vcc),
		21152	.devclrn(devclrn),
		21153	.devpor(devpor),
		21154	.combout(\Mux15~22 ),
		21155	.regout(),
		21156	.cout(),
		21157	.cascout());
		21158	// synopsys translate_off
		21159	defparam \Mux15~22_I .clock_enable_mode = "false";
		21160	defparam \Mux15~22_I .lut_mask = "bc8c";
		21161	defparam \Mux15~22_I .operation_mode = "normal";
		21162	defparam \Mux15~22_I .output_mode = "comb_only";
		21163	defparam \Mux15~22_I .packed_mode = "false";
		21164	// synopsys translate_on
		21165
		21166	// atom is at LC7_G8
		21167	flex10ke_lcell \fbuf[0][9]~I (
		21168	// Equation(s):
		21169	// \fbuf[0][9] = DFFEA(rddata_9, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		21170
		21171	.dataa(\fbuf[0][14]~415 ),
		21172	.datab(vcc),
		21173	.datac(vcc),
		21174	.datad(rddata_9),
		21175	.aclr(gnd),
		21176	.aload(gnd),
		21177	.clk(clk),
		21178	.cin(gnd),
		21179	.cascin(vcc),
		21180	.devclrn(devclrn),
		21181	.devpor(devpor),
		21182	.combout(),
		21183	.regout(\fbuf[0][9] ),
		21184	.cout(),
		21185	.cascout());
		21186	// synopsys translate_off
		21187	defparam \fbuf[0][9]~I .clock_enable_mode = "true";
		21188	defparam \fbuf[0][9]~I .lut_mask = "ff00";
		21189	defparam \fbuf[0][9]~I .operation_mode = "normal";
		21190	defparam \fbuf[0][9]~I .output_mode = "reg_only";
		21191	defparam \fbuf[0][9]~I .packed_mode = "false";
		21192	// synopsys translate_on
		21193
		21194	// atom is at LC4_G8
		21195	flex10ke_lcell \shift[0][1]~I (
		21196	// Equation(s):
		21197	// \shift[0][1] = DFFEA(\fbuf[0][9] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		21198
		21199	.dataa(wordsync),
		21200	.datab(vcc),
		21201	.datac(vcc),
		21202	.datad(\fbuf[0][9] ),
		21203	.aclr(gnd),
		21204	.aload(gnd),
		21205	.clk(clk),
		21206	.cin(gnd),
		21207	.cascin(vcc),
		21208	.devclrn(devclrn),
		21209	.devpor(devpor),
		21210	.combout(),
		21211	.regout(\shift[0][1] ),
		21212	.cout(),
		21213	.cascout());
		21214	// synopsys translate_off
		21215	defparam \shift[0][1]~I .clock_enable_mode = "true";
		21216	defparam \shift[0][1]~I .lut_mask = "ff00";
		21217	defparam \shift[0][1]~I .operation_mode = "normal";
		21218	defparam \shift[0][1]~I .output_mode = "reg_only";
		21219	defparam \shift[0][1]~I .packed_mode = "false";
		21220	// synopsys translate_on
		21221
		21222	// atom is at LC7_G12
		21223	flex10ke_lcell \fbuf[0][1]~I (
		21224	// Equation(s):
		21225	// \fbuf[0][1] = DFFEA(rddata_1, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		21226
		21227	.dataa(\fbuf[0][14]~415 ),
		21228	.datab(vcc),
		21229	.datac(vcc),
		21230	.datad(rddata_1),
		21231	.aclr(gnd),
		21232	.aload(gnd),
		21233	.clk(clk),
		21234	.cin(gnd),
		21235	.cascin(vcc),
		21236	.devclrn(devclrn),
		21237	.devpor(devpor),
		21238	.combout(),
		21239	.regout(\fbuf[0][1] ),
		21240	.cout(),
		21241	.cascout());
		21242	// synopsys translate_off
		21243	defparam \fbuf[0][1]~I .clock_enable_mode = "true";
		21244	defparam \fbuf[0][1]~I .lut_mask = "ff00";
		21245	defparam \fbuf[0][1]~I .operation_mode = "normal";
		21246	defparam \fbuf[0][1]~I .output_mode = "reg_only";
		21247	defparam \fbuf[0][1]~I .packed_mode = "false";
		21248	// synopsys translate_on
		21249
		21250	// atom is at LC1_G12
		21251	flex10ke_lcell \shift[1][1]~I (
		21252	// Equation(s):
		21253	// \shift[1][1] = DFFEA(\fbuf[0][1] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		21254
		21255	.dataa(wordsync),
		21256	.datab(vcc),
		21257	.datac(vcc),
		21258	.datad(\fbuf[0][1] ),
		21259	.aclr(gnd),
		21260	.aload(gnd),
		21261	.clk(clk),
		21262	.cin(gnd),
		21263	.cascin(vcc),
		21264	.devclrn(devclrn),
		21265	.devpor(devpor),
		21266	.combout(),
		21267	.regout(\shift[1][1] ),
		21268	.cout(),
		21269	.cascout());
		21270	// synopsys translate_off
		21271	defparam \shift[1][1]~I .clock_enable_mode = "true";
		21272	defparam \shift[1][1]~I .lut_mask = "ff00";
		21273	defparam \shift[1][1]~I .operation_mode = "normal";
		21274	defparam \shift[1][1]~I .output_mode = "reg_only";
		21275	defparam \shift[1][1]~I .packed_mode = "false";
		21276	// synopsys translate_on
		21277
		21278	// atom is at LC5_G2
		21279	flex10ke_lcell \pixbyte~37_I (
		21280	// Equation(s):
		21281	// \pixbyte~37 = \pixnumber_rtl_4\|wysi_counter\|q [3] & (\shift[1][1] ) # !\pixnumber_rtl_4\|wysi_counter\|q [3] & \shift[0][1]
		21282
		21283	.dataa(vcc),
		21284	.datab(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		21285	.datac(\shift[0][1] ),
		21286	.datad(\shift[1][1] ),
		21287	.aclr(gnd),
		21288	.aload(gnd),
		21289	.clk(gnd),
		21290	.cin(gnd),
		21291	.cascin(vcc),
		21292	.devclrn(devclrn),
		21293	.devpor(devpor),
		21294	.combout(\pixbyte~37 ),
		21295	.regout(),
		21296	.cout(),
		21297	.cascout());
		21298	// synopsys translate_off
		21299	defparam \pixbyte~37_I .clock_enable_mode = "false";
		21300	defparam \pixbyte~37_I .lut_mask = "fc30";
		21301	defparam \pixbyte~37_I .operation_mode = "normal";
		21302	defparam \pixbyte~37_I .output_mode = "comb_only";
		21303	defparam \pixbyte~37_I .packed_mode = "false";
		21304	// synopsys translate_on
		21305
		21306	// atom is at LC6_G2
		21307	flex10ke_lcell \Mux8~13_I (
		21308	// Equation(s):
		21309	// \Mux8~13 = \pixnumber_rtl_4\|wysi_counter\|q [1] & (\pixbyte~37 # \pixnumber_rtl_4\|wysi_counter\|q [0]) # !\pixnumber_rtl_4\|wysi_counter\|q [1] & \pixbyte~38 & (!\pixnumber_rtl_4\|wysi_counter\|q [0])
		21310
		21311	.dataa(\pixbyte~38 ),
		21312	.datab(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		21313	.datac(\pixbyte~37 ),
		21314	.datad(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		21315	.aclr(gnd),
		21316	.aload(gnd),
		21317	.clk(gnd),
		21318	.cin(gnd),
		21319	.cascin(vcc),
		21320	.devclrn(devclrn),
		21321	.devpor(devpor),
		21322	.combout(\Mux8~13 ),
		21323	.regout(),
		21324	.cout(),
		21325	.cascout());
		21326	// synopsys translate_off
		21327	defparam \Mux8~13_I .clock_enable_mode = "false";
		21328	defparam \Mux8~13_I .lut_mask = "cce2";
		21329	defparam \Mux8~13_I .operation_mode = "normal";
		21330	defparam \Mux8~13_I .output_mode = "comb_only";
		21331	defparam \Mux8~13_I .packed_mode = "false";
		21332	// synopsys translate_on
		21333
		21334	// atom is at LC6_G25
		21335	flex10ke_lcell \fbuf[0][10]~I (
		21336	// Equation(s):
		21337	// \fbuf[0][10] = DFFEA(rddata_10, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		21338
		21339	.dataa(\fbuf[0][14]~415 ),
		21340	.datab(vcc),
		21341	.datac(vcc),
		21342	.datad(rddata_10),
		21343	.aclr(gnd),
		21344	.aload(gnd),
		21345	.clk(clk),
		21346	.cin(gnd),
		21347	.cascin(vcc),
		21348	.devclrn(devclrn),
		21349	.devpor(devpor),
		21350	.combout(),
		21351	.regout(\fbuf[0][10] ),
		21352	.cout(),
		21353	.cascout());
		21354	// synopsys translate_off
		21355	defparam \fbuf[0][10]~I .clock_enable_mode = "true";
		21356	defparam \fbuf[0][10]~I .lut_mask = "ff00";
		21357	defparam \fbuf[0][10]~I .operation_mode = "normal";
		21358	defparam \fbuf[0][10]~I .output_mode = "reg_only";
		21359	defparam \fbuf[0][10]~I .packed_mode = "false";
		21360	// synopsys translate_on
		21361
		21362	// atom is at LC1_G7
		21363	flex10ke_lcell \shift[0][2]~I (
		21364	// Equation(s):
		21365	// \shift[0][2] = DFFEA(\fbuf[0][10] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		21366
		21367	.dataa(wordsync),
		21368	.datab(vcc),
		21369	.datac(vcc),
		21370	.datad(\fbuf[0][10] ),
		21371	.aclr(gnd),
		21372	.aload(gnd),
		21373	.clk(clk),
		21374	.cin(gnd),
		21375	.cascin(vcc),
		21376	.devclrn(devclrn),
		21377	.devpor(devpor),
		21378	.combout(),
		21379	.regout(\shift[0][2] ),
		21380	.cout(),
		21381	.cascout());
		21382	// synopsys translate_off
		21383	defparam \shift[0][2]~I .clock_enable_mode = "true";
		21384	defparam \shift[0][2]~I .lut_mask = "ff00";
		21385	defparam \shift[0][2]~I .operation_mode = "normal";
		21386	defparam \shift[0][2]~I .output_mode = "reg_only";
		21387	defparam \shift[0][2]~I .packed_mode = "false";
		21388	// synopsys translate_on
		21389
		21390	// atom is at LC5_G13
		21391	flex10ke_lcell \fbuf[0][2]~I (
		21392	// Equation(s):
		21393	// \fbuf[0][2] = DFFEA(rddata_2, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		21394
		21395	.dataa(\fbuf[0][14]~415 ),
		21396	.datab(vcc),
		21397	.datac(vcc),
		21398	.datad(rddata_2),
		21399	.aclr(gnd),
		21400	.aload(gnd),
		21401	.clk(clk),
		21402	.cin(gnd),
		21403	.cascin(vcc),
		21404	.devclrn(devclrn),
		21405	.devpor(devpor),
		21406	.combout(),
		21407	.regout(\fbuf[0][2] ),
		21408	.cout(),
		21409	.cascout());
		21410	// synopsys translate_off
		21411	defparam \fbuf[0][2]~I .clock_enable_mode = "true";
		21412	defparam \fbuf[0][2]~I .lut_mask = "ff00";
		21413	defparam \fbuf[0][2]~I .operation_mode = "normal";
		21414	defparam \fbuf[0][2]~I .output_mode = "reg_only";
		21415	defparam \fbuf[0][2]~I .packed_mode = "false";
		21416	// synopsys translate_on
		21417
		21418	// atom is at LC2_G13
		21419	flex10ke_lcell \shift[1][2]~I (
		21420	// Equation(s):
		21421	// \shift[1][2] = DFFEA(\fbuf[0][2] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		21422
		21423	.dataa(wordsync),
		21424	.datab(vcc),
		21425	.datac(vcc),
		21426	.datad(\fbuf[0][2] ),
		21427	.aclr(gnd),
		21428	.aload(gnd),
		21429	.clk(clk),
		21430	.cin(gnd),
		21431	.cascin(vcc),
		21432	.devclrn(devclrn),
		21433	.devpor(devpor),
		21434	.combout(),
		21435	.regout(\shift[1][2] ),
		21436	.cout(),
		21437	.cascout());
		21438	// synopsys translate_off
		21439	defparam \shift[1][2]~I .clock_enable_mode = "true";
		21440	defparam \shift[1][2]~I .lut_mask = "ff00";
		21441	defparam \shift[1][2]~I .operation_mode = "normal";
		21442	defparam \shift[1][2]~I .output_mode = "reg_only";
		21443	defparam \shift[1][2]~I .packed_mode = "false";
		21444	// synopsys translate_on
		21445
		21446	// atom is at LC8_G7
		21447	flex10ke_lcell \pixbyte~36_I (
		21448	// Equation(s):
		21449	// \pixbyte~36 = \pixnumber_rtl_4\|wysi_counter\|q [3] & (\shift[1][2] ) # !\pixnumber_rtl_4\|wysi_counter\|q [3] & \shift[0][2]
		21450
		21451	.dataa(vcc),
		21452	.datab(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		21453	.datac(\shift[0][2] ),
		21454	.datad(\shift[1][2] ),
		21455	.aclr(gnd),
		21456	.aload(gnd),
		21457	.clk(gnd),
		21458	.cin(gnd),
		21459	.cascin(vcc),
		21460	.devclrn(devclrn),
		21461	.devpor(devpor),
		21462	.combout(\pixbyte~36 ),
		21463	.regout(),
		21464	.cout(),
		21465	.cascout());
		21466	// synopsys translate_off
		21467	defparam \pixbyte~36_I .clock_enable_mode = "false";
		21468	defparam \pixbyte~36_I .lut_mask = "fc30";
		21469	defparam \pixbyte~36_I .operation_mode = "normal";
		21470	defparam \pixbyte~36_I .output_mode = "comb_only";
		21471	defparam \pixbyte~36_I .packed_mode = "false";
		21472	// synopsys translate_on
		21473
		21474	// atom is at LC7_G2
		21475	flex10ke_lcell \Mux8~14_I (
		21476	// Equation(s):
		21477	// \Mux8~14 = \Mux8~13 & (\pixbyte~39 # !\pixnumber_rtl_4\|wysi_counter\|q [0]) # !\Mux8~13 & (\pixnumber_rtl_4\|wysi_counter\|q [0] & \pixbyte~36 )
		21478
		21479	.dataa(\pixbyte~39 ),
		21480	.datab(\Mux8~13 ),
		21481	.datac(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		21482	.datad(\pixbyte~36 ),
		21483	.aclr(gnd),
		21484	.aload(gnd),
		21485	.clk(gnd),
		21486	.cin(gnd),
		21487	.cascin(vcc),
		21488	.devclrn(devclrn),
		21489	.devpor(devpor),
		21490	.combout(\Mux8~14 ),
		21491	.regout(),
		21492	.cout(),
		21493	.cascout());
		21494	// synopsys translate_off
		21495	defparam \Mux8~14_I .clock_enable_mode = "false";
		21496	defparam \Mux8~14_I .lut_mask = "bc8c";
		21497	defparam \Mux8~14_I .operation_mode = "normal";
		21498	defparam \Mux8~14_I .output_mode = "comb_only";
		21499	defparam \Mux8~14_I .packed_mode = "false";
		21500	// synopsys translate_on
		21501
		21502	// atom is at LC3_G5
		21503	flex10ke_lcell \fbuf[0][13]~I (
		21504	// Equation(s):
		21505	// \fbuf[0][13] = DFFEA(rddata_13, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		21506
		21507	.dataa(\fbuf[0][14]~415 ),
		21508	.datab(vcc),
		21509	.datac(vcc),
		21510	.datad(rddata_13),
		21511	.aclr(gnd),
		21512	.aload(gnd),
		21513	.clk(clk),
		21514	.cin(gnd),
		21515	.cascin(vcc),
		21516	.devclrn(devclrn),
		21517	.devpor(devpor),
		21518	.combout(),
		21519	.regout(\fbuf[0][13] ),
		21520	.cout(),
		21521	.cascout());
		21522	// synopsys translate_off
		21523	defparam \fbuf[0][13]~I .clock_enable_mode = "true";
		21524	defparam \fbuf[0][13]~I .lut_mask = "ff00";
		21525	defparam \fbuf[0][13]~I .operation_mode = "normal";
		21526	defparam \fbuf[0][13]~I .output_mode = "reg_only";
		21527	defparam \fbuf[0][13]~I .packed_mode = "false";
		21528	// synopsys translate_on
		21529
		21530	// atom is at LC1_G5
		21531	flex10ke_lcell \shift[0][5]~I (
		21532	// Equation(s):
		21533	// \shift[0][5] = DFFEA(\fbuf[0][13] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		21534
		21535	.dataa(wordsync),
		21536	.datab(vcc),
		21537	.datac(vcc),
		21538	.datad(\fbuf[0][13] ),
		21539	.aclr(gnd),
		21540	.aload(gnd),
		21541	.clk(clk),
		21542	.cin(gnd),
		21543	.cascin(vcc),
		21544	.devclrn(devclrn),
		21545	.devpor(devpor),
		21546	.combout(),
		21547	.regout(\shift[0][5] ),
		21548	.cout(),
		21549	.cascout());
		21550	// synopsys translate_off
		21551	defparam \shift[0][5]~I .clock_enable_mode = "true";
		21552	defparam \shift[0][5]~I .lut_mask = "ff00";
		21553	defparam \shift[0][5]~I .operation_mode = "normal";
		21554	defparam \shift[0][5]~I .output_mode = "reg_only";
		21555	defparam \shift[0][5]~I .packed_mode = "false";
		21556	// synopsys translate_on
		21557
		21558	// atom is at LC3_G13
		21559	flex10ke_lcell \fbuf[0][5]~I (
		21560	// Equation(s):
		21561	// \fbuf[0][5] = DFFEA(rddata_5, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		21562
		21563	.dataa(\fbuf[0][14]~415 ),
		21564	.datab(vcc),
		21565	.datac(vcc),
		21566	.datad(rddata_5),
		21567	.aclr(gnd),
		21568	.aload(gnd),
		21569	.clk(clk),
		21570	.cin(gnd),
		21571	.cascin(vcc),
		21572	.devclrn(devclrn),
		21573	.devpor(devpor),
		21574	.combout(),
		21575	.regout(\fbuf[0][5] ),
		21576	.cout(),
		21577	.cascout());
		21578	// synopsys translate_off
		21579	defparam \fbuf[0][5]~I .clock_enable_mode = "true";
		21580	defparam \fbuf[0][5]~I .lut_mask = "ff00";
		21581	defparam \fbuf[0][5]~I .operation_mode = "normal";
		21582	defparam \fbuf[0][5]~I .output_mode = "reg_only";
		21583	defparam \fbuf[0][5]~I .packed_mode = "false";
		21584	// synopsys translate_on
		21585
		21586	// atom is at LC1_G13
		21587	flex10ke_lcell \shift[1][5]~I (
		21588	// Equation(s):
		21589	// \shift[1][5] = DFFEA(\fbuf[0][5] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		21590
		21591	.dataa(wordsync),
		21592	.datab(vcc),
		21593	.datac(vcc),
		21594	.datad(\fbuf[0][5] ),
		21595	.aclr(gnd),
		21596	.aload(gnd),
		21597	.clk(clk),
		21598	.cin(gnd),
		21599	.cascin(vcc),
		21600	.devclrn(devclrn),
		21601	.devpor(devpor),
		21602	.combout(),
		21603	.regout(\shift[1][5] ),
		21604	.cout(),
		21605	.cascout());
		21606	// synopsys translate_off
		21607	defparam \shift[1][5]~I .clock_enable_mode = "true";
		21608	defparam \shift[1][5]~I .lut_mask = "ff00";
		21609	defparam \shift[1][5]~I .operation_mode = "normal";
		21610	defparam \shift[1][5]~I .output_mode = "reg_only";
		21611	defparam \shift[1][5]~I .packed_mode = "false";
		21612	// synopsys translate_on
		21613
		21614	// atom is at LC1_G2
		21615	flex10ke_lcell \pixbyte~33_I (
		21616	// Equation(s):
		21617	// \pixbyte~33 = \pixnumber_rtl_4\|wysi_counter\|q [3] & (\shift[1][5] ) # !\pixnumber_rtl_4\|wysi_counter\|q [3] & \shift[0][5]
		21618
		21619	.dataa(vcc),
		21620	.datab(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		21621	.datac(\shift[0][5] ),
		21622	.datad(\shift[1][5] ),
		21623	.aclr(gnd),
		21624	.aload(gnd),
		21625	.clk(gnd),
		21626	.cin(gnd),
		21627	.cascin(vcc),
		21628	.devclrn(devclrn),
		21629	.devpor(devpor),
		21630	.combout(\pixbyte~33 ),
		21631	.regout(),
		21632	.cout(),
		21633	.cascout());
		21634	// synopsys translate_off
		21635	defparam \pixbyte~33_I .clock_enable_mode = "false";
		21636	defparam \pixbyte~33_I .lut_mask = "fc30";
		21637	defparam \pixbyte~33_I .operation_mode = "normal";
		21638	defparam \pixbyte~33_I .output_mode = "comb_only";
		21639	defparam \pixbyte~33_I .packed_mode = "false";
		21640	// synopsys translate_on
		21641
		21642	// atom is at LC3_G2
		21643	flex10ke_lcell \Mux8~11_I (
		21644	// Equation(s):
		21645	// \Mux8~11 = \pixnumber_rtl_4\|wysi_counter\|q [1] & (\pixbyte~33 # \pixnumber_rtl_4\|wysi_counter\|q [0]) # !\pixnumber_rtl_4\|wysi_counter\|q [1] & \pixbyte~34 & (!\pixnumber_rtl_4\|wysi_counter\|q [0])
		21646
		21647	.dataa(\pixbyte~34 ),
		21648	.datab(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		21649	.datac(\pixbyte~33 ),
		21650	.datad(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		21651	.aclr(gnd),
		21652	.aload(gnd),
		21653	.clk(gnd),
		21654	.cin(gnd),
		21655	.cascin(vcc),
		21656	.devclrn(devclrn),
		21657	.devpor(devpor),
		21658	.combout(\Mux8~11 ),
		21659	.regout(),
		21660	.cout(),
		21661	.cascout());
		21662	// synopsys translate_off
		21663	defparam \Mux8~11_I .clock_enable_mode = "false";
		21664	defparam \Mux8~11_I .lut_mask = "cce2";
		21665	defparam \Mux8~11_I .operation_mode = "normal";
		21666	defparam \Mux8~11_I .output_mode = "comb_only";
		21667	defparam \Mux8~11_I .packed_mode = "false";
		21668	// synopsys translate_on
		21669
		21670	// atom is at LC2_G10
		21671	flex10ke_lcell \fbuf[0][14]~I (
		21672	// Equation(s):
		21673	// \fbuf[0][14] = DFFEA(rddata_14, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		21674
		21675	.dataa(\fbuf[0][14]~415 ),
		21676	.datab(vcc),
		21677	.datac(vcc),
		21678	.datad(rddata_14),
		21679	.aclr(gnd),
		21680	.aload(gnd),
		21681	.clk(clk),
		21682	.cin(gnd),
		21683	.cascin(vcc),
		21684	.devclrn(devclrn),
		21685	.devpor(devpor),
		21686	.combout(),
		21687	.regout(\fbuf[0][14] ),
		21688	.cout(),
		21689	.cascout());
		21690	// synopsys translate_off
		21691	defparam \fbuf[0][14]~I .clock_enable_mode = "true";
		21692	defparam \fbuf[0][14]~I .lut_mask = "ff00";
		21693	defparam \fbuf[0][14]~I .operation_mode = "normal";
		21694	defparam \fbuf[0][14]~I .output_mode = "reg_only";
		21695	defparam \fbuf[0][14]~I .packed_mode = "false";
		21696	// synopsys translate_on
		21697
		21698	// atom is at LC6_G10
		21699	flex10ke_lcell \shift[0][6]~I (
		21700	// Equation(s):
		21701	// \shift[0][6] = DFFEA(\fbuf[0][14] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		21702
		21703	.dataa(wordsync),
		21704	.datab(vcc),
		21705	.datac(vcc),
		21706	.datad(\fbuf[0][14] ),
		21707	.aclr(gnd),
		21708	.aload(gnd),
		21709	.clk(clk),
		21710	.cin(gnd),
		21711	.cascin(vcc),
		21712	.devclrn(devclrn),
		21713	.devpor(devpor),
		21714	.combout(),
		21715	.regout(\shift[0][6] ),
		21716	.cout(),
		21717	.cascout());
		21718	// synopsys translate_off
		21719	defparam \shift[0][6]~I .clock_enable_mode = "true";
		21720	defparam \shift[0][6]~I .lut_mask = "ff00";
		21721	defparam \shift[0][6]~I .operation_mode = "normal";
		21722	defparam \shift[0][6]~I .output_mode = "reg_only";
		21723	defparam \shift[0][6]~I .packed_mode = "false";
		21724	// synopsys translate_on
		21725
		21726	// atom is at LC1_G10
		21727	flex10ke_lcell \fbuf[0][6]~I (
		21728	// Equation(s):
		21729	// \fbuf[0][6] = DFFEA(rddata_6, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		21730
		21731	.dataa(\fbuf[0][14]~415 ),
		21732	.datab(vcc),
		21733	.datac(vcc),
		21734	.datad(rddata_6),
		21735	.aclr(gnd),
		21736	.aload(gnd),
		21737	.clk(clk),
		21738	.cin(gnd),
		21739	.cascin(vcc),
		21740	.devclrn(devclrn),
		21741	.devpor(devpor),
		21742	.combout(),
		21743	.regout(\fbuf[0][6] ),
		21744	.cout(),
		21745	.cascout());
		21746	// synopsys translate_off
		21747	defparam \fbuf[0][6]~I .clock_enable_mode = "true";
		21748	defparam \fbuf[0][6]~I .lut_mask = "ff00";
		21749	defparam \fbuf[0][6]~I .operation_mode = "normal";
		21750	defparam \fbuf[0][6]~I .output_mode = "reg_only";
		21751	defparam \fbuf[0][6]~I .packed_mode = "false";
		21752	// synopsys translate_on
		21753
		21754	// atom is at LC5_G10
		21755	flex10ke_lcell \shift[1][6]~I (
		21756	// Equation(s):
		21757	// \shift[1][6] = DFFEA(\fbuf[0][6] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		21758
		21759	.dataa(wordsync),
		21760	.datab(vcc),
		21761	.datac(vcc),
		21762	.datad(\fbuf[0][6] ),
		21763	.aclr(gnd),
		21764	.aload(gnd),
		21765	.clk(clk),
		21766	.cin(gnd),
		21767	.cascin(vcc),
		21768	.devclrn(devclrn),
		21769	.devpor(devpor),
		21770	.combout(),
		21771	.regout(\shift[1][6] ),
		21772	.cout(),
		21773	.cascout());
		21774	// synopsys translate_off
		21775	defparam \shift[1][6]~I .clock_enable_mode = "true";
		21776	defparam \shift[1][6]~I .lut_mask = "ff00";
		21777	defparam \shift[1][6]~I .operation_mode = "normal";
		21778	defparam \shift[1][6]~I .output_mode = "reg_only";
		21779	defparam \shift[1][6]~I .packed_mode = "false";
		21780	// synopsys translate_on
		21781
		21782	// atom is at LC4_G14
		21783	flex10ke_lcell \pixbyte~32_I (
		21784	// Equation(s):
		21785	// \pixbyte~32 = \pixnumber_rtl_4\|wysi_counter\|q [3] & (\shift[1][6] ) # !\pixnumber_rtl_4\|wysi_counter\|q [3] & \shift[0][6]
		21786
		21787	.dataa(vcc),
		21788	.datab(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		21789	.datac(\shift[0][6] ),
		21790	.datad(\shift[1][6] ),
		21791	.aclr(gnd),
		21792	.aload(gnd),
		21793	.clk(gnd),
		21794	.cin(gnd),
		21795	.cascin(vcc),
		21796	.devclrn(devclrn),
		21797	.devpor(devpor),
		21798	.combout(\pixbyte~32 ),
		21799	.regout(),
		21800	.cout(),
		21801	.cascout());
		21802	// synopsys translate_off
		21803	defparam \pixbyte~32_I .clock_enable_mode = "false";
		21804	defparam \pixbyte~32_I .lut_mask = "fc30";
		21805	defparam \pixbyte~32_I .operation_mode = "normal";
		21806	defparam \pixbyte~32_I .output_mode = "comb_only";
		21807	defparam \pixbyte~32_I .packed_mode = "false";
		21808	// synopsys translate_on
		21809
		21810	// atom is at LC4_G2
		21811	flex10ke_lcell \Mux8~12_I (
		21812	// Equation(s):
		21813	// \Mux8~12 = \Mux8~11 & (\pixbyte~35 # !\pixnumber_rtl_4\|wysi_counter\|q [0]) # !\Mux8~11 & (\pixnumber_rtl_4\|wysi_counter\|q [0] & \pixbyte~32 )
		21814
		21815	.dataa(\pixbyte~35 ),
		21816	.datab(\Mux8~11 ),
		21817	.datac(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		21818	.datad(\pixbyte~32 ),
		21819	.aclr(gnd),
		21820	.aload(gnd),
		21821	.clk(gnd),
		21822	.cin(gnd),
		21823	.cascin(vcc),
		21824	.devclrn(devclrn),
		21825	.devpor(devpor),
		21826	.combout(\Mux8~12 ),
		21827	.regout(),
		21828	.cout(),
		21829	.cascout());
		21830	// synopsys translate_off
		21831	defparam \Mux8~12_I .clock_enable_mode = "false";
		21832	defparam \Mux8~12_I .lut_mask = "bc8c";
		21833	defparam \Mux8~12_I .operation_mode = "normal";
		21834	defparam \Mux8~12_I .output_mode = "comb_only";
		21835	defparam \Mux8~12_I .packed_mode = "false";
		21836	// synopsys translate_on
		21837
		21838	// atom is at LC8_G2
		21839	flex10ke_lcell \zxcolor~1_I (
		21840	// Equation(s):
		21841	// \zxcolor~1 = \zxcolor~197 $ (\pixnumber_rtl_4\|wysi_counter\|q [2] & \Mux8~14 # !\pixnumber_rtl_4\|wysi_counter\|q [2] & (\Mux8~12 ))
		21842
		21843	.dataa(\zxcolor~197 ),
		21844	.datab(\Mux8~14 ),
		21845	.datac(\Mux8~12 ),
		21846	.datad(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		21847	.aclr(gnd),
		21848	.aload(gnd),
		21849	.clk(gnd),
		21850	.cin(gnd),
		21851	.cascin(vcc),
		21852	.devclrn(devclrn),
		21853	.devpor(devpor),
		21854	.combout(\zxcolor~1 ),
		21855	.regout(),
		21856	.cout(),
		21857	.cascout());
		21858	// synopsys translate_off
		21859	defparam \zxcolor~1_I .clock_enable_mode = "false";
		21860	defparam \zxcolor~1_I .lut_mask = "665a";
		21861	defparam \zxcolor~1_I .operation_mode = "normal";
		21862	defparam \zxcolor~1_I .output_mode = "comb_only";
		21863	defparam \zxcolor~1_I .packed_mode = "false";
		21864	// synopsys translate_on
		21865
		21866	// atom is at LC4_G1
		21867	flex10ke_lcell \zxcolor~198_I (
		21868	// Equation(s):
		21869	// \zxcolor~198 = \pixnumber_rtl_4\|wysi_counter\|q [3] & (\shift[3][4] # \zxcolor~1 ) # !\pixnumber_rtl_4\|wysi_counter\|q [3] & \shift[2][4] & (!\zxcolor~1 )
		21870
		21871	.dataa(\shift[2][4] ),
		21872	.datab(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		21873	.datac(\shift[3][4] ),
		21874	.datad(\zxcolor~1 ),
		21875	.aclr(gnd),
		21876	.aload(gnd),
		21877	.clk(gnd),
		21878	.cin(gnd),
		21879	.cascin(vcc),
		21880	.devclrn(devclrn),
		21881	.devpor(devpor),
		21882	.combout(\zxcolor~198 ),
		21883	.regout(),
		21884	.cout(),
		21885	.cascout());
		21886	// synopsys translate_off
		21887	defparam \zxcolor~198_I .clock_enable_mode = "false";
		21888	defparam \zxcolor~198_I .lut_mask = "cce2";
		21889	defparam \zxcolor~198_I .operation_mode = "normal";
		21890	defparam \zxcolor~198_I .output_mode = "comb_only";
		21891	defparam \zxcolor~198_I .packed_mode = "false";
		21892	// synopsys translate_on
		21893
		21894	// atom is at LC8_G26
		21895	flex10ke_lcell \fbuf[3][5]~I (
		21896	// Equation(s):
		21897	// \fbuf[3][5] = DFFEA(rddata_5, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		21898
		21899	.dataa(\fbuf[3][14]~416 ),
		21900	.datab(vcc),
		21901	.datac(vcc),
		21902	.datad(rddata_5),
		21903	.aclr(gnd),
		21904	.aload(gnd),
		21905	.clk(clk),
		21906	.cin(gnd),
		21907	.cascin(vcc),
		21908	.devclrn(devclrn),
		21909	.devpor(devpor),
		21910	.combout(),
		21911	.regout(\fbuf[3][5] ),
		21912	.cout(),
		21913	.cascout());
		21914	// synopsys translate_off
		21915	defparam \fbuf[3][5]~I .clock_enable_mode = "true";
		21916	defparam \fbuf[3][5]~I .lut_mask = "ff00";
		21917	defparam \fbuf[3][5]~I .operation_mode = "normal";
		21918	defparam \fbuf[3][5]~I .output_mode = "reg_only";
		21919	defparam \fbuf[3][5]~I .packed_mode = "false";
		21920	// synopsys translate_on
		21921
		21922	// atom is at LC5_G26
		21923	flex10ke_lcell \shift[7][5]~I (
		21924	// Equation(s):
		21925	// \shift[7][5] = DFFEA(\fbuf[3][5] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		21926
		21927	.dataa(wordsync),
		21928	.datab(vcc),
		21929	.datac(vcc),
		21930	.datad(\fbuf[3][5] ),
		21931	.aclr(gnd),
		21932	.aload(gnd),
		21933	.clk(clk),
		21934	.cin(gnd),
		21935	.cascin(vcc),
		21936	.devclrn(devclrn),
		21937	.devpor(devpor),
		21938	.combout(),
		21939	.regout(\shift[7][5] ),
		21940	.cout(),
		21941	.cascout());
		21942	// synopsys translate_off
		21943	defparam \shift[7][5]~I .clock_enable_mode = "true";
		21944	defparam \shift[7][5]~I .lut_mask = "ff00";
		21945	defparam \shift[7][5]~I .operation_mode = "normal";
		21946	defparam \shift[7][5]~I .output_mode = "reg_only";
		21947	defparam \shift[7][5]~I .packed_mode = "false";
		21948	// synopsys translate_on
		21949
		21950	// atom is at LC6_G28
		21951	flex10ke_lcell \fbuf[3][2]~I (
		21952	// Equation(s):
		21953	// \fbuf[3][2] = DFFEA(rddata_2, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		21954
		21955	.dataa(\fbuf[3][14]~416 ),
		21956	.datab(vcc),
		21957	.datac(vcc),
		21958	.datad(rddata_2),
		21959	.aclr(gnd),
		21960	.aload(gnd),
		21961	.clk(clk),
		21962	.cin(gnd),
		21963	.cascin(vcc),
		21964	.devclrn(devclrn),
		21965	.devpor(devpor),
		21966	.combout(),
		21967	.regout(\fbuf[3][2] ),
		21968	.cout(),
		21969	.cascout());
		21970	// synopsys translate_off
		21971	defparam \fbuf[3][2]~I .clock_enable_mode = "true";
		21972	defparam \fbuf[3][2]~I .lut_mask = "ff00";
		21973	defparam \fbuf[3][2]~I .operation_mode = "normal";
		21974	defparam \fbuf[3][2]~I .output_mode = "reg_only";
		21975	defparam \fbuf[3][2]~I .packed_mode = "false";
		21976	// synopsys translate_on
		21977
		21978	// atom is at LC5_G28
		21979	flex10ke_lcell \shift[7][2]~I (
		21980	// Equation(s):
		21981	// \shift[7][2] = DFFEA(\fbuf[3][2] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		21982
		21983	.dataa(wordsync),
		21984	.datab(vcc),
		21985	.datac(vcc),
		21986	.datad(\fbuf[3][2] ),
		21987	.aclr(gnd),
		21988	.aload(gnd),
		21989	.clk(clk),
		21990	.cin(gnd),
		21991	.cascin(vcc),
		21992	.devclrn(devclrn),
		21993	.devpor(devpor),
		21994	.combout(),
		21995	.regout(\shift[7][2] ),
		21996	.cout(),
		21997	.cascout());
		21998	// synopsys translate_off
		21999	defparam \shift[7][2]~I .clock_enable_mode = "true";
		22000	defparam \shift[7][2]~I .lut_mask = "ff00";
		22001	defparam \shift[7][2]~I .operation_mode = "normal";
		22002	defparam \shift[7][2]~I .output_mode = "reg_only";
		22003	defparam \shift[7][2]~I .packed_mode = "false";
		22004	// synopsys translate_on
		22005
		22006	// atom is at LC4_G26
		22007	flex10ke_lcell \Mux14~28_I (
		22008	// Equation(s):
		22009	// \Mux14~28 = \pixnumber_rtl_4\|wysi_counter\|q [1] & (\shift[7][2] # \pixnumber_rtl_4\|wysi_counter\|q [0]) # !\pixnumber_rtl_4\|wysi_counter\|q [1] & \shift[5][2] & (!\pixnumber_rtl_4\|wysi_counter\|q [0])
		22010
		22011	.dataa(\shift[5][2] ),
		22012	.datab(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		22013	.datac(\shift[7][2] ),
		22014	.datad(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		22015	.aclr(gnd),
		22016	.aload(gnd),
		22017	.clk(gnd),
		22018	.cin(gnd),
		22019	.cascin(vcc),
		22020	.devclrn(devclrn),
		22021	.devpor(devpor),
		22022	.combout(\Mux14~28 ),
		22023	.regout(),
		22024	.cout(),
		22025	.cascout());
		22026	// synopsys translate_off
		22027	defparam \Mux14~28_I .clock_enable_mode = "false";
		22028	defparam \Mux14~28_I .lut_mask = "cce2";
		22029	defparam \Mux14~28_I .operation_mode = "normal";
		22030	defparam \Mux14~28_I .output_mode = "comb_only";
		22031	defparam \Mux14~28_I .packed_mode = "false";
		22032	// synopsys translate_on
		22033
		22034	// atom is at LC6_G26
		22035	flex10ke_lcell \fbuf[2][5]~I (
		22036	// Equation(s):
		22037	// \fbuf[2][5] = DFFEA(rddata_5, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		22038
		22039	.dataa(\fbuf[2][14]~413 ),
		22040	.datab(vcc),
		22041	.datac(vcc),
		22042	.datad(rddata_5),
		22043	.aclr(gnd),
		22044	.aload(gnd),
		22045	.clk(clk),
		22046	.cin(gnd),
		22047	.cascin(vcc),
		22048	.devclrn(devclrn),
		22049	.devpor(devpor),
		22050	.combout(),
		22051	.regout(\fbuf[2][5] ),
		22052	.cout(),
		22053	.cascout());
		22054	// synopsys translate_off
		22055	defparam \fbuf[2][5]~I .clock_enable_mode = "true";
		22056	defparam \fbuf[2][5]~I .lut_mask = "ff00";
		22057	defparam \fbuf[2][5]~I .operation_mode = "normal";
		22058	defparam \fbuf[2][5]~I .output_mode = "reg_only";
		22059	defparam \fbuf[2][5]~I .packed_mode = "false";
		22060	// synopsys translate_on
		22061
		22062	// atom is at LC1_G26
		22063	flex10ke_lcell \shift[5][5]~I (
		22064	// Equation(s):
		22065	// \shift[5][5] = DFFEA(\fbuf[2][5] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		22066
		22067	.dataa(wordsync),
		22068	.datab(vcc),
		22069	.datac(vcc),
		22070	.datad(\fbuf[2][5] ),
		22071	.aclr(gnd),
		22072	.aload(gnd),
		22073	.clk(clk),
		22074	.cin(gnd),
		22075	.cascin(vcc),
		22076	.devclrn(devclrn),
		22077	.devpor(devpor),
		22078	.combout(),
		22079	.regout(\shift[5][5] ),
		22080	.cout(),
		22081	.cascout());
		22082	// synopsys translate_off
		22083	defparam \shift[5][5]~I .clock_enable_mode = "true";
		22084	defparam \shift[5][5]~I .lut_mask = "ff00";
		22085	defparam \shift[5][5]~I .operation_mode = "normal";
		22086	defparam \shift[5][5]~I .output_mode = "reg_only";
		22087	defparam \shift[5][5]~I .packed_mode = "false";
		22088	// synopsys translate_on
		22089
		22090	// atom is at LC2_G26
		22091	flex10ke_lcell \Mux14~29_I (
		22092	// Equation(s):
		22093	// \Mux14~29 = \Mux14~28 & (\shift[7][5] # !\pixnumber_rtl_4\|wysi_counter\|q [0]) # !\Mux14~28 & (\pixnumber_rtl_4\|wysi_counter\|q [0] & \shift[5][5] )
		22094
		22095	.dataa(\shift[7][5] ),
		22096	.datab(\Mux14~28 ),
		22097	.datac(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		22098	.datad(\shift[5][5] ),
		22099	.aclr(gnd),
		22100	.aload(gnd),
		22101	.clk(gnd),
		22102	.cin(gnd),
		22103	.cascin(vcc),
		22104	.devclrn(devclrn),
		22105	.devpor(devpor),
		22106	.combout(\Mux14~29 ),
		22107	.regout(),
		22108	.cout(),
		22109	.cascout());
		22110	// synopsys translate_off
		22111	defparam \Mux14~29_I .clock_enable_mode = "false";
		22112	defparam \Mux14~29_I .lut_mask = "bc8c";
		22113	defparam \Mux14~29_I .operation_mode = "normal";
		22114	defparam \Mux14~29_I .output_mode = "comb_only";
		22115	defparam \Mux14~29_I .packed_mode = "false";
		22116	// synopsys translate_on
		22117
		22118	// atom is at LC4_G7
		22119	flex10ke_lcell \Mux14~25_I (
		22120	// Equation(s):
		22121	// \Mux14~25 = \pixnumber_rtl_4\|wysi_counter\|q [0] & (\shift[0][5] # \pixnumber_rtl_4\|wysi_counter\|q [1]) # !\pixnumber_rtl_4\|wysi_counter\|q [0] & \shift[0][2] & (!\pixnumber_rtl_4\|wysi_counter\|q [1])
		22122
		22123	.dataa(\shift[0][2] ),
		22124	.datab(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		22125	.datac(\shift[0][5] ),
		22126	.datad(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		22127	.aclr(gnd),
		22128	.aload(gnd),
		22129	.clk(gnd),
		22130	.cin(gnd),
		22131	.cascin(vcc),
		22132	.devclrn(devclrn),
		22133	.devpor(devpor),
		22134	.combout(\Mux14~25 ),
		22135	.regout(),
		22136	.cout(),
		22137	.cascout());
		22138	// synopsys translate_off
		22139	defparam \Mux14~25_I .clock_enable_mode = "false";
		22140	defparam \Mux14~25_I .lut_mask = "cce2";
		22141	defparam \Mux14~25_I .operation_mode = "normal";
		22142	defparam \Mux14~25_I .output_mode = "comb_only";
		22143	defparam \Mux14~25_I .packed_mode = "false";
		22144	// synopsys translate_on
		22145
		22146	// atom is at LC1_G25
		22147	flex10ke_lcell \fbuf[1][10]~I (
		22148	// Equation(s):
		22149	// \fbuf[1][10] = DFFEA(rddata_10, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		22150
		22151	.dataa(\fbuf[1][14]~414 ),
		22152	.datab(vcc),
		22153	.datac(vcc),
		22154	.datad(rddata_10),
		22155	.aclr(gnd),
		22156	.aload(gnd),
		22157	.clk(clk),
		22158	.cin(gnd),
		22159	.cascin(vcc),
		22160	.devclrn(devclrn),
		22161	.devpor(devpor),
		22162	.combout(),
		22163	.regout(\fbuf[1][10] ),
		22164	.cout(),
		22165	.cascout());
		22166	// synopsys translate_off
		22167	defparam \fbuf[1][10]~I .clock_enable_mode = "true";
		22168	defparam \fbuf[1][10]~I .lut_mask = "ff00";
		22169	defparam \fbuf[1][10]~I .operation_mode = "normal";
		22170	defparam \fbuf[1][10]~I .output_mode = "reg_only";
		22171	defparam \fbuf[1][10]~I .packed_mode = "false";
		22172	// synopsys translate_on
		22173
		22174	// atom is at LC5_G25
		22175	flex10ke_lcell \shift[2][2]~I (
		22176	// Equation(s):
		22177	// \shift[2][2] = DFFEA(\fbuf[1][10] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		22178
		22179	.dataa(wordsync),
		22180	.datab(vcc),
		22181	.datac(vcc),
		22182	.datad(\fbuf[1][10] ),
		22183	.aclr(gnd),
		22184	.aload(gnd),
		22185	.clk(clk),
		22186	.cin(gnd),
		22187	.cascin(vcc),
		22188	.devclrn(devclrn),
		22189	.devpor(devpor),
		22190	.combout(),
		22191	.regout(\shift[2][2] ),
		22192	.cout(),
		22193	.cascout());
		22194	// synopsys translate_off
		22195	defparam \shift[2][2]~I .clock_enable_mode = "true";
		22196	defparam \shift[2][2]~I .lut_mask = "ff00";
		22197	defparam \shift[2][2]~I .operation_mode = "normal";
		22198	defparam \shift[2][2]~I .output_mode = "reg_only";
		22199	defparam \shift[2][2]~I .packed_mode = "false";
		22200	// synopsys translate_on
		22201
		22202	// atom is at LC6_G7
		22203	flex10ke_lcell \Mux14~26_I (
		22204	// Equation(s):
		22205	// \Mux14~26 = \Mux14~25 & (\shift[2][5] # !\pixnumber_rtl_4\|wysi_counter\|q [1]) # !\Mux14~25 & (\pixnumber_rtl_4\|wysi_counter\|q [1] & \shift[2][2] )
		22206
		22207	.dataa(\shift[2][5] ),
		22208	.datab(\Mux14~25 ),
		22209	.datac(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		22210	.datad(\shift[2][2] ),
		22211	.aclr(gnd),
		22212	.aload(gnd),
		22213	.clk(gnd),
		22214	.cin(gnd),
		22215	.cascin(vcc),
		22216	.devclrn(devclrn),
		22217	.devpor(devpor),
		22218	.combout(\Mux14~26 ),
		22219	.regout(),
		22220	.cout(),
		22221	.cascout());
		22222	// synopsys translate_off
		22223	defparam \Mux14~26_I .clock_enable_mode = "false";
		22224	defparam \Mux14~26_I .lut_mask = "bc8c";
		22225	defparam \Mux14~26_I .operation_mode = "normal";
		22226	defparam \Mux14~26_I .output_mode = "comb_only";
		22227	defparam \Mux14~26_I .packed_mode = "false";
		22228	// synopsys translate_on
		22229
		22230	// atom is at LC7_G18
		22231	flex10ke_lcell \fbuf[2][13]~I (
		22232	// Equation(s):
		22233	// \fbuf[2][13] = DFFEA(rddata_13, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		22234
		22235	.dataa(\fbuf[2][14]~413 ),
		22236	.datab(vcc),
		22237	.datac(vcc),
		22238	.datad(rddata_13),
		22239	.aclr(gnd),
		22240	.aload(gnd),
		22241	.clk(clk),
		22242	.cin(gnd),
		22243	.cascin(vcc),
		22244	.devclrn(devclrn),
		22245	.devpor(devpor),
		22246	.combout(),
		22247	.regout(\fbuf[2][13] ),
		22248	.cout(),
		22249	.cascout());
		22250	// synopsys translate_off
		22251	defparam \fbuf[2][13]~I .clock_enable_mode = "true";
		22252	defparam \fbuf[2][13]~I .lut_mask = "ff00";
		22253	defparam \fbuf[2][13]~I .operation_mode = "normal";
		22254	defparam \fbuf[2][13]~I .output_mode = "reg_only";
		22255	defparam \fbuf[2][13]~I .packed_mode = "false";
		22256	// synopsys translate_on
		22257
		22258	// atom is at LC2_G18
		22259	flex10ke_lcell \shift[4][5]~I (
		22260	// Equation(s):
		22261	// \shift[4][5] = DFFEA(\fbuf[2][13] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		22262
		22263	.dataa(wordsync),
		22264	.datab(vcc),
		22265	.datac(vcc),
		22266	.datad(\fbuf[2][13] ),
		22267	.aclr(gnd),
		22268	.aload(gnd),
		22269	.clk(clk),
		22270	.cin(gnd),
		22271	.cascin(vcc),
		22272	.devclrn(devclrn),
		22273	.devpor(devpor),
		22274	.combout(),
		22275	.regout(\shift[4][5] ),
		22276	.cout(),
		22277	.cascout());
		22278	// synopsys translate_off
		22279	defparam \shift[4][5]~I .clock_enable_mode = "true";
		22280	defparam \shift[4][5]~I .lut_mask = "ff00";
		22281	defparam \shift[4][5]~I .operation_mode = "normal";
		22282	defparam \shift[4][5]~I .output_mode = "reg_only";
		22283	defparam \shift[4][5]~I .packed_mode = "false";
		22284	// synopsys translate_on
		22285
		22286	// atom is at LC5_G18
		22287	flex10ke_lcell \Mux14~23_I (
		22288	// Equation(s):
		22289	// \Mux14~23 = \pixnumber_rtl_4\|wysi_counter\|q [0] & (\shift[4][5] # \pixnumber_rtl_4\|wysi_counter\|q [1]) # !\pixnumber_rtl_4\|wysi_counter\|q [0] & \shift[4][2] & (!\pixnumber_rtl_4\|wysi_counter\|q [1])
		22290
		22291	.dataa(\shift[4][2] ),
		22292	.datab(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		22293	.datac(\shift[4][5] ),
		22294	.datad(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		22295	.aclr(gnd),
		22296	.aload(gnd),
		22297	.clk(gnd),
		22298	.cin(gnd),
		22299	.cascin(vcc),
		22300	.devclrn(devclrn),
		22301	.devpor(devpor),
		22302	.combout(\Mux14~23 ),
		22303	.regout(),
		22304	.cout(),
		22305	.cascout());
		22306	// synopsys translate_off
		22307	defparam \Mux14~23_I .clock_enable_mode = "false";
		22308	defparam \Mux14~23_I .lut_mask = "cce2";
		22309	defparam \Mux14~23_I .operation_mode = "normal";
		22310	defparam \Mux14~23_I .output_mode = "comb_only";
		22311	defparam \Mux14~23_I .packed_mode = "false";
		22312	// synopsys translate_on
		22313
		22314	// atom is at LC6_G18
		22315	flex10ke_lcell \fbuf[3][10]~I (
		22316	// Equation(s):
		22317	// \fbuf[3][10] = DFFEA(rddata_10, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		22318
		22319	.dataa(\fbuf[3][14]~416 ),
		22320	.datab(vcc),
		22321	.datac(vcc),
		22322	.datad(rddata_10),
		22323	.aclr(gnd),
		22324	.aload(gnd),
		22325	.clk(clk),
		22326	.cin(gnd),
		22327	.cascin(vcc),
		22328	.devclrn(devclrn),
		22329	.devpor(devpor),
		22330	.combout(),
		22331	.regout(\fbuf[3][10] ),
		22332	.cout(),
		22333	.cascout());
		22334	// synopsys translate_off
		22335	defparam \fbuf[3][10]~I .clock_enable_mode = "true";
		22336	defparam \fbuf[3][10]~I .lut_mask = "ff00";
		22337	defparam \fbuf[3][10]~I .operation_mode = "normal";
		22338	defparam \fbuf[3][10]~I .output_mode = "reg_only";
		22339	defparam \fbuf[3][10]~I .packed_mode = "false";
		22340	// synopsys translate_on
		22341
		22342	// atom is at LC1_G18
		22343	flex10ke_lcell \shift[6][2]~I (
		22344	// Equation(s):
		22345	// \shift[6][2] = DFFEA(\fbuf[3][10] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		22346
		22347	.dataa(wordsync),
		22348	.datab(vcc),
		22349	.datac(vcc),
		22350	.datad(\fbuf[3][10] ),
		22351	.aclr(gnd),
		22352	.aload(gnd),
		22353	.clk(clk),
		22354	.cin(gnd),
		22355	.cascin(vcc),
		22356	.devclrn(devclrn),
		22357	.devpor(devpor),
		22358	.combout(),
		22359	.regout(\shift[6][2] ),
		22360	.cout(),
		22361	.cascout());
		22362	// synopsys translate_off
		22363	defparam \shift[6][2]~I .clock_enable_mode = "true";
		22364	defparam \shift[6][2]~I .lut_mask = "ff00";
		22365	defparam \shift[6][2]~I .operation_mode = "normal";
		22366	defparam \shift[6][2]~I .output_mode = "reg_only";
		22367	defparam \shift[6][2]~I .packed_mode = "false";
		22368	// synopsys translate_on
		22369
		22370	// atom is at LC4_G18
		22371	flex10ke_lcell \Mux14~24_I (
		22372	// Equation(s):
		22373	// \Mux14~24 = \Mux14~23 & (\shift[6][5] # !\pixnumber_rtl_4\|wysi_counter\|q [1]) # !\Mux14~23 & (\pixnumber_rtl_4\|wysi_counter\|q [1] & \shift[6][2] )
		22374
		22375	.dataa(\shift[6][5] ),
		22376	.datab(\Mux14~23 ),
		22377	.datac(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		22378	.datad(\shift[6][2] ),
		22379	.aclr(gnd),
		22380	.aload(gnd),
		22381	.clk(gnd),
		22382	.cin(gnd),
		22383	.cascin(vcc),
		22384	.devclrn(devclrn),
		22385	.devpor(devpor),
		22386	.combout(\Mux14~24 ),
		22387	.regout(),
		22388	.cout(),
		22389	.cascout());
		22390	// synopsys translate_off
		22391	defparam \Mux14~24_I .clock_enable_mode = "false";
		22392	defparam \Mux14~24_I .lut_mask = "bc8c";
		22393	defparam \Mux14~24_I .operation_mode = "normal";
		22394	defparam \Mux14~24_I .output_mode = "comb_only";
		22395	defparam \Mux14~24_I .packed_mode = "false";
		22396	// synopsys translate_on
		22397
		22398	// atom is at LC7_G7
		22399	flex10ke_lcell \Mux14~27_I (
		22400	// Equation(s):
		22401	// \Mux14~27 = \pixnumber_rtl_4\|wysi_counter\|q [2] & (\Mux14~24 # \pixnumber_rtl_4\|wysi_counter\|q [3]) # !\pixnumber_rtl_4\|wysi_counter\|q [2] & \Mux14~26 & (!\pixnumber_rtl_4\|wysi_counter\|q [3])
		22402
		22403	.dataa(\Mux14~26 ),
		22404	.datab(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		22405	.datac(\Mux14~24 ),
		22406	.datad(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		22407	.aclr(gnd),
		22408	.aload(gnd),
		22409	.clk(gnd),
		22410	.cin(gnd),
		22411	.cascin(vcc),
		22412	.devclrn(devclrn),
		22413	.devpor(devpor),
		22414	.combout(\Mux14~27 ),
		22415	.regout(),
		22416	.cout(),
		22417	.cascout());
		22418	// synopsys translate_off
		22419	defparam \Mux14~27_I .clock_enable_mode = "false";
		22420	defparam \Mux14~27_I .lut_mask = "cce2";
		22421	defparam \Mux14~27_I .operation_mode = "normal";
		22422	defparam \Mux14~27_I .output_mode = "comb_only";
		22423	defparam \Mux14~27_I .packed_mode = "false";
		22424	// synopsys translate_on
		22425
		22426	// atom is at LC8_G13
		22427	flex10ke_lcell \fbuf[1][5]~I (
		22428	// Equation(s):
		22429	// \fbuf[1][5] = DFFEA(rddata_5, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		22430
		22431	.dataa(\fbuf[1][14]~414 ),
		22432	.datab(vcc),
		22433	.datac(vcc),
		22434	.datad(rddata_5),
		22435	.aclr(gnd),
		22436	.aload(gnd),
		22437	.clk(clk),
		22438	.cin(gnd),
		22439	.cascin(vcc),
		22440	.devclrn(devclrn),
		22441	.devpor(devpor),
		22442	.combout(),
		22443	.regout(\fbuf[1][5] ),
		22444	.cout(),
		22445	.cascout());
		22446	// synopsys translate_off
		22447	defparam \fbuf[1][5]~I .clock_enable_mode = "true";
		22448	defparam \fbuf[1][5]~I .lut_mask = "ff00";
		22449	defparam \fbuf[1][5]~I .operation_mode = "normal";
		22450	defparam \fbuf[1][5]~I .output_mode = "reg_only";
		22451	defparam \fbuf[1][5]~I .packed_mode = "false";
		22452	// synopsys translate_on
		22453
		22454	// atom is at LC6_G13
		22455	flex10ke_lcell \shift[3][5]~I (
		22456	// Equation(s):
		22457	// \shift[3][5] = DFFEA(\fbuf[1][5] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		22458
		22459	.dataa(wordsync),
		22460	.datab(vcc),
		22461	.datac(vcc),
		22462	.datad(\fbuf[1][5] ),
		22463	.aclr(gnd),
		22464	.aload(gnd),
		22465	.clk(clk),
		22466	.cin(gnd),
		22467	.cascin(vcc),
		22468	.devclrn(devclrn),
		22469	.devpor(devpor),
		22470	.combout(),
		22471	.regout(\shift[3][5] ),
		22472	.cout(),
		22473	.cascout());
		22474	// synopsys translate_off
		22475	defparam \shift[3][5]~I .clock_enable_mode = "true";
		22476	defparam \shift[3][5]~I .lut_mask = "ff00";
		22477	defparam \shift[3][5]~I .operation_mode = "normal";
		22478	defparam \shift[3][5]~I .output_mode = "reg_only";
		22479	defparam \shift[3][5]~I .packed_mode = "false";
		22480	// synopsys translate_on
		22481
		22482	// atom is at LC2_G7
		22483	flex10ke_lcell \Mux14~21_I (
		22484	// Equation(s):
		22485	// \Mux14~21 = \pixnumber_rtl_4\|wysi_counter\|q [0] & (\shift[1][5] # \pixnumber_rtl_4\|wysi_counter\|q [1]) # !\pixnumber_rtl_4\|wysi_counter\|q [0] & \shift[1][2] & (!\pixnumber_rtl_4\|wysi_counter\|q [1])
		22486
		22487	.dataa(\shift[1][2] ),
		22488	.datab(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		22489	.datac(\shift[1][5] ),
		22490	.datad(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		22491	.aclr(gnd),
		22492	.aload(gnd),
		22493	.clk(gnd),
		22494	.cin(gnd),
		22495	.cascin(vcc),
		22496	.devclrn(devclrn),
		22497	.devpor(devpor),
		22498	.combout(\Mux14~21 ),
		22499	.regout(),
		22500	.cout(),
		22501	.cascout());
		22502	// synopsys translate_off
		22503	defparam \Mux14~21_I .clock_enable_mode = "false";
		22504	defparam \Mux14~21_I .lut_mask = "cce2";
		22505	defparam \Mux14~21_I .operation_mode = "normal";
		22506	defparam \Mux14~21_I .output_mode = "comb_only";
		22507	defparam \Mux14~21_I .packed_mode = "false";
		22508	// synopsys translate_on
		22509
		22510	// atom is at LC7_G13
		22511	flex10ke_lcell \fbuf[1][2]~I (
		22512	// Equation(s):
		22513	// \fbuf[1][2] = DFFEA(rddata_2, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		22514
		22515	.dataa(\fbuf[1][14]~414 ),
		22516	.datab(vcc),
		22517	.datac(vcc),
		22518	.datad(rddata_2),
		22519	.aclr(gnd),
		22520	.aload(gnd),
		22521	.clk(clk),
		22522	.cin(gnd),
		22523	.cascin(vcc),
		22524	.devclrn(devclrn),
		22525	.devpor(devpor),
		22526	.combout(),
		22527	.regout(\fbuf[1][2] ),
		22528	.cout(),
		22529	.cascout());
		22530	// synopsys translate_off
		22531	defparam \fbuf[1][2]~I .clock_enable_mode = "true";
		22532	defparam \fbuf[1][2]~I .lut_mask = "ff00";
		22533	defparam \fbuf[1][2]~I .operation_mode = "normal";
		22534	defparam \fbuf[1][2]~I .output_mode = "reg_only";
		22535	defparam \fbuf[1][2]~I .packed_mode = "false";
		22536	// synopsys translate_on
		22537
		22538	// atom is at LC4_G13
		22539	flex10ke_lcell \shift[3][2]~I (
		22540	// Equation(s):
		22541	// \shift[3][2] = DFFEA(\fbuf[1][2] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		22542
		22543	.dataa(wordsync),
		22544	.datab(vcc),
		22545	.datac(vcc),
		22546	.datad(\fbuf[1][2] ),
		22547	.aclr(gnd),
		22548	.aload(gnd),
		22549	.clk(clk),
		22550	.cin(gnd),
		22551	.cascin(vcc),
		22552	.devclrn(devclrn),
		22553	.devpor(devpor),
		22554	.combout(),
		22555	.regout(\shift[3][2] ),
		22556	.cout(),
		22557	.cascout());
		22558	// synopsys translate_off
		22559	defparam \shift[3][2]~I .clock_enable_mode = "true";
		22560	defparam \shift[3][2]~I .lut_mask = "ff00";
		22561	defparam \shift[3][2]~I .operation_mode = "normal";
		22562	defparam \shift[3][2]~I .output_mode = "reg_only";
		22563	defparam \shift[3][2]~I .packed_mode = "false";
		22564	// synopsys translate_on
		22565
		22566	// atom is at LC3_G7
		22567	flex10ke_lcell \Mux14~22_I (
		22568	// Equation(s):
		22569	// \Mux14~22 = \Mux14~21 & (\shift[3][5] # !\pixnumber_rtl_4\|wysi_counter\|q [1]) # !\Mux14~21 & (\pixnumber_rtl_4\|wysi_counter\|q [1] & \shift[3][2] )
		22570
		22571	.dataa(\shift[3][5] ),
		22572	.datab(\Mux14~21 ),
		22573	.datac(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		22574	.datad(\shift[3][2] ),
		22575	.aclr(gnd),
		22576	.aload(gnd),
		22577	.clk(gnd),
		22578	.cin(gnd),
		22579	.cascin(vcc),
		22580	.devclrn(devclrn),
		22581	.devpor(devpor),
		22582	.combout(\Mux14~22 ),
		22583	.regout(),
		22584	.cout(),
		22585	.cascout());
		22586	// synopsys translate_off
		22587	defparam \Mux14~22_I .clock_enable_mode = "false";
		22588	defparam \Mux14~22_I .lut_mask = "bc8c";
		22589	defparam \Mux14~22_I .operation_mode = "normal";
		22590	defparam \Mux14~22_I .output_mode = "comb_only";
		22591	defparam \Mux14~22_I .packed_mode = "false";
		22592	// synopsys translate_on
		22593
		22594	// atom is at LC7_G5
		22595	flex10ke_lcell \fbuf[1][13]~I (
		22596	// Equation(s):
		22597	// \fbuf[1][13] = DFFEA(rddata_13, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		22598
		22599	.dataa(\fbuf[1][14]~414 ),
		22600	.datab(vcc),
		22601	.datac(vcc),
		22602	.datad(rddata_13),
		22603	.aclr(gnd),
		22604	.aload(gnd),
		22605	.clk(clk),
		22606	.cin(gnd),
		22607	.cascin(vcc),
		22608	.devclrn(devclrn),
		22609	.devpor(devpor),
		22610	.combout(),
		22611	.regout(\fbuf[1][13] ),
		22612	.cout(),
		22613	.cascout());
		22614	// synopsys translate_off
		22615	defparam \fbuf[1][13]~I .clock_enable_mode = "true";
		22616	defparam \fbuf[1][13]~I .lut_mask = "ff00";
		22617	defparam \fbuf[1][13]~I .operation_mode = "normal";
		22618	defparam \fbuf[1][13]~I .output_mode = "reg_only";
		22619	defparam \fbuf[1][13]~I .packed_mode = "false";
		22620	// synopsys translate_on
		22621
		22622	// atom is at LC2_G5
		22623	flex10ke_lcell \shift[2][5]~I (
		22624	// Equation(s):
		22625	// \shift[2][5] = DFFEA(\fbuf[1][13] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		22626
		22627	.dataa(wordsync),
		22628	.datab(vcc),
		22629	.datac(vcc),
		22630	.datad(\fbuf[1][13] ),
		22631	.aclr(gnd),
		22632	.aload(gnd),
		22633	.clk(clk),
		22634	.cin(gnd),
		22635	.cascin(vcc),
		22636	.devclrn(devclrn),
		22637	.devpor(devpor),
		22638	.combout(),
		22639	.regout(\shift[2][5] ),
		22640	.cout(),
		22641	.cascout());
		22642	// synopsys translate_off
		22643	defparam \shift[2][5]~I .clock_enable_mode = "true";
		22644	defparam \shift[2][5]~I .lut_mask = "ff00";
		22645	defparam \shift[2][5]~I .operation_mode = "normal";
		22646	defparam \shift[2][5]~I .output_mode = "reg_only";
		22647	defparam \shift[2][5]~I .packed_mode = "false";
		22648	// synopsys translate_on
		22649
		22650	// atom is at LC5_F4
		22651	flex10ke_lcell \zxcolor~201_I (
		22652	// Equation(s):
		22653	// \zxcolor~201 = \pixnumber_rtl_4\|wysi_counter\|q [3] & (\shift[3][5] # \zxcolor~1 ) # !\pixnumber_rtl_4\|wysi_counter\|q [3] & \shift[2][5] & (!\zxcolor~1 )
		22654
		22655	.dataa(\shift[2][5] ),
		22656	.datab(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		22657	.datac(\shift[3][5] ),
		22658	.datad(\zxcolor~1 ),
		22659	.aclr(gnd),
		22660	.aload(gnd),
		22661	.clk(gnd),
		22662	.cin(gnd),
		22663	.cascin(vcc),
		22664	.devclrn(devclrn),
		22665	.devpor(devpor),
		22666	.combout(\zxcolor~201 ),
		22667	.regout(),
		22668	.cout(),
		22669	.cascout());
		22670	// synopsys translate_off
		22671	defparam \zxcolor~201_I .clock_enable_mode = "false";
		22672	defparam \zxcolor~201_I .lut_mask = "cce2";
		22673	defparam \zxcolor~201_I .operation_mode = "normal";
		22674	defparam \zxcolor~201_I .output_mode = "comb_only";
		22675	defparam \zxcolor~201_I .packed_mode = "false";
		22676	// synopsys translate_on
		22677
		22678	// atom is at LC8_F17
		22679	flex10ke_lcell \fbuf[3][3]~I (
		22680	// Equation(s):
		22681	// \fbuf[3][3] = DFFEA(rddata_3, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		22682
		22683	.dataa(\fbuf[3][14]~416 ),
		22684	.datab(vcc),
		22685	.datac(vcc),
		22686	.datad(rddata_3),
		22687	.aclr(gnd),
		22688	.aload(gnd),
		22689	.clk(clk),
		22690	.cin(gnd),
		22691	.cascin(vcc),
		22692	.devclrn(devclrn),
		22693	.devpor(devpor),
		22694	.combout(),
		22695	.regout(\fbuf[3][3] ),
		22696	.cout(),
		22697	.cascout());
		22698	// synopsys translate_off
		22699	defparam \fbuf[3][3]~I .clock_enable_mode = "true";
		22700	defparam \fbuf[3][3]~I .lut_mask = "ff00";
		22701	defparam \fbuf[3][3]~I .operation_mode = "normal";
		22702	defparam \fbuf[3][3]~I .output_mode = "reg_only";
		22703	defparam \fbuf[3][3]~I .packed_mode = "false";
		22704	// synopsys translate_on
		22705
		22706	// atom is at LC5_F17
		22707	flex10ke_lcell \shift[7][3]~I (
		22708	// Equation(s):
		22709	// \shift[7][3] = DFFEA(\fbuf[3][3] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		22710
		22711	.dataa(wordsync),
		22712	.datab(vcc),
		22713	.datac(vcc),
		22714	.datad(\fbuf[3][3] ),
		22715	.aclr(gnd),
		22716	.aload(gnd),
		22717	.clk(clk),
		22718	.cin(gnd),
		22719	.cascin(vcc),
		22720	.devclrn(devclrn),
		22721	.devpor(devpor),
		22722	.combout(),
		22723	.regout(\shift[7][3] ),
		22724	.cout(),
		22725	.cascout());
		22726	// synopsys translate_off
		22727	defparam \shift[7][3]~I .clock_enable_mode = "true";
		22728	defparam \shift[7][3]~I .lut_mask = "ff00";
		22729	defparam \shift[7][3]~I .operation_mode = "normal";
		22730	defparam \shift[7][3]~I .output_mode = "reg_only";
		22731	defparam \shift[7][3]~I .packed_mode = "false";
		22732	// synopsys translate_on
		22733
		22734	// atom is at LC7_F17
		22735	flex10ke_lcell \fbuf[1][3]~I (
		22736	// Equation(s):
		22737	// \fbuf[1][3] = DFFEA(rddata_3, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		22738
		22739	.dataa(\fbuf[1][14]~414 ),
		22740	.datab(vcc),
		22741	.datac(vcc),
		22742	.datad(rddata_3),
		22743	.aclr(gnd),
		22744	.aload(gnd),
		22745	.clk(clk),
		22746	.cin(gnd),
		22747	.cascin(vcc),
		22748	.devclrn(devclrn),
		22749	.devpor(devpor),
		22750	.combout(),
		22751	.regout(\fbuf[1][3] ),
		22752	.cout(),
		22753	.cascout());
		22754	// synopsys translate_off
		22755	defparam \fbuf[1][3]~I .clock_enable_mode = "true";
		22756	defparam \fbuf[1][3]~I .lut_mask = "ff00";
		22757	defparam \fbuf[1][3]~I .operation_mode = "normal";
		22758	defparam \fbuf[1][3]~I .output_mode = "reg_only";
		22759	defparam \fbuf[1][3]~I .packed_mode = "false";
		22760	// synopsys translate_on
		22761
		22762	// atom is at LC3_F17
		22763	flex10ke_lcell \shift[3][3]~I (
		22764	// Equation(s):
		22765	// \shift[3][3] = DFFEA(\fbuf[1][3] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		22766
		22767	.dataa(wordsync),
		22768	.datab(vcc),
		22769	.datac(vcc),
		22770	.datad(\fbuf[1][3] ),
		22771	.aclr(gnd),
		22772	.aload(gnd),
		22773	.clk(clk),
		22774	.cin(gnd),
		22775	.cascin(vcc),
		22776	.devclrn(devclrn),
		22777	.devpor(devpor),
		22778	.combout(),
		22779	.regout(\shift[3][3] ),
		22780	.cout(),
		22781	.cascout());
		22782	// synopsys translate_off
		22783	defparam \shift[3][3]~I .clock_enable_mode = "true";
		22784	defparam \shift[3][3]~I .lut_mask = "ff00";
		22785	defparam \shift[3][3]~I .operation_mode = "normal";
		22786	defparam \shift[3][3]~I .output_mode = "reg_only";
		22787	defparam \shift[3][3]~I .packed_mode = "false";
		22788	// synopsys translate_on
		22789
		22790	// atom is at LC4_F17
		22791	flex10ke_lcell \Mux16~28_I (
		22792	// Equation(s):
		22793	// \Mux16~28 = \pixnumber_rtl_4\|wysi_counter\|q [0] & (\shift[3][3] # \pixnumber_rtl_4\|wysi_counter\|q [2]) # !\pixnumber_rtl_4\|wysi_counter\|q [0] & \shift[3][0] & (!\pixnumber_rtl_4\|wysi_counter\|q [2])
		22794
		22795	.dataa(\shift[3][0] ),
		22796	.datab(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		22797	.datac(\shift[3][3] ),
		22798	.datad(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		22799	.aclr(gnd),
		22800	.aload(gnd),
		22801	.clk(gnd),
		22802	.cin(gnd),
		22803	.cascin(vcc),
		22804	.devclrn(devclrn),
		22805	.devpor(devpor),
		22806	.combout(\Mux16~28 ),
		22807	.regout(),
		22808	.cout(),
		22809	.cascout());
		22810	// synopsys translate_off
		22811	defparam \Mux16~28_I .clock_enable_mode = "false";
		22812	defparam \Mux16~28_I .lut_mask = "cce2";
		22813	defparam \Mux16~28_I .operation_mode = "normal";
		22814	defparam \Mux16~28_I .output_mode = "comb_only";
		22815	defparam \Mux16~28_I .packed_mode = "false";
		22816	// synopsys translate_on
		22817
		22818	// atom is at LC6_F17
		22819	flex10ke_lcell \fbuf[3][0]~I (
		22820	// Equation(s):
		22821	// \fbuf[3][0] = DFFEA(rddata_0, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		22822
		22823	.dataa(\fbuf[3][14]~416 ),
		22824	.datab(vcc),
		22825	.datac(vcc),
		22826	.datad(rddata_0),
		22827	.aclr(gnd),
		22828	.aload(gnd),
		22829	.clk(clk),
		22830	.cin(gnd),
		22831	.cascin(vcc),
		22832	.devclrn(devclrn),
		22833	.devpor(devpor),
		22834	.combout(),
		22835	.regout(\fbuf[3][0] ),
		22836	.cout(),
		22837	.cascout());
		22838	// synopsys translate_off
		22839	defparam \fbuf[3][0]~I .clock_enable_mode = "true";
		22840	defparam \fbuf[3][0]~I .lut_mask = "ff00";
		22841	defparam \fbuf[3][0]~I .operation_mode = "normal";
		22842	defparam \fbuf[3][0]~I .output_mode = "reg_only";
		22843	defparam \fbuf[3][0]~I .packed_mode = "false";
		22844	// synopsys translate_on
		22845
		22846	// atom is at LC2_F17
		22847	flex10ke_lcell \shift[7][0]~I (
		22848	// Equation(s):
		22849	// \shift[7][0] = DFFEA(\fbuf[3][0] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		22850
		22851	.dataa(wordsync),
		22852	.datab(vcc),
		22853	.datac(vcc),
		22854	.datad(\fbuf[3][0] ),
		22855	.aclr(gnd),
		22856	.aload(gnd),
		22857	.clk(clk),
		22858	.cin(gnd),
		22859	.cascin(vcc),
		22860	.devclrn(devclrn),
		22861	.devpor(devpor),
		22862	.combout(),
		22863	.regout(\shift[7][0] ),
		22864	.cout(),
		22865	.cascout());
		22866	// synopsys translate_off
		22867	defparam \shift[7][0]~I .clock_enable_mode = "true";
		22868	defparam \shift[7][0]~I .lut_mask = "ff00";
		22869	defparam \shift[7][0]~I .operation_mode = "normal";
		22870	defparam \shift[7][0]~I .output_mode = "reg_only";
		22871	defparam \shift[7][0]~I .packed_mode = "false";
		22872	// synopsys translate_on
		22873
		22874	// atom is at LC1_F17
		22875	flex10ke_lcell \Mux16~29_I (
		22876	// Equation(s):
		22877	// \Mux16~29 = \Mux16~28 & (\shift[7][3] # !\pixnumber_rtl_4\|wysi_counter\|q [2]) # !\Mux16~28 & (\pixnumber_rtl_4\|wysi_counter\|q [2] & \shift[7][0] )
		22878
		22879	.dataa(\shift[7][3] ),
		22880	.datab(\Mux16~28 ),
		22881	.datac(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		22882	.datad(\shift[7][0] ),
		22883	.aclr(gnd),
		22884	.aload(gnd),
		22885	.clk(gnd),
		22886	.cin(gnd),
		22887	.cascin(vcc),
		22888	.devclrn(devclrn),
		22889	.devpor(devpor),
		22890	.combout(\Mux16~29 ),
		22891	.regout(),
		22892	.cout(),
		22893	.cascout());
		22894	// synopsys translate_off
		22895	defparam \Mux16~29_I .clock_enable_mode = "false";
		22896	defparam \Mux16~29_I .lut_mask = "bc8c";
		22897	defparam \Mux16~29_I .operation_mode = "normal";
		22898	defparam \Mux16~29_I .output_mode = "comb_only";
		22899	defparam \Mux16~29_I .packed_mode = "false";
		22900	// synopsys translate_on
		22901
		22902	// atom is at LC7_G6
		22903	flex10ke_lcell \fbuf[2][8]~I (
		22904	// Equation(s):
		22905	// \fbuf[2][8] = DFFEA(rddata_8, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		22906
		22907	.dataa(\fbuf[2][14]~413 ),
		22908	.datab(vcc),
		22909	.datac(vcc),
		22910	.datad(rddata_8),
		22911	.aclr(gnd),
		22912	.aload(gnd),
		22913	.clk(clk),
		22914	.cin(gnd),
		22915	.cascin(vcc),
		22916	.devclrn(devclrn),
		22917	.devpor(devpor),
		22918	.combout(),
		22919	.regout(\fbuf[2][8] ),
		22920	.cout(),
		22921	.cascout());
		22922	// synopsys translate_off
		22923	defparam \fbuf[2][8]~I .clock_enable_mode = "true";
		22924	defparam \fbuf[2][8]~I .lut_mask = "ff00";
		22925	defparam \fbuf[2][8]~I .operation_mode = "normal";
		22926	defparam \fbuf[2][8]~I .output_mode = "reg_only";
		22927	defparam \fbuf[2][8]~I .packed_mode = "false";
		22928	// synopsys translate_on
		22929
		22930	// atom is at LC5_G6
		22931	flex10ke_lcell \shift[4][0]~I (
		22932	// Equation(s):
		22933	// \shift[4][0] = DFFEA(\fbuf[2][8] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		22934
		22935	.dataa(wordsync),
		22936	.datab(vcc),
		22937	.datac(vcc),
		22938	.datad(\fbuf[2][8] ),
		22939	.aclr(gnd),
		22940	.aload(gnd),
		22941	.clk(clk),
		22942	.cin(gnd),
		22943	.cascin(vcc),
		22944	.devclrn(devclrn),
		22945	.devpor(devpor),
		22946	.combout(),
		22947	.regout(\shift[4][0] ),
		22948	.cout(),
		22949	.cascout());
		22950	// synopsys translate_off
		22951	defparam \shift[4][0]~I .clock_enable_mode = "true";
		22952	defparam \shift[4][0]~I .lut_mask = "ff00";
		22953	defparam \shift[4][0]~I .operation_mode = "normal";
		22954	defparam \shift[4][0]~I .output_mode = "reg_only";
		22955	defparam \shift[4][0]~I .packed_mode = "false";
		22956	// synopsys translate_on
		22957
		22958	// atom is at LC8_G6
		22959	flex10ke_lcell \Mux16~25_I (
		22960	// Equation(s):
		22961	// \Mux16~25 = \pixnumber_rtl_4\|wysi_counter\|q [2] & (\shift[4][0] # \pixnumber_rtl_4\|wysi_counter\|q [0]) # !\pixnumber_rtl_4\|wysi_counter\|q [2] & \shift[0][0] & (!\pixnumber_rtl_4\|wysi_counter\|q [0])
		22962
		22963	.dataa(\shift[0][0] ),
		22964	.datab(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		22965	.datac(\shift[4][0] ),
		22966	.datad(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		22967	.aclr(gnd),
		22968	.aload(gnd),
		22969	.clk(gnd),
		22970	.cin(gnd),
		22971	.cascin(vcc),
		22972	.devclrn(devclrn),
		22973	.devpor(devpor),
		22974	.combout(\Mux16~25 ),
		22975	.regout(),
		22976	.cout(),
		22977	.cascout());
		22978	// synopsys translate_off
		22979	defparam \Mux16~25_I .clock_enable_mode = "false";
		22980	defparam \Mux16~25_I .lut_mask = "cce2";
		22981	defparam \Mux16~25_I .operation_mode = "normal";
		22982	defparam \Mux16~25_I .output_mode = "comb_only";
		22983	defparam \Mux16~25_I .packed_mode = "false";
		22984	// synopsys translate_on
		22985
		22986	// atom is at LC5_G11
		22987	flex10ke_lcell \fbuf[0][11]~I (
		22988	// Equation(s):
		22989	// \fbuf[0][11] = DFFEA(rddata_11, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		22990
		22991	.dataa(\fbuf[0][14]~415 ),
		22992	.datab(vcc),
		22993	.datac(vcc),
		22994	.datad(rddata_11),
		22995	.aclr(gnd),
		22996	.aload(gnd),
		22997	.clk(clk),
		22998	.cin(gnd),
		22999	.cascin(vcc),
		23000	.devclrn(devclrn),
		23001	.devpor(devpor),
		23002	.combout(),
		23003	.regout(\fbuf[0][11] ),
		23004	.cout(),
		23005	.cascout());
		23006	// synopsys translate_off
		23007	defparam \fbuf[0][11]~I .clock_enable_mode = "true";
		23008	defparam \fbuf[0][11]~I .lut_mask = "ff00";
		23009	defparam \fbuf[0][11]~I .operation_mode = "normal";
		23010	defparam \fbuf[0][11]~I .output_mode = "reg_only";
		23011	defparam \fbuf[0][11]~I .packed_mode = "false";
		23012	// synopsys translate_on
		23013
		23014	// atom is at LC2_G11
		23015	flex10ke_lcell \shift[0][3]~I (
		23016	// Equation(s):
		23017	// \shift[0][3] = DFFEA(\fbuf[0][11] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		23018
		23019	.dataa(wordsync),
		23020	.datab(vcc),
		23021	.datac(vcc),
		23022	.datad(\fbuf[0][11] ),
		23023	.aclr(gnd),
		23024	.aload(gnd),
		23025	.clk(clk),
		23026	.cin(gnd),
		23027	.cascin(vcc),
		23028	.devclrn(devclrn),
		23029	.devpor(devpor),
		23030	.combout(),
		23031	.regout(\shift[0][3] ),
		23032	.cout(),
		23033	.cascout());
		23034	// synopsys translate_off
		23035	defparam \shift[0][3]~I .clock_enable_mode = "true";
		23036	defparam \shift[0][3]~I .lut_mask = "ff00";
		23037	defparam \shift[0][3]~I .operation_mode = "normal";
		23038	defparam \shift[0][3]~I .output_mode = "reg_only";
		23039	defparam \shift[0][3]~I .packed_mode = "false";
		23040	// synopsys translate_on
		23041
		23042	// atom is at LC3_G11
		23043	flex10ke_lcell \Mux16~26_I (
		23044	// Equation(s):
		23045	// \Mux16~26 = \Mux16~25 & (\shift[4][3] # !\pixnumber_rtl_4\|wysi_counter\|q [0]) # !\Mux16~25 & (\pixnumber_rtl_4\|wysi_counter\|q [0] & \shift[0][3] )
		23046
		23047	.dataa(\shift[4][3] ),
		23048	.datab(\Mux16~25 ),
		23049	.datac(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		23050	.datad(\shift[0][3] ),
		23051	.aclr(gnd),
		23052	.aload(gnd),
		23053	.clk(gnd),
		23054	.cin(gnd),
		23055	.cascin(vcc),
		23056	.devclrn(devclrn),
		23057	.devpor(devpor),
		23058	.combout(\Mux16~26 ),
		23059	.regout(),
		23060	.cout(),
		23061	.cascout());
		23062	// synopsys translate_off
		23063	defparam \Mux16~26_I .clock_enable_mode = "false";
		23064	defparam \Mux16~26_I .lut_mask = "bc8c";
		23065	defparam \Mux16~26_I .operation_mode = "normal";
		23066	defparam \Mux16~26_I .output_mode = "comb_only";
		23067	defparam \Mux16~26_I .packed_mode = "false";
		23068	// synopsys translate_on
		23069
		23070	// atom is at LC7_F11
		23071	flex10ke_lcell \fbuf[3][8]~I (
		23072	// Equation(s):
		23073	// \fbuf[3][8] = DFFEA(rddata_8, GLOBAL(\fclk~dataout ), , , \fbuf[3][14]~416 , , )
		23074
		23075	.dataa(\fbuf[3][14]~416 ),
		23076	.datab(vcc),
		23077	.datac(vcc),
		23078	.datad(rddata_8),
		23079	.aclr(gnd),
		23080	.aload(gnd),
		23081	.clk(clk),
		23082	.cin(gnd),
		23083	.cascin(vcc),
		23084	.devclrn(devclrn),
		23085	.devpor(devpor),
		23086	.combout(),
		23087	.regout(\fbuf[3][8] ),
		23088	.cout(),
		23089	.cascout());
		23090	// synopsys translate_off
		23091	defparam \fbuf[3][8]~I .clock_enable_mode = "true";
		23092	defparam \fbuf[3][8]~I .lut_mask = "ff00";
		23093	defparam \fbuf[3][8]~I .operation_mode = "normal";
		23094	defparam \fbuf[3][8]~I .output_mode = "reg_only";
		23095	defparam \fbuf[3][8]~I .packed_mode = "false";
		23096	// synopsys translate_on
		23097
		23098	// atom is at LC3_F11
		23099	flex10ke_lcell \shift[6][0]~I (
		23100	// Equation(s):
		23101	// \shift[6][0] = DFFEA(\fbuf[3][8] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		23102
		23103	.dataa(wordsync),
		23104	.datab(vcc),
		23105	.datac(vcc),
		23106	.datad(\fbuf[3][8] ),
		23107	.aclr(gnd),
		23108	.aload(gnd),
		23109	.clk(clk),
		23110	.cin(gnd),
		23111	.cascin(vcc),
		23112	.devclrn(devclrn),
		23113	.devpor(devpor),
		23114	.combout(),
		23115	.regout(\shift[6][0] ),
		23116	.cout(),
		23117	.cascout());
		23118	// synopsys translate_off
		23119	defparam \shift[6][0]~I .clock_enable_mode = "true";
		23120	defparam \shift[6][0]~I .lut_mask = "ff00";
		23121	defparam \shift[6][0]~I .operation_mode = "normal";
		23122	defparam \shift[6][0]~I .output_mode = "reg_only";
		23123	defparam \shift[6][0]~I .packed_mode = "false";
		23124	// synopsys translate_on
		23125
		23126	// atom is at LC4_F11
		23127	flex10ke_lcell \Mux16~23_I (
		23128	// Equation(s):
		23129	// \Mux16~23 = \pixnumber_rtl_4\|wysi_counter\|q [2] & (\shift[6][0] # \pixnumber_rtl_4\|wysi_counter\|q [0]) # !\pixnumber_rtl_4\|wysi_counter\|q [2] & \shift[2][0] & (!\pixnumber_rtl_4\|wysi_counter\|q [0])
		23130
		23131	.dataa(\shift[2][0] ),
		23132	.datab(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		23133	.datac(\shift[6][0] ),
		23134	.datad(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		23135	.aclr(gnd),
		23136	.aload(gnd),
		23137	.clk(gnd),
		23138	.cin(gnd),
		23139	.cascin(vcc),
		23140	.devclrn(devclrn),
		23141	.devpor(devpor),
		23142	.combout(\Mux16~23 ),
		23143	.regout(),
		23144	.cout(),
		23145	.cascout());
		23146	// synopsys translate_off
		23147	defparam \Mux16~23_I .clock_enable_mode = "false";
		23148	defparam \Mux16~23_I .lut_mask = "cce2";
		23149	defparam \Mux16~23_I .operation_mode = "normal";
		23150	defparam \Mux16~23_I .output_mode = "comb_only";
		23151	defparam \Mux16~23_I .packed_mode = "false";
		23152	// synopsys translate_on
		23153
		23154	// atom is at LC6_F11
		23155	flex10ke_lcell \fbuf[1][11]~I (
		23156	// Equation(s):
		23157	// \fbuf[1][11] = DFFEA(rddata_11, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		23158
		23159	.dataa(\fbuf[1][14]~414 ),
		23160	.datab(vcc),
		23161	.datac(vcc),
		23162	.datad(rddata_11),
		23163	.aclr(gnd),
		23164	.aload(gnd),
		23165	.clk(clk),
		23166	.cin(gnd),
		23167	.cascin(vcc),
		23168	.devclrn(devclrn),
		23169	.devpor(devpor),
		23170	.combout(),
		23171	.regout(\fbuf[1][11] ),
		23172	.cout(),
		23173	.cascout());
		23174	// synopsys translate_off
		23175	defparam \fbuf[1][11]~I .clock_enable_mode = "true";
		23176	defparam \fbuf[1][11]~I .lut_mask = "ff00";
		23177	defparam \fbuf[1][11]~I .operation_mode = "normal";
		23178	defparam \fbuf[1][11]~I .output_mode = "reg_only";
		23179	defparam \fbuf[1][11]~I .packed_mode = "false";
		23180	// synopsys translate_on
		23181
		23182	// atom is at LC2_F11
		23183	flex10ke_lcell \shift[2][3]~I (
		23184	// Equation(s):
		23185	// \shift[2][3] = DFFEA(\fbuf[1][11] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		23186
		23187	.dataa(wordsync),
		23188	.datab(vcc),
		23189	.datac(vcc),
		23190	.datad(\fbuf[1][11] ),
		23191	.aclr(gnd),
		23192	.aload(gnd),
		23193	.clk(clk),
		23194	.cin(gnd),
		23195	.cascin(vcc),
		23196	.devclrn(devclrn),
		23197	.devpor(devpor),
		23198	.combout(),
		23199	.regout(\shift[2][3] ),
		23200	.cout(),
		23201	.cascout());
		23202	// synopsys translate_off
		23203	defparam \shift[2][3]~I .clock_enable_mode = "true";
		23204	defparam \shift[2][3]~I .lut_mask = "ff00";
		23205	defparam \shift[2][3]~I .operation_mode = "normal";
		23206	defparam \shift[2][3]~I .output_mode = "reg_only";
		23207	defparam \shift[2][3]~I .packed_mode = "false";
		23208	// synopsys translate_on
		23209
		23210	// atom is at LC1_F11
		23211	flex10ke_lcell \Mux16~24_I (
		23212	// Equation(s):
		23213	// \Mux16~24 = \Mux16~23 & (\shift[6][3] # !\pixnumber_rtl_4\|wysi_counter\|q [0]) # !\Mux16~23 & (\pixnumber_rtl_4\|wysi_counter\|q [0] & \shift[2][3] )
		23214
		23215	.dataa(\shift[6][3] ),
		23216	.datab(\Mux16~23 ),
		23217	.datac(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		23218	.datad(\shift[2][3] ),
		23219	.aclr(gnd),
		23220	.aload(gnd),
		23221	.clk(gnd),
		23222	.cin(gnd),
		23223	.cascin(vcc),
		23224	.devclrn(devclrn),
		23225	.devpor(devpor),
		23226	.combout(\Mux16~24 ),
		23227	.regout(),
		23228	.cout(),
		23229	.cascout());
		23230	// synopsys translate_off
		23231	defparam \Mux16~24_I .clock_enable_mode = "false";
		23232	defparam \Mux16~24_I .lut_mask = "bc8c";
		23233	defparam \Mux16~24_I .operation_mode = "normal";
		23234	defparam \Mux16~24_I .output_mode = "comb_only";
		23235	defparam \Mux16~24_I .packed_mode = "false";
		23236	// synopsys translate_on
		23237
		23238	// atom is at LC4_G11
		23239	flex10ke_lcell \Mux16~27_I (
		23240	// Equation(s):
		23241	// \Mux16~27 = \pixnumber_rtl_4\|wysi_counter\|q [1] & (\Mux16~24 # \pixnumber_rtl_4\|wysi_counter\|q [3]) # !\pixnumber_rtl_4\|wysi_counter\|q [1] & \Mux16~26 & (!\pixnumber_rtl_4\|wysi_counter\|q [3])
		23242
		23243	.dataa(\Mux16~26 ),
		23244	.datab(\pixnumber_rtl_4\|wysi_counter\|q [1]),
		23245	.datac(\Mux16~24 ),
		23246	.datad(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		23247	.aclr(gnd),
		23248	.aload(gnd),
		23249	.clk(gnd),
		23250	.cin(gnd),
		23251	.cascin(vcc),
		23252	.devclrn(devclrn),
		23253	.devpor(devpor),
		23254	.combout(\Mux16~27 ),
		23255	.regout(),
		23256	.cout(),
		23257	.cascout());
		23258	// synopsys translate_off
		23259	defparam \Mux16~27_I .clock_enable_mode = "false";
		23260	defparam \Mux16~27_I .lut_mask = "cce2";
		23261	defparam \Mux16~27_I .operation_mode = "normal";
		23262	defparam \Mux16~27_I .output_mode = "comb_only";
		23263	defparam \Mux16~27_I .packed_mode = "false";
		23264	// synopsys translate_on
		23265
		23266	// atom is at LC6_G4
		23267	flex10ke_lcell \fbuf[2][3]~I (
		23268	// Equation(s):
		23269	// \fbuf[2][3] = DFFEA(rddata_3, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		23270
		23271	.dataa(\fbuf[2][14]~413 ),
		23272	.datab(vcc),
		23273	.datac(vcc),
		23274	.datad(rddata_3),
		23275	.aclr(gnd),
		23276	.aload(gnd),
		23277	.clk(clk),
		23278	.cin(gnd),
		23279	.cascin(vcc),
		23280	.devclrn(devclrn),
		23281	.devpor(devpor),
		23282	.combout(),
		23283	.regout(\fbuf[2][3] ),
		23284	.cout(),
		23285	.cascout());
		23286	// synopsys translate_off
		23287	defparam \fbuf[2][3]~I .clock_enable_mode = "true";
		23288	defparam \fbuf[2][3]~I .lut_mask = "ff00";
		23289	defparam \fbuf[2][3]~I .operation_mode = "normal";
		23290	defparam \fbuf[2][3]~I .output_mode = "reg_only";
		23291	defparam \fbuf[2][3]~I .packed_mode = "false";
		23292	// synopsys translate_on
		23293
		23294	// atom is at LC3_G4
		23295	flex10ke_lcell \shift[5][3]~I (
		23296	// Equation(s):
		23297	// \shift[5][3] = DFFEA(\fbuf[2][3] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		23298
		23299	.dataa(wordsync),
		23300	.datab(vcc),
		23301	.datac(vcc),
		23302	.datad(\fbuf[2][3] ),
		23303	.aclr(gnd),
		23304	.aload(gnd),
		23305	.clk(clk),
		23306	.cin(gnd),
		23307	.cascin(vcc),
		23308	.devclrn(devclrn),
		23309	.devpor(devpor),
		23310	.combout(),
		23311	.regout(\shift[5][3] ),
		23312	.cout(),
		23313	.cascout());
		23314	// synopsys translate_off
		23315	defparam \shift[5][3]~I .clock_enable_mode = "true";
		23316	defparam \shift[5][3]~I .lut_mask = "ff00";
		23317	defparam \shift[5][3]~I .operation_mode = "normal";
		23318	defparam \shift[5][3]~I .output_mode = "reg_only";
		23319	defparam \shift[5][3]~I .packed_mode = "false";
		23320	// synopsys translate_on
		23321
		23322	// atom is at LC4_G17
		23323	flex10ke_lcell \fbuf[2][0]~I (
		23324	// Equation(s):
		23325	// \fbuf[2][0] = DFFEA(rddata_0, GLOBAL(\fclk~dataout ), , , \fbuf[2][14]~413 , , )
		23326
		23327	.dataa(\fbuf[2][14]~413 ),
		23328	.datab(vcc),
		23329	.datac(vcc),
		23330	.datad(rddata_0),
		23331	.aclr(gnd),
		23332	.aload(gnd),
		23333	.clk(clk),
		23334	.cin(gnd),
		23335	.cascin(vcc),
		23336	.devclrn(devclrn),
		23337	.devpor(devpor),
		23338	.combout(),
		23339	.regout(\fbuf[2][0] ),
		23340	.cout(),
		23341	.cascout());
		23342	// synopsys translate_off
		23343	defparam \fbuf[2][0]~I .clock_enable_mode = "true";
		23344	defparam \fbuf[2][0]~I .lut_mask = "ff00";
		23345	defparam \fbuf[2][0]~I .operation_mode = "normal";
		23346	defparam \fbuf[2][0]~I .output_mode = "reg_only";
		23347	defparam \fbuf[2][0]~I .packed_mode = "false";
		23348	// synopsys translate_on
		23349
		23350	// atom is at LC2_G17
		23351	flex10ke_lcell \shift[5][0]~I (
		23352	// Equation(s):
		23353	// \shift[5][0] = DFFEA(\fbuf[2][0] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		23354
		23355	.dataa(wordsync),
		23356	.datab(vcc),
		23357	.datac(vcc),
		23358	.datad(\fbuf[2][0] ),
		23359	.aclr(gnd),
		23360	.aload(gnd),
		23361	.clk(clk),
		23362	.cin(gnd),
		23363	.cascin(vcc),
		23364	.devclrn(devclrn),
		23365	.devpor(devpor),
		23366	.combout(),
		23367	.regout(\shift[5][0] ),
		23368	.cout(),
		23369	.cascout());
		23370	// synopsys translate_off
		23371	defparam \shift[5][0]~I .clock_enable_mode = "true";
		23372	defparam \shift[5][0]~I .lut_mask = "ff00";
		23373	defparam \shift[5][0]~I .operation_mode = "normal";
		23374	defparam \shift[5][0]~I .output_mode = "reg_only";
		23375	defparam \shift[5][0]~I .packed_mode = "false";
		23376	// synopsys translate_on
		23377
		23378	// atom is at LC3_G6
		23379	flex10ke_lcell \Mux16~21_I (
		23380	// Equation(s):
		23381	// \Mux16~21 = \pixnumber_rtl_4\|wysi_counter\|q [2] & (\shift[5][0] # \pixnumber_rtl_4\|wysi_counter\|q [0]) # !\pixnumber_rtl_4\|wysi_counter\|q [2] & \shift[1][0] & (!\pixnumber_rtl_4\|wysi_counter\|q [0])
		23382
		23383	.dataa(\shift[1][0] ),
		23384	.datab(\pixnumber_rtl_4\|wysi_counter\|q [2]),
		23385	.datac(\shift[5][0] ),
		23386	.datad(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		23387	.aclr(gnd),
		23388	.aload(gnd),
		23389	.clk(gnd),
		23390	.cin(gnd),
		23391	.cascin(vcc),
		23392	.devclrn(devclrn),
		23393	.devpor(devpor),
		23394	.combout(\Mux16~21 ),
		23395	.regout(),
		23396	.cout(),
		23397	.cascout());
		23398	// synopsys translate_off
		23399	defparam \Mux16~21_I .clock_enable_mode = "false";
		23400	defparam \Mux16~21_I .lut_mask = "cce2";
		23401	defparam \Mux16~21_I .operation_mode = "normal";
		23402	defparam \Mux16~21_I .output_mode = "comb_only";
		23403	defparam \Mux16~21_I .packed_mode = "false";
		23404	// synopsys translate_on
		23405
		23406	// atom is at LC4_G4
		23407	flex10ke_lcell \fbuf[0][3]~I (
		23408	// Equation(s):
		23409	// \fbuf[0][3] = DFFEA(rddata_3, GLOBAL(\fclk~dataout ), , , \fbuf[0][14]~415 , , )
		23410
		23411	.dataa(\fbuf[0][14]~415 ),
		23412	.datab(vcc),
		23413	.datac(vcc),
		23414	.datad(rddata_3),
		23415	.aclr(gnd),
		23416	.aload(gnd),
		23417	.clk(clk),
		23418	.cin(gnd),
		23419	.cascin(vcc),
		23420	.devclrn(devclrn),
		23421	.devpor(devpor),
		23422	.combout(),
		23423	.regout(\fbuf[0][3] ),
		23424	.cout(),
		23425	.cascout());
		23426	// synopsys translate_off
		23427	defparam \fbuf[0][3]~I .clock_enable_mode = "true";
		23428	defparam \fbuf[0][3]~I .lut_mask = "ff00";
		23429	defparam \fbuf[0][3]~I .operation_mode = "normal";
		23430	defparam \fbuf[0][3]~I .output_mode = "reg_only";
		23431	defparam \fbuf[0][3]~I .packed_mode = "false";
		23432	// synopsys translate_on
		23433
		23434	// atom is at LC2_G4
		23435	flex10ke_lcell \shift[1][3]~I (
		23436	// Equation(s):
		23437	// \shift[1][3] = DFFEA(\fbuf[0][3] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		23438
		23439	.dataa(wordsync),
		23440	.datab(vcc),
		23441	.datac(vcc),
		23442	.datad(\fbuf[0][3] ),
		23443	.aclr(gnd),
		23444	.aload(gnd),
		23445	.clk(clk),
		23446	.cin(gnd),
		23447	.cascin(vcc),
		23448	.devclrn(devclrn),
		23449	.devpor(devpor),
		23450	.combout(),
		23451	.regout(\shift[1][3] ),
		23452	.cout(),
		23453	.cascout());
		23454	// synopsys translate_off
		23455	defparam \shift[1][3]~I .clock_enable_mode = "true";
		23456	defparam \shift[1][3]~I .lut_mask = "ff00";
		23457	defparam \shift[1][3]~I .operation_mode = "normal";
		23458	defparam \shift[1][3]~I .output_mode = "reg_only";
		23459	defparam \shift[1][3]~I .packed_mode = "false";
		23460	// synopsys translate_on
		23461
		23462	// atom is at LC5_G4
		23463	flex10ke_lcell \Mux16~22_I (
		23464	// Equation(s):
		23465	// \Mux16~22 = \Mux16~21 & (\shift[5][3] # !\pixnumber_rtl_4\|wysi_counter\|q [0]) # !\Mux16~21 & (\pixnumber_rtl_4\|wysi_counter\|q [0] & \shift[1][3] )
		23466
		23467	.dataa(\shift[5][3] ),
		23468	.datab(\Mux16~21 ),
		23469	.datac(\pixnumber_rtl_4\|wysi_counter\|q [0]),
		23470	.datad(\shift[1][3] ),
		23471	.aclr(gnd),
		23472	.aload(gnd),
		23473	.clk(gnd),
		23474	.cin(gnd),
		23475	.cascin(vcc),
		23476	.devclrn(devclrn),
		23477	.devpor(devpor),
		23478	.combout(\Mux16~22 ),
		23479	.regout(),
		23480	.cout(),
		23481	.cascout());
		23482	// synopsys translate_off
		23483	defparam \Mux16~22_I .clock_enable_mode = "false";
		23484	defparam \Mux16~22_I .lut_mask = "bc8c";
		23485	defparam \Mux16~22_I .operation_mode = "normal";
		23486	defparam \Mux16~22_I .output_mode = "comb_only";
		23487	defparam \Mux16~22_I .packed_mode = "false";
		23488	// synopsys translate_on
		23489
		23490	// atom is at LC5_G17
		23491	flex10ke_lcell \fbuf[1][0]~I (
		23492	// Equation(s):
		23493	// \fbuf[1][0] = DFFEA(rddata_0, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		23494
		23495	.dataa(\fbuf[1][14]~414 ),
		23496	.datab(vcc),
		23497	.datac(vcc),
		23498	.datad(rddata_0),
		23499	.aclr(gnd),
		23500	.aload(gnd),
		23501	.clk(clk),
		23502	.cin(gnd),
		23503	.cascin(vcc),
		23504	.devclrn(devclrn),
		23505	.devpor(devpor),
		23506	.combout(),
		23507	.regout(\fbuf[1][0] ),
		23508	.cout(),
		23509	.cascout());
		23510	// synopsys translate_off
		23511	defparam \fbuf[1][0]~I .clock_enable_mode = "true";
		23512	defparam \fbuf[1][0]~I .lut_mask = "ff00";
		23513	defparam \fbuf[1][0]~I .operation_mode = "normal";
		23514	defparam \fbuf[1][0]~I .output_mode = "reg_only";
		23515	defparam \fbuf[1][0]~I .packed_mode = "false";
		23516	// synopsys translate_on
		23517
		23518	// atom is at LC1_G17
		23519	flex10ke_lcell \shift[3][0]~I (
		23520	// Equation(s):
		23521	// \shift[3][0] = DFFEA(\fbuf[1][0] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		23522
		23523	.dataa(wordsync),
		23524	.datab(vcc),
		23525	.datac(vcc),
		23526	.datad(\fbuf[1][0] ),
		23527	.aclr(gnd),
		23528	.aload(gnd),
		23529	.clk(clk),
		23530	.cin(gnd),
		23531	.cascin(vcc),
		23532	.devclrn(devclrn),
		23533	.devpor(devpor),
		23534	.combout(),
		23535	.regout(\shift[3][0] ),
		23536	.cout(),
		23537	.cascout());
		23538	// synopsys translate_off
		23539	defparam \shift[3][0]~I .clock_enable_mode = "true";
		23540	defparam \shift[3][0]~I .lut_mask = "ff00";
		23541	defparam \shift[3][0]~I .operation_mode = "normal";
		23542	defparam \shift[3][0]~I .output_mode = "reg_only";
		23543	defparam \shift[3][0]~I .packed_mode = "false";
		23544	// synopsys translate_on
		23545
		23546	// atom is at LC6_F1
		23547	flex10ke_lcell \zxcolor~204_I (
		23548	// Equation(s):
		23549	// \zxcolor~204 = \pixnumber_rtl_4\|wysi_counter\|q [3] & (\shift[3][3] # \zxcolor~1 ) # !\pixnumber_rtl_4\|wysi_counter\|q [3] & \shift[2][3] & (!\zxcolor~1 )
		23550
		23551	.dataa(\shift[2][3] ),
		23552	.datab(\pixnumber_rtl_4\|wysi_counter\|q [3]),
		23553	.datac(\shift[3][3] ),
		23554	.datad(\zxcolor~1 ),
		23555	.aclr(gnd),
		23556	.aload(gnd),
		23557	.clk(gnd),
		23558	.cin(gnd),
		23559	.cascin(vcc),
		23560	.devclrn(devclrn),
		23561	.devpor(devpor),
		23562	.combout(\zxcolor~204 ),
		23563	.regout(),
		23564	.cout(),
		23565	.cascout());
		23566	// synopsys translate_off
		23567	defparam \zxcolor~204_I .clock_enable_mode = "false";
		23568	defparam \zxcolor~204_I .lut_mask = "cce2";
		23569	defparam \zxcolor~204_I .operation_mode = "normal";
		23570	defparam \zxcolor~204_I .output_mode = "comb_only";
		23571	defparam \zxcolor~204_I .packed_mode = "false";
		23572	// synopsys translate_on
		23573
		23574	// atom is at LC1_F16
		23575	flex10ke_lcell \fbuf[1][8]~I (
		23576	// Equation(s):
		23577	// \fbuf[1][8] = DFFEA(rddata_8, GLOBAL(\fclk~dataout ), , , \fbuf[1][14]~414 , , )
		23578
		23579	.dataa(\fbuf[1][14]~414 ),
		23580	.datab(vcc),
		23581	.datac(vcc),
		23582	.datad(rddata_8),
		23583	.aclr(gnd),
		23584	.aload(gnd),
		23585	.clk(clk),
		23586	.cin(gnd),
		23587	.cascin(vcc),
		23588	.devclrn(devclrn),
		23589	.devpor(devpor),
		23590	.combout(),
		23591	.regout(\fbuf[1][8] ),
		23592	.cout(),
		23593	.cascout());
		23594	// synopsys translate_off
		23595	defparam \fbuf[1][8]~I .clock_enable_mode = "true";
		23596	defparam \fbuf[1][8]~I .lut_mask = "ff00";
		23597	defparam \fbuf[1][8]~I .operation_mode = "normal";
		23598	defparam \fbuf[1][8]~I .output_mode = "reg_only";
		23599	defparam \fbuf[1][8]~I .packed_mode = "false";
		23600	// synopsys translate_on
		23601
		23602	// atom is at LC2_F16
		23603	flex10ke_lcell \shift[2][0]~I (
		23604	// Equation(s):
		23605	// \shift[2][0] = DFFEA(\fbuf[1][8] , GLOBAL(\fclk~dataout ), , , wordsync, , )
		23606
		23607	.dataa(wordsync),
		23608	.datab(vcc),
		23609	.datac(vcc),
		23610	.datad(\fbuf[1][8] ),
		23611	.aclr(gnd),
		23612	.aload(gnd),
		23613	.clk(clk),
		23614	.cin(gnd),
		23615	.cascin(vcc),
		23616	.devclrn(devclrn),
		23617	.devpor(devpor),
		23618	.combout(),
		23619	.regout(\shift[2][0] ),
		23620	.cout(),
		23621	.cascout());
		23622	// synopsys translate_off
		23623	defparam \shift[2][0]~I .clock_enable_mode = "true";
		23624	defparam \shift[2][0]~I .lut_mask = "ff00";
		23625	defparam \shift[2][0]~I .operation_mode = "normal";
		23626	defparam \shift[2][0]~I .output_mode = "reg_only";
		23627	defparam \shift[2][0]~I .packed_mode = "false";
		23628	// synopsys translate_on
		23629
		23630	// atom is at LC1_I22
		23631	flex10ke_lcell \hcnt~59_I (
		23632	// Equation(s):
		23633	// \hcnt~59 = video_next & dcnt_0 & (dcnt_1 # !peff7_int_0)
		23634
		23635	.dataa(peff7_int_0),
		23636	.datab(dcnt_1),
		23637	.datac(video_next),
		23638	.datad(dcnt_0),
		23639	.aclr(gnd),
		23640	.aload(gnd),
		23641	.clk(gnd),
		23642	.cin(gnd),
		23643	.cascin(vcc),
		23644	.devclrn(devclrn),
		23645	.devpor(devpor),
		23646	.combout(\hcnt~59 ),
		23647	.regout(),
		23648	.cout(),
		23649	.cascout());
		23650	// synopsys translate_off
		23651	defparam \hcnt~59_I .clock_enable_mode = "false";
		23652	defparam \hcnt~59_I .lut_mask = "d000";
		23653	defparam \hcnt~59_I .operation_mode = "normal";
		23654	defparam \hcnt~59_I .output_mode = "comb_only";
		23655	defparam \hcnt~59_I .packed_mode = "false";
		23656	// synopsys translate_on
		23657
		23658	endmodule
		23659
		23660	module resetter (
		23661	rst_out_n,
		23662	rst_in_n,
		23663	clk,
		23664	rst_out_n1,
		23665	devpor,
		23666	devclrn,
		23667	devoe);
		23668	output rst_out_n;
		23669	input rst_in_n;
		23670	input clk;
		23671	output rst_out_n1;
		23672	input devpor;
		23673	input devclrn;
		23674	input devoe;
		23675
		23676	wire gnd = 1'b0;
		23677	wire vcc = 1'b1;
		23678
		23679	wire rst1_n;
		23680	wire rst2_n;
		23681	wire \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0 ;
		23682	wire \rst_cnt_rtl_3\|wysi_counter\|counter_cell[0]~COUT ;
		23683	wire \rst_cnt_rtl_3\|wysi_counter\|counter_cell[1]~COUT ;
		23684	wire \rst_cnt_rtl_3\|wysi_counter\|counter_cell[2]~COUT ;
		23685	wire \rst_cnt_rtl_3\|wysi_counter\|counter_cell[3]~COUT ;
		23686	wire \rst_cnt_rtl_3\|wysi_counter\|counter_cell[4]~COUT ;
		23687	wire \rst_cnt_rtl_3\|wysi_counter\|counter_cell[5]~COUT ;
		23688	wire [6:0] \rst_cnt_rtl_3\|wysi_counter\|q ;
		23689
		23690
		23691	// atom is at LC8_J6
		23692	flex10ke_lcell \rst_out_n~I (
		23693	// Equation(s):
		23694	// rst_out_n = DFFEA(VCC, GLOBAL(\fclk~dataout ), !genrst, , \rst_cnt_rtl_3\|wysi_counter\|q [6], , )
		23695
		23696	.dataa(\rst_cnt_rtl_3\|wysi_counter\|q [6]),
		23697	.datab(vcc),
		23698	.datac(vcc),
		23699	.datad(vcc),
		23700	.aclr(rst_in_n),
		23701	.aload(gnd),
		23702	.clk(clk),
		23703	.cin(gnd),
		23704	.cascin(vcc),
		23705	.devclrn(devclrn),
		23706	.devpor(devpor),
		23707	.combout(),
		23708	.regout(rst_out_n),
		23709	.cout(),
		23710	.cascout());
		23711	// synopsys translate_off
		23712	defparam \rst_out_n~I .clock_enable_mode = "true";
		23713	defparam \rst_out_n~I .lut_mask = "ffff";
		23714	defparam \rst_out_n~I .operation_mode = "normal";
		23715	defparam \rst_out_n~I .output_mode = "reg_only";
		23716	defparam \rst_out_n~I .packed_mode = "false";
		23717	// synopsys translate_on
		23718
		23719	// atom is at LC8_J3
		23720	flex10ke_lcell \rst_out_n~9_I (
		23721	// Equation(s):
		23722	// rst_out_n1 = DFFEA(VCC, GLOBAL(\fclk~dataout ), !genrst, , \rst_cnt_rtl_3\|wysi_counter\|q [6], , )
		23723
		23724	.dataa(\rst_cnt_rtl_3\|wysi_counter\|q [6]),
		23725	.datab(vcc),
		23726	.datac(vcc),
		23727	.datad(vcc),
		23728	.aclr(rst_in_n),
		23729	.aload(gnd),
		23730	.clk(clk),
		23731	.cin(gnd),
		23732	.cascin(vcc),
		23733	.devclrn(devclrn),
		23734	.devpor(devpor),
		23735	.combout(),
		23736	.regout(rst_out_n1),
		23737	.cout(),
		23738	.cascout());
		23739	// synopsys translate_off
		23740	defparam \rst_out_n~9_I .clock_enable_mode = "true";
		23741	defparam \rst_out_n~9_I .lut_mask = "ffff";
		23742	defparam \rst_out_n~9_I .operation_mode = "normal";
		23743	defparam \rst_out_n~9_I .output_mode = "reg_only";
		23744	defparam \rst_out_n~9_I .packed_mode = "false";
		23745	// synopsys translate_on
		23746
		23747	// atom is at LC5_J6
		23748	flex10ke_lcell \rst1_n~I (
		23749	// Equation(s):
		23750	// rst1_n = DFFEA(VCC, GLOBAL(\fclk~dataout ), !genrst, , , , )
		23751
		23752	.dataa(vcc),
		23753	.datab(vcc),
		23754	.datac(vcc),
		23755	.datad(vcc),
		23756	.aclr(rst_in_n),
		23757	.aload(gnd),
		23758	.clk(clk),
		23759	.cin(gnd),
		23760	.cascin(vcc),
		23761	.devclrn(devclrn),
		23762	.devpor(devpor),
		23763	.combout(),
		23764	.regout(rst1_n),
		23765	.cout(),
		23766	.cascout());
		23767	// synopsys translate_off
		23768	defparam \rst1_n~I .clock_enable_mode = "false";
		23769	defparam \rst1_n~I .lut_mask = "ffff";
		23770	defparam \rst1_n~I .operation_mode = "normal";
		23771	defparam \rst1_n~I .output_mode = "reg_only";
		23772	defparam \rst1_n~I .packed_mode = "false";
		23773	// synopsys translate_on
		23774
		23775	// atom is at LC2_J6
		23776	flex10ke_lcell \rst2_n~I (
		23777	// Equation(s):
		23778	// rst2_n = DFFEA(rst1_n, GLOBAL(\fclk~dataout ), !genrst, , , , )
		23779
		23780	.dataa(vcc),
		23781	.datab(vcc),
		23782	.datac(vcc),
		23783	.datad(rst1_n),
		23784	.aclr(rst_in_n),
		23785	.aload(gnd),
		23786	.clk(clk),
		23787	.cin(gnd),
		23788	.cascin(vcc),
		23789	.devclrn(devclrn),
		23790	.devpor(devpor),
		23791	.combout(),
		23792	.regout(rst2_n),
		23793	.cout(),
		23794	.cascout());
		23795	// synopsys translate_off
		23796	defparam \rst2_n~I .clock_enable_mode = "false";
		23797	defparam \rst2_n~I .lut_mask = "ff00";
		23798	defparam \rst2_n~I .operation_mode = "normal";
		23799	defparam \rst2_n~I .output_mode = "reg_only";
		23800	defparam \rst2_n~I .packed_mode = "false";
		23801	// synopsys translate_on
		23802
		23803	// atom is at LC1_J6
		23804	flex10ke_lcell \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0_I (
		23805	// Equation(s):
		23806	// \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0 = !\rst_cnt_rtl_3\|wysi_counter\|q [6] & rst2_n
		23807
		23808	.dataa(vcc),
		23809	.datab(vcc),
		23810	.datac(\rst_cnt_rtl_3\|wysi_counter\|q [6]),
		23811	.datad(rst2_n),
		23812	.aclr(gnd),
		23813	.aload(gnd),
		23814	.clk(gnd),
		23815	.cin(gnd),
		23816	.cascin(vcc),
		23817	.devclrn(devclrn),
		23818	.devpor(devpor),
		23819	.combout(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0 ),
		23820	.regout(),
		23821	.cout(),
		23822	.cascout());
		23823	// synopsys translate_off
		23824	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0_I .clock_enable_mode = "false";
		23825	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0_I .lut_mask = "0f00";
		23826	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0_I .operation_mode = "normal";
		23827	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0_I .output_mode = "comb_only";
		23828	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0_I .packed_mode = "false";
		23829	// synopsys translate_on
		23830
		23831	// atom is at LC1_J3
		23832	flex10ke_lcell \rst_cnt_rtl_3\|wysi_counter\|counter_cell[0] (
		23833	// Equation(s):
		23834	// \rst_cnt_rtl_3\|wysi_counter\|counter_cell[0]~COUT = CARRY()
		23835
		23836	.dataa(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0 ),
		23837	.datab(vcc),
		23838	.datac(vcc),
		23839	.datad(vcc),
		23840	.aclr(rst_in_n),
		23841	.aload(gnd),
		23842	.clk(clk),
		23843	.cin(gnd),
		23844	.cascin(vcc),
		23845	.devclrn(devclrn),
		23846	.devpor(devpor),
		23847	.combout(),
		23848	.regout(\rst_cnt_rtl_3\|wysi_counter\|q [0]),
		23849	.cout(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[0]~COUT ),
		23850	.cascout());
		23851	// synopsys translate_off
		23852	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[0] .clock_enable_mode = "false";
		23853	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[0] .lut_mask = "66aa";
		23854	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[0] .operation_mode = "clrb_cntr";
		23855	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[0] .output_mode = "none";
		23856	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[0] .packed_mode = "false";
		23857	// synopsys translate_on
		23858
		23859	// atom is at LC2_J3
		23860	flex10ke_lcell \rst_cnt_rtl_3\|wysi_counter\|counter_cell[1] (
		23861	// Equation(s):
		23862	// \rst_cnt_rtl_3\|wysi_counter\|counter_cell[1]~COUT = CARRY( & (\rst_cnt_rtl_3\|wysi_counter\|counter_cell[0]~COUT ))
		23863
		23864	.dataa(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0 ),
		23865	.datab(vcc),
		23866	.datac(vcc),
		23867	.datad(vcc),
		23868	.aclr(rst_in_n),
		23869	.aload(gnd),
		23870	.clk(clk),
		23871	.cin(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[0]~COUT ),
		23872	.cascin(vcc),
		23873	.devclrn(devclrn),
		23874	.devpor(devpor),
		23875	.combout(),
		23876	.regout(\rst_cnt_rtl_3\|wysi_counter\|q [1]),
		23877	.cout(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[1]~COUT ),
		23878	.cascout());
		23879	// synopsys translate_off
		23880	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[1] .cin_used = "true";
		23881	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[1] .clock_enable_mode = "false";
		23882	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[1] .lut_mask = "6ca0";
		23883	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[1] .operation_mode = "clrb_cntr";
		23884	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[1] .output_mode = "none";
		23885	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[1] .packed_mode = "false";
		23886	// synopsys translate_on
		23887
		23888	// atom is at LC3_J3
		23889	flex10ke_lcell \rst_cnt_rtl_3\|wysi_counter\|counter_cell[2] (
		23890	// Equation(s):
		23891	// \rst_cnt_rtl_3\|wysi_counter\|counter_cell[2]~COUT = CARRY( & (\rst_cnt_rtl_3\|wysi_counter\|counter_cell[1]~COUT ))
		23892
		23893	.dataa(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0 ),
		23894	.datab(vcc),
		23895	.datac(vcc),
		23896	.datad(vcc),
		23897	.aclr(rst_in_n),
		23898	.aload(gnd),
		23899	.clk(clk),
		23900	.cin(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[1]~COUT ),
		23901	.cascin(vcc),
		23902	.devclrn(devclrn),
		23903	.devpor(devpor),
		23904	.combout(),
		23905	.regout(\rst_cnt_rtl_3\|wysi_counter\|q [2]),
		23906	.cout(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[2]~COUT ),
		23907	.cascout());
		23908	// synopsys translate_off
		23909	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[2] .cin_used = "true";
		23910	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[2] .clock_enable_mode = "false";
		23911	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[2] .lut_mask = "6ca0";
		23912	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[2] .operation_mode = "clrb_cntr";
		23913	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[2] .output_mode = "none";
		23914	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[2] .packed_mode = "false";
		23915	// synopsys translate_on
		23916
		23917	// atom is at LC4_J3
		23918	flex10ke_lcell \rst_cnt_rtl_3\|wysi_counter\|counter_cell[3] (
		23919	// Equation(s):
		23920	// \rst_cnt_rtl_3\|wysi_counter\|counter_cell[3]~COUT = CARRY( & (\rst_cnt_rtl_3\|wysi_counter\|counter_cell[2]~COUT ))
		23921
		23922	.dataa(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0 ),
		23923	.datab(vcc),
		23924	.datac(vcc),
		23925	.datad(vcc),
		23926	.aclr(rst_in_n),
		23927	.aload(gnd),
		23928	.clk(clk),
		23929	.cin(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[2]~COUT ),
		23930	.cascin(vcc),
		23931	.devclrn(devclrn),
		23932	.devpor(devpor),
		23933	.combout(),
		23934	.regout(\rst_cnt_rtl_3\|wysi_counter\|q [3]),
		23935	.cout(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[3]~COUT ),
		23936	.cascout());
		23937	// synopsys translate_off
		23938	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[3] .cin_used = "true";
		23939	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[3] .clock_enable_mode = "false";
		23940	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[3] .lut_mask = "6ca0";
		23941	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[3] .operation_mode = "clrb_cntr";
		23942	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[3] .output_mode = "none";
		23943	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[3] .packed_mode = "false";
		23944	// synopsys translate_on
		23945
		23946	// atom is at LC5_J3
		23947	flex10ke_lcell \rst_cnt_rtl_3\|wysi_counter\|counter_cell[4] (
		23948	// Equation(s):
		23949	// \rst_cnt_rtl_3\|wysi_counter\|counter_cell[4]~COUT = CARRY( & (\rst_cnt_rtl_3\|wysi_counter\|counter_cell[3]~COUT ))
		23950
		23951	.dataa(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0 ),
		23952	.datab(vcc),
		23953	.datac(vcc),
		23954	.datad(vcc),
		23955	.aclr(rst_in_n),
		23956	.aload(gnd),
		23957	.clk(clk),
		23958	.cin(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[3]~COUT ),
		23959	.cascin(vcc),
		23960	.devclrn(devclrn),
		23961	.devpor(devpor),
		23962	.combout(),
		23963	.regout(\rst_cnt_rtl_3\|wysi_counter\|q [4]),
		23964	.cout(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[4]~COUT ),
		23965	.cascout());
		23966	// synopsys translate_off
		23967	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[4] .cin_used = "true";
		23968	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[4] .clock_enable_mode = "false";
		23969	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[4] .lut_mask = "6ca0";
		23970	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[4] .operation_mode = "clrb_cntr";
		23971	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[4] .output_mode = "none";
		23972	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[4] .packed_mode = "false";
		23973	// synopsys translate_on
		23974
		23975	// atom is at LC6_J3
		23976	flex10ke_lcell \rst_cnt_rtl_3\|wysi_counter\|counter_cell[5] (
		23977	// Equation(s):
		23978	// \rst_cnt_rtl_3\|wysi_counter\|counter_cell[5]~COUT = CARRY( & (\rst_cnt_rtl_3\|wysi_counter\|counter_cell[4]~COUT ))
		23979
		23980	.dataa(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0 ),
		23981	.datab(vcc),
		23982	.datac(vcc),
		23983	.datad(vcc),
		23984	.aclr(rst_in_n),
		23985	.aload(gnd),
		23986	.clk(clk),
		23987	.cin(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[4]~COUT ),
		23988	.cascin(vcc),
		23989	.devclrn(devclrn),
		23990	.devpor(devpor),
		23991	.combout(),
		23992	.regout(\rst_cnt_rtl_3\|wysi_counter\|q [5]),
		23993	.cout(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[5]~COUT ),
		23994	.cascout());
		23995	// synopsys translate_off
		23996	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[5] .cin_used = "true";
		23997	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[5] .clock_enable_mode = "false";
		23998	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[5] .lut_mask = "6ca0";
		23999	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[5] .operation_mode = "clrb_cntr";
		24000	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[5] .output_mode = "none";
		24001	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[5] .packed_mode = "false";
		24002	// synopsys translate_on
		24003
		24004	// atom is at LC7_J3
		24005	flex10ke_lcell \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6] (
		24006	// Equation(s):
		24007	// \rst_cnt_rtl_3\|wysi_counter\|q [6] = DFFEA((\rst_cnt_rtl_3\|wysi_counter\|q [6] $ (\rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0 & \rst_cnt_rtl_3\|wysi_counter\|counter_cell[5]~COUT )) & VCC, GLOBAL(\fclk~dataout ), !genrst, , , , )
		24008
		24009	.dataa(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[6]~0 ),
		24010	.datab(vcc),
		24011	.datac(vcc),
		24012	.datad(vcc),
		24013	.aclr(rst_in_n),
		24014	.aload(gnd),
		24015	.clk(clk),
		24016	.cin(\rst_cnt_rtl_3\|wysi_counter\|counter_cell[5]~COUT ),
		24017	.cascin(vcc),
		24018	.devclrn(devclrn),
		24019	.devpor(devpor),
		24020	.combout(),
		24021	.regout(\rst_cnt_rtl_3\|wysi_counter\|q [6]),
		24022	.cout(),
		24023	.cascout());
		24024	// synopsys translate_off
		24025	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6] .cin_used = "true";
		24026	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6] .clock_enable_mode = "false";
		24027	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6] .lut_mask = "6c6c";
		24028	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6] .operation_mode = "clrb_cntr";
		24029	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6] .output_mode = "reg_only";
		24030	defparam \rst_cnt_rtl_3\|wysi_counter\|counter_cell[6] .packed_mode = "false";
		24031	// synopsys translate_on
		24032
		24033	endmodule
		24034
		24035	module slavespi (
		24036	shift_out_0,
		24037	waits_1,
		24038	waits_0,
		24039	cfg0_reg_out_1,
		24040	spics_n_sync_1,
		24041	spics_n_sync_2,
		24042	genrst,
		24043	cfg0_reg_out_0,
		24044	wait_write_0,
		24045	gluclock_addr_0,
		24046	comport_addr_0,
		24047	sel_waitreg,
		24048	wait_write_1,
		24049	gluclock_addr_1,
		24050	comport_addr_1,
		24051	cfg0_reg_out_2,
		24052	wait_write_2,
		24053	gluclock_addr_2,
		24054	comport_addr_2,
		24055	mouse_buf_5,
		24056	mus_ystb,
		24057	mus_xstb,
		24058	mus_btnstb,
		24059	mouse_buf_6,
		24060	mouse_buf_7,
		24061	wait_write_3,
		24062	gluclock_addr_3,
		24063	wait_reg_0,
		24064	wait_reg_1,
		24065	wait_reg_2,
		24066	wait_reg_3,
		24067	wait_reg_4,
		24068	wait_reg_5,
		24069	wait_reg_6,
		24070	wait_reg_7,
		24071	wait_write_4,
		24072	gluclock_addr_4,
		24073	mouse_buf_0,
		24074	kj_stb,
		24075	mouse_buf_1,
		24076	mouse_buf_2,
		24077	mouse_buf_3,
		24078	mouse_buf_4,
		24079	wait_write_5,
		24080	gluclock_addr_5,
		24081	wait_write_6,
		24082	gluclock_addr_6,
		24083	kbd_reg_34,
		24084	kbd_stb,
		24085	kbd_reg_39,
		24086	kbd_reg_33,
		24087	kbd_reg_38,
		24088	kbd_reg_37,
		24089	kbd_reg_32,
		24090	kbd_reg_35,
		24091	kbd_reg_36,
		24092	kbd_reg_26,
		24093	kbd_reg_31,
		24094	kbd_reg_25,
		24095	kbd_reg_30,
		24096	kbd_reg_29,
		24097	kbd_reg_24,
		24098	kbd_reg_27,
		24099	kbd_reg_28,
		24100	kbd_reg_18,
		24101	kbd_reg_23,
		24102	kbd_reg_17,
		24103	kbd_reg_22,
		24104	kbd_reg_21,
		24105	kbd_reg_16,
		24106	kbd_reg_19,
		24107	kbd_reg_20,
		24108	kbd_reg_10,
		24109	kbd_reg_15,
		24110	kbd_reg_9,
		24111	kbd_reg_14,
		24112	kbd_reg_13,
		24113	kbd_reg_8,
		24114	kbd_reg_11,
		24115	kbd_reg_12,
		24116	kbd_reg_2,
		24117	kbd_reg_7,
		24118	kbd_reg_1,
		24119	kbd_reg_6,
		24120	kbd_reg_5,
		24121	kbd_reg_0,
		24122	kbd_reg_3,
		24123	kbd_reg_4,
		24124	wait_write_7,
		24125	gluclock_addr_7,
		24126	wait_rnw,
		24127	fclk,
		24128	spics_n,
		24129	spick,
		24130	spido,
		24131	devpor,
		24132	devclrn,
		24133	devoe);
		24134	output shift_out_0;
		24135	input waits_1;
		24136	input waits_0;
		24137	output cfg0_reg_out_1;
		24138	output spics_n_sync_1;
		24139	output spics_n_sync_2;
		24140	output genrst;
		24141	output cfg0_reg_out_0;
		24142	input wait_write_0;
		24143	input gluclock_addr_0;
		24144	input comport_addr_0;
		24145	output sel_waitreg;
		24146	input wait_write_1;
		24147	input gluclock_addr_1;
		24148	input comport_addr_1;
		24149	output cfg0_reg_out_2;
		24150	input wait_write_2;
		24151	input gluclock_addr_2;
		24152	input comport_addr_2;
		24153	output mouse_buf_5;
		24154	output mus_ystb;
		24155	output mus_xstb;
		24156	output mus_btnstb;
		24157	output mouse_buf_6;
		24158	output mouse_buf_7;
		24159	input wait_write_3;
		24160	input gluclock_addr_3;
		24161	output wait_reg_0;
		24162	output wait_reg_1;
		24163	output wait_reg_2;
		24164	output wait_reg_3;
		24165	output wait_reg_4;
		24166	output wait_reg_5;
		24167	output wait_reg_6;
		24168	output wait_reg_7;
		24169	input wait_write_4;
		24170	input gluclock_addr_4;
		24171	output mouse_buf_0;
		24172	output kj_stb;
		24173	output mouse_buf_1;
		24174	output mouse_buf_2;
		24175	output mouse_buf_3;
		24176	output mouse_buf_4;
		24177	input wait_write_5;
		24178	input gluclock_addr_5;
		24179	input wait_write_6;
		24180	input gluclock_addr_6;
		24181	output kbd_reg_34;
		24182	output kbd_stb;
		24183	output kbd_reg_39;
		24184	output kbd_reg_33;
		24185	output kbd_reg_38;
		24186	output kbd_reg_37;
		24187	output kbd_reg_32;
		24188	output kbd_reg_35;
		24189	output kbd_reg_36;
		24190	output kbd_reg_26;
		24191	output kbd_reg_31;
		24192	output kbd_reg_25;
		24193	output kbd_reg_30;
		24194	output kbd_reg_29;
		24195	output kbd_reg_24;
		24196	output kbd_reg_27;
		24197	output kbd_reg_28;
		24198	output kbd_reg_18;
		24199	output kbd_reg_23;
		24200	output kbd_reg_17;
		24201	output kbd_reg_22;
		24202	output kbd_reg_21;
		24203	output kbd_reg_16;
		24204	output kbd_reg_19;
		24205	output kbd_reg_20;
		24206	output kbd_reg_10;
		24207	output kbd_reg_15;
		24208	output kbd_reg_9;
		24209	output kbd_reg_14;
		24210	output kbd_reg_13;
		24211	output kbd_reg_8;
		24212	output kbd_reg_11;
		24213	output kbd_reg_12;
		24214	output kbd_reg_2;
		24215	output kbd_reg_7;
		24216	output kbd_reg_1;
		24217	output kbd_reg_6;
		24218	output kbd_reg_5;
		24219	output kbd_reg_0;
		24220	output kbd_reg_3;
		24221	output kbd_reg_4;
		24222	input wait_write_7;
		24223	input gluclock_addr_7;
		24224	input wait_rnw;
		24225	input fclk;
		24226	input spics_n;
		24227	input spick;
		24228	input spido;
		24229	input devpor;
		24230	input devclrn;
		24231	input devoe;
		24232
		24233	wire gnd = 1'b0;
		24234	wire vcc = 1'b1;
		24235
		24236	wire \regnum[7]~561 ;
		24237	wire \shift_out[7]~4987 ;
		24238	wire \shift_out~4963 ;
		24239	wire \sel_comadr~29 ;
		24240	wire \shift_out~4962 ;
		24241	wire \shift_out~4964 ;
		24242	wire \shift_out~4967 ;
		24243	wire \shift_out~4968 ;
		24244	wire \shift_out~4971 ;
		24245	wire \shift_out~4972 ;
		24246	wire \shift_out~4975 ;
		24247	wire \shift_out~4976 ;
		24248	wire \shift_out~4979 ;
		24249	wire \shift_out~4980 ;
		24250	wire \shift_out[7]~4984 ;
		24251	wire \shift_out[7]~4985 ;
		24252	wire \shift_out[7]~4986 ;
		24253	wire \shift_out~4978 ;
		24254	wire \shift_out~4974 ;
		24255	wire \shift_out~4970 ;
		24256	wire \shift_out~4966 ;
		24257	wire \shift_out~4961 ;
		24258	wire \shift_out~4959 ;
		24259	wire \shift_out~4956 ;
		24260	wire \shift_out~4955 ;
		24261	wire \shift_out~4957 ;
		24262	wire \shift_out~4958 ;
		24263	wire \shift_out~4953 ;
		24264	wire \shift_out~4950 ;
		24265	wire \shift_out~4949 ;
		24266	wire \shift_out~4951 ;
		24267	wire \shift_out~4952 ;
		24268	wire \genrst~13 ;
		24269	wire \always4~102 ;
		24270	wire \always4~103 ;
		24271	wire \always4~104 ;
		24272	wire \always4~105 ;
		24273	wire \sel_musycr~14 ;
		24274	wire \always4~106 ;
		24275	wire scs_n_01;
		24276	wire \always4~10 ;
		24277	wire \always4~107 ;
		24278	wire [7:0] cfg0_reg_in;
		24279	wire [7:0] regnum;
		24280	wire [7:0] shift_out;
		24281	wire [2:0] spick_sync;
		24282	wire [2:0] spics_n_sync;
		24283	wire [1:0] spido_sync;
		24284
		24285
		24286	// atom is at LC6_D36
		24287	flex10ke_lcell \regnum[7]~561_I (
		24288	// Equation(s):
		24289	// \regnum[7]~561 = spics_n_sync_1 & (!spick_sync[2] & spick_sync[1] # !spics_n_sync_2)
		24290
		24291	.dataa(spics_n_sync_2),
		24292	.datab(spick_sync[2]),
		24293	.datac(spick_sync[1]),
		24294	.datad(spics_n_sync_1),
		24295	.aclr(gnd),
		24296	.aload(gnd),
		24297	.clk(gnd),
		24298	.cin(gnd),
		24299	.cascin(vcc),
		24300	.devclrn(devclrn),
		24301	.devpor(devpor),
		24302	.combout(\regnum[7]~561 ),
		24303	.regout(),
		24304	.cout(),
		24305	.cascout());
		24306	// synopsys translate_off
		24307	defparam \regnum[7]~561_I .clock_enable_mode = "false";
		24308	defparam \regnum[7]~561_I .lut_mask = "7500";
		24309	defparam \regnum[7]~561_I .operation_mode = "normal";
		24310	defparam \regnum[7]~561_I .output_mode = "comb_only";
		24311	defparam \regnum[7]~561_I .packed_mode = "false";
		24312	// synopsys translate_on
		24313
		24314	// atom is at LC3_D2
		24315	flex10ke_lcell \shift_out[7]~4987_I (
		24316	// Equation(s):
		24317	// \shift_out[7]~4987 = spick_sync[2] & (spics_n_sync_2 $ spics_n_sync_1) # !spick_sync[2] & (spick_sync[1] # spics_n_sync_2 $ spics_n_sync_1)
		24318
		24319	.dataa(spics_n_sync_2),
		24320	.datab(spics_n_sync_1),
		24321	.datac(spick_sync[2]),
		24322	.datad(spick_sync[1]),
		24323	.aclr(gnd),
		24324	.aload(gnd),
		24325	.clk(gnd),
		24326	.cin(gnd),
		24327	.cascin(vcc),
		24328	.devclrn(devclrn),
		24329	.devpor(devpor),
		24330	.combout(\shift_out[7]~4987 ),
		24331	.regout(),
		24332	.cout(),
		24333	.cascout());
		24334	// synopsys translate_off
		24335	defparam \shift_out[7]~4987_I .clock_enable_mode = "false";
		24336	defparam \shift_out[7]~4987_I .lut_mask = "6f66";
		24337	defparam \shift_out[7]~4987_I .operation_mode = "normal";
		24338	defparam \shift_out[7]~4987_I .output_mode = "comb_only";
		24339	defparam \shift_out[7]~4987_I .packed_mode = "false";
		24340	// synopsys translate_on
		24341
		24342	// atom is at LC4_D2
		24343	flex10ke_lcell \shift_out[0]~I (
		24344	// Equation(s):
		24345	// shift_out_0 = DFFEA(\shift_out~4952 # \shift_out~4953 & (spics_n_sync_2 $ !spics_n_sync_1), GLOBAL(\fclk~dataout ), , , , , )
		24346
		24347	.dataa(spics_n_sync_2),
		24348	.datab(spics_n_sync_1),
		24349	.datac(\shift_out~4953 ),
		24350	.datad(\shift_out~4952 ),
		24351	.aclr(gnd),
		24352	.aload(gnd),
		24353	.clk(fclk),
		24354	.cin(gnd),
		24355	.cascin(vcc),
		24356	.devclrn(devclrn),
		24357	.devpor(devpor),
		24358	.combout(),
		24359	.regout(shift_out_0),
		24360	.cout(),
		24361	.cascout());
		24362	// synopsys translate_off
		24363	defparam \shift_out[0]~I .clock_enable_mode = "false";
		24364	defparam \shift_out[0]~I .lut_mask = "ff90";
		24365	defparam \shift_out[0]~I .operation_mode = "normal";
		24366	defparam \shift_out[0]~I .output_mode = "reg_only";
		24367	defparam \shift_out[0]~I .packed_mode = "false";
		24368	// synopsys translate_on
		24369
		24370	// atom is at LC8_A34
		24371	flex10ke_lcell \cfg0_reg_out[1]~I (
		24372	// Equation(s):
		24373	// cfg0_reg_out_1 = DFFEA(cfg0_reg_in[1], GLOBAL(\fclk~dataout ), , , \always4~102 , , )
		24374
		24375	.dataa(\always4~102 ),
		24376	.datab(vcc),
		24377	.datac(vcc),
		24378	.datad(cfg0_reg_in[1]),
		24379	.aclr(gnd),
		24380	.aload(gnd),
		24381	.clk(fclk),
		24382	.cin(gnd),
		24383	.cascin(vcc),
		24384	.devclrn(devclrn),
		24385	.devpor(devpor),
		24386	.combout(),
		24387	.regout(cfg0_reg_out_1),
		24388	.cout(),
		24389	.cascout());
		24390	// synopsys translate_off
		24391	defparam \cfg0_reg_out[1]~I .clock_enable_mode = "true";
		24392	defparam \cfg0_reg_out[1]~I .lut_mask = "ff00";
		24393	defparam \cfg0_reg_out[1]~I .operation_mode = "normal";
		24394	defparam \cfg0_reg_out[1]~I .output_mode = "reg_only";
		24395	defparam \cfg0_reg_out[1]~I .packed_mode = "false";
		24396	// synopsys translate_on
		24397
		24398	// atom is at LC1_D35
		24399	flex10ke_lcell \spics_n_sync[1]~I (
		24400	// Equation(s):
		24401	// spics_n_sync_1 = DFFEA(spics_n_sync[0], GLOBAL(\fclk~dataout ), , , , , )
		24402
		24403	.dataa(vcc),
		24404	.datab(vcc),
		24405	.datac(vcc),
		24406	.datad(spics_n_sync[0]),
		24407	.aclr(gnd),
		24408	.aload(gnd),
		24409	.clk(fclk),
		24410	.cin(gnd),
		24411	.cascin(vcc),
		24412	.devclrn(devclrn),
		24413	.devpor(devpor),
		24414	.combout(),
		24415	.regout(spics_n_sync_1),
		24416	.cout(),
		24417	.cascout());
		24418	// synopsys translate_off
		24419	defparam \spics_n_sync[1]~I .clock_enable_mode = "false";
		24420	defparam \spics_n_sync[1]~I .lut_mask = "ff00";
		24421	defparam \spics_n_sync[1]~I .operation_mode = "normal";
		24422	defparam \spics_n_sync[1]~I .output_mode = "reg_only";
		24423	defparam \spics_n_sync[1]~I .packed_mode = "false";
		24424	// synopsys translate_on
		24425
		24426	// atom is at LC1_D2
		24427	flex10ke_lcell \spics_n_sync[2]~I (
		24428	// Equation(s):
		24429	// spics_n_sync_2 = DFFEA(spics_n_sync_1, GLOBAL(\fclk~dataout ), , , , , )
		24430
		24431	.dataa(vcc),
		24432	.datab(vcc),
		24433	.datac(vcc),
		24434	.datad(spics_n_sync_1),
		24435	.aclr(gnd),
		24436	.aload(gnd),
		24437	.clk(fclk),
		24438	.cin(gnd),
		24439	.cascin(vcc),
		24440	.devclrn(devclrn),
		24441	.devpor(devpor),
		24442	.combout(),
		24443	.regout(spics_n_sync_2),
		24444	.cout(),
		24445	.cascout());
		24446	// synopsys translate_off
		24447	defparam \spics_n_sync[2]~I .clock_enable_mode = "false";
		24448	defparam \spics_n_sync[2]~I .lut_mask = "ff00";
		24449	defparam \spics_n_sync[2]~I .operation_mode = "normal";
		24450	defparam \spics_n_sync[2]~I .output_mode = "reg_only";
		24451	defparam \spics_n_sync[2]~I .packed_mode = "false";
		24452	// synopsys translate_on
		24453
		24454	// atom is at LC5_D34
		24455	flex10ke_lcell \genrst~I (
		24456	// Equation(s):
		24457	// genrst = !regnum[6] & regnum[5] & \genrst~13
		24458
		24459	.dataa(vcc),
		24460	.datab(regnum[6]),
		24461	.datac(regnum[5]),
		24462	.datad(\genrst~13 ),
		24463	.aclr(gnd),
		24464	.aload(gnd),
		24465	.clk(gnd),
		24466	.cin(gnd),
		24467	.cascin(vcc),
		24468	.devclrn(devclrn),
		24469	.devpor(devpor),
		24470	.combout(genrst),
		24471	.regout(),
		24472	.cout(),
		24473	.cascout());
		24474	// synopsys translate_off
		24475	defparam \genrst~I .clock_enable_mode = "false";
		24476	defparam \genrst~I .lut_mask = "3000";
		24477	defparam \genrst~I .operation_mode = "normal";
		24478	defparam \genrst~I .output_mode = "comb_only";
		24479	defparam \genrst~I .packed_mode = "false";
		24480	// synopsys translate_on
		24481
		24482	// atom is at LC5_A34
		24483	flex10ke_lcell \cfg0_reg_out[0]~I (
		24484	// Equation(s):
		24485	// cfg0_reg_out_0 = DFFEA(cfg0_reg_in[0], GLOBAL(\fclk~dataout ), , , \always4~102 , , )
		24486
		24487	.dataa(\always4~102 ),
		24488	.datab(vcc),
		24489	.datac(vcc),
		24490	.datad(cfg0_reg_in[0]),
		24491	.aclr(gnd),
		24492	.aload(gnd),
		24493	.clk(fclk),
		24494	.cin(gnd),
		24495	.cascin(vcc),
		24496	.devclrn(devclrn),
		24497	.devpor(devpor),
		24498	.combout(),
		24499	.regout(cfg0_reg_out_0),
		24500	.cout(),
		24501	.cascout());
		24502	// synopsys translate_off
		24503	defparam \cfg0_reg_out[0]~I .clock_enable_mode = "true";
		24504	defparam \cfg0_reg_out[0]~I .lut_mask = "ff00";
		24505	defparam \cfg0_reg_out[0]~I .operation_mode = "normal";
		24506	defparam \cfg0_reg_out[0]~I .output_mode = "reg_only";
		24507	defparam \cfg0_reg_out[0]~I .packed_mode = "false";
		24508	// synopsys translate_on
		24509
		24510	// atom is at LC3_D1
		24511	flex10ke_lcell \sel_waitreg~8_I (
		24512	// Equation(s):
		24513	// sel_waitreg = !regnum[1] & !regnum[0] & \sel_comadr~29
		24514
		24515	.dataa(vcc),
		24516	.datab(regnum[1]),
		24517	.datac(regnum[0]),
		24518	.datad(\sel_comadr~29 ),
		24519	.aclr(gnd),
		24520	.aload(gnd),
		24521	.clk(gnd),
		24522	.cin(gnd),
		24523	.cascin(vcc),
		24524	.devclrn(devclrn),
		24525	.devpor(devpor),
		24526	.combout(sel_waitreg),
		24527	.regout(),
		24528	.cout(),
		24529	.cascout());
		24530	// synopsys translate_off
		24531	defparam \sel_waitreg~8_I .clock_enable_mode = "false";
		24532	defparam \sel_waitreg~8_I .lut_mask = "0300";
		24533	defparam \sel_waitreg~8_I .operation_mode = "normal";
		24534	defparam \sel_waitreg~8_I .output_mode = "comb_only";
		24535	defparam \sel_waitreg~8_I .packed_mode = "false";
		24536	// synopsys translate_on
		24537
		24538	// atom is at LC1_E25
		24539	flex10ke_lcell \cfg0_reg_out[2]~I (
		24540	// Equation(s):
		24541	// cfg0_reg_out_2 = DFFEA(cfg0_reg_in[2], GLOBAL(\fclk~dataout ), , , \always4~102 , , )
		24542
		24543	.dataa(\always4~102 ),
		24544	.datab(vcc),
		24545	.datac(vcc),
		24546	.datad(cfg0_reg_in[2]),
		24547	.aclr(gnd),
		24548	.aload(gnd),
		24549	.clk(fclk),
		24550	.cin(gnd),
		24551	.cascin(vcc),
		24552	.devclrn(devclrn),
		24553	.devpor(devpor),
		24554	.combout(),
		24555	.regout(cfg0_reg_out_2),
		24556	.cout(),
		24557	.cascout());
		24558	// synopsys translate_off
		24559	defparam \cfg0_reg_out[2]~I .clock_enable_mode = "true";
		24560	defparam \cfg0_reg_out[2]~I .lut_mask = "ff00";
		24561	defparam \cfg0_reg_out[2]~I .operation_mode = "normal";
		24562	defparam \cfg0_reg_out[2]~I .output_mode = "reg_only";
		24563	defparam \cfg0_reg_out[2]~I .packed_mode = "false";
		24564	// synopsys translate_on
		24565
		24566	// atom is at LC7_E30
		24567	flex10ke_lcell \mouse_buf[5]~I (
		24568	// Equation(s):
		24569	// mouse_buf_5 = DFFEA(mouse_buf_6, GLOBAL(\fclk~dataout ), , , \always4~106 , , )
		24570
		24571	.dataa(\always4~106 ),
		24572	.datab(vcc),
		24573	.datac(vcc),
		24574	.datad(mouse_buf_6),
		24575	.aclr(gnd),
		24576	.aload(gnd),
		24577	.clk(fclk),
		24578	.cin(gnd),
		24579	.cascin(vcc),
		24580	.devclrn(devclrn),
		24581	.devpor(devpor),
		24582	.combout(),
		24583	.regout(mouse_buf_5),
		24584	.cout(),
		24585	.cascout());
		24586	// synopsys translate_off
		24587	defparam \mouse_buf[5]~I .clock_enable_mode = "true";
		24588	defparam \mouse_buf[5]~I .lut_mask = "ff00";
		24589	defparam \mouse_buf[5]~I .operation_mode = "normal";
		24590	defparam \mouse_buf[5]~I .output_mode = "reg_only";
		24591	defparam \mouse_buf[5]~I .packed_mode = "false";
		24592	// synopsys translate_on
		24593
		24594	// atom is at LC6_D33
		24595	flex10ke_lcell \mus_ystb~I (
		24596	// Equation(s):
		24597	// mus_ystb = !regnum[1] & \sel_musycr~14 & regnum[0] & scs_n_01
		24598
		24599	.dataa(regnum[1]),
		24600	.datab(\sel_musycr~14 ),
		24601	.datac(regnum[0]),
		24602	.datad(scs_n_01),
		24603	.aclr(gnd),
		24604	.aload(gnd),
		24605	.clk(gnd),
		24606	.cin(gnd),
		24607	.cascin(vcc),
		24608	.devclrn(devclrn),
		24609	.devpor(devpor),
		24610	.combout(mus_ystb),
		24611	.regout(),
		24612	.cout(),
		24613	.cascout());
		24614	// synopsys translate_off
		24615	defparam \mus_ystb~I .clock_enable_mode = "false";
		24616	defparam \mus_ystb~I .lut_mask = "4000";
		24617	defparam \mus_ystb~I .operation_mode = "normal";
		24618	defparam \mus_ystb~I .output_mode = "comb_only";
		24619	defparam \mus_ystb~I .packed_mode = "false";
		24620	// synopsys translate_on
		24621
		24622	// atom is at LC3_D33
		24623	flex10ke_lcell \mus_xstb~I (
		24624	// Equation(s):
		24625	// mus_xstb = !regnum[0] & !regnum[1] & scs_n_01 & \sel_musycr~14
		24626
		24627	.dataa(regnum[0]),
		24628	.datab(regnum[1]),
		24629	.datac(scs_n_01),
		24630	.datad(\sel_musycr~14 ),
		24631	.aclr(gnd),
		24632	.aload(gnd),
		24633	.clk(gnd),
		24634	.cin(gnd),
		24635	.cascin(vcc),
		24636	.devclrn(devclrn),
		24637	.devpor(devpor),
		24638	.combout(mus_xstb),
		24639	.regout(),
		24640	.cout(),
		24641	.cascout());
		24642	// synopsys translate_off
		24643	defparam \mus_xstb~I .clock_enable_mode = "false";
		24644	defparam \mus_xstb~I .lut_mask = "1000";
		24645	defparam \mus_xstb~I .operation_mode = "normal";
		24646	defparam \mus_xstb~I .output_mode = "comb_only";
		24647	defparam \mus_xstb~I .packed_mode = "false";
		24648	// synopsys translate_on
		24649
		24650	// atom is at LC8_D33
		24651	flex10ke_lcell \mus_btnstb~12_I (
		24652	// Equation(s):
		24653	// mus_btnstb = !regnum[0] & \sel_musycr~14 & regnum[1] & scs_n_01
		24654
		24655	.dataa(regnum[0]),
		24656	.datab(\sel_musycr~14 ),
		24657	.datac(regnum[1]),
		24658	.datad(scs_n_01),
		24659	.aclr(gnd),
		24660	.aload(gnd),
		24661	.clk(gnd),
		24662	.cin(gnd),
		24663	.cascin(vcc),
		24664	.devclrn(devclrn),
		24665	.devpor(devpor),
		24666	.combout(mus_btnstb),
		24667	.regout(),
		24668	.cout(),
		24669	.cascout());
		24670	// synopsys translate_off
		24671	defparam \mus_btnstb~12_I .clock_enable_mode = "false";
		24672	defparam \mus_btnstb~12_I .lut_mask = "4000";
		24673	defparam \mus_btnstb~12_I .operation_mode = "normal";
		24674	defparam \mus_btnstb~12_I .output_mode = "comb_only";
		24675	defparam \mus_btnstb~12_I .packed_mode = "false";
		24676	// synopsys translate_on
		24677
		24678	// atom is at LC5_E30
		24679	flex10ke_lcell \mouse_buf[6]~I (
		24680	// Equation(s):
		24681	// mouse_buf_6 = DFFEA(mouse_buf_7, GLOBAL(\fclk~dataout ), , , \always4~106 , , )
		24682
		24683	.dataa(\always4~106 ),
		24684	.datab(vcc),
		24685	.datac(vcc),
		24686	.datad(mouse_buf_7),
		24687	.aclr(gnd),
		24688	.aload(gnd),
		24689	.clk(fclk),
		24690	.cin(gnd),
		24691	.cascin(vcc),
		24692	.devclrn(devclrn),
		24693	.devpor(devpor),
		24694	.combout(),
		24695	.regout(mouse_buf_6),
		24696	.cout(),
		24697	.cascout());
		24698	// synopsys translate_off
		24699	defparam \mouse_buf[6]~I .clock_enable_mode = "true";
		24700	defparam \mouse_buf[6]~I .lut_mask = "ff00";
		24701	defparam \mouse_buf[6]~I .operation_mode = "normal";
		24702	defparam \mouse_buf[6]~I .output_mode = "reg_only";
		24703	defparam \mouse_buf[6]~I .packed_mode = "false";
		24704	// synopsys translate_on
		24705
		24706	// atom is at LC3_E30
		24707	flex10ke_lcell \mouse_buf[7]~I (
		24708	// Equation(s):
		24709	// mouse_buf_7 = DFFEA(spido_sync[1], GLOBAL(\fclk~dataout ), , , \always4~106 , , )
		24710
		24711	.dataa(\always4~106 ),
		24712	.datab(vcc),
		24713	.datac(vcc),
		24714	.datad(spido_sync[1]),
		24715	.aclr(gnd),
		24716	.aload(gnd),
		24717	.clk(fclk),
		24718	.cin(gnd),
		24719	.cascin(vcc),
		24720	.devclrn(devclrn),
		24721	.devpor(devpor),
		24722	.combout(),
		24723	.regout(mouse_buf_7),
		24724	.cout(),
		24725	.cascout());
		24726	// synopsys translate_off
		24727	defparam \mouse_buf[7]~I .clock_enable_mode = "true";
		24728	defparam \mouse_buf[7]~I .lut_mask = "ff00";
		24729	defparam \mouse_buf[7]~I .operation_mode = "normal";
		24730	defparam \mouse_buf[7]~I .output_mode = "reg_only";
		24731	defparam \mouse_buf[7]~I .packed_mode = "false";
		24732	// synopsys translate_on
		24733
		24734	// atom is at LC8_H12
		24735	flex10ke_lcell \wait_reg[0]~I (
		24736	// Equation(s):
		24737	// wait_reg_0 = DFFEA(wait_reg_1, GLOBAL(\fclk~dataout ), , , \always4~10 , , )
		24738
		24739	.dataa(\always4~10 ),
		24740	.datab(vcc),
		24741	.datac(vcc),
		24742	.datad(wait_reg_1),
		24743	.aclr(gnd),
		24744	.aload(gnd),
		24745	.clk(fclk),
		24746	.cin(gnd),
		24747	.cascin(vcc),
		24748	.devclrn(devclrn),
		24749	.devpor(devpor),
		24750	.combout(),
		24751	.regout(wait_reg_0),
		24752	.cout(),
		24753	.cascout());
		24754	// synopsys translate_off
		24755	defparam \wait_reg[0]~I .clock_enable_mode = "true";
		24756	defparam \wait_reg[0]~I .lut_mask = "ff00";
		24757	defparam \wait_reg[0]~I .operation_mode = "normal";
		24758	defparam \wait_reg[0]~I .output_mode = "reg_only";
		24759	defparam \wait_reg[0]~I .packed_mode = "false";
		24760	// synopsys translate_on
		24761
		24762	// atom is at LC5_H12
		24763	flex10ke_lcell \wait_reg[1]~I (
		24764	// Equation(s):
		24765	// wait_reg_1 = DFFEA(wait_reg_2, GLOBAL(\fclk~dataout ), , , \always4~10 , , )
		24766
		24767	.dataa(\always4~10 ),
		24768	.datab(vcc),
		24769	.datac(vcc),
		24770	.datad(wait_reg_2),
		24771	.aclr(gnd),
		24772	.aload(gnd),
		24773	.clk(fclk),
		24774	.cin(gnd),
		24775	.cascin(vcc),
		24776	.devclrn(devclrn),
		24777	.devpor(devpor),
		24778	.combout(),
		24779	.regout(wait_reg_1),
		24780	.cout(),
		24781	.cascout());
		24782	// synopsys translate_off
		24783	defparam \wait_reg[1]~I .clock_enable_mode = "true";
		24784	defparam \wait_reg[1]~I .lut_mask = "ff00";
		24785	defparam \wait_reg[1]~I .operation_mode = "normal";
		24786	defparam \wait_reg[1]~I .output_mode = "reg_only";
		24787	defparam \wait_reg[1]~I .packed_mode = "false";
		24788	// synopsys translate_on
		24789
		24790	// atom is at LC6_H12
		24791	flex10ke_lcell \wait_reg[2]~I (
		24792	// Equation(s):
		24793	// wait_reg_2 = DFFEA(wait_reg_3, GLOBAL(\fclk~dataout ), , , \always4~10 , , )
		24794
		24795	.dataa(\always4~10 ),
		24796	.datab(vcc),
		24797	.datac(vcc),
		24798	.datad(wait_reg_3),
		24799	.aclr(gnd),
		24800	.aload(gnd),
		24801	.clk(fclk),
		24802	.cin(gnd),
		24803	.cascin(vcc),
		24804	.devclrn(devclrn),
		24805	.devpor(devpor),
		24806	.combout(),
		24807	.regout(wait_reg_2),
		24808	.cout(),
		24809	.cascout());
		24810	// synopsys translate_off
		24811	defparam \wait_reg[2]~I .clock_enable_mode = "true";
		24812	defparam \wait_reg[2]~I .lut_mask = "ff00";
		24813	defparam \wait_reg[2]~I .operation_mode = "normal";
		24814	defparam \wait_reg[2]~I .output_mode = "reg_only";
		24815	defparam \wait_reg[2]~I .packed_mode = "false";
		24816	// synopsys translate_on
		24817
		24818	// atom is at LC2_H12
		24819	flex10ke_lcell \wait_reg[3]~I (
		24820	// Equation(s):
		24821	// wait_reg_3 = DFFEA(wait_reg_4, GLOBAL(\fclk~dataout ), , , \always4~10 , , )
		24822
		24823	.dataa(\always4~10 ),
		24824	.datab(vcc),
		24825	.datac(vcc),
		24826	.datad(wait_reg_4),
		24827	.aclr(gnd),
		24828	.aload(gnd),
		24829	.clk(fclk),
		24830	.cin(gnd),
		24831	.cascin(vcc),
		24832	.devclrn(devclrn),
		24833	.devpor(devpor),
		24834	.combout(),
		24835	.regout(wait_reg_3),
		24836	.cout(),
		24837	.cascout());
		24838	// synopsys translate_off
		24839	defparam \wait_reg[3]~I .clock_enable_mode = "true";
		24840	defparam \wait_reg[3]~I .lut_mask = "ff00";
		24841	defparam \wait_reg[3]~I .operation_mode = "normal";
		24842	defparam \wait_reg[3]~I .output_mode = "reg_only";
		24843	defparam \wait_reg[3]~I .packed_mode = "false";
		24844	// synopsys translate_on
		24845
		24846	// atom is at LC1_H12
		24847	flex10ke_lcell \wait_reg[4]~I (
		24848	// Equation(s):
		24849	// wait_reg_4 = DFFEA(wait_reg_5, GLOBAL(\fclk~dataout ), , , \always4~10 , , )
		24850
		24851	.dataa(\always4~10 ),
		24852	.datab(vcc),
		24853	.datac(vcc),
		24854	.datad(wait_reg_5),
		24855	.aclr(gnd),
		24856	.aload(gnd),
		24857	.clk(fclk),
		24858	.cin(gnd),
		24859	.cascin(vcc),
		24860	.devclrn(devclrn),
		24861	.devpor(devpor),
		24862	.combout(),
		24863	.regout(wait_reg_4),
		24864	.cout(),
		24865	.cascout());
		24866	// synopsys translate_off
		24867	defparam \wait_reg[4]~I .clock_enable_mode = "true";
		24868	defparam \wait_reg[4]~I .lut_mask = "ff00";
		24869	defparam \wait_reg[4]~I .operation_mode = "normal";
		24870	defparam \wait_reg[4]~I .output_mode = "reg_only";
		24871	defparam \wait_reg[4]~I .packed_mode = "false";
		24872	// synopsys translate_on
		24873
		24874	// atom is at LC7_H12
		24875	flex10ke_lcell \wait_reg[5]~I (
		24876	// Equation(s):
		24877	// wait_reg_5 = DFFEA(wait_reg_6, GLOBAL(\fclk~dataout ), , , \always4~10 , , )
		24878
		24879	.dataa(\always4~10 ),
		24880	.datab(vcc),
		24881	.datac(vcc),
		24882	.datad(wait_reg_6),
		24883	.aclr(gnd),
		24884	.aload(gnd),
		24885	.clk(fclk),
		24886	.cin(gnd),
		24887	.cascin(vcc),
		24888	.devclrn(devclrn),
		24889	.devpor(devpor),
		24890	.combout(),
		24891	.regout(wait_reg_5),
		24892	.cout(),
		24893	.cascout());
		24894	// synopsys translate_off
		24895	defparam \wait_reg[5]~I .clock_enable_mode = "true";
		24896	defparam \wait_reg[5]~I .lut_mask = "ff00";
		24897	defparam \wait_reg[5]~I .operation_mode = "normal";
		24898	defparam \wait_reg[5]~I .output_mode = "reg_only";
		24899	defparam \wait_reg[5]~I .packed_mode = "false";
		24900	// synopsys translate_on
		24901
		24902	// atom is at LC6_H36
		24903	flex10ke_lcell \wait_reg[6]~I (
		24904	// Equation(s):
		24905	// wait_reg_6 = DFFEA(wait_reg_7, GLOBAL(\fclk~dataout ), , , \always4~10 , , )
		24906
		24907	.dataa(\always4~10 ),
		24908	.datab(vcc),
		24909	.datac(vcc),
		24910	.datad(wait_reg_7),
		24911	.aclr(gnd),
		24912	.aload(gnd),
		24913	.clk(fclk),
		24914	.cin(gnd),
		24915	.cascin(vcc),
		24916	.devclrn(devclrn),
		24917	.devpor(devpor),
		24918	.combout(),
		24919	.regout(wait_reg_6),
		24920	.cout(),
		24921	.cascout());
		24922	// synopsys translate_off
		24923	defparam \wait_reg[6]~I .clock_enable_mode = "true";
		24924	defparam \wait_reg[6]~I .lut_mask = "ff00";
		24925	defparam \wait_reg[6]~I .operation_mode = "normal";
		24926	defparam \wait_reg[6]~I .output_mode = "reg_only";
		24927	defparam \wait_reg[6]~I .packed_mode = "false";
		24928	// synopsys translate_on
		24929
		24930	// atom is at LC1_H26
		24931	flex10ke_lcell \wait_reg[7]~I (
		24932	// Equation(s):
		24933	// wait_reg_7 = DFFEA(spido_sync[1], GLOBAL(\fclk~dataout ), , , \always4~10 , , )
		24934
		24935	.dataa(\always4~10 ),
		24936	.datab(vcc),
		24937	.datac(vcc),
		24938	.datad(spido_sync[1]),
		24939	.aclr(gnd),
		24940	.aload(gnd),
		24941	.clk(fclk),
		24942	.cin(gnd),
		24943	.cascin(vcc),
		24944	.devclrn(devclrn),
		24945	.devpor(devpor),
		24946	.combout(),
		24947	.regout(wait_reg_7),
		24948	.cout(),
		24949	.cascout());
		24950	// synopsys translate_off
		24951	defparam \wait_reg[7]~I .clock_enable_mode = "true";
		24952	defparam \wait_reg[7]~I .lut_mask = "ff00";
		24953	defparam \wait_reg[7]~I .operation_mode = "normal";
		24954	defparam \wait_reg[7]~I .output_mode = "reg_only";
		24955	defparam \wait_reg[7]~I .packed_mode = "false";
		24956	// synopsys translate_on
		24957
		24958	// atom is at LC6_E30
		24959	flex10ke_lcell \mouse_buf[0]~I (
		24960	// Equation(s):
		24961	// mouse_buf_0 = DFFEA(mouse_buf_1, GLOBAL(\fclk~dataout ), , , \always4~106 , , )
		24962
		24963	.dataa(\always4~106 ),
		24964	.datab(vcc),
		24965	.datac(vcc),
		24966	.datad(mouse_buf_1),
		24967	.aclr(gnd),
		24968	.aload(gnd),
		24969	.clk(fclk),
		24970	.cin(gnd),
		24971	.cascin(vcc),
		24972	.devclrn(devclrn),
		24973	.devpor(devpor),
		24974	.combout(),
		24975	.regout(mouse_buf_0),
		24976	.cout(),
		24977	.cascout());
		24978	// synopsys translate_off
		24979	defparam \mouse_buf[0]~I .clock_enable_mode = "true";
		24980	defparam \mouse_buf[0]~I .lut_mask = "ff00";
		24981	defparam \mouse_buf[0]~I .operation_mode = "normal";
		24982	defparam \mouse_buf[0]~I .output_mode = "reg_only";
		24983	defparam \mouse_buf[0]~I .packed_mode = "false";
		24984	// synopsys translate_on
		24985
		24986	// atom is at LC4_D33
		24987	flex10ke_lcell \kj_stb~12_I (
		24988	// Equation(s):
		24989	// kj_stb = \sel_musycr~14 & regnum[1] & regnum[0] & scs_n_01
		24990
		24991	.dataa(\sel_musycr~14 ),
		24992	.datab(regnum[1]),
		24993	.datac(regnum[0]),
		24994	.datad(scs_n_01),
		24995	.aclr(gnd),
		24996	.aload(gnd),
		24997	.clk(gnd),
		24998	.cin(gnd),
		24999	.cascin(vcc),
		25000	.devclrn(devclrn),
		25001	.devpor(devpor),
		25002	.combout(kj_stb),
		25003	.regout(),
		25004	.cout(),
		25005	.cascout());
		25006	// synopsys translate_off
		25007	defparam \kj_stb~12_I .clock_enable_mode = "false";
		25008	defparam \kj_stb~12_I .lut_mask = "8000";
		25009	defparam \kj_stb~12_I .operation_mode = "normal";
		25010	defparam \kj_stb~12_I .output_mode = "comb_only";
		25011	defparam \kj_stb~12_I .packed_mode = "false";
		25012	// synopsys translate_on
		25013
		25014	// atom is at LC8_E30
		25015	flex10ke_lcell \mouse_buf[1]~I (
		25016	// Equation(s):
		25017	// mouse_buf_1 = DFFEA(mouse_buf_2, GLOBAL(\fclk~dataout ), , , \always4~106 , , )
		25018
		25019	.dataa(\always4~106 ),
		25020	.datab(vcc),
		25021	.datac(vcc),
		25022	.datad(mouse_buf_2),
		25023	.aclr(gnd),
		25024	.aload(gnd),
		25025	.clk(fclk),
		25026	.cin(gnd),
		25027	.cascin(vcc),
		25028	.devclrn(devclrn),
		25029	.devpor(devpor),
		25030	.combout(),
		25031	.regout(mouse_buf_1),
		25032	.cout(),
		25033	.cascout());
		25034	// synopsys translate_off
		25035	defparam \mouse_buf[1]~I .clock_enable_mode = "true";
		25036	defparam \mouse_buf[1]~I .lut_mask = "ff00";
		25037	defparam \mouse_buf[1]~I .operation_mode = "normal";
		25038	defparam \mouse_buf[1]~I .output_mode = "reg_only";
		25039	defparam \mouse_buf[1]~I .packed_mode = "false";
		25040	// synopsys translate_on
		25041
		25042	// atom is at LC2_E30
		25043	flex10ke_lcell \mouse_buf[2]~I (
		25044	// Equation(s):
		25045	// mouse_buf_2 = DFFEA(mouse_buf_3, GLOBAL(\fclk~dataout ), , , \always4~106 , , )
		25046
		25047	.dataa(\always4~106 ),
		25048	.datab(vcc),
		25049	.datac(vcc),
		25050	.datad(mouse_buf_3),
		25051	.aclr(gnd),
		25052	.aload(gnd),
		25053	.clk(fclk),
		25054	.cin(gnd),
		25055	.cascin(vcc),
		25056	.devclrn(devclrn),
		25057	.devpor(devpor),
		25058	.combout(),
		25059	.regout(mouse_buf_2),
		25060	.cout(),
		25061	.cascout());
		25062	// synopsys translate_off
		25063	defparam \mouse_buf[2]~I .clock_enable_mode = "true";
		25064	defparam \mouse_buf[2]~I .lut_mask = "ff00";
		25065	defparam \mouse_buf[2]~I .operation_mode = "normal";
		25066	defparam \mouse_buf[2]~I .output_mode = "reg_only";
		25067	defparam \mouse_buf[2]~I .packed_mode = "false";
		25068	// synopsys translate_on
		25069
		25070	// atom is at LC4_E30
		25071	flex10ke_lcell \mouse_buf[3]~I (
		25072	// Equation(s):
		25073	// mouse_buf_3 = DFFEA(mouse_buf_4, GLOBAL(\fclk~dataout ), , , \always4~106 , , )
		25074
		25075	.dataa(\always4~106 ),
		25076	.datab(vcc),
		25077	.datac(vcc),
		25078	.datad(mouse_buf_4),
		25079	.aclr(gnd),
		25080	.aload(gnd),
		25081	.clk(fclk),
		25082	.cin(gnd),
		25083	.cascin(vcc),
		25084	.devclrn(devclrn),
		25085	.devpor(devpor),
		25086	.combout(),
		25087	.regout(mouse_buf_3),
		25088	.cout(),
		25089	.cascout());
		25090	// synopsys translate_off
		25091	defparam \mouse_buf[3]~I .clock_enable_mode = "true";
		25092	defparam \mouse_buf[3]~I .lut_mask = "ff00";
		25093	defparam \mouse_buf[3]~I .operation_mode = "normal";
		25094	defparam \mouse_buf[3]~I .output_mode = "reg_only";
		25095	defparam \mouse_buf[3]~I .packed_mode = "false";
		25096	// synopsys translate_on
		25097
		25098	// atom is at LC1_E30
		25099	flex10ke_lcell \mouse_buf[4]~I (
		25100	// Equation(s):
		25101	// mouse_buf_4 = DFFEA(mouse_buf_5, GLOBAL(\fclk~dataout ), , , \always4~106 , , )
		25102
		25103	.dataa(\always4~106 ),
		25104	.datab(vcc),
		25105	.datac(vcc),
		25106	.datad(mouse_buf_5),
		25107	.aclr(gnd),
		25108	.aload(gnd),
		25109	.clk(fclk),
		25110	.cin(gnd),
		25111	.cascin(vcc),
		25112	.devclrn(devclrn),
		25113	.devpor(devpor),
		25114	.combout(),
		25115	.regout(mouse_buf_4),
		25116	.cout(),
		25117	.cascout());
		25118	// synopsys translate_off
		25119	defparam \mouse_buf[4]~I .clock_enable_mode = "true";
		25120	defparam \mouse_buf[4]~I .lut_mask = "ff00";
		25121	defparam \mouse_buf[4]~I .operation_mode = "normal";
		25122	defparam \mouse_buf[4]~I .output_mode = "reg_only";
		25123	defparam \mouse_buf[4]~I .packed_mode = "false";
		25124	// synopsys translate_on
		25125
		25126	// atom is at LC3_I25
		25127	flex10ke_lcell \kbd_reg[34]~I (
		25128	// Equation(s):
		25129	// kbd_reg_34 = DFFEA(kbd_reg_35, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25130
		25131	.dataa(\always4~107 ),
		25132	.datab(vcc),
		25133	.datac(vcc),
		25134	.datad(kbd_reg_35),
		25135	.aclr(gnd),
		25136	.aload(gnd),
		25137	.clk(fclk),
		25138	.cin(gnd),
		25139	.cascin(vcc),
		25140	.devclrn(devclrn),
		25141	.devpor(devpor),
		25142	.combout(),
		25143	.regout(kbd_reg_34),
		25144	.cout(),
		25145	.cascout());
		25146	// synopsys translate_off
		25147	defparam \kbd_reg[34]~I .clock_enable_mode = "true";
		25148	defparam \kbd_reg[34]~I .lut_mask = "ff00";
		25149	defparam \kbd_reg[34]~I .operation_mode = "normal";
		25150	defparam \kbd_reg[34]~I .output_mode = "reg_only";
		25151	defparam \kbd_reg[34]~I .packed_mode = "false";
		25152	// synopsys translate_on
		25153
		25154	// atom is at LC3_D34
		25155	flex10ke_lcell \kbd_stb~30_I (
		25156	// Equation(s):
		25157	// kbd_stb = !regnum[5] & !regnum[6] & regnum[0] & \genrst~13
		25158
		25159	.dataa(regnum[5]),
		25160	.datab(regnum[6]),
		25161	.datac(regnum[0]),
		25162	.datad(\genrst~13 ),
		25163	.aclr(gnd),
		25164	.aload(gnd),
		25165	.clk(gnd),
		25166	.cin(gnd),
		25167	.cascin(vcc),
		25168	.devclrn(devclrn),
		25169	.devpor(devpor),
		25170	.combout(kbd_stb),
		25171	.regout(),
		25172	.cout(),
		25173	.cascout());
		25174	// synopsys translate_off
		25175	defparam \kbd_stb~30_I .clock_enable_mode = "false";
		25176	defparam \kbd_stb~30_I .lut_mask = "1000";
		25177	defparam \kbd_stb~30_I .operation_mode = "normal";
		25178	defparam \kbd_stb~30_I .output_mode = "comb_only";
		25179	defparam \kbd_stb~30_I .packed_mode = "false";
		25180	// synopsys translate_on
		25181
		25182	// atom is at LC7_I30
		25183	flex10ke_lcell \kbd_reg[39]~I (
		25184	// Equation(s):
		25185	// kbd_reg_39 = DFFEA(spido_sync[1], GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25186
		25187	.dataa(\always4~107 ),
		25188	.datab(vcc),
		25189	.datac(vcc),
		25190	.datad(spido_sync[1]),
		25191	.aclr(gnd),
		25192	.aload(gnd),
		25193	.clk(fclk),
		25194	.cin(gnd),
		25195	.cascin(vcc),
		25196	.devclrn(devclrn),
		25197	.devpor(devpor),
		25198	.combout(),
		25199	.regout(kbd_reg_39),
		25200	.cout(),
		25201	.cascout());
		25202	// synopsys translate_off
		25203	defparam \kbd_reg[39]~I .clock_enable_mode = "true";
		25204	defparam \kbd_reg[39]~I .lut_mask = "ff00";
		25205	defparam \kbd_reg[39]~I .operation_mode = "normal";
		25206	defparam \kbd_reg[39]~I .output_mode = "reg_only";
		25207	defparam \kbd_reg[39]~I .packed_mode = "false";
		25208	// synopsys translate_on
		25209
		25210	// atom is at LC8_I25
		25211	flex10ke_lcell \kbd_reg[33]~I (
		25212	// Equation(s):
		25213	// kbd_reg_33 = DFFEA(kbd_reg_34, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25214
		25215	.dataa(\always4~107 ),
		25216	.datab(vcc),
		25217	.datac(vcc),
		25218	.datad(kbd_reg_34),
		25219	.aclr(gnd),
		25220	.aload(gnd),
		25221	.clk(fclk),
		25222	.cin(gnd),
		25223	.cascin(vcc),
		25224	.devclrn(devclrn),
		25225	.devpor(devpor),
		25226	.combout(),
		25227	.regout(kbd_reg_33),
		25228	.cout(),
		25229	.cascout());
		25230	// synopsys translate_off
		25231	defparam \kbd_reg[33]~I .clock_enable_mode = "true";
		25232	defparam \kbd_reg[33]~I .lut_mask = "ff00";
		25233	defparam \kbd_reg[33]~I .operation_mode = "normal";
		25234	defparam \kbd_reg[33]~I .output_mode = "reg_only";
		25235	defparam \kbd_reg[33]~I .packed_mode = "false";
		25236	// synopsys translate_on
		25237
		25238	// atom is at LC8_I30
		25239	flex10ke_lcell \kbd_reg[38]~I (
		25240	// Equation(s):
		25241	// kbd_reg_38 = DFFEA(kbd_reg_39, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25242
		25243	.dataa(\always4~107 ),
		25244	.datab(vcc),
		25245	.datac(vcc),
		25246	.datad(kbd_reg_39),
		25247	.aclr(gnd),
		25248	.aload(gnd),
		25249	.clk(fclk),
		25250	.cin(gnd),
		25251	.cascin(vcc),
		25252	.devclrn(devclrn),
		25253	.devpor(devpor),
		25254	.combout(),
		25255	.regout(kbd_reg_38),
		25256	.cout(),
		25257	.cascout());
		25258	// synopsys translate_off
		25259	defparam \kbd_reg[38]~I .clock_enable_mode = "true";
		25260	defparam \kbd_reg[38]~I .lut_mask = "ff00";
		25261	defparam \kbd_reg[38]~I .operation_mode = "normal";
		25262	defparam \kbd_reg[38]~I .output_mode = "reg_only";
		25263	defparam \kbd_reg[38]~I .packed_mode = "false";
		25264	// synopsys translate_on
		25265
		25266	// atom is at LC1_I30
		25267	flex10ke_lcell \kbd_reg[37]~I (
		25268	// Equation(s):
		25269	// kbd_reg_37 = DFFEA(kbd_reg_38, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25270
		25271	.dataa(\always4~107 ),
		25272	.datab(vcc),
		25273	.datac(vcc),
		25274	.datad(kbd_reg_38),
		25275	.aclr(gnd),
		25276	.aload(gnd),
		25277	.clk(fclk),
		25278	.cin(gnd),
		25279	.cascin(vcc),
		25280	.devclrn(devclrn),
		25281	.devpor(devpor),
		25282	.combout(),
		25283	.regout(kbd_reg_37),
		25284	.cout(),
		25285	.cascout());
		25286	// synopsys translate_off
		25287	defparam \kbd_reg[37]~I .clock_enable_mode = "true";
		25288	defparam \kbd_reg[37]~I .lut_mask = "ff00";
		25289	defparam \kbd_reg[37]~I .operation_mode = "normal";
		25290	defparam \kbd_reg[37]~I .output_mode = "reg_only";
		25291	defparam \kbd_reg[37]~I .packed_mode = "false";
		25292	// synopsys translate_on
		25293
		25294	// atom is at LC2_I25
		25295	flex10ke_lcell \kbd_reg[32]~I (
		25296	// Equation(s):
		25297	// kbd_reg_32 = DFFEA(kbd_reg_33, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25298
		25299	.dataa(\always4~107 ),
		25300	.datab(vcc),
		25301	.datac(vcc),
		25302	.datad(kbd_reg_33),
		25303	.aclr(gnd),
		25304	.aload(gnd),
		25305	.clk(fclk),
		25306	.cin(gnd),
		25307	.cascin(vcc),
		25308	.devclrn(devclrn),
		25309	.devpor(devpor),
		25310	.combout(),
		25311	.regout(kbd_reg_32),
		25312	.cout(),
		25313	.cascout());
		25314	// synopsys translate_off
		25315	defparam \kbd_reg[32]~I .clock_enable_mode = "true";
		25316	defparam \kbd_reg[32]~I .lut_mask = "ff00";
		25317	defparam \kbd_reg[32]~I .operation_mode = "normal";
		25318	defparam \kbd_reg[32]~I .output_mode = "reg_only";
		25319	defparam \kbd_reg[32]~I .packed_mode = "false";
		25320	// synopsys translate_on
		25321
		25322	// atom is at LC4_I25
		25323	flex10ke_lcell \kbd_reg[35]~I (
		25324	// Equation(s):
		25325	// kbd_reg_35 = DFFEA(kbd_reg_36, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25326
		25327	.dataa(\always4~107 ),
		25328	.datab(vcc),
		25329	.datac(vcc),
		25330	.datad(kbd_reg_36),
		25331	.aclr(gnd),
		25332	.aload(gnd),
		25333	.clk(fclk),
		25334	.cin(gnd),
		25335	.cascin(vcc),
		25336	.devclrn(devclrn),
		25337	.devpor(devpor),
		25338	.combout(),
		25339	.regout(kbd_reg_35),
		25340	.cout(),
		25341	.cascout());
		25342	// synopsys translate_off
		25343	defparam \kbd_reg[35]~I .clock_enable_mode = "true";
		25344	defparam \kbd_reg[35]~I .lut_mask = "ff00";
		25345	defparam \kbd_reg[35]~I .operation_mode = "normal";
		25346	defparam \kbd_reg[35]~I .output_mode = "reg_only";
		25347	defparam \kbd_reg[35]~I .packed_mode = "false";
		25348	// synopsys translate_on
		25349
		25350	// atom is at LC5_I25
		25351	flex10ke_lcell \kbd_reg[36]~I (
		25352	// Equation(s):
		25353	// kbd_reg_36 = DFFEA(kbd_reg_37, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25354
		25355	.dataa(\always4~107 ),
		25356	.datab(vcc),
		25357	.datac(vcc),
		25358	.datad(kbd_reg_37),
		25359	.aclr(gnd),
		25360	.aload(gnd),
		25361	.clk(fclk),
		25362	.cin(gnd),
		25363	.cascin(vcc),
		25364	.devclrn(devclrn),
		25365	.devpor(devpor),
		25366	.combout(),
		25367	.regout(kbd_reg_36),
		25368	.cout(),
		25369	.cascout());
		25370	// synopsys translate_off
		25371	defparam \kbd_reg[36]~I .clock_enable_mode = "true";
		25372	defparam \kbd_reg[36]~I .lut_mask = "ff00";
		25373	defparam \kbd_reg[36]~I .operation_mode = "normal";
		25374	defparam \kbd_reg[36]~I .output_mode = "reg_only";
		25375	defparam \kbd_reg[36]~I .packed_mode = "false";
		25376	// synopsys translate_on
		25377
		25378	// atom is at LC1_I35
		25379	flex10ke_lcell \kbd_reg[26]~I (
		25380	// Equation(s):
		25381	// kbd_reg_26 = DFFEA(kbd_reg_27, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25382
		25383	.dataa(\always4~107 ),
		25384	.datab(vcc),
		25385	.datac(vcc),
		25386	.datad(kbd_reg_27),
		25387	.aclr(gnd),
		25388	.aload(gnd),
		25389	.clk(fclk),
		25390	.cin(gnd),
		25391	.cascin(vcc),
		25392	.devclrn(devclrn),
		25393	.devpor(devpor),
		25394	.combout(),
		25395	.regout(kbd_reg_26),
		25396	.cout(),
		25397	.cascout());
		25398	// synopsys translate_off
		25399	defparam \kbd_reg[26]~I .clock_enable_mode = "true";
		25400	defparam \kbd_reg[26]~I .lut_mask = "ff00";
		25401	defparam \kbd_reg[26]~I .operation_mode = "normal";
		25402	defparam \kbd_reg[26]~I .output_mode = "reg_only";
		25403	defparam \kbd_reg[26]~I .packed_mode = "false";
		25404	// synopsys translate_on
		25405
		25406	// atom is at LC7_I36
		25407	flex10ke_lcell \kbd_reg[31]~I (
		25408	// Equation(s):
		25409	// kbd_reg_31 = DFFEA(kbd_reg_32, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25410
		25411	.dataa(\always4~107 ),
		25412	.datab(vcc),
		25413	.datac(vcc),
		25414	.datad(kbd_reg_32),
		25415	.aclr(gnd),
		25416	.aload(gnd),
		25417	.clk(fclk),
		25418	.cin(gnd),
		25419	.cascin(vcc),
		25420	.devclrn(devclrn),
		25421	.devpor(devpor),
		25422	.combout(),
		25423	.regout(kbd_reg_31),
		25424	.cout(),
		25425	.cascout());
		25426	// synopsys translate_off
		25427	defparam \kbd_reg[31]~I .clock_enable_mode = "true";
		25428	defparam \kbd_reg[31]~I .lut_mask = "ff00";
		25429	defparam \kbd_reg[31]~I .operation_mode = "normal";
		25430	defparam \kbd_reg[31]~I .output_mode = "reg_only";
		25431	defparam \kbd_reg[31]~I .packed_mode = "false";
		25432	// synopsys translate_on
		25433
		25434	// atom is at LC3_I34
		25435	flex10ke_lcell \kbd_reg[25]~I (
		25436	// Equation(s):
		25437	// kbd_reg_25 = DFFEA(kbd_reg_26, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25438
		25439	.dataa(\always4~107 ),
		25440	.datab(vcc),
		25441	.datac(vcc),
		25442	.datad(kbd_reg_26),
		25443	.aclr(gnd),
		25444	.aload(gnd),
		25445	.clk(fclk),
		25446	.cin(gnd),
		25447	.cascin(vcc),
		25448	.devclrn(devclrn),
		25449	.devpor(devpor),
		25450	.combout(),
		25451	.regout(kbd_reg_25),
		25452	.cout(),
		25453	.cascout());
		25454	// synopsys translate_off
		25455	defparam \kbd_reg[25]~I .clock_enable_mode = "true";
		25456	defparam \kbd_reg[25]~I .lut_mask = "ff00";
		25457	defparam \kbd_reg[25]~I .operation_mode = "normal";
		25458	defparam \kbd_reg[25]~I .output_mode = "reg_only";
		25459	defparam \kbd_reg[25]~I .packed_mode = "false";
		25460	// synopsys translate_on
		25461
		25462	// atom is at LC8_I36
		25463	flex10ke_lcell \kbd_reg[30]~I (
		25464	// Equation(s):
		25465	// kbd_reg_30 = DFFEA(kbd_reg_31, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25466
		25467	.dataa(\always4~107 ),
		25468	.datab(vcc),
		25469	.datac(vcc),
		25470	.datad(kbd_reg_31),
		25471	.aclr(gnd),
		25472	.aload(gnd),
		25473	.clk(fclk),
		25474	.cin(gnd),
		25475	.cascin(vcc),
		25476	.devclrn(devclrn),
		25477	.devpor(devpor),
		25478	.combout(),
		25479	.regout(kbd_reg_30),
		25480	.cout(),
		25481	.cascout());
		25482	// synopsys translate_off
		25483	defparam \kbd_reg[30]~I .clock_enable_mode = "true";
		25484	defparam \kbd_reg[30]~I .lut_mask = "ff00";
		25485	defparam \kbd_reg[30]~I .operation_mode = "normal";
		25486	defparam \kbd_reg[30]~I .output_mode = "reg_only";
		25487	defparam \kbd_reg[30]~I .packed_mode = "false";
		25488	// synopsys translate_on
		25489
		25490	// atom is at LC3_I36
		25491	flex10ke_lcell \kbd_reg[29]~I (
		25492	// Equation(s):
		25493	// kbd_reg_29 = DFFEA(kbd_reg_30, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25494
		25495	.dataa(\always4~107 ),
		25496	.datab(vcc),
		25497	.datac(vcc),
		25498	.datad(kbd_reg_30),
		25499	.aclr(gnd),
		25500	.aload(gnd),
		25501	.clk(fclk),
		25502	.cin(gnd),
		25503	.cascin(vcc),
		25504	.devclrn(devclrn),
		25505	.devpor(devpor),
		25506	.combout(),
		25507	.regout(kbd_reg_29),
		25508	.cout(),
		25509	.cascout());
		25510	// synopsys translate_off
		25511	defparam \kbd_reg[29]~I .clock_enable_mode = "true";
		25512	defparam \kbd_reg[29]~I .lut_mask = "ff00";
		25513	defparam \kbd_reg[29]~I .operation_mode = "normal";
		25514	defparam \kbd_reg[29]~I .output_mode = "reg_only";
		25515	defparam \kbd_reg[29]~I .packed_mode = "false";
		25516	// synopsys translate_on
		25517
		25518	// atom is at LC4_I34
		25519	flex10ke_lcell \kbd_reg[24]~I (
		25520	// Equation(s):
		25521	// kbd_reg_24 = DFFEA(kbd_reg_25, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25522
		25523	.dataa(\always4~107 ),
		25524	.datab(vcc),
		25525	.datac(vcc),
		25526	.datad(kbd_reg_25),
		25527	.aclr(gnd),
		25528	.aload(gnd),
		25529	.clk(fclk),
		25530	.cin(gnd),
		25531	.cascin(vcc),
		25532	.devclrn(devclrn),
		25533	.devpor(devpor),
		25534	.combout(),
		25535	.regout(kbd_reg_24),
		25536	.cout(),
		25537	.cascout());
		25538	// synopsys translate_off
		25539	defparam \kbd_reg[24]~I .clock_enable_mode = "true";
		25540	defparam \kbd_reg[24]~I .lut_mask = "ff00";
		25541	defparam \kbd_reg[24]~I .operation_mode = "normal";
		25542	defparam \kbd_reg[24]~I .output_mode = "reg_only";
		25543	defparam \kbd_reg[24]~I .packed_mode = "false";
		25544	// synopsys translate_on
		25545
		25546	// atom is at LC7_I35
		25547	flex10ke_lcell \kbd_reg[27]~I (
		25548	// Equation(s):
		25549	// kbd_reg_27 = DFFEA(kbd_reg_28, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25550
		25551	.dataa(\always4~107 ),
		25552	.datab(vcc),
		25553	.datac(vcc),
		25554	.datad(kbd_reg_28),
		25555	.aclr(gnd),
		25556	.aload(gnd),
		25557	.clk(fclk),
		25558	.cin(gnd),
		25559	.cascin(vcc),
		25560	.devclrn(devclrn),
		25561	.devpor(devpor),
		25562	.combout(),
		25563	.regout(kbd_reg_27),
		25564	.cout(),
		25565	.cascout());
		25566	// synopsys translate_off
		25567	defparam \kbd_reg[27]~I .clock_enable_mode = "true";
		25568	defparam \kbd_reg[27]~I .lut_mask = "ff00";
		25569	defparam \kbd_reg[27]~I .operation_mode = "normal";
		25570	defparam \kbd_reg[27]~I .output_mode = "reg_only";
		25571	defparam \kbd_reg[27]~I .packed_mode = "false";
		25572	// synopsys translate_on
		25573
		25574	// atom is at LC8_I35
		25575	flex10ke_lcell \kbd_reg[28]~I (
		25576	// Equation(s):
		25577	// kbd_reg_28 = DFFEA(kbd_reg_29, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25578
		25579	.dataa(\always4~107 ),
		25580	.datab(vcc),
		25581	.datac(vcc),
		25582	.datad(kbd_reg_29),
		25583	.aclr(gnd),
		25584	.aload(gnd),
		25585	.clk(fclk),
		25586	.cin(gnd),
		25587	.cascin(vcc),
		25588	.devclrn(devclrn),
		25589	.devpor(devpor),
		25590	.combout(),
		25591	.regout(kbd_reg_28),
		25592	.cout(),
		25593	.cascout());
		25594	// synopsys translate_off
		25595	defparam \kbd_reg[28]~I .clock_enable_mode = "true";
		25596	defparam \kbd_reg[28]~I .lut_mask = "ff00";
		25597	defparam \kbd_reg[28]~I .operation_mode = "normal";
		25598	defparam \kbd_reg[28]~I .output_mode = "reg_only";
		25599	defparam \kbd_reg[28]~I .packed_mode = "false";
		25600	// synopsys translate_on
		25601
		25602	// atom is at LC6_B22
		25603	flex10ke_lcell \kbd_reg[18]~I (
		25604	// Equation(s):
		25605	// kbd_reg_18 = DFFEA(kbd_reg_19, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25606
		25607	.dataa(\always4~107 ),
		25608	.datab(vcc),
		25609	.datac(vcc),
		25610	.datad(kbd_reg_19),
		25611	.aclr(gnd),
		25612	.aload(gnd),
		25613	.clk(fclk),
		25614	.cin(gnd),
		25615	.cascin(vcc),
		25616	.devclrn(devclrn),
		25617	.devpor(devpor),
		25618	.combout(),
		25619	.regout(kbd_reg_18),
		25620	.cout(),
		25621	.cascout());
		25622	// synopsys translate_off
		25623	defparam \kbd_reg[18]~I .clock_enable_mode = "true";
		25624	defparam \kbd_reg[18]~I .lut_mask = "ff00";
		25625	defparam \kbd_reg[18]~I .operation_mode = "normal";
		25626	defparam \kbd_reg[18]~I .output_mode = "reg_only";
		25627	defparam \kbd_reg[18]~I .packed_mode = "false";
		25628	// synopsys translate_on
		25629
		25630	// atom is at LC6_B31
		25631	flex10ke_lcell \kbd_reg[23]~I (
		25632	// Equation(s):
		25633	// kbd_reg_23 = DFFEA(kbd_reg_24, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25634
		25635	.dataa(\always4~107 ),
		25636	.datab(vcc),
		25637	.datac(vcc),
		25638	.datad(kbd_reg_24),
		25639	.aclr(gnd),
		25640	.aload(gnd),
		25641	.clk(fclk),
		25642	.cin(gnd),
		25643	.cascin(vcc),
		25644	.devclrn(devclrn),
		25645	.devpor(devpor),
		25646	.combout(),
		25647	.regout(kbd_reg_23),
		25648	.cout(),
		25649	.cascout());
		25650	// synopsys translate_off
		25651	defparam \kbd_reg[23]~I .clock_enable_mode = "true";
		25652	defparam \kbd_reg[23]~I .lut_mask = "ff00";
		25653	defparam \kbd_reg[23]~I .operation_mode = "normal";
		25654	defparam \kbd_reg[23]~I .output_mode = "reg_only";
		25655	defparam \kbd_reg[23]~I .packed_mode = "false";
		25656	// synopsys translate_on
		25657
		25658	// atom is at LC7_B22
		25659	flex10ke_lcell \kbd_reg[17]~I (
		25660	// Equation(s):
		25661	// kbd_reg_17 = DFFEA(kbd_reg_18, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25662
		25663	.dataa(\always4~107 ),
		25664	.datab(vcc),
		25665	.datac(vcc),
		25666	.datad(kbd_reg_18),
		25667	.aclr(gnd),
		25668	.aload(gnd),
		25669	.clk(fclk),
		25670	.cin(gnd),
		25671	.cascin(vcc),
		25672	.devclrn(devclrn),
		25673	.devpor(devpor),
		25674	.combout(),
		25675	.regout(kbd_reg_17),
		25676	.cout(),
		25677	.cascout());
		25678	// synopsys translate_off
		25679	defparam \kbd_reg[17]~I .clock_enable_mode = "true";
		25680	defparam \kbd_reg[17]~I .lut_mask = "ff00";
		25681	defparam \kbd_reg[17]~I .operation_mode = "normal";
		25682	defparam \kbd_reg[17]~I .output_mode = "reg_only";
		25683	defparam \kbd_reg[17]~I .packed_mode = "false";
		25684	// synopsys translate_on
		25685
		25686	// atom is at LC7_B31
		25687	flex10ke_lcell \kbd_reg[22]~I (
		25688	// Equation(s):
		25689	// kbd_reg_22 = DFFEA(kbd_reg_23, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25690
		25691	.dataa(\always4~107 ),
		25692	.datab(vcc),
		25693	.datac(vcc),
		25694	.datad(kbd_reg_23),
		25695	.aclr(gnd),
		25696	.aload(gnd),
		25697	.clk(fclk),
		25698	.cin(gnd),
		25699	.cascin(vcc),
		25700	.devclrn(devclrn),
		25701	.devpor(devpor),
		25702	.combout(),
		25703	.regout(kbd_reg_22),
		25704	.cout(),
		25705	.cascout());
		25706	// synopsys translate_off
		25707	defparam \kbd_reg[22]~I .clock_enable_mode = "true";
		25708	defparam \kbd_reg[22]~I .lut_mask = "ff00";
		25709	defparam \kbd_reg[22]~I .operation_mode = "normal";
		25710	defparam \kbd_reg[22]~I .output_mode = "reg_only";
		25711	defparam \kbd_reg[22]~I .packed_mode = "false";
		25712	// synopsys translate_on
		25713
		25714	// atom is at LC8_B31
		25715	flex10ke_lcell \kbd_reg[21]~I (
		25716	// Equation(s):
		25717	// kbd_reg_21 = DFFEA(kbd_reg_22, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25718
		25719	.dataa(\always4~107 ),
		25720	.datab(vcc),
		25721	.datac(vcc),
		25722	.datad(kbd_reg_22),
		25723	.aclr(gnd),
		25724	.aload(gnd),
		25725	.clk(fclk),
		25726	.cin(gnd),
		25727	.cascin(vcc),
		25728	.devclrn(devclrn),
		25729	.devpor(devpor),
		25730	.combout(),
		25731	.regout(kbd_reg_21),
		25732	.cout(),
		25733	.cascout());
		25734	// synopsys translate_off
		25735	defparam \kbd_reg[21]~I .clock_enable_mode = "true";
		25736	defparam \kbd_reg[21]~I .lut_mask = "ff00";
		25737	defparam \kbd_reg[21]~I .operation_mode = "normal";
		25738	defparam \kbd_reg[21]~I .output_mode = "reg_only";
		25739	defparam \kbd_reg[21]~I .packed_mode = "false";
		25740	// synopsys translate_on
		25741
		25742	// atom is at LC1_B22
		25743	flex10ke_lcell \kbd_reg[16]~I (
		25744	// Equation(s):
		25745	// kbd_reg_16 = DFFEA(kbd_reg_17, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25746
		25747	.dataa(\always4~107 ),
		25748	.datab(vcc),
		25749	.datac(vcc),
		25750	.datad(kbd_reg_17),
		25751	.aclr(gnd),
		25752	.aload(gnd),
		25753	.clk(fclk),
		25754	.cin(gnd),
		25755	.cascin(vcc),
		25756	.devclrn(devclrn),
		25757	.devpor(devpor),
		25758	.combout(),
		25759	.regout(kbd_reg_16),
		25760	.cout(),
		25761	.cascout());
		25762	// synopsys translate_off
		25763	defparam \kbd_reg[16]~I .clock_enable_mode = "true";
		25764	defparam \kbd_reg[16]~I .lut_mask = "ff00";
		25765	defparam \kbd_reg[16]~I .operation_mode = "normal";
		25766	defparam \kbd_reg[16]~I .output_mode = "reg_only";
		25767	defparam \kbd_reg[16]~I .packed_mode = "false";
		25768	// synopsys translate_on
		25769
		25770	// atom is at LC3_B27
		25771	flex10ke_lcell \kbd_reg[19]~I (
		25772	// Equation(s):
		25773	// kbd_reg_19 = DFFEA(kbd_reg_20, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25774
		25775	.dataa(\always4~107 ),
		25776	.datab(vcc),
		25777	.datac(vcc),
		25778	.datad(kbd_reg_20),
		25779	.aclr(gnd),
		25780	.aload(gnd),
		25781	.clk(fclk),
		25782	.cin(gnd),
		25783	.cascin(vcc),
		25784	.devclrn(devclrn),
		25785	.devpor(devpor),
		25786	.combout(),
		25787	.regout(kbd_reg_19),
		25788	.cout(),
		25789	.cascout());
		25790	// synopsys translate_off
		25791	defparam \kbd_reg[19]~I .clock_enable_mode = "true";
		25792	defparam \kbd_reg[19]~I .lut_mask = "ff00";
		25793	defparam \kbd_reg[19]~I .operation_mode = "normal";
		25794	defparam \kbd_reg[19]~I .output_mode = "reg_only";
		25795	defparam \kbd_reg[19]~I .packed_mode = "false";
		25796	// synopsys translate_on
		25797
		25798	// atom is at LC1_B31
		25799	flex10ke_lcell \kbd_reg[20]~I (
		25800	// Equation(s):
		25801	// kbd_reg_20 = DFFEA(kbd_reg_21, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25802
		25803	.dataa(\always4~107 ),
		25804	.datab(vcc),
		25805	.datac(vcc),
		25806	.datad(kbd_reg_21),
		25807	.aclr(gnd),
		25808	.aload(gnd),
		25809	.clk(fclk),
		25810	.cin(gnd),
		25811	.cascin(vcc),
		25812	.devclrn(devclrn),
		25813	.devpor(devpor),
		25814	.combout(),
		25815	.regout(kbd_reg_20),
		25816	.cout(),
		25817	.cascout());
		25818	// synopsys translate_off
		25819	defparam \kbd_reg[20]~I .clock_enable_mode = "true";
		25820	defparam \kbd_reg[20]~I .lut_mask = "ff00";
		25821	defparam \kbd_reg[20]~I .operation_mode = "normal";
		25822	defparam \kbd_reg[20]~I .output_mode = "reg_only";
		25823	defparam \kbd_reg[20]~I .packed_mode = "false";
		25824	// synopsys translate_on
		25825
		25826	// atom is at LC6_B24
		25827	flex10ke_lcell \kbd_reg[10]~I (
		25828	// Equation(s):
		25829	// kbd_reg_10 = DFFEA(kbd_reg_11, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25830
		25831	.dataa(\always4~107 ),
		25832	.datab(vcc),
		25833	.datac(vcc),
		25834	.datad(kbd_reg_11),
		25835	.aclr(gnd),
		25836	.aload(gnd),
		25837	.clk(fclk),
		25838	.cin(gnd),
		25839	.cascin(vcc),
		25840	.devclrn(devclrn),
		25841	.devpor(devpor),
		25842	.combout(),
		25843	.regout(kbd_reg_10),
		25844	.cout(),
		25845	.cascout());
		25846	// synopsys translate_off
		25847	defparam \kbd_reg[10]~I .clock_enable_mode = "true";
		25848	defparam \kbd_reg[10]~I .lut_mask = "ff00";
		25849	defparam \kbd_reg[10]~I .operation_mode = "normal";
		25850	defparam \kbd_reg[10]~I .output_mode = "reg_only";
		25851	defparam \kbd_reg[10]~I .packed_mode = "false";
		25852	// synopsys translate_on
		25853
		25854	// atom is at LC3_B25
		25855	flex10ke_lcell \kbd_reg[15]~I (
		25856	// Equation(s):
		25857	// kbd_reg_15 = DFFEA(kbd_reg_16, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25858
		25859	.dataa(\always4~107 ),
		25860	.datab(vcc),
		25861	.datac(vcc),
		25862	.datad(kbd_reg_16),
		25863	.aclr(gnd),
		25864	.aload(gnd),
		25865	.clk(fclk),
		25866	.cin(gnd),
		25867	.cascin(vcc),
		25868	.devclrn(devclrn),
		25869	.devpor(devpor),
		25870	.combout(),
		25871	.regout(kbd_reg_15),
		25872	.cout(),
		25873	.cascout());
		25874	// synopsys translate_off
		25875	defparam \kbd_reg[15]~I .clock_enable_mode = "true";
		25876	defparam \kbd_reg[15]~I .lut_mask = "ff00";
		25877	defparam \kbd_reg[15]~I .operation_mode = "normal";
		25878	defparam \kbd_reg[15]~I .output_mode = "reg_only";
		25879	defparam \kbd_reg[15]~I .packed_mode = "false";
		25880	// synopsys translate_on
		25881
		25882	// atom is at LC8_B24
		25883	flex10ke_lcell \kbd_reg[9]~I (
		25884	// Equation(s):
		25885	// kbd_reg_9 = DFFEA(kbd_reg_10, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25886
		25887	.dataa(\always4~107 ),
		25888	.datab(vcc),
		25889	.datac(vcc),
		25890	.datad(kbd_reg_10),
		25891	.aclr(gnd),
		25892	.aload(gnd),
		25893	.clk(fclk),
		25894	.cin(gnd),
		25895	.cascin(vcc),
		25896	.devclrn(devclrn),
		25897	.devpor(devpor),
		25898	.combout(),
		25899	.regout(kbd_reg_9),
		25900	.cout(),
		25901	.cascout());
		25902	// synopsys translate_off
		25903	defparam \kbd_reg[9]~I .clock_enable_mode = "true";
		25904	defparam \kbd_reg[9]~I .lut_mask = "ff00";
		25905	defparam \kbd_reg[9]~I .operation_mode = "normal";
		25906	defparam \kbd_reg[9]~I .output_mode = "reg_only";
		25907	defparam \kbd_reg[9]~I .packed_mode = "false";
		25908	// synopsys translate_on
		25909
		25910	// atom is at LC5_B25
		25911	flex10ke_lcell \kbd_reg[14]~I (
		25912	// Equation(s):
		25913	// kbd_reg_14 = DFFEA(kbd_reg_15, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25914
		25915	.dataa(\always4~107 ),
		25916	.datab(vcc),
		25917	.datac(vcc),
		25918	.datad(kbd_reg_15),
		25919	.aclr(gnd),
		25920	.aload(gnd),
		25921	.clk(fclk),
		25922	.cin(gnd),
		25923	.cascin(vcc),
		25924	.devclrn(devclrn),
		25925	.devpor(devpor),
		25926	.combout(),
		25927	.regout(kbd_reg_14),
		25928	.cout(),
		25929	.cascout());
		25930	// synopsys translate_off
		25931	defparam \kbd_reg[14]~I .clock_enable_mode = "true";
		25932	defparam \kbd_reg[14]~I .lut_mask = "ff00";
		25933	defparam \kbd_reg[14]~I .operation_mode = "normal";
		25934	defparam \kbd_reg[14]~I .output_mode = "reg_only";
		25935	defparam \kbd_reg[14]~I .packed_mode = "false";
		25936	// synopsys translate_on
		25937
		25938	// atom is at LC4_B25
		25939	flex10ke_lcell \kbd_reg[13]~I (
		25940	// Equation(s):
		25941	// kbd_reg_13 = DFFEA(kbd_reg_14, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25942
		25943	.dataa(\always4~107 ),
		25944	.datab(vcc),
		25945	.datac(vcc),
		25946	.datad(kbd_reg_14),
		25947	.aclr(gnd),
		25948	.aload(gnd),
		25949	.clk(fclk),
		25950	.cin(gnd),
		25951	.cascin(vcc),
		25952	.devclrn(devclrn),
		25953	.devpor(devpor),
		25954	.combout(),
		25955	.regout(kbd_reg_13),
		25956	.cout(),
		25957	.cascout());
		25958	// synopsys translate_off
		25959	defparam \kbd_reg[13]~I .clock_enable_mode = "true";
		25960	defparam \kbd_reg[13]~I .lut_mask = "ff00";
		25961	defparam \kbd_reg[13]~I .operation_mode = "normal";
		25962	defparam \kbd_reg[13]~I .output_mode = "reg_only";
		25963	defparam \kbd_reg[13]~I .packed_mode = "false";
		25964	// synopsys translate_on
		25965
		25966	// atom is at LC1_B24
		25967	flex10ke_lcell \kbd_reg[8]~I (
		25968	// Equation(s):
		25969	// kbd_reg_8 = DFFEA(kbd_reg_9, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25970
		25971	.dataa(\always4~107 ),
		25972	.datab(vcc),
		25973	.datac(vcc),
		25974	.datad(kbd_reg_9),
		25975	.aclr(gnd),
		25976	.aload(gnd),
		25977	.clk(fclk),
		25978	.cin(gnd),
		25979	.cascin(vcc),
		25980	.devclrn(devclrn),
		25981	.devpor(devpor),
		25982	.combout(),
		25983	.regout(kbd_reg_8),
		25984	.cout(),
		25985	.cascout());
		25986	// synopsys translate_off
		25987	defparam \kbd_reg[8]~I .clock_enable_mode = "true";
		25988	defparam \kbd_reg[8]~I .lut_mask = "ff00";
		25989	defparam \kbd_reg[8]~I .operation_mode = "normal";
		25990	defparam \kbd_reg[8]~I .output_mode = "reg_only";
		25991	defparam \kbd_reg[8]~I .packed_mode = "false";
		25992	// synopsys translate_on
		25993
		25994	// atom is at LC8_B29
		25995	flex10ke_lcell \kbd_reg[11]~I (
		25996	// Equation(s):
		25997	// kbd_reg_11 = DFFEA(kbd_reg_12, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		25998
		25999	.dataa(\always4~107 ),
		26000	.datab(vcc),
		26001	.datac(vcc),
		26002	.datad(kbd_reg_12),
		26003	.aclr(gnd),
		26004	.aload(gnd),
		26005	.clk(fclk),
		26006	.cin(gnd),
		26007	.cascin(vcc),
		26008	.devclrn(devclrn),
		26009	.devpor(devpor),
		26010	.combout(),
		26011	.regout(kbd_reg_11),
		26012	.cout(),
		26013	.cascout());
		26014	// synopsys translate_off
		26015	defparam \kbd_reg[11]~I .clock_enable_mode = "true";
		26016	defparam \kbd_reg[11]~I .lut_mask = "ff00";
		26017	defparam \kbd_reg[11]~I .operation_mode = "normal";
		26018	defparam \kbd_reg[11]~I .output_mode = "reg_only";
		26019	defparam \kbd_reg[11]~I .packed_mode = "false";
		26020	// synopsys translate_on
		26021
		26022	// atom is at LC7_B29
		26023	flex10ke_lcell \kbd_reg[12]~I (
		26024	// Equation(s):
		26025	// kbd_reg_12 = DFFEA(kbd_reg_13, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		26026
		26027	.dataa(\always4~107 ),
		26028	.datab(vcc),
		26029	.datac(vcc),
		26030	.datad(kbd_reg_13),
		26031	.aclr(gnd),
		26032	.aload(gnd),
		26033	.clk(fclk),
		26034	.cin(gnd),
		26035	.cascin(vcc),
		26036	.devclrn(devclrn),
		26037	.devpor(devpor),
		26038	.combout(),
		26039	.regout(kbd_reg_12),
		26040	.cout(),
		26041	.cascout());
		26042	// synopsys translate_off
		26043	defparam \kbd_reg[12]~I .clock_enable_mode = "true";
		26044	defparam \kbd_reg[12]~I .lut_mask = "ff00";
		26045	defparam \kbd_reg[12]~I .operation_mode = "normal";
		26046	defparam \kbd_reg[12]~I .output_mode = "reg_only";
		26047	defparam \kbd_reg[12]~I .packed_mode = "false";
		26048	// synopsys translate_on
		26049
		26050	// atom is at LC2_A33
		26051	flex10ke_lcell \kbd_reg[2]~I (
		26052	// Equation(s):
		26053	// kbd_reg_2 = DFFEA(kbd_reg_3, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		26054
		26055	.dataa(\always4~107 ),
		26056	.datab(vcc),
		26057	.datac(vcc),
		26058	.datad(kbd_reg_3),
		26059	.aclr(gnd),
		26060	.aload(gnd),
		26061	.clk(fclk),
		26062	.cin(gnd),
		26063	.cascin(vcc),
		26064	.devclrn(devclrn),
		26065	.devpor(devpor),
		26066	.combout(),
		26067	.regout(kbd_reg_2),
		26068	.cout(),
		26069	.cascout());
		26070	// synopsys translate_off
		26071	defparam \kbd_reg[2]~I .clock_enable_mode = "true";
		26072	defparam \kbd_reg[2]~I .lut_mask = "ff00";
		26073	defparam \kbd_reg[2]~I .operation_mode = "normal";
		26074	defparam \kbd_reg[2]~I .output_mode = "reg_only";
		26075	defparam \kbd_reg[2]~I .packed_mode = "false";
		26076	// synopsys translate_on
		26077
		26078	// atom is at LC1_B26
		26079	flex10ke_lcell \kbd_reg[7]~I (
		26080	// Equation(s):
		26081	// kbd_reg_7 = DFFEA(kbd_reg_8, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		26082
		26083	.dataa(\always4~107 ),
		26084	.datab(vcc),
		26085	.datac(vcc),
		26086	.datad(kbd_reg_8),
		26087	.aclr(gnd),
		26088	.aload(gnd),
		26089	.clk(fclk),
		26090	.cin(gnd),
		26091	.cascin(vcc),
		26092	.devclrn(devclrn),
		26093	.devpor(devpor),
		26094	.combout(),
		26095	.regout(kbd_reg_7),
		26096	.cout(),
		26097	.cascout());
		26098	// synopsys translate_off
		26099	defparam \kbd_reg[7]~I .clock_enable_mode = "true";
		26100	defparam \kbd_reg[7]~I .lut_mask = "ff00";
		26101	defparam \kbd_reg[7]~I .operation_mode = "normal";
		26102	defparam \kbd_reg[7]~I .output_mode = "reg_only";
		26103	defparam \kbd_reg[7]~I .packed_mode = "false";
		26104	// synopsys translate_on
		26105
		26106	// atom is at LC3_A33
		26107	flex10ke_lcell \kbd_reg[1]~I (
		26108	// Equation(s):
		26109	// kbd_reg_1 = DFFEA(kbd_reg_2, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		26110
		26111	.dataa(\always4~107 ),
		26112	.datab(vcc),
		26113	.datac(vcc),
		26114	.datad(kbd_reg_2),
		26115	.aclr(gnd),
		26116	.aload(gnd),
		26117	.clk(fclk),
		26118	.cin(gnd),
		26119	.cascin(vcc),
		26120	.devclrn(devclrn),
		26121	.devpor(devpor),
		26122	.combout(),
		26123	.regout(kbd_reg_1),
		26124	.cout(),
		26125	.cascout());
		26126	// synopsys translate_off
		26127	defparam \kbd_reg[1]~I .clock_enable_mode = "true";
		26128	defparam \kbd_reg[1]~I .lut_mask = "ff00";
		26129	defparam \kbd_reg[1]~I .operation_mode = "normal";
		26130	defparam \kbd_reg[1]~I .output_mode = "reg_only";
		26131	defparam \kbd_reg[1]~I .packed_mode = "false";
		26132	// synopsys translate_on
		26133
		26134	// atom is at LC7_A32
		26135	flex10ke_lcell \kbd_reg[6]~I (
		26136	// Equation(s):
		26137	// kbd_reg_6 = DFFEA(kbd_reg_7, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		26138
		26139	.dataa(\always4~107 ),
		26140	.datab(vcc),
		26141	.datac(vcc),
		26142	.datad(kbd_reg_7),
		26143	.aclr(gnd),
		26144	.aload(gnd),
		26145	.clk(fclk),
		26146	.cin(gnd),
		26147	.cascin(vcc),
		26148	.devclrn(devclrn),
		26149	.devpor(devpor),
		26150	.combout(),
		26151	.regout(kbd_reg_6),
		26152	.cout(),
		26153	.cascout());
		26154	// synopsys translate_off
		26155	defparam \kbd_reg[6]~I .clock_enable_mode = "true";
		26156	defparam \kbd_reg[6]~I .lut_mask = "ff00";
		26157	defparam \kbd_reg[6]~I .operation_mode = "normal";
		26158	defparam \kbd_reg[6]~I .output_mode = "reg_only";
		26159	defparam \kbd_reg[6]~I .packed_mode = "false";
		26160	// synopsys translate_on
		26161
		26162	// atom is at LC8_A32
		26163	flex10ke_lcell \kbd_reg[5]~I (
		26164	// Equation(s):
		26165	// kbd_reg_5 = DFFEA(kbd_reg_6, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		26166
		26167	.dataa(\always4~107 ),
		26168	.datab(vcc),
		26169	.datac(vcc),
		26170	.datad(kbd_reg_6),
		26171	.aclr(gnd),
		26172	.aload(gnd),
		26173	.clk(fclk),
		26174	.cin(gnd),
		26175	.cascin(vcc),
		26176	.devclrn(devclrn),
		26177	.devpor(devpor),
		26178	.combout(),
		26179	.regout(kbd_reg_5),
		26180	.cout(),
		26181	.cascout());
		26182	// synopsys translate_off
		26183	defparam \kbd_reg[5]~I .clock_enable_mode = "true";
		26184	defparam \kbd_reg[5]~I .lut_mask = "ff00";
		26185	defparam \kbd_reg[5]~I .operation_mode = "normal";
		26186	defparam \kbd_reg[5]~I .output_mode = "reg_only";
		26187	defparam \kbd_reg[5]~I .packed_mode = "false";
		26188	// synopsys translate_on
		26189
		26190	// atom is at LC5_A33
		26191	flex10ke_lcell \kbd_reg[0]~I (
		26192	// Equation(s):
		26193	// kbd_reg_0 = DFFEA(kbd_reg_1, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		26194
		26195	.dataa(\always4~107 ),
		26196	.datab(vcc),
		26197	.datac(vcc),
		26198	.datad(kbd_reg_1),
		26199	.aclr(gnd),
		26200	.aload(gnd),
		26201	.clk(fclk),
		26202	.cin(gnd),
		26203	.cascin(vcc),
		26204	.devclrn(devclrn),
		26205	.devpor(devpor),
		26206	.combout(),
		26207	.regout(kbd_reg_0),
		26208	.cout(),
		26209	.cascout());
		26210	// synopsys translate_off
		26211	defparam \kbd_reg[0]~I .clock_enable_mode = "true";
		26212	defparam \kbd_reg[0]~I .lut_mask = "ff00";
		26213	defparam \kbd_reg[0]~I .operation_mode = "normal";
		26214	defparam \kbd_reg[0]~I .output_mode = "reg_only";
		26215	defparam \kbd_reg[0]~I .packed_mode = "false";
		26216	// synopsys translate_on
		26217
		26218	// atom is at LC7_A33
		26219	flex10ke_lcell \kbd_reg[3]~I (
		26220	// Equation(s):
		26221	// kbd_reg_3 = DFFEA(kbd_reg_4, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		26222
		26223	.dataa(\always4~107 ),
		26224	.datab(vcc),
		26225	.datac(vcc),
		26226	.datad(kbd_reg_4),
		26227	.aclr(gnd),
		26228	.aload(gnd),
		26229	.clk(fclk),
		26230	.cin(gnd),
		26231	.cascin(vcc),
		26232	.devclrn(devclrn),
		26233	.devpor(devpor),
		26234	.combout(),
		26235	.regout(kbd_reg_3),
		26236	.cout(),
		26237	.cascout());
		26238	// synopsys translate_off
		26239	defparam \kbd_reg[3]~I .clock_enable_mode = "true";
		26240	defparam \kbd_reg[3]~I .lut_mask = "ff00";
		26241	defparam \kbd_reg[3]~I .operation_mode = "normal";
		26242	defparam \kbd_reg[3]~I .output_mode = "reg_only";
		26243	defparam \kbd_reg[3]~I .packed_mode = "false";
		26244	// synopsys translate_on
		26245
		26246	// atom is at LC5_A32
		26247	flex10ke_lcell \kbd_reg[4]~I (
		26248	// Equation(s):
		26249	// kbd_reg_4 = DFFEA(kbd_reg_5, GLOBAL(\fclk~dataout ), , , \always4~107 , , )
		26250
		26251	.dataa(\always4~107 ),
		26252	.datab(vcc),
		26253	.datac(vcc),
		26254	.datad(kbd_reg_5),
		26255	.aclr(gnd),
		26256	.aload(gnd),
		26257	.clk(fclk),
		26258	.cin(gnd),
		26259	.cascin(vcc),
		26260	.devclrn(devclrn),
		26261	.devpor(devpor),
		26262	.combout(),
		26263	.regout(kbd_reg_4),
		26264	.cout(),
		26265	.cascout());
		26266	// synopsys translate_off
		26267	defparam \kbd_reg[4]~I .clock_enable_mode = "true";
		26268	defparam \kbd_reg[4]~I .lut_mask = "ff00";
		26269	defparam \kbd_reg[4]~I .operation_mode = "normal";
		26270	defparam \kbd_reg[4]~I .output_mode = "reg_only";
		26271	defparam \kbd_reg[4]~I .packed_mode = "false";
		26272	// synopsys translate_on
		26273
		26274	// atom is at LC1_D32
		26275	flex10ke_lcell \spick_sync[0]~I (
		26276	// Equation(s):
		26277	// spick_sync[0] = DFFEA(\spick~dataout , GLOBAL(\fclk~dataout ), , , , , )
		26278
		26279	.dataa(vcc),
		26280	.datab(vcc),
		26281	.datac(vcc),
		26282	.datad(spick),
		26283	.aclr(gnd),
		26284	.aload(gnd),
		26285	.clk(fclk),
		26286	.cin(gnd),
		26287	.cascin(vcc),
		26288	.devclrn(devclrn),
		26289	.devpor(devpor),
		26290	.combout(),
		26291	.regout(spick_sync[0]),
		26292	.cout(),
		26293	.cascout());
		26294	// synopsys translate_off
		26295	defparam \spick_sync[0]~I .clock_enable_mode = "false";
		26296	defparam \spick_sync[0]~I .lut_mask = "ff00";
		26297	defparam \spick_sync[0]~I .operation_mode = "normal";
		26298	defparam \spick_sync[0]~I .output_mode = "reg_only";
		26299	defparam \spick_sync[0]~I .packed_mode = "false";
		26300	// synopsys translate_on
		26301
		26302	// atom is at LC2_D32
		26303	flex10ke_lcell \spick_sync[1]~I (
		26304	// Equation(s):
		26305	// spick_sync[1] = DFFEA(spick_sync[0], GLOBAL(\fclk~dataout ), , , , , )
		26306
		26307	.dataa(vcc),
		26308	.datab(vcc),
		26309	.datac(vcc),
		26310	.datad(spick_sync[0]),
		26311	.aclr(gnd),
		26312	.aload(gnd),
		26313	.clk(fclk),
		26314	.cin(gnd),
		26315	.cascin(vcc),
		26316	.devclrn(devclrn),
		26317	.devpor(devpor),
		26318	.combout(),
		26319	.regout(spick_sync[1]),
		26320	.cout(),
		26321	.cascout());
		26322	// synopsys translate_off
		26323	defparam \spick_sync[1]~I .clock_enable_mode = "false";
		26324	defparam \spick_sync[1]~I .lut_mask = "ff00";
		26325	defparam \spick_sync[1]~I .operation_mode = "normal";
		26326	defparam \spick_sync[1]~I .output_mode = "reg_only";
		26327	defparam \spick_sync[1]~I .packed_mode = "false";
		26328	// synopsys translate_on
		26329
		26330	// atom is at LC5_D36
		26331	flex10ke_lcell \spick_sync[2]~I (
		26332	// Equation(s):
		26333	// spick_sync[2] = DFFEA(spick_sync[1], GLOBAL(\fclk~dataout ), , , , , )
		26334
		26335	.dataa(vcc),
		26336	.datab(vcc),
		26337	.datac(vcc),
		26338	.datad(spick_sync[1]),
		26339	.aclr(gnd),
		26340	.aload(gnd),
		26341	.clk(fclk),
		26342	.cin(gnd),
		26343	.cascin(vcc),
		26344	.devclrn(devclrn),
		26345	.devpor(devpor),
		26346	.combout(),
		26347	.regout(spick_sync[2]),
		26348	.cout(),
		26349	.cascout());
		26350	// synopsys translate_off
		26351	defparam \spick_sync[2]~I .clock_enable_mode = "false";
		26352	defparam \spick_sync[2]~I .lut_mask = "ff00";
		26353	defparam \spick_sync[2]~I .operation_mode = "normal";
		26354	defparam \spick_sync[2]~I .output_mode = "reg_only";
		26355	defparam \spick_sync[2]~I .packed_mode = "false";
		26356	// synopsys translate_on
		26357
		26358	// atom is at LC3_J23
		26359	flex10ke_lcell \spido_sync[0]~I (
		26360	// Equation(s):
		26361	// spido_sync[0] = DFFEA(\spido~dataout , GLOBAL(\fclk~dataout ), , , , , )
		26362
		26363	.dataa(vcc),
		26364	.datab(vcc),
		26365	.datac(vcc),
		26366	.datad(spido),
		26367	.aclr(gnd),
		26368	.aload(gnd),
		26369	.clk(fclk),
		26370	.cin(gnd),
		26371	.cascin(vcc),
		26372	.devclrn(devclrn),
		26373	.devpor(devpor),
		26374	.combout(),
		26375	.regout(spido_sync[0]),
		26376	.cout(),
		26377	.cascout());
		26378	// synopsys translate_off
		26379	defparam \spido_sync[0]~I .clock_enable_mode = "false";
		26380	defparam \spido_sync[0]~I .lut_mask = "ff00";
		26381	defparam \spido_sync[0]~I .operation_mode = "normal";
		26382	defparam \spido_sync[0]~I .output_mode = "reg_only";
		26383	defparam \spido_sync[0]~I .packed_mode = "false";
		26384	// synopsys translate_on
		26385
		26386	// atom is at LC1_J23
		26387	flex10ke_lcell \spido_sync[1]~I (
		26388	// Equation(s):
		26389	// spido_sync[1] = DFFEA(spido_sync[0], GLOBAL(\fclk~dataout ), , , , , )
		26390
		26391	.dataa(vcc),
		26392	.datab(vcc),
		26393	.datac(vcc),
		26394	.datad(spido_sync[0]),
		26395	.aclr(gnd),
		26396	.aload(gnd),
		26397	.clk(fclk),
		26398	.cin(gnd),
		26399	.cascin(vcc),
		26400	.devclrn(devclrn),
		26401	.devpor(devpor),
		26402	.combout(),
		26403	.regout(spido_sync[1]),
		26404	.cout(),
		26405	.cascout());
		26406	// synopsys translate_off
		26407	defparam \spido_sync[1]~I .clock_enable_mode = "false";
		26408	defparam \spido_sync[1]~I .lut_mask = "ff00";
		26409	defparam \spido_sync[1]~I .operation_mode = "normal";
		26410	defparam \spido_sync[1]~I .output_mode = "reg_only";
		26411	defparam \spido_sync[1]~I .packed_mode = "false";
		26412	// synopsys translate_on
		26413
		26414	// atom is at LC8_D29
		26415	flex10ke_lcell \regnum[7]~I (
		26416	// Equation(s):
		26417	// regnum[7] = DFFEA(spido_sync[1] & (spics_n_sync_2 # !spics_n_sync_1), GLOBAL(\fclk~dataout ), , , \regnum[7]~561 , , )
		26418
		26419	.dataa(\regnum[7]~561 ),
		26420	.datab(spics_n_sync_1),
		26421	.datac(spido_sync[1]),
		26422	.datad(spics_n_sync_2),
		26423	.aclr(gnd),
		26424	.aload(gnd),
		26425	.clk(fclk),
		26426	.cin(gnd),
		26427	.cascin(vcc),
		26428	.devclrn(devclrn),
		26429	.devpor(devpor),
		26430	.combout(),
		26431	.regout(regnum[7]),
		26432	.cout(),
		26433	.cascout());
		26434	// synopsys translate_off
		26435	defparam \regnum[7]~I .clock_enable_mode = "true";
		26436	defparam \regnum[7]~I .lut_mask = "f030";
		26437	defparam \regnum[7]~I .operation_mode = "normal";
		26438	defparam \regnum[7]~I .output_mode = "reg_only";
		26439	defparam \regnum[7]~I .packed_mode = "false";
		26440	// synopsys translate_on
		26441
		26442	// atom is at LC7_D29
		26443	flex10ke_lcell \regnum[6]~I (
		26444	// Equation(s):
		26445	// regnum[6] = DFFEA(regnum[7] & (spics_n_sync_2 # !spics_n_sync_1), GLOBAL(\fclk~dataout ), , , \regnum[7]~561 , , )
		26446
		26447	.dataa(\regnum[7]~561 ),
		26448	.datab(spics_n_sync_1),
		26449	.datac(regnum[7]),
		26450	.datad(spics_n_sync_2),
		26451	.aclr(gnd),
		26452	.aload(gnd),
		26453	.clk(fclk),
		26454	.cin(gnd),
		26455	.cascin(vcc),
		26456	.devclrn(devclrn),
		26457	.devpor(devpor),
		26458	.combout(),
		26459	.regout(regnum[6]),
		26460	.cout(),
		26461	.cascout());
		26462	// synopsys translate_off
		26463	defparam \regnum[6]~I .clock_enable_mode = "true";
		26464	defparam \regnum[6]~I .lut_mask = "f030";
		26465	defparam \regnum[6]~I .operation_mode = "normal";
		26466	defparam \regnum[6]~I .output_mode = "reg_only";
		26467	defparam \regnum[6]~I .packed_mode = "false";
		26468	// synopsys translate_on
		26469
		26470	// atom is at LC2_D34
		26471	flex10ke_lcell \regnum[5]~I (
		26472	// Equation(s):
		26473	// regnum[5] = DFFEA(regnum[6] & (spics_n_sync_2 # !spics_n_sync_1), GLOBAL(\fclk~dataout ), , , \regnum[7]~561 , , )
		26474
		26475	.dataa(\regnum[7]~561 ),
		26476	.datab(spics_n_sync_1),
		26477	.datac(regnum[6]),
		26478	.datad(spics_n_sync_2),
		26479	.aclr(gnd),
		26480	.aload(gnd),
		26481	.clk(fclk),
		26482	.cin(gnd),
		26483	.cascin(vcc),
		26484	.devclrn(devclrn),
		26485	.devpor(devpor),
		26486	.combout(),
		26487	.regout(regnum[5]),
		26488	.cout(),
		26489	.cascout());
		26490	// synopsys translate_off
		26491	defparam \regnum[5]~I .clock_enable_mode = "true";
		26492	defparam \regnum[5]~I .lut_mask = "f030";
		26493	defparam \regnum[5]~I .operation_mode = "normal";
		26494	defparam \regnum[5]~I .output_mode = "reg_only";
		26495	defparam \regnum[5]~I .packed_mode = "false";
		26496	// synopsys translate_on
		26497
		26498	// atom is at LC4_D29
		26499	flex10ke_lcell \regnum[4]~I (
		26500	// Equation(s):
		26501	// regnum[4] = DFFEA(regnum[5] & (spics_n_sync_2 # !spics_n_sync_1), GLOBAL(\fclk~dataout ), , , \regnum[7]~561 , , )
		26502
		26503	.dataa(\regnum[7]~561 ),
		26504	.datab(spics_n_sync_1),
		26505	.datac(regnum[5]),
		26506	.datad(spics_n_sync_2),
		26507	.aclr(gnd),
		26508	.aload(gnd),
		26509	.clk(fclk),
		26510	.cin(gnd),
		26511	.cascin(vcc),
		26512	.devclrn(devclrn),
		26513	.devpor(devpor),
		26514	.combout(),
		26515	.regout(regnum[4]),
		26516	.cout(),
		26517	.cascout());
		26518	// synopsys translate_off
		26519	defparam \regnum[4]~I .clock_enable_mode = "true";
		26520	defparam \regnum[4]~I .lut_mask = "f030";
		26521	defparam \regnum[4]~I .operation_mode = "normal";
		26522	defparam \regnum[4]~I .output_mode = "reg_only";
		26523	defparam \regnum[4]~I .packed_mode = "false";
		26524	// synopsys translate_on
		26525
		26526	// atom is at LC3_D29
		26527	flex10ke_lcell \regnum[3]~I (
		26528	// Equation(s):
		26529	// regnum[3] = DFFEA(regnum[4] & (spics_n_sync_2 # !spics_n_sync_1), GLOBAL(\fclk~dataout ), , , \regnum[7]~561 , , )
		26530
		26531	.dataa(\regnum[7]~561 ),
		26532	.datab(spics_n_sync_1),
		26533	.datac(regnum[4]),
		26534	.datad(spics_n_sync_2),
		26535	.aclr(gnd),
		26536	.aload(gnd),
		26537	.clk(fclk),
		26538	.cin(gnd),
		26539	.cascin(vcc),
		26540	.devclrn(devclrn),
		26541	.devpor(devpor),
		26542	.combout(),
		26543	.regout(regnum[3]),
		26544	.cout(),
		26545	.cascout());
		26546	// synopsys translate_off
		26547	defparam \regnum[3]~I .clock_enable_mode = "true";
		26548	defparam \regnum[3]~I .lut_mask = "f030";
		26549	defparam \regnum[3]~I .operation_mode = "normal";
		26550	defparam \regnum[3]~I .output_mode = "reg_only";
		26551	defparam \regnum[3]~I .packed_mode = "false";
		26552	// synopsys translate_on
		26553
		26554	// atom is at LC2_D33
		26555	flex10ke_lcell \regnum[2]~I (
		26556	// Equation(s):
		26557	// regnum[2] = DFFEA(regnum[3] & (spics_n_sync_2 # !spics_n_sync_1), GLOBAL(\fclk~dataout ), , , \regnum[7]~561 , , )
		26558
		26559	.dataa(\regnum[7]~561 ),
		26560	.datab(spics_n_sync_1),
		26561	.datac(regnum[3]),
		26562	.datad(spics_n_sync_2),
		26563	.aclr(gnd),
		26564	.aload(gnd),
		26565	.clk(fclk),
		26566	.cin(gnd),
		26567	.cascin(vcc),
		26568	.devclrn(devclrn),
		26569	.devpor(devpor),
		26570	.combout(),
		26571	.regout(regnum[2]),
		26572	.cout(),
		26573	.cascout());
		26574	// synopsys translate_off
		26575	defparam \regnum[2]~I .clock_enable_mode = "true";
		26576	defparam \regnum[2]~I .lut_mask = "f030";
		26577	defparam \regnum[2]~I .operation_mode = "normal";
		26578	defparam \regnum[2]~I .output_mode = "reg_only";
		26579	defparam \regnum[2]~I .packed_mode = "false";
		26580	// synopsys translate_on
		26581
		26582	// atom is at LC1_D33
		26583	flex10ke_lcell \regnum[1]~I (
		26584	// Equation(s):
		26585	// regnum[1] = DFFEA(regnum[2] & (spics_n_sync_2 # !spics_n_sync_1), GLOBAL(\fclk~dataout ), , , \regnum[7]~561 , , )
		26586
		26587	.dataa(\regnum[7]~561 ),
		26588	.datab(spics_n_sync_1),
		26589	.datac(regnum[2]),
		26590	.datad(spics_n_sync_2),
		26591	.aclr(gnd),
		26592	.aload(gnd),
		26593	.clk(fclk),
		26594	.cin(gnd),
		26595	.cascin(vcc),
		26596	.devclrn(devclrn),
		26597	.devpor(devpor),
		26598	.combout(),
		26599	.regout(regnum[1]),
		26600	.cout(),
		26601	.cascout());
		26602	// synopsys translate_off
		26603	defparam \regnum[1]~I .clock_enable_mode = "true";
		26604	defparam \regnum[1]~I .lut_mask = "f030";
		26605	defparam \regnum[1]~I .operation_mode = "normal";
		26606	defparam \regnum[1]~I .output_mode = "reg_only";
		26607	defparam \regnum[1]~I .packed_mode = "false";
		26608	// synopsys translate_on
		26609
		26610	// atom is at LC7_D33
		26611	flex10ke_lcell \regnum[0]~I (
		26612	// Equation(s):
		26613	// regnum[0] = DFFEA(regnum[1] & (spics_n_sync_2 # !spics_n_sync_1), GLOBAL(\fclk~dataout ), , , \regnum[7]~561 , , )
		26614
		26615	.dataa(\regnum[7]~561 ),
		26616	.datab(spics_n_sync_1),
		26617	.datac(regnum[1]),
		26618	.datad(spics_n_sync_2),
		26619	.aclr(gnd),
		26620	.aload(gnd),
		26621	.clk(fclk),
		26622	.cin(gnd),
		26623	.cascin(vcc),
		26624	.devclrn(devclrn),
		26625	.devpor(devpor),
		26626	.combout(),
		26627	.regout(regnum[0]),
		26628	.cout(),
		26629	.cascout());
		26630	// synopsys translate_off
		26631	defparam \regnum[0]~I .clock_enable_mode = "true";
		26632	defparam \regnum[0]~I .lut_mask = "f030";
		26633	defparam \regnum[0]~I .operation_mode = "normal";
		26634	defparam \regnum[0]~I .output_mode = "reg_only";
		26635	defparam \regnum[0]~I .packed_mode = "false";
		26636	// synopsys translate_on
		26637
		26638	// atom is at LC2_D6
		26639	flex10ke_lcell \shift_out~4963_I (
		26640	// Equation(s):
		26641	// \shift_out~4963 = regnum[0] & (regnum[1]) # !regnum[0] & (comport_addr_2 # !regnum[1]) # !\sel_comadr~29
		26642
		26643	.dataa(\sel_comadr~29 ),
		26644	.datab(regnum[0]),
		26645	.datac(comport_addr_2),
		26646	.datad(regnum[1]),
		26647	.aclr(gnd),
		26648	.aload(gnd),
		26649	.clk(gnd),
		26650	.cin(gnd),
		26651	.cascin(vcc),
		26652	.devclrn(devclrn),
		26653	.devpor(devpor),
		26654	.combout(\shift_out~4963 ),
		26655	.regout(),
		26656	.cout(),
		26657	.cascout());
		26658	// synopsys translate_off
		26659	defparam \shift_out~4963_I .clock_enable_mode = "false";
		26660	defparam \shift_out~4963_I .lut_mask = "fd77";
		26661	defparam \shift_out~4963_I .operation_mode = "normal";
		26662	defparam \shift_out~4963_I .output_mode = "comb_only";
		26663	defparam \shift_out~4963_I .packed_mode = "false";
		26664	// synopsys translate_on
		26665
		26666	// atom is at LC1_D29
		26667	flex10ke_lcell \sel_comadr~29_I (
		26668	// Equation(s):
		26669	// \sel_comadr~29 = !regnum[4] & !regnum[7] & !regnum[5] & regnum[6]
		26670
		26671	.dataa(regnum[4]),
		26672	.datab(regnum[7]),
		26673	.datac(regnum[5]),
		26674	.datad(regnum[6]),
		26675	.aclr(gnd),
		26676	.aload(gnd),
		26677	.clk(gnd),
		26678	.cin(gnd),
		26679	.cascin(vcc),
		26680	.devclrn(devclrn),
		26681	.devpor(devpor),
		26682	.combout(\sel_comadr~29 ),
		26683	.regout(),
		26684	.cout(),
		26685	.cascout());
		26686	// synopsys translate_off
		26687	defparam \sel_comadr~29_I .clock_enable_mode = "false";
		26688	defparam \sel_comadr~29_I .lut_mask = "0100";
		26689	defparam \sel_comadr~29_I .operation_mode = "normal";
		26690	defparam \sel_comadr~29_I .output_mode = "comb_only";
		26691	defparam \sel_comadr~29_I .packed_mode = "false";
		26692	// synopsys translate_on
		26693
		26694	// atom is at LC8_D25
		26695	flex10ke_lcell \shift_out~4962_I (
		26696	// Equation(s):
		26697	// \shift_out~4962 = !regnum[1] & gluclock_addr_2 & \sel_comadr~29 & regnum[0]
		26698
		26699	.dataa(regnum[1]),
		26700	.datab(gluclock_addr_2),
		26701	.datac(\sel_comadr~29 ),
		26702	.datad(regnum[0]),
		26703	.aclr(gnd),
		26704	.aload(gnd),
		26705	.clk(gnd),
		26706	.cin(gnd),
		26707	.cascin(vcc),
		26708	.devclrn(devclrn),
		26709	.devpor(devpor),
		26710	.combout(\shift_out~4962 ),
		26711	.regout(),
		26712	.cout(),
		26713	.cascout());
		26714	// synopsys translate_off
		26715	defparam \shift_out~4962_I .clock_enable_mode = "false";
		26716	defparam \shift_out~4962_I .lut_mask = "4000";
		26717	defparam \shift_out~4962_I .operation_mode = "normal";
		26718	defparam \shift_out~4962_I .output_mode = "comb_only";
		26719	defparam \shift_out~4962_I .packed_mode = "false";
		26720	// synopsys translate_on
		26721
		26722	// atom is at LC4_D28
		26723	flex10ke_lcell \shift_out~4964_I (
		26724	// Equation(s):
		26725	// \shift_out~4964 = sel_waitreg & (wait_write_2) # !sel_waitreg & (\shift_out~4963 # \shift_out~4962 )
		26726
		26727	.dataa(sel_waitreg),
		26728	.datab(\shift_out~4963 ),
		26729	.datac(\shift_out~4962 ),
		26730	.datad(wait_write_2),
		26731	.aclr(gnd),
		26732	.aload(gnd),
		26733	.clk(gnd),
		26734	.cin(gnd),
		26735	.cascin(vcc),
		26736	.devclrn(devclrn),
		26737	.devpor(devpor),
		26738	.combout(\shift_out~4964 ),
		26739	.regout(),
		26740	.cout(),
		26741	.cascout());
		26742	// synopsys translate_off
		26743	defparam \shift_out~4964_I .clock_enable_mode = "false";
		26744	defparam \shift_out~4964_I .lut_mask = "fe54";
		26745	defparam \shift_out~4964_I .operation_mode = "normal";
		26746	defparam \shift_out~4964_I .output_mode = "comb_only";
		26747	defparam \shift_out~4964_I .packed_mode = "false";
		26748	// synopsys translate_on
		26749
		26750	// atom is at LC3_D25
		26751	flex10ke_lcell \shift_out~4967_I (
		26752	// Equation(s):
		26753	// \shift_out~4967 = regnum[1] & (regnum[0]) # !regnum[1] & (gluclock_addr_3 # !regnum[0]) # !\sel_comadr~29
		26754
		26755	.dataa(\sel_comadr~29 ),
		26756	.datab(regnum[1]),
		26757	.datac(gluclock_addr_3),
		26758	.datad(regnum[0]),
		26759	.aclr(gnd),
		26760	.aload(gnd),
		26761	.clk(gnd),
		26762	.cin(gnd),
		26763	.cascin(vcc),
		26764	.devclrn(devclrn),
		26765	.devpor(devpor),
		26766	.combout(\shift_out~4967 ),
		26767	.regout(),
		26768	.cout(),
		26769	.cascout());
		26770	// synopsys translate_off
		26771	defparam \shift_out~4967_I .clock_enable_mode = "false";
		26772	defparam \shift_out~4967_I .lut_mask = "fd77";
		26773	defparam \shift_out~4967_I .operation_mode = "normal";
		26774	defparam \shift_out~4967_I .output_mode = "comb_only";
		26775	defparam \shift_out~4967_I .packed_mode = "false";
		26776	// synopsys translate_on
		26777
		26778	// atom is at LC7_D28
		26779	flex10ke_lcell \shift_out~4968_I (
		26780	// Equation(s):
		26781	// \shift_out~4968 = sel_waitreg & (wait_write_3) # !sel_waitreg & \shift_out~4967
		26782
		26783	.dataa(vcc),
		26784	.datab(sel_waitreg),
		26785	.datac(\shift_out~4967 ),
		26786	.datad(wait_write_3),
		26787	.aclr(gnd),
		26788	.aload(gnd),
		26789	.clk(gnd),
		26790	.cin(gnd),
		26791	.cascin(vcc),
		26792	.devclrn(devclrn),
		26793	.devpor(devpor),
		26794	.combout(\shift_out~4968 ),
		26795	.regout(),
		26796	.cout(),
		26797	.cascout());
		26798	// synopsys translate_off
		26799	defparam \shift_out~4968_I .clock_enable_mode = "false";
		26800	defparam \shift_out~4968_I .lut_mask = "fc30";
		26801	defparam \shift_out~4968_I .operation_mode = "normal";
		26802	defparam \shift_out~4968_I .output_mode = "comb_only";
		26803	defparam \shift_out~4968_I .packed_mode = "false";
		26804	// synopsys translate_on
		26805
		26806	// atom is at LC5_D30
		26807	flex10ke_lcell \shift_out~4971_I (
		26808	// Equation(s):
		26809	// \shift_out~4971 = regnum[1] & (regnum[0]) # !regnum[1] & (gluclock_addr_4 # !regnum[0]) # !\sel_comadr~29
		26810
		26811	.dataa(\sel_comadr~29 ),
		26812	.datab(regnum[1]),
		26813	.datac(gluclock_addr_4),
		26814	.datad(regnum[0]),
		26815	.aclr(gnd),
		26816	.aload(gnd),
		26817	.clk(gnd),
		26818	.cin(gnd),
		26819	.cascin(vcc),
		26820	.devclrn(devclrn),
		26821	.devpor(devpor),
		26822	.combout(\shift_out~4971 ),
		26823	.regout(),
		26824	.cout(),
		26825	.cascout());
		26826	// synopsys translate_off
		26827	defparam \shift_out~4971_I .clock_enable_mode = "false";
		26828	defparam \shift_out~4971_I .lut_mask = "fd77";
		26829	defparam \shift_out~4971_I .operation_mode = "normal";
		26830	defparam \shift_out~4971_I .output_mode = "comb_only";
		26831	defparam \shift_out~4971_I .packed_mode = "false";
		26832	// synopsys translate_on
		26833
		26834	// atom is at LC1_D30
		26835	flex10ke_lcell \shift_out~4972_I (
		26836	// Equation(s):
		26837	// \shift_out~4972 = sel_waitreg & (wait_write_4) # !sel_waitreg & \shift_out~4971
		26838
		26839	.dataa(vcc),
		26840	.datab(sel_waitreg),
		26841	.datac(\shift_out~4971 ),
		26842	.datad(wait_write_4),
		26843	.aclr(gnd),
		26844	.aload(gnd),
		26845	.clk(gnd),
		26846	.cin(gnd),
		26847	.cascin(vcc),
		26848	.devclrn(devclrn),
		26849	.devpor(devpor),
		26850	.combout(\shift_out~4972 ),
		26851	.regout(),
		26852	.cout(),
		26853	.cascout());
		26854	// synopsys translate_off
		26855	defparam \shift_out~4972_I .clock_enable_mode = "false";
		26856	defparam \shift_out~4972_I .lut_mask = "fc30";
		26857	defparam \shift_out~4972_I .operation_mode = "normal";
		26858	defparam \shift_out~4972_I .output_mode = "comb_only";
		26859	defparam \shift_out~4972_I .packed_mode = "false";
		26860	// synopsys translate_on
		26861
		26862	// atom is at LC8_D30
		26863	flex10ke_lcell \shift_out~4975_I (
		26864	// Equation(s):
		26865	// \shift_out~4975 = regnum[1] & (regnum[0]) # !regnum[1] & (gluclock_addr_5 # !regnum[0]) # !\sel_comadr~29
		26866
		26867	.dataa(\sel_comadr~29 ),
		26868	.datab(regnum[1]),
		26869	.datac(gluclock_addr_5),
		26870	.datad(regnum[0]),
		26871	.aclr(gnd),
		26872	.aload(gnd),
		26873	.clk(gnd),
		26874	.cin(gnd),
		26875	.cascin(vcc),
		26876	.devclrn(devclrn),
		26877	.devpor(devpor),
		26878	.combout(\shift_out~4975 ),
		26879	.regout(),
		26880	.cout(),
		26881	.cascout());
		26882	// synopsys translate_off
		26883	defparam \shift_out~4975_I .clock_enable_mode = "false";
		26884	defparam \shift_out~4975_I .lut_mask = "fd77";
		26885	defparam \shift_out~4975_I .operation_mode = "normal";
		26886	defparam \shift_out~4975_I .output_mode = "comb_only";
		26887	defparam \shift_out~4975_I .packed_mode = "false";
		26888	// synopsys translate_on
		26889
		26890	// atom is at LC2_D30
		26891	flex10ke_lcell \shift_out~4976_I (
		26892	// Equation(s):
		26893	// \shift_out~4976 = sel_waitreg & (wait_write_5) # !sel_waitreg & \shift_out~4975
		26894
		26895	.dataa(vcc),
		26896	.datab(sel_waitreg),
		26897	.datac(\shift_out~4975 ),
		26898	.datad(wait_write_5),
		26899	.aclr(gnd),
		26900	.aload(gnd),
		26901	.clk(gnd),
		26902	.cin(gnd),
		26903	.cascin(vcc),
		26904	.devclrn(devclrn),
		26905	.devpor(devpor),
		26906	.combout(\shift_out~4976 ),
		26907	.regout(),
		26908	.cout(),
		26909	.cascout());
		26910	// synopsys translate_off
		26911	defparam \shift_out~4976_I .clock_enable_mode = "false";
		26912	defparam \shift_out~4976_I .lut_mask = "fc30";
		26913	defparam \shift_out~4976_I .operation_mode = "normal";
		26914	defparam \shift_out~4976_I .output_mode = "comb_only";
		26915	defparam \shift_out~4976_I .packed_mode = "false";
		26916	// synopsys translate_on
		26917
		26918	// atom is at LC2_D25
		26919	flex10ke_lcell \shift_out~4979_I (
		26920	// Equation(s):
		26921	// \shift_out~4979 = regnum[1] & (regnum[0]) # !regnum[1] & (gluclock_addr_6 # !regnum[0]) # !\sel_comadr~29
		26922
		26923	.dataa(\sel_comadr~29 ),
		26924	.datab(regnum[1]),
		26925	.datac(gluclock_addr_6),
		26926	.datad(regnum[0]),
		26927	.aclr(gnd),
		26928	.aload(gnd),
		26929	.clk(gnd),
		26930	.cin(gnd),
		26931	.cascin(vcc),
		26932	.devclrn(devclrn),
		26933	.devpor(devpor),
		26934	.combout(\shift_out~4979 ),
		26935	.regout(),
		26936	.cout(),
		26937	.cascout());
		26938	// synopsys translate_off
		26939	defparam \shift_out~4979_I .clock_enable_mode = "false";
		26940	defparam \shift_out~4979_I .lut_mask = "fd77";
		26941	defparam \shift_out~4979_I .operation_mode = "normal";
		26942	defparam \shift_out~4979_I .output_mode = "comb_only";
		26943	defparam \shift_out~4979_I .packed_mode = "false";
		26944	// synopsys translate_on
		26945
		26946	// atom is at LC4_D14
		26947	flex10ke_lcell \shift_out~4980_I (
		26948	// Equation(s):
		26949	// \shift_out~4980 = sel_waitreg & (wait_write_6) # !sel_waitreg & \shift_out~4979
		26950
		26951	.dataa(vcc),
		26952	.datab(sel_waitreg),
		26953	.datac(\shift_out~4979 ),
		26954	.datad(wait_write_6),
		26955	.aclr(gnd),
		26956	.aload(gnd),
		26957	.clk(gnd),
		26958	.cin(gnd),
		26959	.cascin(vcc),
		26960	.devclrn(devclrn),
		26961	.devpor(devpor),
		26962	.combout(\shift_out~4980 ),
		26963	.regout(),
		26964	.cout(),
		26965	.cascout());
		26966	// synopsys translate_off
		26967	defparam \shift_out~4980_I .clock_enable_mode = "false";
		26968	defparam \shift_out~4980_I .lut_mask = "fc30";
		26969	defparam \shift_out~4980_I .operation_mode = "normal";
		26970	defparam \shift_out~4980_I .output_mode = "comb_only";
		26971	defparam \shift_out~4980_I .packed_mode = "false";
		26972	// synopsys translate_on
		26973
		26974	// atom is at LC2_D1
		26975	flex10ke_lcell \shift_out[7]~4984_I (
		26976	// Equation(s):
		26977	// \shift_out[7]~4984 = regnum[1] & (regnum[0]) # !regnum[1] & (gluclock_addr_7 # !regnum[0]) # !\sel_comadr~29
		26978
		26979	.dataa(\sel_comadr~29 ),
		26980	.datab(regnum[1]),
		26981	.datac(gluclock_addr_7),
		26982	.datad(regnum[0]),
		26983	.aclr(gnd),
		26984	.aload(gnd),
		26985	.clk(gnd),
		26986	.cin(gnd),
		26987	.cascin(vcc),
		26988	.devclrn(devclrn),
		26989	.devpor(devpor),
		26990	.combout(\shift_out[7]~4984 ),
		26991	.regout(),
		26992	.cout(),
		26993	.cascout());
		26994	// synopsys translate_off
		26995	defparam \shift_out[7]~4984_I .clock_enable_mode = "false";
		26996	defparam \shift_out[7]~4984_I .lut_mask = "fd77";
		26997	defparam \shift_out[7]~4984_I .operation_mode = "normal";
		26998	defparam \shift_out[7]~4984_I .output_mode = "comb_only";
		26999	defparam \shift_out[7]~4984_I .packed_mode = "false";
		27000	// synopsys translate_on
		27001
		27002	// atom is at LC7_D14
		27003	flex10ke_lcell \shift_out[7]~4985_I (
		27004	// Equation(s):
		27005	// \shift_out[7]~4985 = sel_waitreg & (wait_write_7) # !sel_waitreg & \shift_out[7]~4984
		27006
		27007	.dataa(vcc),
		27008	.datab(sel_waitreg),
		27009	.datac(\shift_out[7]~4984 ),
		27010	.datad(wait_write_7),
		27011	.aclr(gnd),
		27012	.aload(gnd),
		27013	.clk(gnd),
		27014	.cin(gnd),
		27015	.cascin(vcc),
		27016	.devclrn(devclrn),
		27017	.devpor(devpor),
		27018	.combout(\shift_out[7]~4985 ),
		27019	.regout(),
		27020	.cout(),
		27021	.cascout());
		27022	// synopsys translate_off
		27023	defparam \shift_out[7]~4985_I .clock_enable_mode = "false";
		27024	defparam \shift_out[7]~4985_I .lut_mask = "fc30";
		27025	defparam \shift_out[7]~4985_I .operation_mode = "normal";
		27026	defparam \shift_out[7]~4985_I .output_mode = "comb_only";
		27027	defparam \shift_out[7]~4985_I .packed_mode = "false";
		27028	// synopsys translate_on
		27029
		27030	// atom is at LC8_D14
		27031	flex10ke_lcell \shift_out[7]~4986_I (
		27032	// Equation(s):
		27033	// \shift_out[7]~4986 = spics_n_sync_2 & !spics_n_sync_1 & (\shift_out[7]~4985 ) # !spics_n_sync_2 & spics_n_sync_1 & wait_rnw
		27034
		27035	.dataa(spics_n_sync_2),
		27036	.datab(spics_n_sync_1),
		27037	.datac(wait_rnw),
		27038	.datad(\shift_out[7]~4985 ),
		27039	.aclr(gnd),
		27040	.aload(gnd),
		27041	.clk(gnd),
		27042	.cin(gnd),
		27043	.cascin(vcc),
		27044	.devclrn(devclrn),
		27045	.devpor(devpor),
		27046	.combout(\shift_out[7]~4986 ),
		27047	.regout(),
		27048	.cout(),
		27049	.cascout());
		27050	// synopsys translate_off
		27051	defparam \shift_out[7]~4986_I .clock_enable_mode = "false";
		27052	defparam \shift_out[7]~4986_I .lut_mask = "6240";
		27053	defparam \shift_out[7]~4986_I .operation_mode = "normal";
		27054	defparam \shift_out[7]~4986_I .output_mode = "comb_only";
		27055	defparam \shift_out[7]~4986_I .packed_mode = "false";
		27056	// synopsys translate_on
		27057
		27058	// atom is at LC1_D14
		27059	flex10ke_lcell \shift_out[7]~I (
		27060	// Equation(s):
		27061	// shift_out[7] = DFFEA(\shift_out[7]~4986 , GLOBAL(\fclk~dataout ), , , \shift_out[7]~4987 , , )
		27062
		27063	.dataa(\shift_out[7]~4987 ),
		27064	.datab(vcc),
		27065	.datac(vcc),
		27066	.datad(\shift_out[7]~4986 ),
		27067	.aclr(gnd),
		27068	.aload(gnd),
		27069	.clk(fclk),
		27070	.cin(gnd),
		27071	.cascin(vcc),
		27072	.devclrn(devclrn),
		27073	.devpor(devpor),
		27074	.combout(),
		27075	.regout(shift_out[7]),
		27076	.cout(),
		27077	.cascout());
		27078	// synopsys translate_off
		27079	defparam \shift_out[7]~I .clock_enable_mode = "true";
		27080	defparam \shift_out[7]~I .lut_mask = "ff00";
		27081	defparam \shift_out[7]~I .operation_mode = "normal";
		27082	defparam \shift_out[7]~I .output_mode = "reg_only";
		27083	defparam \shift_out[7]~I .packed_mode = "false";
		27084	// synopsys translate_on
		27085
		27086	// atom is at LC2_D14
		27087	flex10ke_lcell \shift_out~4978_I (
		27088	// Equation(s):
		27089	// \shift_out~4978 = spick_sync[2] & (shift_out[6]) # !spick_sync[2] & (spick_sync[1] & shift_out[7] # !spick_sync[1] & (shift_out[6]))
		27090
		27091	.dataa(spick_sync[2]),
		27092	.datab(spick_sync[1]),
		27093	.datac(shift_out[7]),
		27094	.datad(shift_out[6]),
		27095	.aclr(gnd),
		27096	.aload(gnd),
		27097	.clk(gnd),
		27098	.cin(gnd),
		27099	.cascin(vcc),
		27100	.devclrn(devclrn),
		27101	.devpor(devpor),
		27102	.combout(\shift_out~4978 ),
		27103	.regout(),
		27104	.cout(),
		27105	.cascout());
		27106	// synopsys translate_off
		27107	defparam \shift_out~4978_I .clock_enable_mode = "false";
		27108	defparam \shift_out~4978_I .lut_mask = "fb40";
		27109	defparam \shift_out~4978_I .operation_mode = "normal";
		27110	defparam \shift_out~4978_I .output_mode = "comb_only";
		27111	defparam \shift_out~4978_I .packed_mode = "false";
		27112	// synopsys translate_on
		27113
		27114	// atom is at LC5_D14
		27115	flex10ke_lcell \shift_out[6]~I (
		27116	// Equation(s):
		27117	// shift_out[6] = DFFEA(spics_n_sync_1 & (spics_n_sync_2 & \shift_out~4978 ) # !spics_n_sync_1 & (spics_n_sync_2 & \shift_out~4980 # !spics_n_sync_2 & (\shift_out~4978 )), GLOBAL(\fclk~dataout ), , , , , )
		27118
		27119	.dataa(spics_n_sync_1),
		27120	.datab(\shift_out~4980 ),
		27121	.datac(spics_n_sync_2),
		27122	.datad(\shift_out~4978 ),
		27123	.aclr(gnd),
		27124	.aload(gnd),
		27125	.clk(fclk),
		27126	.cin(gnd),
		27127	.cascin(vcc),
		27128	.devclrn(devclrn),
		27129	.devpor(devpor),
		27130	.combout(),
		27131	.regout(shift_out[6]),
		27132	.cout(),
		27133	.cascout());
		27134	// synopsys translate_off
		27135	defparam \shift_out[6]~I .clock_enable_mode = "false";
		27136	defparam \shift_out[6]~I .lut_mask = "e540";
		27137	defparam \shift_out[6]~I .operation_mode = "normal";
		27138	defparam \shift_out[6]~I .output_mode = "reg_only";
		27139	defparam \shift_out[6]~I .packed_mode = "false";
		27140	// synopsys translate_on
		27141
		27142	// atom is at LC4_D36
		27143	flex10ke_lcell \shift_out~4974_I (
		27144	// Equation(s):
		27145	// \shift_out~4974 = spick_sync[2] & (shift_out[5]) # !spick_sync[2] & (spick_sync[1] & shift_out[6] # !spick_sync[1] & (shift_out[5]))
		27146
		27147	.dataa(spick_sync[2]),
		27148	.datab(spick_sync[1]),
		27149	.datac(shift_out[6]),
		27150	.datad(shift_out[5]),
		27151	.aclr(gnd),
		27152	.aload(gnd),
		27153	.clk(gnd),
		27154	.cin(gnd),
		27155	.cascin(vcc),
		27156	.devclrn(devclrn),
		27157	.devpor(devpor),
		27158	.combout(\shift_out~4974 ),
		27159	.regout(),
		27160	.cout(),
		27161	.cascout());
		27162	// synopsys translate_off
		27163	defparam \shift_out~4974_I .clock_enable_mode = "false";
		27164	defparam \shift_out~4974_I .lut_mask = "fb40";
		27165	defparam \shift_out~4974_I .operation_mode = "normal";
		27166	defparam \shift_out~4974_I .output_mode = "comb_only";
		27167	defparam \shift_out~4974_I .packed_mode = "false";
		27168	// synopsys translate_on
		27169
		27170	// atom is at LC1_D36
		27171	flex10ke_lcell \shift_out[5]~I (
		27172	// Equation(s):
		27173	// shift_out[5] = DFFEA(spics_n_sync_1 & (spics_n_sync_2 & \shift_out~4974 ) # !spics_n_sync_1 & (spics_n_sync_2 & \shift_out~4976 # !spics_n_sync_2 & (\shift_out~4974 )), GLOBAL(\fclk~dataout ), , , , , )
		27174
		27175	.dataa(spics_n_sync_1),
		27176	.datab(\shift_out~4976 ),
		27177	.datac(spics_n_sync_2),
		27178	.datad(\shift_out~4974 ),
		27179	.aclr(gnd),
		27180	.aload(gnd),
		27181	.clk(fclk),
		27182	.cin(gnd),
		27183	.cascin(vcc),
		27184	.devclrn(devclrn),
		27185	.devpor(devpor),
		27186	.combout(),
		27187	.regout(shift_out[5]),
		27188	.cout(),
		27189	.cascout());
		27190	// synopsys translate_off
		27191	defparam \shift_out[5]~I .clock_enable_mode = "false";
		27192	defparam \shift_out[5]~I .lut_mask = "e540";
		27193	defparam \shift_out[5]~I .operation_mode = "normal";
		27194	defparam \shift_out[5]~I .output_mode = "reg_only";
		27195	defparam \shift_out[5]~I .packed_mode = "false";
		27196	// synopsys translate_on
		27197
		27198	// atom is at LC3_D36
		27199	flex10ke_lcell \shift_out~4970_I (
		27200	// Equation(s):
		27201	// \shift_out~4970 = spick_sync[2] & (shift_out[4]) # !spick_sync[2] & (spick_sync[1] & shift_out[5] # !spick_sync[1] & (shift_out[4]))
		27202
		27203	.dataa(spick_sync[2]),
		27204	.datab(spick_sync[1]),
		27205	.datac(shift_out[5]),
		27206	.datad(shift_out[4]),
		27207	.aclr(gnd),
		27208	.aload(gnd),
		27209	.clk(gnd),
		27210	.cin(gnd),
		27211	.cascin(vcc),
		27212	.devclrn(devclrn),
		27213	.devpor(devpor),
		27214	.combout(\shift_out~4970 ),
		27215	.regout(),
		27216	.cout(),
		27217	.cascout());
		27218	// synopsys translate_off
		27219	defparam \shift_out~4970_I .clock_enable_mode = "false";
		27220	defparam \shift_out~4970_I .lut_mask = "fb40";
		27221	defparam \shift_out~4970_I .operation_mode = "normal";
		27222	defparam \shift_out~4970_I .output_mode = "comb_only";
		27223	defparam \shift_out~4970_I .packed_mode = "false";
		27224	// synopsys translate_on
		27225
		27226	// atom is at LC7_D36
		27227	flex10ke_lcell \shift_out[4]~I (
		27228	// Equation(s):
		27229	// shift_out[4] = DFFEA(spics_n_sync_1 & (spics_n_sync_2 & \shift_out~4970 ) # !spics_n_sync_1 & (spics_n_sync_2 & \shift_out~4972 # !spics_n_sync_2 & (\shift_out~4970 )), GLOBAL(\fclk~dataout ), , , , , )
		27230
		27231	.dataa(spics_n_sync_1),
		27232	.datab(\shift_out~4972 ),
		27233	.datac(spics_n_sync_2),
		27234	.datad(\shift_out~4970 ),
		27235	.aclr(gnd),
		27236	.aload(gnd),
		27237	.clk(fclk),
		27238	.cin(gnd),
		27239	.cascin(vcc),
		27240	.devclrn(devclrn),
		27241	.devpor(devpor),
		27242	.combout(),
		27243	.regout(shift_out[4]),
		27244	.cout(),
		27245	.cascout());
		27246	// synopsys translate_off
		27247	defparam \shift_out[4]~I .clock_enable_mode = "false";
		27248	defparam \shift_out[4]~I .lut_mask = "e540";
		27249	defparam \shift_out[4]~I .operation_mode = "normal";
		27250	defparam \shift_out[4]~I .output_mode = "reg_only";
		27251	defparam \shift_out[4]~I .packed_mode = "false";
		27252	// synopsys translate_on
		27253
		27254	// atom is at LC5_D28
		27255	flex10ke_lcell \shift_out~4966_I (
		27256	// Equation(s):
		27257	// \shift_out~4966 = spick_sync[2] & (shift_out[3]) # !spick_sync[2] & (spick_sync[1] & shift_out[4] # !spick_sync[1] & (shift_out[3]))
		27258
		27259	.dataa(spick_sync[2]),
		27260	.datab(spick_sync[1]),
		27261	.datac(shift_out[4]),
		27262	.datad(shift_out[3]),
		27263	.aclr(gnd),
		27264	.aload(gnd),
		27265	.clk(gnd),
		27266	.cin(gnd),
		27267	.cascin(vcc),
		27268	.devclrn(devclrn),
		27269	.devpor(devpor),
		27270	.combout(\shift_out~4966 ),
		27271	.regout(),
		27272	.cout(),
		27273	.cascout());
		27274	// synopsys translate_off
		27275	defparam \shift_out~4966_I .clock_enable_mode = "false";
		27276	defparam \shift_out~4966_I .lut_mask = "fb40";
		27277	defparam \shift_out~4966_I .operation_mode = "normal";
		27278	defparam \shift_out~4966_I .output_mode = "comb_only";
		27279	defparam \shift_out~4966_I .packed_mode = "false";
		27280	// synopsys translate_on
		27281
		27282	// atom is at LC1_D28
		27283	flex10ke_lcell \shift_out[3]~I (
		27284	// Equation(s):
		27285	// shift_out[3] = DFFEA(spics_n_sync_1 & (spics_n_sync_2 & \shift_out~4966 ) # !spics_n_sync_1 & (spics_n_sync_2 & \shift_out~4968 # !spics_n_sync_2 & (\shift_out~4966 )), GLOBAL(\fclk~dataout ), , , , , )
		27286
		27287	.dataa(spics_n_sync_1),
		27288	.datab(\shift_out~4968 ),
		27289	.datac(spics_n_sync_2),
		27290	.datad(\shift_out~4966 ),
		27291	.aclr(gnd),
		27292	.aload(gnd),
		27293	.clk(fclk),
		27294	.cin(gnd),
		27295	.cascin(vcc),
		27296	.devclrn(devclrn),
		27297	.devpor(devpor),
		27298	.combout(),
		27299	.regout(shift_out[3]),
		27300	.cout(),
		27301	.cascout());
		27302	// synopsys translate_off
		27303	defparam \shift_out[3]~I .clock_enable_mode = "false";
		27304	defparam \shift_out[3]~I .lut_mask = "e540";
		27305	defparam \shift_out[3]~I .operation_mode = "normal";
		27306	defparam \shift_out[3]~I .output_mode = "reg_only";
		27307	defparam \shift_out[3]~I .packed_mode = "false";
		27308	// synopsys translate_on
		27309
		27310	// atom is at LC2_D28
		27311	flex10ke_lcell \shift_out~4961_I (
		27312	// Equation(s):
		27313	// \shift_out~4961 = spick_sync[2] & (shift_out[2]) # !spick_sync[2] & (spick_sync[1] & shift_out[3] # !spick_sync[1] & (shift_out[2]))
		27314
		27315	.dataa(spick_sync[2]),
		27316	.datab(spick_sync[1]),
		27317	.datac(shift_out[3]),
		27318	.datad(shift_out[2]),
		27319	.aclr(gnd),
		27320	.aload(gnd),
		27321	.clk(gnd),
		27322	.cin(gnd),
		27323	.cascin(vcc),
		27324	.devclrn(devclrn),
		27325	.devpor(devpor),
		27326	.combout(\shift_out~4961 ),
		27327	.regout(),
		27328	.cout(),
		27329	.cascout());
		27330	// synopsys translate_off
		27331	defparam \shift_out~4961_I .clock_enable_mode = "false";
		27332	defparam \shift_out~4961_I .lut_mask = "fb40";
		27333	defparam \shift_out~4961_I .operation_mode = "normal";
		27334	defparam \shift_out~4961_I .output_mode = "comb_only";
		27335	defparam \shift_out~4961_I .packed_mode = "false";
		27336	// synopsys translate_on
		27337
		27338	// atom is at LC8_D28
		27339	flex10ke_lcell \shift_out[2]~I (
		27340	// Equation(s):
		27341	// shift_out[2] = DFFEA(spics_n_sync_1 & (spics_n_sync_2 & \shift_out~4961 ) # !spics_n_sync_1 & (spics_n_sync_2 & \shift_out~4964 # !spics_n_sync_2 & (\shift_out~4961 )), GLOBAL(\fclk~dataout ), , , , , )
		27342
		27343	.dataa(spics_n_sync_1),
		27344	.datab(\shift_out~4964 ),
		27345	.datac(spics_n_sync_2),
		27346	.datad(\shift_out~4961 ),
		27347	.aclr(gnd),
		27348	.aload(gnd),
		27349	.clk(fclk),
		27350	.cin(gnd),
		27351	.cascin(vcc),
		27352	.devclrn(devclrn),
		27353	.devpor(devpor),
		27354	.combout(),
		27355	.regout(shift_out[2]),
		27356	.cout(),
		27357	.cascout());
		27358	// synopsys translate_off
		27359	defparam \shift_out[2]~I .clock_enable_mode = "false";
		27360	defparam \shift_out[2]~I .lut_mask = "e540";
		27361	defparam \shift_out[2]~I .operation_mode = "normal";
		27362	defparam \shift_out[2]~I .output_mode = "reg_only";
		27363	defparam \shift_out[2]~I .packed_mode = "false";
		27364	// synopsys translate_on
		27365
		27366	// atom is at LC8_D2
		27367	flex10ke_lcell \shift_out~4959_I (
		27368	// Equation(s):
		27369	// \shift_out~4959 = spick_sync[2] & (shift_out[1]) # !spick_sync[2] & (spick_sync[1] & shift_out[2] # !spick_sync[1] & (shift_out[1]))
		27370
		27371	.dataa(spick_sync[2]),
		27372	.datab(spick_sync[1]),
		27373	.datac(shift_out[2]),
		27374	.datad(shift_out[1]),
		27375	.aclr(gnd),
		27376	.aload(gnd),
		27377	.clk(gnd),
		27378	.cin(gnd),
		27379	.cascin(vcc),
		27380	.devclrn(devclrn),
		27381	.devpor(devpor),
		27382	.combout(\shift_out~4959 ),
		27383	.regout(),
		27384	.cout(),
		27385	.cascout());
		27386	// synopsys translate_off
		27387	defparam \shift_out~4959_I .clock_enable_mode = "false";
		27388	defparam \shift_out~4959_I .lut_mask = "fb40";
		27389	defparam \shift_out~4959_I .operation_mode = "normal";
		27390	defparam \shift_out~4959_I .output_mode = "comb_only";
		27391	defparam \shift_out~4959_I .packed_mode = "false";
		27392	// synopsys translate_on
		27393
		27394	// atom is at LC7_D6
		27395	flex10ke_lcell \shift_out~4956_I (
		27396	// Equation(s):
		27397	// \shift_out~4956 = regnum[0] & (regnum[1]) # !regnum[0] & (comport_addr_1 # !regnum[1]) # !\sel_comadr~29
		27398
		27399	.dataa(\sel_comadr~29 ),
		27400	.datab(regnum[0]),
		27401	.datac(comport_addr_1),
		27402	.datad(regnum[1]),
		27403	.aclr(gnd),
		27404	.aload(gnd),
		27405	.clk(gnd),
		27406	.cin(gnd),
		27407	.cascin(vcc),
		27408	.devclrn(devclrn),
		27409	.devpor(devpor),
		27410	.combout(\shift_out~4956 ),
		27411	.regout(),
		27412	.cout(),
		27413	.cascout());
		27414	// synopsys translate_off
		27415	defparam \shift_out~4956_I .clock_enable_mode = "false";
		27416	defparam \shift_out~4956_I .lut_mask = "fd77";
		27417	defparam \shift_out~4956_I .operation_mode = "normal";
		27418	defparam \shift_out~4956_I .output_mode = "comb_only";
		27419	defparam \shift_out~4956_I .packed_mode = "false";
		27420	// synopsys translate_on
		27421
		27422	// atom is at LC5_D6
		27423	flex10ke_lcell \shift_out~4955_I (
		27424	// Equation(s):
		27425	// \shift_out~4955 = !regnum[1] & gluclock_addr_1 & \sel_comadr~29 & regnum[0]
		27426
		27427	.dataa(regnum[1]),
		27428	.datab(gluclock_addr_1),
		27429	.datac(\sel_comadr~29 ),
		27430	.datad(regnum[0]),
		27431	.aclr(gnd),
		27432	.aload(gnd),
		27433	.clk(gnd),
		27434	.cin(gnd),
		27435	.cascin(vcc),
		27436	.devclrn(devclrn),
		27437	.devpor(devpor),
		27438	.combout(\shift_out~4955 ),
		27439	.regout(),
		27440	.cout(),
		27441	.cascout());
		27442	// synopsys translate_off
		27443	defparam \shift_out~4955_I .clock_enable_mode = "false";
		27444	defparam \shift_out~4955_I .lut_mask = "4000";
		27445	defparam \shift_out~4955_I .operation_mode = "normal";
		27446	defparam \shift_out~4955_I .output_mode = "comb_only";
		27447	defparam \shift_out~4955_I .packed_mode = "false";
		27448	// synopsys translate_on
		27449
		27450	// atom is at LC1_D6
		27451	flex10ke_lcell \shift_out~4957_I (
		27452	// Equation(s):
		27453	// \shift_out~4957 = sel_waitreg & (wait_write_1) # !sel_waitreg & (\shift_out~4956 # \shift_out~4955 )
		27454
		27455	.dataa(sel_waitreg),
		27456	.datab(\shift_out~4956 ),
		27457	.datac(\shift_out~4955 ),
		27458	.datad(wait_write_1),
		27459	.aclr(gnd),
		27460	.aload(gnd),
		27461	.clk(gnd),
		27462	.cin(gnd),
		27463	.cascin(vcc),
		27464	.devclrn(devclrn),
		27465	.devpor(devpor),
		27466	.combout(\shift_out~4957 ),
		27467	.regout(),
		27468	.cout(),
		27469	.cascout());
		27470	// synopsys translate_off
		27471	defparam \shift_out~4957_I .clock_enable_mode = "false";
		27472	defparam \shift_out~4957_I .lut_mask = "fe54";
		27473	defparam \shift_out~4957_I .operation_mode = "normal";
		27474	defparam \shift_out~4957_I .output_mode = "comb_only";
		27475	defparam \shift_out~4957_I .packed_mode = "false";
		27476	// synopsys translate_on
		27477
		27478	// atom is at LC7_D2
		27479	flex10ke_lcell \shift_out~4958_I (
		27480	// Equation(s):
		27481	// \shift_out~4958 = spics_n_sync_2 & !spics_n_sync_1 & (\shift_out~4957 ) # !spics_n_sync_2 & spics_n_sync_1 & waits_1
		27482
		27483	.dataa(spics_n_sync_2),
		27484	.datab(spics_n_sync_1),
		27485	.datac(waits_1),
		27486	.datad(\shift_out~4957 ),
		27487	.aclr(gnd),
		27488	.aload(gnd),
		27489	.clk(gnd),
		27490	.cin(gnd),
		27491	.cascin(vcc),
		27492	.devclrn(devclrn),
		27493	.devpor(devpor),
		27494	.combout(\shift_out~4958 ),
		27495	.regout(),
		27496	.cout(),
		27497	.cascout());
		27498	// synopsys translate_off
		27499	defparam \shift_out~4958_I .clock_enable_mode = "false";
		27500	defparam \shift_out~4958_I .lut_mask = "6240";
		27501	defparam \shift_out~4958_I .operation_mode = "normal";
		27502	defparam \shift_out~4958_I .output_mode = "comb_only";
		27503	defparam \shift_out~4958_I .packed_mode = "false";
		27504	// synopsys translate_on
		27505
		27506	// atom is at LC5_D2
		27507	flex10ke_lcell \shift_out[1]~I (
		27508	// Equation(s):
		27509	// shift_out[1] = DFFEA(\shift_out~4958 # \shift_out~4959 & (spics_n_sync_2 $ !spics_n_sync_1), GLOBAL(\fclk~dataout ), , , , , )
		27510
		27511	.dataa(spics_n_sync_2),
		27512	.datab(spics_n_sync_1),
		27513	.datac(\shift_out~4959 ),
		27514	.datad(\shift_out~4958 ),
		27515	.aclr(gnd),
		27516	.aload(gnd),
		27517	.clk(fclk),
		27518	.cin(gnd),
		27519	.cascin(vcc),
		27520	.devclrn(devclrn),
		27521	.devpor(devpor),
		27522	.combout(),
		27523	.regout(shift_out[1]),
		27524	.cout(),
		27525	.cascout());
		27526	// synopsys translate_off
		27527	defparam \shift_out[1]~I .clock_enable_mode = "false";
		27528	defparam \shift_out[1]~I .lut_mask = "ff90";
		27529	defparam \shift_out[1]~I .operation_mode = "normal";
		27530	defparam \shift_out[1]~I .output_mode = "reg_only";
		27531	defparam \shift_out[1]~I .packed_mode = "false";
		27532	// synopsys translate_on
		27533
		27534	// atom is at LC6_D2
		27535	flex10ke_lcell \shift_out~4953_I (
		27536	// Equation(s):
		27537	// \shift_out~4953 = spick_sync[2] & (shift_out_0) # !spick_sync[2] & (spick_sync[1] & shift_out[1] # !spick_sync[1] & (shift_out_0))
		27538
		27539	.dataa(spick_sync[2]),
		27540	.datab(spick_sync[1]),
		27541	.datac(shift_out[1]),
		27542	.datad(shift_out_0),
		27543	.aclr(gnd),
		27544	.aload(gnd),
		27545	.clk(gnd),
		27546	.cin(gnd),
		27547	.cascin(vcc),
		27548	.devclrn(devclrn),
		27549	.devpor(devpor),
		27550	.combout(\shift_out~4953 ),
		27551	.regout(),
		27552	.cout(),
		27553	.cascout());
		27554	// synopsys translate_off
		27555	defparam \shift_out~4953_I .clock_enable_mode = "false";
		27556	defparam \shift_out~4953_I .lut_mask = "fb40";
		27557	defparam \shift_out~4953_I .operation_mode = "normal";
		27558	defparam \shift_out~4953_I .output_mode = "comb_only";
		27559	defparam \shift_out~4953_I .packed_mode = "false";
		27560	// synopsys translate_on
		27561
		27562	// atom is at LC2_D13
		27563	flex10ke_lcell \shift_out~4950_I (
		27564	// Equation(s):
		27565	// \shift_out~4950 = regnum[0] & (regnum[1]) # !regnum[0] & (comport_addr_0 # !regnum[1]) # !\sel_comadr~29
		27566
		27567	.dataa(\sel_comadr~29 ),
		27568	.datab(regnum[0]),
		27569	.datac(comport_addr_0),
		27570	.datad(regnum[1]),
		27571	.aclr(gnd),
		27572	.aload(gnd),
		27573	.clk(gnd),
		27574	.cin(gnd),
		27575	.cascin(vcc),
		27576	.devclrn(devclrn),
		27577	.devpor(devpor),
		27578	.combout(\shift_out~4950 ),
		27579	.regout(),
		27580	.cout(),
		27581	.cascout());
		27582	// synopsys translate_off
		27583	defparam \shift_out~4950_I .clock_enable_mode = "false";
		27584	defparam \shift_out~4950_I .lut_mask = "fd77";
		27585	defparam \shift_out~4950_I .operation_mode = "normal";
		27586	defparam \shift_out~4950_I .output_mode = "comb_only";
		27587	defparam \shift_out~4950_I .packed_mode = "false";
		27588	// synopsys translate_on
		27589
		27590	// atom is at LC7_D1
		27591	flex10ke_lcell \shift_out~4949_I (
		27592	// Equation(s):
		27593	// \shift_out~4949 = !regnum[1] & \sel_comadr~29 & regnum[0] & gluclock_addr_0
		27594
		27595	.dataa(regnum[1]),
		27596	.datab(\sel_comadr~29 ),
		27597	.datac(regnum[0]),
		27598	.datad(gluclock_addr_0),
		27599	.aclr(gnd),
		27600	.aload(gnd),
		27601	.clk(gnd),
		27602	.cin(gnd),
		27603	.cascin(vcc),
		27604	.devclrn(devclrn),
		27605	.devpor(devpor),
		27606	.combout(\shift_out~4949 ),
		27607	.regout(),
		27608	.cout(),
		27609	.cascout());
		27610	// synopsys translate_off
		27611	defparam \shift_out~4949_I .clock_enable_mode = "false";
		27612	defparam \shift_out~4949_I .lut_mask = "4000";
		27613	defparam \shift_out~4949_I .operation_mode = "normal";
		27614	defparam \shift_out~4949_I .output_mode = "comb_only";
		27615	defparam \shift_out~4949_I .packed_mode = "false";
		27616	// synopsys translate_on
		27617
		27618	// atom is at LC1_D1
		27619	flex10ke_lcell \shift_out~4951_I (
		27620	// Equation(s):
		27621	// \shift_out~4951 = sel_waitreg & (wait_write_0) # !sel_waitreg & (\shift_out~4950 # \shift_out~4949 )
		27622
		27623	.dataa(sel_waitreg),
		27624	.datab(\shift_out~4950 ),
		27625	.datac(\shift_out~4949 ),
		27626	.datad(wait_write_0),
		27627	.aclr(gnd),
		27628	.aload(gnd),
		27629	.clk(gnd),
		27630	.cin(gnd),
		27631	.cascin(vcc),
		27632	.devclrn(devclrn),
		27633	.devpor(devpor),
		27634	.combout(\shift_out~4951 ),
		27635	.regout(),
		27636	.cout(),
		27637	.cascout());
		27638	// synopsys translate_off
		27639	defparam \shift_out~4951_I .clock_enable_mode = "false";
		27640	defparam \shift_out~4951_I .lut_mask = "fe54";
		27641	defparam \shift_out~4951_I .operation_mode = "normal";
		27642	defparam \shift_out~4951_I .output_mode = "comb_only";
		27643	defparam \shift_out~4951_I .packed_mode = "false";
		27644	// synopsys translate_on
		27645
		27646	// atom is at LC2_D2
		27647	flex10ke_lcell \shift_out~4952_I (
		27648	// Equation(s):
		27649	// \shift_out~4952 = spics_n_sync_2 & !spics_n_sync_1 & (\shift_out~4951 ) # !spics_n_sync_2 & spics_n_sync_1 & waits_0
		27650
		27651	.dataa(spics_n_sync_2),
		27652	.datab(spics_n_sync_1),
		27653	.datac(waits_0),
		27654	.datad(\shift_out~4951 ),
		27655	.aclr(gnd),
		27656	.aload(gnd),
		27657	.clk(gnd),
		27658	.cin(gnd),
		27659	.cascin(vcc),
		27660	.devclrn(devclrn),
		27661	.devpor(devpor),
		27662	.combout(\shift_out~4952 ),
		27663	.regout(),
		27664	.cout(),
		27665	.cascout());
		27666	// synopsys translate_off
		27667	defparam \shift_out~4952_I .clock_enable_mode = "false";
		27668	defparam \shift_out~4952_I .lut_mask = "6240";
		27669	defparam \shift_out~4952_I .operation_mode = "normal";
		27670	defparam \shift_out~4952_I .output_mode = "comb_only";
		27671	defparam \shift_out~4952_I .packed_mode = "false";
		27672	// synopsys translate_on
		27673
		27674	// atom is at LC5_D29
		27675	flex10ke_lcell \genrst~13_I (
		27676	// Equation(s):
		27677	// \genrst~13 = !spics_n_sync_2 & !regnum[7] & spics_n_sync_1 & regnum[4]
		27678
		27679	.dataa(spics_n_sync_2),
		27680	.datab(regnum[7]),
		27681	.datac(spics_n_sync_1),
		27682	.datad(regnum[4]),
		27683	.aclr(gnd),
		27684	.aload(gnd),
		27685	.clk(gnd),
		27686	.cin(gnd),
		27687	.cascin(vcc),
		27688	.devclrn(devclrn),
		27689	.devpor(devpor),
		27690	.combout(\genrst~13 ),
		27691	.regout(),
		27692	.cout(),
		27693	.cascout());
		27694	// synopsys translate_off
		27695	defparam \genrst~13_I .clock_enable_mode = "false";
		27696	defparam \genrst~13_I .lut_mask = "1000";
		27697	defparam \genrst~13_I .operation_mode = "normal";
		27698	defparam \genrst~13_I .output_mode = "comb_only";
		27699	defparam \genrst~13_I .packed_mode = "false";
		27700	// synopsys translate_on
		27701
		27702	// atom is at LC4_D34
		27703	flex10ke_lcell \always4~102_I (
		27704	// Equation(s):
		27705	// \always4~102 = !regnum[5] & regnum[6] & \genrst~13
		27706
		27707	.dataa(vcc),
		27708	.datab(regnum[5]),
		27709	.datac(regnum[6]),
		27710	.datad(\genrst~13 ),
		27711	.aclr(gnd),
		27712	.aload(gnd),
		27713	.clk(gnd),
		27714	.cin(gnd),
		27715	.cascin(vcc),
		27716	.devclrn(devclrn),
		27717	.devpor(devpor),
		27718	.combout(\always4~102 ),
		27719	.regout(),
		27720	.cout(),
		27721	.cascout());
		27722	// synopsys translate_off
		27723	defparam \always4~102_I .clock_enable_mode = "false";
		27724	defparam \always4~102_I .lut_mask = "3000";
		27725	defparam \always4~102_I .operation_mode = "normal";
		27726	defparam \always4~102_I .output_mode = "comb_only";
		27727	defparam \always4~102_I .packed_mode = "false";
		27728	// synopsys translate_on
		27729
		27730	// atom is at LC2_D36
		27731	flex10ke_lcell \always4~103_I (
		27732	// Equation(s):
		27733	// \always4~103 = !spick_sync[2] & !spics_n_sync_1 & spick_sync[1]
		27734
		27735	.dataa(vcc),
		27736	.datab(spick_sync[2]),
		27737	.datac(spics_n_sync_1),
		27738	.datad(spick_sync[1]),
		27739	.aclr(gnd),
		27740	.aload(gnd),
		27741	.clk(gnd),
		27742	.cin(gnd),
		27743	.cascin(vcc),
		27744	.devclrn(devclrn),
		27745	.devpor(devpor),
		27746	.combout(\always4~103 ),
		27747	.regout(),
		27748	.cout(),
		27749	.cascout());
		27750	// synopsys translate_off
		27751	defparam \always4~103_I .clock_enable_mode = "false";
		27752	defparam \always4~103_I .lut_mask = "0300";
		27753	defparam \always4~103_I .operation_mode = "normal";
		27754	defparam \always4~103_I .output_mode = "comb_only";
		27755	defparam \always4~103_I .packed_mode = "false";
		27756	// synopsys translate_on
		27757
		27758	// atom is at LC2_D29
		27759	flex10ke_lcell \always4~104_I (
		27760	// Equation(s):
		27761	// \always4~104 = !regnum[5] & !regnum[7] & \always4~103 & regnum[4]
		27762
		27763	.dataa(regnum[5]),
		27764	.datab(regnum[7]),
		27765	.datac(\always4~103 ),
		27766	.datad(regnum[4]),
		27767	.aclr(gnd),
		27768	.aload(gnd),
		27769	.clk(gnd),
		27770	.cin(gnd),
		27771	.cascin(vcc),
		27772	.devclrn(devclrn),
		27773	.devpor(devpor),
		27774	.combout(\always4~104 ),
		27775	.regout(),
		27776	.cout(),
		27777	.cascout());
		27778	// synopsys translate_off
		27779	defparam \always4~104_I .clock_enable_mode = "false";
		27780	defparam \always4~104_I .lut_mask = "1000";
		27781	defparam \always4~104_I .operation_mode = "normal";
		27782	defparam \always4~104_I .output_mode = "comb_only";
		27783	defparam \always4~104_I .packed_mode = "false";
		27784	// synopsys translate_on
		27785
		27786	// atom is at LC6_D34
		27787	flex10ke_lcell \always4~105_I (
		27788	// Equation(s):
		27789	// \always4~105 = \always4~104 & regnum[6]
		27790
		27791	.dataa(vcc),
		27792	.datab(vcc),
		27793	.datac(\always4~104 ),
		27794	.datad(regnum[6]),
		27795	.aclr(gnd),
		27796	.aload(gnd),
		27797	.clk(gnd),
		27798	.cin(gnd),
		27799	.cascin(vcc),
		27800	.devclrn(devclrn),
		27801	.devpor(devpor),
		27802	.combout(\always4~105 ),
		27803	.regout(),
		27804	.cout(),
		27805	.cascout());
		27806	// synopsys translate_off
		27807	defparam \always4~105_I .clock_enable_mode = "false";
		27808	defparam \always4~105_I .lut_mask = "f000";
		27809	defparam \always4~105_I .operation_mode = "normal";
		27810	defparam \always4~105_I .output_mode = "comb_only";
		27811	defparam \always4~105_I .packed_mode = "false";
		27812	// synopsys translate_on
		27813
		27814	// atom is at LC8_E25
		27815	flex10ke_lcell \cfg0_reg_in[7]~I (
		27816	// Equation(s):
		27817	// cfg0_reg_in[7] = DFFEA(spido_sync[1], GLOBAL(\fclk~dataout ), , , \always4~105 , , )
		27818
		27819	.dataa(\always4~105 ),
		27820	.datab(vcc),
		27821	.datac(vcc),
		27822	.datad(spido_sync[1]),
		27823	.aclr(gnd),
		27824	.aload(gnd),
		27825	.clk(fclk),
		27826	.cin(gnd),
		27827	.cascin(vcc),
		27828	.devclrn(devclrn),
		27829	.devpor(devpor),
		27830	.combout(),
		27831	.regout(cfg0_reg_in[7]),
		27832	.cout(),
		27833	.cascout());
		27834	// synopsys translate_off
		27835	defparam \cfg0_reg_in[7]~I .clock_enable_mode = "true";
		27836	defparam \cfg0_reg_in[7]~I .lut_mask = "ff00";
		27837	defparam \cfg0_reg_in[7]~I .operation_mode = "normal";
		27838	defparam \cfg0_reg_in[7]~I .output_mode = "reg_only";
		27839	defparam \cfg0_reg_in[7]~I .packed_mode = "false";
		27840	// synopsys translate_on
		27841
		27842	// atom is at LC7_E25
		27843	flex10ke_lcell \cfg0_reg_in[6]~I (
		27844	// Equation(s):
		27845	// cfg0_reg_in[6] = DFFEA(cfg0_reg_in[7], GLOBAL(\fclk~dataout ), , , \always4~105 , , )
		27846
		27847	.dataa(\always4~105 ),
		27848	.datab(vcc),
		27849	.datac(vcc),
		27850	.datad(cfg0_reg_in[7]),
		27851	.aclr(gnd),
		27852	.aload(gnd),
		27853	.clk(fclk),
		27854	.cin(gnd),
		27855	.cascin(vcc),
		27856	.devclrn(devclrn),
		27857	.devpor(devpor),
		27858	.combout(),
		27859	.regout(cfg0_reg_in[6]),
		27860	.cout(),
		27861	.cascout());
		27862	// synopsys translate_off
		27863	defparam \cfg0_reg_in[6]~I .clock_enable_mode = "true";
		27864	defparam \cfg0_reg_in[6]~I .lut_mask = "ff00";
		27865	defparam \cfg0_reg_in[6]~I .operation_mode = "normal";
		27866	defparam \cfg0_reg_in[6]~I .output_mode = "reg_only";
		27867	defparam \cfg0_reg_in[6]~I .packed_mode = "false";
		27868	// synopsys translate_on
		27869
		27870	// atom is at LC6_E25
		27871	flex10ke_lcell \cfg0_reg_in[5]~I (
		27872	// Equation(s):
		27873	// cfg0_reg_in[5] = DFFEA(cfg0_reg_in[6], GLOBAL(\fclk~dataout ), , , \always4~105 , , )
		27874
		27875	.dataa(\always4~105 ),
		27876	.datab(vcc),
		27877	.datac(vcc),
		27878	.datad(cfg0_reg_in[6]),
		27879	.aclr(gnd),
		27880	.aload(gnd),
		27881	.clk(fclk),
		27882	.cin(gnd),
		27883	.cascin(vcc),
		27884	.devclrn(devclrn),
		27885	.devpor(devpor),
		27886	.combout(),
		27887	.regout(cfg0_reg_in[5]),
		27888	.cout(),
		27889	.cascout());
		27890	// synopsys translate_off
		27891	defparam \cfg0_reg_in[5]~I .clock_enable_mode = "true";
		27892	defparam \cfg0_reg_in[5]~I .lut_mask = "ff00";
		27893	defparam \cfg0_reg_in[5]~I .operation_mode = "normal";
		27894	defparam \cfg0_reg_in[5]~I .output_mode = "reg_only";
		27895	defparam \cfg0_reg_in[5]~I .packed_mode = "false";
		27896	// synopsys translate_on
		27897
		27898	// atom is at LC5_E25
		27899	flex10ke_lcell \cfg0_reg_in[4]~I (
		27900	// Equation(s):
		27901	// cfg0_reg_in[4] = DFFEA(cfg0_reg_in[5], GLOBAL(\fclk~dataout ), , , \always4~105 , , )
		27902
		27903	.dataa(\always4~105 ),
		27904	.datab(vcc),
		27905	.datac(vcc),
		27906	.datad(cfg0_reg_in[5]),
		27907	.aclr(gnd),
		27908	.aload(gnd),
		27909	.clk(fclk),
		27910	.cin(gnd),
		27911	.cascin(vcc),
		27912	.devclrn(devclrn),
		27913	.devpor(devpor),
		27914	.combout(),
		27915	.regout(cfg0_reg_in[4]),
		27916	.cout(),
		27917	.cascout());
		27918	// synopsys translate_off
		27919	defparam \cfg0_reg_in[4]~I .clock_enable_mode = "true";
		27920	defparam \cfg0_reg_in[4]~I .lut_mask = "ff00";
		27921	defparam \cfg0_reg_in[4]~I .operation_mode = "normal";
		27922	defparam \cfg0_reg_in[4]~I .output_mode = "reg_only";
		27923	defparam \cfg0_reg_in[4]~I .packed_mode = "false";
		27924	// synopsys translate_on
		27925
		27926	// atom is at LC3_E25
		27927	flex10ke_lcell \cfg0_reg_in[3]~I (
		27928	// Equation(s):
		27929	// cfg0_reg_in[3] = DFFEA(cfg0_reg_in[4], GLOBAL(\fclk~dataout ), , , \always4~105 , , )
		27930
		27931	.dataa(\always4~105 ),
		27932	.datab(vcc),
		27933	.datac(vcc),
		27934	.datad(cfg0_reg_in[4]),
		27935	.aclr(gnd),
		27936	.aload(gnd),
		27937	.clk(fclk),
		27938	.cin(gnd),
		27939	.cascin(vcc),
		27940	.devclrn(devclrn),
		27941	.devpor(devpor),
		27942	.combout(),
		27943	.regout(cfg0_reg_in[3]),
		27944	.cout(),
		27945	.cascout());
		27946	// synopsys translate_off
		27947	defparam \cfg0_reg_in[3]~I .clock_enable_mode = "true";
		27948	defparam \cfg0_reg_in[3]~I .lut_mask = "ff00";
		27949	defparam \cfg0_reg_in[3]~I .operation_mode = "normal";
		27950	defparam \cfg0_reg_in[3]~I .output_mode = "reg_only";
		27951	defparam \cfg0_reg_in[3]~I .packed_mode = "false";
		27952	// synopsys translate_on
		27953
		27954	// atom is at LC2_E25
		27955	flex10ke_lcell \cfg0_reg_in[2]~I (
		27956	// Equation(s):
		27957	// cfg0_reg_in[2] = DFFEA(cfg0_reg_in[3], GLOBAL(\fclk~dataout ), , , \always4~105 , , )
		27958
		27959	.dataa(\always4~105 ),
		27960	.datab(vcc),
		27961	.datac(vcc),
		27962	.datad(cfg0_reg_in[3]),
		27963	.aclr(gnd),
		27964	.aload(gnd),
		27965	.clk(fclk),
		27966	.cin(gnd),
		27967	.cascin(vcc),
		27968	.devclrn(devclrn),
		27969	.devpor(devpor),
		27970	.combout(),
		27971	.regout(cfg0_reg_in[2]),
		27972	.cout(),
		27973	.cascout());
		27974	// synopsys translate_off
		27975	defparam \cfg0_reg_in[2]~I .clock_enable_mode = "true";
		27976	defparam \cfg0_reg_in[2]~I .lut_mask = "ff00";
		27977	defparam \cfg0_reg_in[2]~I .operation_mode = "normal";
		27978	defparam \cfg0_reg_in[2]~I .output_mode = "reg_only";
		27979	defparam \cfg0_reg_in[2]~I .packed_mode = "false";
		27980	// synopsys translate_on
		27981
		27982	// atom is at LC4_E25
		27983	flex10ke_lcell \cfg0_reg_in[1]~I (
		27984	// Equation(s):
		27985	// cfg0_reg_in[1] = DFFEA(cfg0_reg_in[2], GLOBAL(\fclk~dataout ), , , \always4~105 , , )
		27986
		27987	.dataa(\always4~105 ),
		27988	.datab(vcc),
		27989	.datac(vcc),
		27990	.datad(cfg0_reg_in[2]),
		27991	.aclr(gnd),
		27992	.aload(gnd),
		27993	.clk(fclk),
		27994	.cin(gnd),
		27995	.cascin(vcc),
		27996	.devclrn(devclrn),
		27997	.devpor(devpor),
		27998	.combout(),
		27999	.regout(cfg0_reg_in[1]),
		28000	.cout(),
		28001	.cascout());
		28002	// synopsys translate_off
		28003	defparam \cfg0_reg_in[1]~I .clock_enable_mode = "true";
		28004	defparam \cfg0_reg_in[1]~I .lut_mask = "ff00";
		28005	defparam \cfg0_reg_in[1]~I .operation_mode = "normal";
		28006	defparam \cfg0_reg_in[1]~I .output_mode = "reg_only";
		28007	defparam \cfg0_reg_in[1]~I .packed_mode = "false";
		28008	// synopsys translate_on
		28009
		28010	// atom is at LC2_D35
		28011	flex10ke_lcell \spics_n_sync[0]~I (
		28012	// Equation(s):
		28013	// spics_n_sync[0] = DFFEA(\spics_n~dataout , GLOBAL(\fclk~dataout ), , , , , )
		28014
		28015	.dataa(vcc),
		28016	.datab(vcc),
		28017	.datac(vcc),
		28018	.datad(spics_n),
		28019	.aclr(gnd),
		28020	.aload(gnd),
		28021	.clk(fclk),
		28022	.cin(gnd),
		28023	.cascin(vcc),
		28024	.devclrn(devclrn),
		28025	.devpor(devpor),
		28026	.combout(),
		28027	.regout(spics_n_sync[0]),
		28028	.cout(),
		28029	.cascout());
		28030	// synopsys translate_off
		28031	defparam \spics_n_sync[0]~I .clock_enable_mode = "false";
		28032	defparam \spics_n_sync[0]~I .lut_mask = "ff00";
		28033	defparam \spics_n_sync[0]~I .operation_mode = "normal";
		28034	defparam \spics_n_sync[0]~I .output_mode = "reg_only";
		28035	defparam \spics_n_sync[0]~I .packed_mode = "false";
		28036	// synopsys translate_on
		28037
		28038	// atom is at LC1_A34
		28039	flex10ke_lcell \cfg0_reg_in[0]~I (
		28040	// Equation(s):
		28041	// cfg0_reg_in[0] = DFFEA(cfg0_reg_in[1], GLOBAL(\fclk~dataout ), , , \always4~105 , , )
		28042
		28043	.dataa(\always4~105 ),
		28044	.datab(vcc),
		28045	.datac(vcc),
		28046	.datad(cfg0_reg_in[1]),
		28047	.aclr(gnd),
		28048	.aload(gnd),
		28049	.clk(fclk),
		28050	.cin(gnd),
		28051	.cascin(vcc),
		28052	.devclrn(devclrn),
		28053	.devpor(devpor),
		28054	.combout(),
		28055	.regout(cfg0_reg_in[0]),
		28056	.cout(),
		28057	.cascout());
		28058	// synopsys translate_off
		28059	defparam \cfg0_reg_in[0]~I .clock_enable_mode = "true";
		28060	defparam \cfg0_reg_in[0]~I .lut_mask = "ff00";
		28061	defparam \cfg0_reg_in[0]~I .operation_mode = "normal";
		28062	defparam \cfg0_reg_in[0]~I .output_mode = "reg_only";
		28063	defparam \cfg0_reg_in[0]~I .packed_mode = "false";
		28064	// synopsys translate_on
		28065
		28066	// atom is at LC6_D29
		28067	flex10ke_lcell \sel_musycr~14_I (
		28068	// Equation(s):
		28069	// \sel_musycr~14 = !regnum[4] & !regnum[7] & !regnum[6] & regnum[5]
		28070
		28071	.dataa(regnum[4]),
		28072	.datab(regnum[7]),
		28073	.datac(regnum[6]),
		28074	.datad(regnum[5]),
		28075	.aclr(gnd),
		28076	.aload(gnd),
		28077	.clk(gnd),
		28078	.cin(gnd),
		28079	.cascin(vcc),
		28080	.devclrn(devclrn),
		28081	.devpor(devpor),
		28082	.combout(\sel_musycr~14 ),
		28083	.regout(),
		28084	.cout(),
		28085	.cascout());
		28086	// synopsys translate_off
		28087	defparam \sel_musycr~14_I .clock_enable_mode = "false";
		28088	defparam \sel_musycr~14_I .lut_mask = "0100";
		28089	defparam \sel_musycr~14_I .operation_mode = "normal";
		28090	defparam \sel_musycr~14_I .output_mode = "comb_only";
		28091	defparam \sel_musycr~14_I .packed_mode = "false";
		28092	// synopsys translate_on
		28093
		28094	// atom is at LC8_D36
		28095	flex10ke_lcell \always4~106_I (
		28096	// Equation(s):
		28097	// \always4~106 = !spick_sync[2] & !spics_n_sync_1 & spick_sync[1] & \sel_musycr~14
		28098
		28099	.dataa(spick_sync[2]),
		28100	.datab(spics_n_sync_1),
		28101	.datac(spick_sync[1]),
		28102	.datad(\sel_musycr~14 ),
		28103	.aclr(gnd),
		28104	.aload(gnd),
		28105	.clk(gnd),
		28106	.cin(gnd),
		28107	.cascin(vcc),
		28108	.devclrn(devclrn),
		28109	.devpor(devpor),
		28110	.combout(\always4~106 ),
		28111	.regout(),
		28112	.cout(),
		28113	.cascout());
		28114	// synopsys translate_off
		28115	defparam \always4~106_I .clock_enable_mode = "false";
		28116	defparam \always4~106_I .lut_mask = "1000";
		28117	defparam \always4~106_I .operation_mode = "normal";
		28118	defparam \always4~106_I .output_mode = "comb_only";
		28119	defparam \always4~106_I .packed_mode = "false";
		28120	// synopsys translate_on
		28121
		28122	// atom is at LC5_D33
		28123	flex10ke_lcell \scs_n_01~I (
		28124	// Equation(s):
		28125	// scs_n_01 = !spics_n_sync_2 & spics_n_sync_1
		28126
		28127	.dataa(vcc),
		28128	.datab(vcc),
		28129	.datac(spics_n_sync_2),
		28130	.datad(spics_n_sync_1),
		28131	.aclr(gnd),
		28132	.aload(gnd),
		28133	.clk(gnd),
		28134	.cin(gnd),
		28135	.cascin(vcc),
		28136	.devclrn(devclrn),
		28137	.devpor(devpor),
		28138	.combout(scs_n_01),
		28139	.regout(),
		28140	.cout(),
		28141	.cascout());
		28142	// synopsys translate_off
		28143	defparam \scs_n_01~I .clock_enable_mode = "false";
		28144	defparam \scs_n_01~I .lut_mask = "0f00";
		28145	defparam \scs_n_01~I .operation_mode = "normal";
		28146	defparam \scs_n_01~I .output_mode = "comb_only";
		28147	defparam \scs_n_01~I .packed_mode = "false";
		28148	// synopsys translate_on
		28149
		28150	// atom is at LC6_D25
		28151	flex10ke_lcell \always4~10_I (
		28152	// Equation(s):
		28153	// \always4~10 = !regnum[1] & !regnum[0] & \sel_comadr~29 & \always4~103
		28154
		28155	.dataa(regnum[1]),
		28156	.datab(regnum[0]),
		28157	.datac(\sel_comadr~29 ),
		28158	.datad(\always4~103 ),
		28159	.aclr(gnd),
		28160	.aload(gnd),
		28161	.clk(gnd),
		28162	.cin(gnd),
		28163	.cascin(vcc),
		28164	.devclrn(devclrn),
		28165	.devpor(devpor),
		28166	.combout(\always4~10 ),
		28167	.regout(),
		28168	.cout(),
		28169	.cascout());
		28170	// synopsys translate_off
		28171	defparam \always4~10_I .clock_enable_mode = "false";
		28172	defparam \always4~10_I .lut_mask = "1000";
		28173	defparam \always4~10_I .operation_mode = "normal";
		28174	defparam \always4~10_I .output_mode = "comb_only";
		28175	defparam \always4~10_I .packed_mode = "false";
		28176	// synopsys translate_on
		28177
		28178	// atom is at LC7_D34
		28179	flex10ke_lcell \always4~107_I (
		28180	// Equation(s):
		28181	// \always4~107 = !regnum[0] & !regnum[6] & \always4~104
		28182
		28183	.dataa(vcc),
		28184	.datab(regnum[0]),
		28185	.datac(regnum[6]),
		28186	.datad(\always4~104 ),
		28187	.aclr(gnd),
		28188	.aload(gnd),
		28189	.clk(gnd),
		28190	.cin(gnd),
		28191	.cascin(vcc),
		28192	.devclrn(devclrn),
		28193	.devpor(devpor),
		28194	.combout(\always4~107 ),
		28195	.regout(),
		28196	.cout(),
		28197	.cascout());
		28198	// synopsys translate_off
		28199	defparam \always4~107_I .clock_enable_mode = "false";
		28200	defparam \always4~107_I .lut_mask = "0300";
		28201	defparam \always4~107_I .operation_mode = "normal";
		28202	defparam \always4~107_I .output_mode = "comb_only";
		28203	defparam \always4~107_I .packed_mode = "false";
		28204	// synopsys translate_on
		28205
		28206	endmodule
		28207
		28208	module spi2 (
		28209	shiftout_7,
		28210	q_0,
		28211	sd_stgl_2,
		28212	sd_stgl_1,
		28213	sd_start,
		28214	dout_0,
		28215	dout_1,
		28216	dout_2,
		28217	dout_3,
		28218	dout_4,
		28219	dout_5,
		28220	dout_6,
		28221	dout_7,
		28222	wr_n,
		28223	clock,
		28224	sddi,
		28225	d_0,
		28226	d_1,
		28227	d_2,
		28228	d_3,
		28229	d_4,
		28230	d_5,
		28231	d_6,
		28232	d_7,
		28233	sd_start1,
		28234	devpor,
		28235	devclrn,
		28236	devoe);
		28237	output shiftout_7;
		28238	output q_0;
		28239	input sd_stgl_2;
		28240	input sd_stgl_1;
		28241	input sd_start;
		28242	output dout_0;
		28243	output dout_1;
		28244	output dout_2;
		28245	output dout_3;
		28246	output dout_4;
		28247	output dout_5;
		28248	output dout_6;
		28249	output dout_7;
		28250	input wr_n;
		28251	input clock;
		28252	input sddi;
		28253	input d_0;
		28254	input d_1;
		28255	input d_2;
		28256	input d_3;
		28257	input d_4;
		28258	input d_5;
		28259	input d_6;
		28260	input d_7;
		28261	input sd_start1;
		28262	input devpor;
		28263	input devclrn;
		28264	input devoe;
		28265
		28266	wire gnd = 1'b0;
		28267	wire vcc = 1'b1;
		28268
		28269	wire \counter_rtl_1\|wysi_counter\|counter_cell[0]~COUT ;
		28270	wire \dout~319 ;
		28271	wire \shiftout[7]~779 ;
		28272	wire \shiftout~771 ;
		28273	wire \shiftout~769 ;
		28274	wire \shiftout~767 ;
		28275	wire \shiftout~765 ;
		28276	wire \shiftout~763 ;
		28277	wire \shiftout~761 ;
		28278	wire \shiftout~759 ;
		28279	wire \counter_rtl_1\|wysi_counter\|counter_cell[1]~COUT ;
		28280	wire \counter_rtl_1\|wysi_counter\|counter_cell[2]~COUT ;
		28281	wire \counter_rtl_1\|wysi_counter\|counter_cell[3]~COUT ;
		28282	wire \dout~320 ;
		28283	wire \dout~321 ;
		28284	wire [6:0] shiftin;
		28285	wire [7:0] shiftout;
		28286	wire [4:0] \counter_rtl_1\|wysi_counter\|q ;
		28287
		28288
		28289	// atom is at LC6_J29
		28290	flex10ke_lcell \shiftout[7]~I (
		28291	// Equation(s):
		28292	// shiftout_7 = DFFEA(\shiftout~759 , GLOBAL(\fclk~dataout ), , , \shiftout[7]~779 , , )
		28293
		28294	.dataa(\shiftout[7]~779 ),
		28295	.datab(vcc),
		28296	.datac(vcc),
		28297	.datad(\shiftout~759 ),
		28298	.aclr(gnd),
		28299	.aload(gnd),
		28300	.clk(clock),
		28301	.cin(gnd),
		28302	.cascin(vcc),
		28303	.devclrn(devclrn),
		28304	.devpor(devpor),
		28305	.combout(),
		28306	.regout(shiftout_7),
		28307	.cout(),
		28308	.cascout());
		28309	// synopsys translate_off
		28310	defparam \shiftout[7]~I .clock_enable_mode = "true";
		28311	defparam \shiftout[7]~I .lut_mask = "ff00";
		28312	defparam \shiftout[7]~I .operation_mode = "normal";
		28313	defparam \shiftout[7]~I .output_mode = "reg_only";
		28314	defparam \shiftout[7]~I .packed_mode = "false";
		28315	// synopsys translate_on
		28316
		28317	// atom is at LC2_J9
		28318	flex10ke_lcell \counter_rtl_1\|wysi_counter\|counter_cell[0] (
		28319	// Equation(s):
		28320	// q_0 = DFFEA((\counter_rtl_1\|wysi_counter\|q [4] $ !q_0) & sd_start1, GLOBAL(\fclk~dataout ), , , , , )
		28321	// \counter_rtl_1\|wysi_counter\|counter_cell[0]~COUT = CARRY(q_0)
		28322
		28323	.dataa(\counter_rtl_1\|wysi_counter\|q [4]),
		28324	.datab(sd_start1),
		28325	.datac(vcc),
		28326	.datad(vcc),
		28327	.aclr(gnd),
		28328	.aload(gnd),
		28329	.clk(clock),
		28330	.cin(gnd),
		28331	.cascin(vcc),
		28332	.devclrn(devclrn),
		28333	.devpor(devpor),
		28334	.combout(),
		28335	.regout(q_0),
		28336	.cout(\counter_rtl_1\|wysi_counter\|counter_cell[0]~COUT ),
		28337	.cascout());
		28338	// synopsys translate_off
		28339	defparam \counter_rtl_1\|wysi_counter\|counter_cell[0] .clock_enable_mode = "false";
		28340	defparam \counter_rtl_1\|wysi_counter\|counter_cell[0] .lut_mask = "99aa";
		28341	defparam \counter_rtl_1\|wysi_counter\|counter_cell[0] .operation_mode = "clrb_cntr";
		28342	defparam \counter_rtl_1\|wysi_counter\|counter_cell[0] .output_mode = "reg_only";
		28343	defparam \counter_rtl_1\|wysi_counter\|counter_cell[0] .packed_mode = "false";
		28344	// synopsys translate_on
		28345
		28346	// atom is at LC3_H6
		28347	flex10ke_lcell \dout[0]~I (
		28348	// Equation(s):
		28349	// dout_0 = DFFEA(\sddi~dataout , GLOBAL(\fclk~dataout ), , , \dout~321 , , )
		28350
		28351	.dataa(\dout~321 ),
		28352	.datab(vcc),
		28353	.datac(vcc),
		28354	.datad(sddi),
		28355	.aclr(gnd),
		28356	.aload(gnd),
		28357	.clk(clock),
		28358	.cin(gnd),
		28359	.cascin(vcc),
		28360	.devclrn(devclrn),
		28361	.devpor(devpor),
		28362	.combout(),
		28363	.regout(dout_0),
		28364	.cout(),
		28365	.cascout());
		28366	// synopsys translate_off
		28367	defparam \dout[0]~I .clock_enable_mode = "true";
		28368	defparam \dout[0]~I .lut_mask = "ff00";
		28369	defparam \dout[0]~I .operation_mode = "normal";
		28370	defparam \dout[0]~I .output_mode = "reg_only";
		28371	defparam \dout[0]~I .packed_mode = "false";
		28372	// synopsys translate_on
		28373
		28374	// atom is at LC5_H4
		28375	flex10ke_lcell \dout[1]~I (
		28376	// Equation(s):
		28377	// dout_1 = DFFEA(shiftin[0], GLOBAL(\fclk~dataout ), , , \dout~321 , , )
		28378
		28379	.dataa(\dout~321 ),
		28380	.datab(vcc),
		28381	.datac(vcc),
		28382	.datad(shiftin[0]),
		28383	.aclr(gnd),
		28384	.aload(gnd),
		28385	.clk(clock),
		28386	.cin(gnd),
		28387	.cascin(vcc),
		28388	.devclrn(devclrn),
		28389	.devpor(devpor),
		28390	.combout(),
		28391	.regout(dout_1),
		28392	.cout(),
		28393	.cascout());
		28394	// synopsys translate_off
		28395	defparam \dout[1]~I .clock_enable_mode = "true";
		28396	defparam \dout[1]~I .lut_mask = "ff00";
		28397	defparam \dout[1]~I .operation_mode = "normal";
		28398	defparam \dout[1]~I .output_mode = "reg_only";
		28399	defparam \dout[1]~I .packed_mode = "false";
		28400	// synopsys translate_on
		28401
		28402	// atom is at LC4_H6
		28403	flex10ke_lcell \dout[2]~I (
		28404	// Equation(s):
		28405	// dout_2 = DFFEA(shiftin[1], GLOBAL(\fclk~dataout ), , , \dout~321 , , )
		28406
		28407	.dataa(\dout~321 ),
		28408	.datab(vcc),
		28409	.datac(vcc),
		28410	.datad(shiftin[1]),
		28411	.aclr(gnd),
		28412	.aload(gnd),
		28413	.clk(clock),
		28414	.cin(gnd),
		28415	.cascin(vcc),
		28416	.devclrn(devclrn),
		28417	.devpor(devpor),
		28418	.combout(),
		28419	.regout(dout_2),
		28420	.cout(),
		28421	.cascout());
		28422	// synopsys translate_off
		28423	defparam \dout[2]~I .clock_enable_mode = "true";
		28424	defparam \dout[2]~I .lut_mask = "ff00";
		28425	defparam \dout[2]~I .operation_mode = "normal";
		28426	defparam \dout[2]~I .output_mode = "reg_only";
		28427	defparam \dout[2]~I .packed_mode = "false";
		28428	// synopsys translate_on
		28429
		28430	// atom is at LC1_H15
		28431	flex10ke_lcell \dout[3]~I (
		28432	// Equation(s):
		28433	// dout_3 = DFFEA(shiftin[2], GLOBAL(\fclk~dataout ), , , \dout~321 , , )
		28434
		28435	.dataa(\dout~321 ),
		28436	.datab(vcc),
		28437	.datac(vcc),
		28438	.datad(shiftin[2]),
		28439	.aclr(gnd),
		28440	.aload(gnd),
		28441	.clk(clock),
		28442	.cin(gnd),
		28443	.cascin(vcc),
		28444	.devclrn(devclrn),
		28445	.devpor(devpor),
		28446	.combout(),
		28447	.regout(dout_3),
		28448	.cout(),
		28449	.cascout());
		28450	// synopsys translate_off
		28451	defparam \dout[3]~I .clock_enable_mode = "true";
		28452	defparam \dout[3]~I .lut_mask = "ff00";
		28453	defparam \dout[3]~I .operation_mode = "normal";
		28454	defparam \dout[3]~I .output_mode = "reg_only";
		28455	defparam \dout[3]~I .packed_mode = "false";
		28456	// synopsys translate_on
		28457
		28458	// atom is at LC5_H15
		28459	flex10ke_lcell \dout[4]~I (
		28460	// Equation(s):
		28461	// dout_4 = DFFEA(shiftin[3], GLOBAL(\fclk~dataout ), , , \dout~321 , , )
		28462
		28463	.dataa(\dout~321 ),
		28464	.datab(vcc),
		28465	.datac(vcc),
		28466	.datad(shiftin[3]),
		28467	.aclr(gnd),
		28468	.aload(gnd),
		28469	.clk(clock),
		28470	.cin(gnd),
		28471	.cascin(vcc),
		28472	.devclrn(devclrn),
		28473	.devpor(devpor),
		28474	.combout(),
		28475	.regout(dout_4),
		28476	.cout(),
		28477	.cascout());
		28478	// synopsys translate_off
		28479	defparam \dout[4]~I .clock_enable_mode = "true";
		28480	defparam \dout[4]~I .lut_mask = "ff00";
		28481	defparam \dout[4]~I .operation_mode = "normal";
		28482	defparam \dout[4]~I .output_mode = "reg_only";
		28483	defparam \dout[4]~I .packed_mode = "false";
		28484	// synopsys translate_on
		28485
		28486	// atom is at LC4_H4
		28487	flex10ke_lcell \dout[5]~I (
		28488	// Equation(s):
		28489	// dout_5 = DFFEA(shiftin[4], GLOBAL(\fclk~dataout ), , , \dout~321 , , )
		28490
		28491	.dataa(\dout~321 ),
		28492	.datab(vcc),
		28493	.datac(vcc),
		28494	.datad(shiftin[4]),
		28495	.aclr(gnd),
		28496	.aload(gnd),
		28497	.clk(clock),
		28498	.cin(gnd),
		28499	.cascin(vcc),
		28500	.devclrn(devclrn),
		28501	.devpor(devpor),
		28502	.combout(),
		28503	.regout(dout_5),
		28504	.cout(),
		28505	.cascout());
		28506	// synopsys translate_off
		28507	defparam \dout[5]~I .clock_enable_mode = "true";
		28508	defparam \dout[5]~I .lut_mask = "ff00";
		28509	defparam \dout[5]~I .operation_mode = "normal";
		28510	defparam \dout[5]~I .output_mode = "reg_only";
		28511	defparam \dout[5]~I .packed_mode = "false";
		28512	// synopsys translate_on
		28513
		28514	// atom is at LC3_H4
		28515	flex10ke_lcell \dout[6]~I (
		28516	// Equation(s):
		28517	// dout_6 = DFFEA(shiftin[5], GLOBAL(\fclk~dataout ), , , \dout~321 , , )
		28518
		28519	.dataa(\dout~321 ),
		28520	.datab(vcc),
		28521	.datac(vcc),
		28522	.datad(shiftin[5]),
		28523	.aclr(gnd),
		28524	.aload(gnd),
		28525	.clk(clock),
		28526	.cin(gnd),
		28527	.cascin(vcc),
		28528	.devclrn(devclrn),
		28529	.devpor(devpor),
		28530	.combout(),
		28531	.regout(dout_6),
		28532	.cout(),
		28533	.cascout());
		28534	// synopsys translate_off
		28535	defparam \dout[6]~I .clock_enable_mode = "true";
		28536	defparam \dout[6]~I .lut_mask = "ff00";
		28537	defparam \dout[6]~I .operation_mode = "normal";
		28538	defparam \dout[6]~I .output_mode = "reg_only";
		28539	defparam \dout[6]~I .packed_mode = "false";
		28540	// synopsys translate_on
		28541
		28542	// atom is at LC7_H6
		28543	flex10ke_lcell \dout[7]~I (
		28544	// Equation(s):
		28545	// dout_7 = DFFEA(shiftin[6], GLOBAL(\fclk~dataout ), , , \dout~321 , , )
		28546
		28547	.dataa(\dout~321 ),
		28548	.datab(vcc),
		28549	.datac(vcc),
		28550	.datad(shiftin[6]),
		28551	.aclr(gnd),
		28552	.aload(gnd),
		28553	.clk(clock),
		28554	.cin(gnd),
		28555	.cascin(vcc),
		28556	.devclrn(devclrn),
		28557	.devpor(devpor),
		28558	.combout(),
		28559	.regout(dout_7),
		28560	.cout(),
		28561	.cascout());
		28562	// synopsys translate_off
		28563	defparam \dout[7]~I .clock_enable_mode = "true";
		28564	defparam \dout[7]~I .lut_mask = "ff00";
		28565	defparam \dout[7]~I .operation_mode = "normal";
		28566	defparam \dout[7]~I .output_mode = "reg_only";
		28567	defparam \dout[7]~I .packed_mode = "false";
		28568	// synopsys translate_on
		28569
		28570	// atom is at LC4_J16
		28571	flex10ke_lcell \dout~319_I (
		28572	// Equation(s):
		28573	// \dout~319 = !q_0 & (sd_stgl_1 $ !sd_stgl_2)
		28574
		28575	.dataa(vcc),
		28576	.datab(q_0),
		28577	.datac(sd_stgl_1),
		28578	.datad(sd_stgl_2),
		28579	.aclr(gnd),
		28580	.aload(gnd),
		28581	.clk(gnd),
		28582	.cin(gnd),
		28583	.cascin(vcc),
		28584	.devclrn(devclrn),
		28585	.devpor(devpor),
		28586	.combout(\dout~319 ),
		28587	.regout(),
		28588	.cout(),
		28589	.cascout());
		28590	// synopsys translate_off
		28591	defparam \dout~319_I .clock_enable_mode = "false";
		28592	defparam \dout~319_I .lut_mask = "3003";
		28593	defparam \dout~319_I .operation_mode = "normal";
		28594	defparam \dout~319_I .output_mode = "comb_only";
		28595	defparam \dout~319_I .packed_mode = "false";
		28596	// synopsys translate_on
		28597
		28598	// atom is at LC2_J29
		28599	flex10ke_lcell \shiftout[7]~779_I (
		28600	// Equation(s):
		28601	// \shiftout[7]~779 = !\dout~319
		28602
		28603	.dataa(vcc),
		28604	.datab(vcc),
		28605	.datac(vcc),
		28606	.datad(\dout~319 ),
		28607	.aclr(gnd),
		28608	.aload(gnd),
		28609	.clk(gnd),
		28610	.cin(gnd),
		28611	.cascin(vcc),
		28612	.devclrn(devclrn),
		28613	.devpor(devpor),
		28614	.combout(\shiftout[7]~779 ),
		28615	.regout(),
		28616	.cout(),
		28617	.cascout());
		28618	// synopsys translate_off
		28619	defparam \shiftout[7]~779_I .clock_enable_mode = "false";
		28620	defparam \shiftout[7]~779_I .lut_mask = "00ff";
		28621	defparam \shiftout[7]~779_I .operation_mode = "normal";
		28622	defparam \shiftout[7]~779_I .output_mode = "comb_only";
		28623	defparam \shiftout[7]~779_I .packed_mode = "false";
		28624	// synopsys translate_on
		28625
		28626	// atom is at LC7_J30
		28627	flex10ke_lcell \shiftout[0]~I (
		28628	// Equation(s):
		28629	// shiftout[0] = DFFEA(\wr_n~dataout # \d[0]~7 , GLOBAL(\fclk~dataout ), , , sd_start, , )
		28630
		28631	.dataa(sd_start),
		28632	.datab(vcc),
		28633	.datac(wr_n),
		28634	.datad(d_0),
		28635	.aclr(gnd),
		28636	.aload(gnd),
		28637	.clk(clock),
		28638	.cin(gnd),
		28639	.cascin(vcc),
		28640	.devclrn(devclrn),
		28641	.devpor(devpor),
		28642	.combout(),
		28643	.regout(shiftout[0]),
		28644	.cout(),
		28645	.cascout());
		28646	// synopsys translate_off
		28647	defparam \shiftout[0]~I .clock_enable_mode = "true";
		28648	defparam \shiftout[0]~I .lut_mask = "fff0";
		28649	defparam \shiftout[0]~I .operation_mode = "normal";
		28650	defparam \shiftout[0]~I .output_mode = "reg_only";
		28651	defparam \shiftout[0]~I .packed_mode = "false";
		28652	// synopsys translate_on
		28653
		28654	// atom is at LC8_J30
		28655	flex10ke_lcell \shiftout~771_I (
		28656	// Equation(s):
		28657	// \shiftout~771 = sd_start & (\d[1]~6 # \wr_n~dataout ) # !sd_start & (shiftout[0])
		28658
		28659	.dataa(d_1),
		28660	.datab(wr_n),
		28661	.datac(sd_start),
		28662	.datad(shiftout[0]),
		28663	.aclr(gnd),
		28664	.aload(gnd),
		28665	.clk(gnd),
		28666	.cin(gnd),
		28667	.cascin(vcc),
		28668	.devclrn(devclrn),
		28669	.devpor(devpor),
		28670	.combout(\shiftout~771 ),
		28671	.regout(),
		28672	.cout(),
		28673	.cascout());
		28674	// synopsys translate_off
		28675	defparam \shiftout~771_I .clock_enable_mode = "false";
		28676	defparam \shiftout~771_I .lut_mask = "efe0";
		28677	defparam \shiftout~771_I .operation_mode = "normal";
		28678	defparam \shiftout~771_I .output_mode = "comb_only";
		28679	defparam \shiftout~771_I .packed_mode = "false";
		28680	// synopsys translate_on
		28681
		28682	// atom is at LC5_J30
		28683	flex10ke_lcell \shiftout[1]~I (
		28684	// Equation(s):
		28685	// shiftout[1] = DFFEA(\shiftout~771 , GLOBAL(\fclk~dataout ), , , \shiftout[7]~779 , , )
		28686
		28687	.dataa(\shiftout[7]~779 ),
		28688	.datab(vcc),
		28689	.datac(vcc),
		28690	.datad(\shiftout~771 ),
		28691	.aclr(gnd),
		28692	.aload(gnd),
		28693	.clk(clock),
		28694	.cin(gnd),
		28695	.cascin(vcc),
		28696	.devclrn(devclrn),
		28697	.devpor(devpor),
		28698	.combout(),
		28699	.regout(shiftout[1]),
		28700	.cout(),
		28701	.cascout());
		28702	// synopsys translate_off
		28703	defparam \shiftout[1]~I .clock_enable_mode = "true";
		28704	defparam \shiftout[1]~I .lut_mask = "ff00";
		28705	defparam \shiftout[1]~I .operation_mode = "normal";
		28706	defparam \shiftout[1]~I .output_mode = "reg_only";
		28707	defparam \shiftout[1]~I .packed_mode = "false";
		28708	// synopsys translate_on
		28709
		28710	// atom is at LC6_J30
		28711	flex10ke_lcell \shiftout~769_I (
		28712	// Equation(s):
		28713	// \shiftout~769 = sd_start & (\d[2]~5 # \wr_n~dataout ) # !sd_start & (shiftout[1])
		28714
		28715	.dataa(d_2),
		28716	.datab(wr_n),
		28717	.datac(sd_start),
		28718	.datad(shiftout[1]),
		28719	.aclr(gnd),
		28720	.aload(gnd),
		28721	.clk(gnd),
		28722	.cin(gnd),
		28723	.cascin(vcc),
		28724	.devclrn(devclrn),
		28725	.devpor(devpor),
		28726	.combout(\shiftout~769 ),
		28727	.regout(),
		28728	.cout(),
		28729	.cascout());
		28730	// synopsys translate_off
		28731	defparam \shiftout~769_I .clock_enable_mode = "false";
		28732	defparam \shiftout~769_I .lut_mask = "efe0";
		28733	defparam \shiftout~769_I .operation_mode = "normal";
		28734	defparam \shiftout~769_I .output_mode = "comb_only";
		28735	defparam \shiftout~769_I .packed_mode = "false";
		28736	// synopsys translate_on
		28737
		28738	// atom is at LC3_J30
		28739	flex10ke_lcell \shiftout[2]~I (
		28740	// Equation(s):
		28741	// shiftout[2] = DFFEA(\shiftout~769 , GLOBAL(\fclk~dataout ), , , \shiftout[7]~779 , , )
		28742
		28743	.dataa(\shiftout[7]~779 ),
		28744	.datab(vcc),
		28745	.datac(vcc),
		28746	.datad(\shiftout~769 ),
		28747	.aclr(gnd),
		28748	.aload(gnd),
		28749	.clk(clock),
		28750	.cin(gnd),
		28751	.cascin(vcc),
		28752	.devclrn(devclrn),
		28753	.devpor(devpor),
		28754	.combout(),
		28755	.regout(shiftout[2]),
		28756	.cout(),
		28757	.cascout());
		28758	// synopsys translate_off
		28759	defparam \shiftout[2]~I .clock_enable_mode = "true";
		28760	defparam \shiftout[2]~I .lut_mask = "ff00";
		28761	defparam \shiftout[2]~I .operation_mode = "normal";
		28762	defparam \shiftout[2]~I .output_mode = "reg_only";
		28763	defparam \shiftout[2]~I .packed_mode = "false";
		28764	// synopsys translate_on
		28765
		28766	// atom is at LC4_J30
		28767	flex10ke_lcell \shiftout~767_I (
		28768	// Equation(s):
		28769	// \shiftout~767 = sd_start & (\d[3]~4 # \wr_n~dataout ) # !sd_start & (shiftout[2])
		28770
		28771	.dataa(d_3),
		28772	.datab(wr_n),
		28773	.datac(sd_start),
		28774	.datad(shiftout[2]),
		28775	.aclr(gnd),
		28776	.aload(gnd),
		28777	.clk(gnd),
		28778	.cin(gnd),
		28779	.cascin(vcc),
		28780	.devclrn(devclrn),
		28781	.devpor(devpor),
		28782	.combout(\shiftout~767 ),
		28783	.regout(),
		28784	.cout(),
		28785	.cascout());
		28786	// synopsys translate_off
		28787	defparam \shiftout~767_I .clock_enable_mode = "false";
		28788	defparam \shiftout~767_I .lut_mask = "efe0";
		28789	defparam \shiftout~767_I .operation_mode = "normal";
		28790	defparam \shiftout~767_I .output_mode = "comb_only";
		28791	defparam \shiftout~767_I .packed_mode = "false";
		28792	// synopsys translate_on
		28793
		28794	// atom is at LC1_J30
		28795	flex10ke_lcell \shiftout[3]~I (
		28796	// Equation(s):
		28797	// shiftout[3] = DFFEA(\shiftout~767 , GLOBAL(\fclk~dataout ), , , \shiftout[7]~779 , , )
		28798
		28799	.dataa(\shiftout[7]~779 ),
		28800	.datab(vcc),
		28801	.datac(vcc),
		28802	.datad(\shiftout~767 ),
		28803	.aclr(gnd),
		28804	.aload(gnd),
		28805	.clk(clock),
		28806	.cin(gnd),
		28807	.cascin(vcc),
		28808	.devclrn(devclrn),
		28809	.devpor(devpor),
		28810	.combout(),
		28811	.regout(shiftout[3]),
		28812	.cout(),
		28813	.cascout());
		28814	// synopsys translate_off
		28815	defparam \shiftout[3]~I .clock_enable_mode = "true";
		28816	defparam \shiftout[3]~I .lut_mask = "ff00";
		28817	defparam \shiftout[3]~I .operation_mode = "normal";
		28818	defparam \shiftout[3]~I .output_mode = "reg_only";
		28819	defparam \shiftout[3]~I .packed_mode = "false";
		28820	// synopsys translate_on
		28821
		28822	// atom is at LC2_J30
		28823	flex10ke_lcell \shiftout~765_I (
		28824	// Equation(s):
		28825	// \shiftout~765 = sd_start & (\d[4]~3 # \wr_n~dataout ) # !sd_start & (shiftout[3])
		28826
		28827	.dataa(d_4),
		28828	.datab(wr_n),
		28829	.datac(sd_start),
		28830	.datad(shiftout[3]),
		28831	.aclr(gnd),
		28832	.aload(gnd),
		28833	.clk(gnd),
		28834	.cin(gnd),
		28835	.cascin(vcc),
		28836	.devclrn(devclrn),
		28837	.devpor(devpor),
		28838	.combout(\shiftout~765 ),
		28839	.regout(),
		28840	.cout(),
		28841	.cascout());
		28842	// synopsys translate_off
		28843	defparam \shiftout~765_I .clock_enable_mode = "false";
		28844	defparam \shiftout~765_I .lut_mask = "efe0";
		28845	defparam \shiftout~765_I .operation_mode = "normal";
		28846	defparam \shiftout~765_I .output_mode = "comb_only";
		28847	defparam \shiftout~765_I .packed_mode = "false";
		28848	// synopsys translate_on
		28849
		28850	// atom is at LC7_J29
		28851	flex10ke_lcell \shiftout[4]~I (
		28852	// Equation(s):
		28853	// shiftout[4] = DFFEA(\shiftout~765 , GLOBAL(\fclk~dataout ), , , \shiftout[7]~779 , , )
		28854
		28855	.dataa(\shiftout[7]~779 ),
		28856	.datab(vcc),
		28857	.datac(vcc),
		28858	.datad(\shiftout~765 ),
		28859	.aclr(gnd),
		28860	.aload(gnd),
		28861	.clk(clock),
		28862	.cin(gnd),
		28863	.cascin(vcc),
		28864	.devclrn(devclrn),
		28865	.devpor(devpor),
		28866	.combout(),
		28867	.regout(shiftout[4]),
		28868	.cout(),
		28869	.cascout());
		28870	// synopsys translate_off
		28871	defparam \shiftout[4]~I .clock_enable_mode = "true";
		28872	defparam \shiftout[4]~I .lut_mask = "ff00";
		28873	defparam \shiftout[4]~I .operation_mode = "normal";
		28874	defparam \shiftout[4]~I .output_mode = "reg_only";
		28875	defparam \shiftout[4]~I .packed_mode = "false";
		28876	// synopsys translate_on
		28877
		28878	// atom is at LC8_J29
		28879	flex10ke_lcell \shiftout~763_I (
		28880	// Equation(s):
		28881	// \shiftout~763 = sd_start & (\d[5]~2 # \wr_n~dataout ) # !sd_start & (shiftout[4])
		28882
		28883	.dataa(d_5),
		28884	.datab(wr_n),
		28885	.datac(sd_start),
		28886	.datad(shiftout[4]),
		28887	.aclr(gnd),
		28888	.aload(gnd),
		28889	.clk(gnd),
		28890	.cin(gnd),
		28891	.cascin(vcc),
		28892	.devclrn(devclrn),
		28893	.devpor(devpor),
		28894	.combout(\shiftout~763 ),
		28895	.regout(),
		28896	.cout(),
		28897	.cascout());
		28898	// synopsys translate_off
		28899	defparam \shiftout~763_I .clock_enable_mode = "false";
		28900	defparam \shiftout~763_I .lut_mask = "efe0";
		28901	defparam \shiftout~763_I .operation_mode = "normal";
		28902	defparam \shiftout~763_I .output_mode = "comb_only";
		28903	defparam \shiftout~763_I .packed_mode = "false";
		28904	// synopsys translate_on
		28905
		28906	// atom is at LC4_J29
		28907	flex10ke_lcell \shiftout[5]~I (
		28908	// Equation(s):
		28909	// shiftout[5] = DFFEA(\shiftout~763 , GLOBAL(\fclk~dataout ), , , \shiftout[7]~779 , , )
		28910
		28911	.dataa(\shiftout[7]~779 ),
		28912	.datab(vcc),
		28913	.datac(vcc),
		28914	.datad(\shiftout~763 ),
		28915	.aclr(gnd),
		28916	.aload(gnd),
		28917	.clk(clock),
		28918	.cin(gnd),
		28919	.cascin(vcc),
		28920	.devclrn(devclrn),
		28921	.devpor(devpor),
		28922	.combout(),
		28923	.regout(shiftout[5]),
		28924	.cout(),
		28925	.cascout());
		28926	// synopsys translate_off
		28927	defparam \shiftout[5]~I .clock_enable_mode = "true";
		28928	defparam \shiftout[5]~I .lut_mask = "ff00";
		28929	defparam \shiftout[5]~I .operation_mode = "normal";
		28930	defparam \shiftout[5]~I .output_mode = "reg_only";
		28931	defparam \shiftout[5]~I .packed_mode = "false";
		28932	// synopsys translate_on
		28933
		28934	// atom is at LC5_J29
		28935	flex10ke_lcell \shiftout~761_I (
		28936	// Equation(s):
		28937	// \shiftout~761 = sd_start & (\d[6]~1 # \wr_n~dataout ) # !sd_start & (shiftout[5])
		28938
		28939	.dataa(d_6),
		28940	.datab(wr_n),
		28941	.datac(sd_start),
		28942	.datad(shiftout[5]),
		28943	.aclr(gnd),
		28944	.aload(gnd),
		28945	.clk(gnd),
		28946	.cin(gnd),
		28947	.cascin(vcc),
		28948	.devclrn(devclrn),
		28949	.devpor(devpor),
		28950	.combout(\shiftout~761 ),
		28951	.regout(),
		28952	.cout(),
		28953	.cascout());
		28954	// synopsys translate_off
		28955	defparam \shiftout~761_I .clock_enable_mode = "false";
		28956	defparam \shiftout~761_I .lut_mask = "efe0";
		28957	defparam \shiftout~761_I .operation_mode = "normal";
		28958	defparam \shiftout~761_I .output_mode = "comb_only";
		28959	defparam \shiftout~761_I .packed_mode = "false";
		28960	// synopsys translate_on
		28961
		28962	// atom is at LC1_J29
		28963	flex10ke_lcell \shiftout[6]~I (
		28964	// Equation(s):
		28965	// shiftout[6] = DFFEA(\shiftout~761 , GLOBAL(\fclk~dataout ), , , \shiftout[7]~779 , , )
		28966
		28967	.dataa(\shiftout[7]~779 ),
		28968	.datab(vcc),
		28969	.datac(vcc),
		28970	.datad(\shiftout~761 ),
		28971	.aclr(gnd),
		28972	.aload(gnd),
		28973	.clk(clock),
		28974	.cin(gnd),
		28975	.cascin(vcc),
		28976	.devclrn(devclrn),
		28977	.devpor(devpor),
		28978	.combout(),
		28979	.regout(shiftout[6]),
		28980	.cout(),
		28981	.cascout());
		28982	// synopsys translate_off
		28983	defparam \shiftout[6]~I .clock_enable_mode = "true";
		28984	defparam \shiftout[6]~I .lut_mask = "ff00";
		28985	defparam \shiftout[6]~I .operation_mode = "normal";
		28986	defparam \shiftout[6]~I .output_mode = "reg_only";
		28987	defparam \shiftout[6]~I .packed_mode = "false";
		28988	// synopsys translate_on
		28989
		28990	// atom is at LC3_J29
		28991	flex10ke_lcell \shiftout~759_I (
		28992	// Equation(s):
		28993	// \shiftout~759 = sd_start & (\d[7]~0 # \wr_n~dataout ) # !sd_start & (shiftout[6])
		28994
		28995	.dataa(d_7),
		28996	.datab(wr_n),
		28997	.datac(sd_start),
		28998	.datad(shiftout[6]),
		28999	.aclr(gnd),
		29000	.aload(gnd),
		29001	.clk(gnd),
		29002	.cin(gnd),
		29003	.cascin(vcc),
		29004	.devclrn(devclrn),
		29005	.devpor(devpor),
		29006	.combout(\shiftout~759 ),
		29007	.regout(),
		29008	.cout(),
		29009	.cascout());
		29010	// synopsys translate_off
		29011	defparam \shiftout~759_I .clock_enable_mode = "false";
		29012	defparam \shiftout~759_I .lut_mask = "efe0";
		29013	defparam \shiftout~759_I .operation_mode = "normal";
		29014	defparam \shiftout~759_I .output_mode = "comb_only";
		29015	defparam \shiftout~759_I .packed_mode = "false";
		29016	// synopsys translate_on
		29017
		29018	// atom is at LC3_J9
		29019	flex10ke_lcell \counter_rtl_1\|wysi_counter\|counter_cell[1] (
		29020	// Equation(s):
		29021	// \counter_rtl_1\|wysi_counter\|q [1] = DFFEA((\counter_rtl_1\|wysi_counter\|q [1] $ (!\counter_rtl_1\|wysi_counter\|q [4] & \counter_rtl_1\|wysi_counter\|counter_cell[0]~COUT )) & sd_start1, GLOBAL(\fclk~dataout ), , , , , )
		29022	// \counter_rtl_1\|wysi_counter\|counter_cell[1]~COUT = CARRY(\counter_rtl_1\|wysi_counter\|q [1] & (\counter_rtl_1\|wysi_counter\|counter_cell[0]~COUT ))
		29023
		29024	.dataa(\counter_rtl_1\|wysi_counter\|q [4]),
		29025	.datab(sd_start1),
		29026	.datac(vcc),
		29027	.datad(vcc),
		29028	.aclr(gnd),
		29029	.aload(gnd),
		29030	.clk(clock),
		29031	.cin(\counter_rtl_1\|wysi_counter\|counter_cell[0]~COUT ),
		29032	.cascin(vcc),
		29033	.devclrn(devclrn),
		29034	.devpor(devpor),
		29035	.combout(),
		29036	.regout(\counter_rtl_1\|wysi_counter\|q [1]),
		29037	.cout(\counter_rtl_1\|wysi_counter\|counter_cell[1]~COUT ),
		29038	.cascout());
		29039	// synopsys translate_off
		29040	defparam \counter_rtl_1\|wysi_counter\|counter_cell[1] .cin_used = "true";
		29041	defparam \counter_rtl_1\|wysi_counter\|counter_cell[1] .clock_enable_mode = "false";
		29042	defparam \counter_rtl_1\|wysi_counter\|counter_cell[1] .lut_mask = "9ca0";
		29043	defparam \counter_rtl_1\|wysi_counter\|counter_cell[1] .operation_mode = "clrb_cntr";
		29044	defparam \counter_rtl_1\|wysi_counter\|counter_cell[1] .output_mode = "reg_only";
		29045	defparam \counter_rtl_1\|wysi_counter\|counter_cell[1] .packed_mode = "false";
		29046	// synopsys translate_on
		29047
		29048	// atom is at LC4_J9
		29049	flex10ke_lcell \counter_rtl_1\|wysi_counter\|counter_cell[2] (
		29050	// Equation(s):
		29051	// \counter_rtl_1\|wysi_counter\|q [2] = DFFEA((\counter_rtl_1\|wysi_counter\|q [2] $ (!\counter_rtl_1\|wysi_counter\|q [4] & \counter_rtl_1\|wysi_counter\|counter_cell[1]~COUT )) & sd_start1, GLOBAL(\fclk~dataout ), , , , , )
		29052	// \counter_rtl_1\|wysi_counter\|counter_cell[2]~COUT = CARRY(\counter_rtl_1\|wysi_counter\|q [2] & (\counter_rtl_1\|wysi_counter\|counter_cell[1]~COUT ))
		29053
		29054	.dataa(\counter_rtl_1\|wysi_counter\|q [4]),
		29055	.datab(sd_start1),
		29056	.datac(vcc),
		29057	.datad(vcc),
		29058	.aclr(gnd),
		29059	.aload(gnd),
		29060	.clk(clock),
		29061	.cin(\counter_rtl_1\|wysi_counter\|counter_cell[1]~COUT ),
		29062	.cascin(vcc),
		29063	.devclrn(devclrn),
		29064	.devpor(devpor),
		29065	.combout(),
		29066	.regout(\counter_rtl_1\|wysi_counter\|q [2]),
		29067	.cout(\counter_rtl_1\|wysi_counter\|counter_cell[2]~COUT ),
		29068	.cascout());
		29069	// synopsys translate_off
		29070	defparam \counter_rtl_1\|wysi_counter\|counter_cell[2] .cin_used = "true";
		29071	defparam \counter_rtl_1\|wysi_counter\|counter_cell[2] .clock_enable_mode = "false";
		29072	defparam \counter_rtl_1\|wysi_counter\|counter_cell[2] .lut_mask = "9ca0";
		29073	defparam \counter_rtl_1\|wysi_counter\|counter_cell[2] .operation_mode = "clrb_cntr";
		29074	defparam \counter_rtl_1\|wysi_counter\|counter_cell[2] .output_mode = "reg_only";
		29075	defparam \counter_rtl_1\|wysi_counter\|counter_cell[2] .packed_mode = "false";
		29076	// synopsys translate_on
		29077
		29078	// atom is at LC5_J9
		29079	flex10ke_lcell \counter_rtl_1\|wysi_counter\|counter_cell[3] (
		29080	// Equation(s):
		29081	// \counter_rtl_1\|wysi_counter\|q [3] = DFFEA((\counter_rtl_1\|wysi_counter\|q [3] $ (!\counter_rtl_1\|wysi_counter\|q [4] & \counter_rtl_1\|wysi_counter\|counter_cell[2]~COUT )) & sd_start1, GLOBAL(\fclk~dataout ), , , , , )
		29082	// \counter_rtl_1\|wysi_counter\|counter_cell[3]~COUT = CARRY(\counter_rtl_1\|wysi_counter\|q [3] & (\counter_rtl_1\|wysi_counter\|counter_cell[2]~COUT ))
		29083
		29084	.dataa(\counter_rtl_1\|wysi_counter\|q [4]),
		29085	.datab(sd_start1),
		29086	.datac(vcc),
		29087	.datad(vcc),
		29088	.aclr(gnd),
		29089	.aload(gnd),
		29090	.clk(clock),
		29091	.cin(\counter_rtl_1\|wysi_counter\|counter_cell[2]~COUT ),
		29092	.cascin(vcc),
		29093	.devclrn(devclrn),
		29094	.devpor(devpor),
		29095	.combout(),
		29096	.regout(\counter_rtl_1\|wysi_counter\|q [3]),
		29097	.cout(\counter_rtl_1\|wysi_counter\|counter_cell[3]~COUT ),
		29098	.cascout());
		29099	// synopsys translate_off
		29100	defparam \counter_rtl_1\|wysi_counter\|counter_cell[3] .cin_used = "true";
		29101	defparam \counter_rtl_1\|wysi_counter\|counter_cell[3] .clock_enable_mode = "false";
		29102	defparam \counter_rtl_1\|wysi_counter\|counter_cell[3] .lut_mask = "9ca0";
		29103	defparam \counter_rtl_1\|wysi_counter\|counter_cell[3] .operation_mode = "clrb_cntr";
		29104	defparam \counter_rtl_1\|wysi_counter\|counter_cell[3] .output_mode = "reg_only";
		29105	defparam \counter_rtl_1\|wysi_counter\|counter_cell[3] .packed_mode = "false";
		29106	// synopsys translate_on
		29107
		29108	// atom is at LC6_J9
		29109	flex10ke_lcell \counter_rtl_1\|wysi_counter\|counter_cell[4] (
		29110	// Equation(s):
		29111	// \counter_rtl_1\|wysi_counter\|q [4] = DFFEA((\counter_rtl_1\|wysi_counter\|q [4] $ (!\counter_rtl_1\|wysi_counter\|q [4] & \counter_rtl_1\|wysi_counter\|counter_cell[3]~COUT )) & sd_start1, GLOBAL(\fclk~dataout ), , , , , )
		29112
		29113	.dataa(\counter_rtl_1\|wysi_counter\|q [4]),
		29114	.datab(sd_start1),
		29115	.datac(vcc),
		29116	.datad(vcc),
		29117	.aclr(gnd),
		29118	.aload(gnd),
		29119	.clk(clock),
		29120	.cin(\counter_rtl_1\|wysi_counter\|counter_cell[3]~COUT ),
		29121	.cascin(vcc),
		29122	.devclrn(devclrn),
		29123	.devpor(devpor),
		29124	.combout(),
		29125	.regout(\counter_rtl_1\|wysi_counter\|q [4]),
		29126	.cout(),
		29127	.cascout());
		29128	// synopsys translate_off
		29129	defparam \counter_rtl_1\|wysi_counter\|counter_cell[4] .cin_used = "true";
		29130	defparam \counter_rtl_1\|wysi_counter\|counter_cell[4] .clock_enable_mode = "false";
		29131	defparam \counter_rtl_1\|wysi_counter\|counter_cell[4] .lut_mask = "9c9c";
		29132	defparam \counter_rtl_1\|wysi_counter\|counter_cell[4] .operation_mode = "clrb_cntr";
		29133	defparam \counter_rtl_1\|wysi_counter\|counter_cell[4] .output_mode = "reg_only";
		29134	defparam \counter_rtl_1\|wysi_counter\|counter_cell[4] .packed_mode = "false";
		29135	// synopsys translate_on
		29136
		29137	// atom is at LC1_J9
		29138	flex10ke_lcell \dout~320_I (
		29139	// Equation(s):
		29140	// \dout~320 = \counter_rtl_1\|wysi_counter\|q [1] & \counter_rtl_1\|wysi_counter\|q [2] & \counter_rtl_1\|wysi_counter\|q [3]
		29141
		29142	.dataa(vcc),
		29143	.datab(\counter_rtl_1\|wysi_counter\|q [1]),
		29144	.datac(\counter_rtl_1\|wysi_counter\|q [2]),
		29145	.datad(\counter_rtl_1\|wysi_counter\|q [3]),
		29146	.aclr(gnd),
		29147	.aload(gnd),
		29148	.clk(gnd),
		29149	.cin(gnd),
		29150	.cascin(vcc),
		29151	.devclrn(devclrn),
		29152	.devpor(devpor),
		29153	.combout(\dout~320 ),
		29154	.regout(),
		29155	.cout(),
		29156	.cascout());
		29157	// synopsys translate_off
		29158	defparam \dout~320_I .clock_enable_mode = "false";
		29159	defparam \dout~320_I .lut_mask = "c000";
		29160	defparam \dout~320_I .operation_mode = "normal";
		29161	defparam \dout~320_I .output_mode = "comb_only";
		29162	defparam \dout~320_I .packed_mode = "false";
		29163	// synopsys translate_on
		29164
		29165	// atom is at LC8_J9
		29166	flex10ke_lcell \dout~321_I (
		29167	// Equation(s):
		29168	// \dout~321 = !\counter_rtl_1\|wysi_counter\|q [4] & \dout~320 & \dout~319
		29169
		29170	.dataa(vcc),
		29171	.datab(\counter_rtl_1\|wysi_counter\|q [4]),
		29172	.datac(\dout~320 ),
		29173	.datad(\dout~319 ),
		29174	.aclr(gnd),
		29175	.aload(gnd),
		29176	.clk(gnd),
		29177	.cin(gnd),
		29178	.cascin(vcc),
		29179	.devclrn(devclrn),
		29180	.devpor(devpor),
		29181	.combout(\dout~321 ),
		29182	.regout(),
		29183	.cout(),
		29184	.cascout());
		29185	// synopsys translate_off
		29186	defparam \dout~321_I .clock_enable_mode = "false";
		29187	defparam \dout~321_I .lut_mask = "3000";
		29188	defparam \dout~321_I .operation_mode = "normal";
		29189	defparam \dout~321_I .output_mode = "comb_only";
		29190	defparam \dout~321_I .packed_mode = "false";
		29191	// synopsys translate_on
		29192
		29193	// atom is at LC6_H4
		29194	flex10ke_lcell \shiftin[0]~I (
		29195	// Equation(s):
		29196	// shiftin[0] = DFFEA(\sddi~dataout , GLOBAL(\fclk~dataout ), , , \dout~319 , , )
		29197
		29198	.dataa(\dout~319 ),
		29199	.datab(vcc),
		29200	.datac(vcc),
		29201	.datad(sddi),
		29202	.aclr(gnd),
		29203	.aload(gnd),
		29204	.clk(clock),
		29205	.cin(gnd),
		29206	.cascin(vcc),
		29207	.devclrn(devclrn),
		29208	.devpor(devpor),
		29209	.combout(),
		29210	.regout(shiftin[0]),
		29211	.cout(),
		29212	.cascout());
		29213	// synopsys translate_off
		29214	defparam \shiftin[0]~I .clock_enable_mode = "true";
		29215	defparam \shiftin[0]~I .lut_mask = "ff00";
		29216	defparam \shiftin[0]~I .operation_mode = "normal";
		29217	defparam \shiftin[0]~I .output_mode = "reg_only";
		29218	defparam \shiftin[0]~I .packed_mode = "false";
		29219	// synopsys translate_on
		29220
		29221	// atom is at LC1_H4
		29222	flex10ke_lcell \shiftin[1]~I (
		29223	// Equation(s):
		29224	// shiftin[1] = DFFEA(shiftin[0], GLOBAL(\fclk~dataout ), , , \dout~319 , , )
		29225
		29226	.dataa(\dout~319 ),
		29227	.datab(vcc),
		29228	.datac(vcc),
		29229	.datad(shiftin[0]),
		29230	.aclr(gnd),
		29231	.aload(gnd),
		29232	.clk(clock),
		29233	.cin(gnd),
		29234	.cascin(vcc),
		29235	.devclrn(devclrn),
		29236	.devpor(devpor),
		29237	.combout(),
		29238	.regout(shiftin[1]),
		29239	.cout(),
		29240	.cascout());
		29241	// synopsys translate_off
		29242	defparam \shiftin[1]~I .clock_enable_mode = "true";
		29243	defparam \shiftin[1]~I .lut_mask = "ff00";
		29244	defparam \shiftin[1]~I .operation_mode = "normal";
		29245	defparam \shiftin[1]~I .output_mode = "reg_only";
		29246	defparam \shiftin[1]~I .packed_mode = "false";
		29247	// synopsys translate_on
		29248
		29249	// atom is at LC7_H15
		29250	flex10ke_lcell \shiftin[2]~I (
		29251	// Equation(s):
		29252	// shiftin[2] = DFFEA(shiftin[1], GLOBAL(\fclk~dataout ), , , \dout~319 , , )
		29253
		29254	.dataa(\dout~319 ),
		29255	.datab(vcc),
		29256	.datac(vcc),
		29257	.datad(shiftin[1]),
		29258	.aclr(gnd),
		29259	.aload(gnd),
		29260	.clk(clock),
		29261	.cin(gnd),
		29262	.cascin(vcc),
		29263	.devclrn(devclrn),
		29264	.devpor(devpor),
		29265	.combout(),
		29266	.regout(shiftin[2]),
		29267	.cout(),
		29268	.cascout());
		29269	// synopsys translate_off
		29270	defparam \shiftin[2]~I .clock_enable_mode = "true";
		29271	defparam \shiftin[2]~I .lut_mask = "ff00";
		29272	defparam \shiftin[2]~I .operation_mode = "normal";
		29273	defparam \shiftin[2]~I .output_mode = "reg_only";
		29274	defparam \shiftin[2]~I .packed_mode = "false";
		29275	// synopsys translate_on
		29276
		29277	// atom is at LC2_H15
		29278	flex10ke_lcell \shiftin[3]~I (
		29279	// Equation(s):
		29280	// shiftin[3] = DFFEA(shiftin[2], GLOBAL(\fclk~dataout ), , , \dout~319 , , )
		29281
		29282	.dataa(\dout~319 ),
		29283	.datab(vcc),
		29284	.datac(vcc),
		29285	.datad(shiftin[2]),
		29286	.aclr(gnd),
		29287	.aload(gnd),
		29288	.clk(clock),
		29289	.cin(gnd),
		29290	.cascin(vcc),
		29291	.devclrn(devclrn),
		29292	.devpor(devpor),
		29293	.combout(),
		29294	.regout(shiftin[3]),
		29295	.cout(),
		29296	.cascout());
		29297	// synopsys translate_off
		29298	defparam \shiftin[3]~I .clock_enable_mode = "true";
		29299	defparam \shiftin[3]~I .lut_mask = "ff00";
		29300	defparam \shiftin[3]~I .operation_mode = "normal";
		29301	defparam \shiftin[3]~I .output_mode = "reg_only";
		29302	defparam \shiftin[3]~I .packed_mode = "false";
		29303	// synopsys translate_on
		29304
		29305	// atom is at LC7_H4
		29306	flex10ke_lcell \shiftin[4]~I (
		29307	// Equation(s):
		29308	// shiftin[4] = DFFEA(shiftin[3], GLOBAL(\fclk~dataout ), , , \dout~319 , , )
		29309
		29310	.dataa(\dout~319 ),
		29311	.datab(vcc),
		29312	.datac(vcc),
		29313	.datad(shiftin[3]),
		29314	.aclr(gnd),
		29315	.aload(gnd),
		29316	.clk(clock),
		29317	.cin(gnd),
		29318	.cascin(vcc),
		29319	.devclrn(devclrn),
		29320	.devpor(devpor),
		29321	.combout(),
		29322	.regout(shiftin[4]),
		29323	.cout(),
		29324	.cascout());
		29325	// synopsys translate_off
		29326	defparam \shiftin[4]~I .clock_enable_mode = "true";
		29327	defparam \shiftin[4]~I .lut_mask = "ff00";
		29328	defparam \shiftin[4]~I .operation_mode = "normal";
		29329	defparam \shiftin[4]~I .output_mode = "reg_only";
		29330	defparam \shiftin[4]~I .packed_mode = "false";
		29331	// synopsys translate_on
		29332
		29333	// atom is at LC8_H4
		29334	flex10ke_lcell \shiftin[5]~I (
		29335	// Equation(s):
		29336	// shiftin[5] = DFFEA(shiftin[4], GLOBAL(\fclk~dataout ), , , \dout~319 , , )
		29337
		29338	.dataa(\dout~319 ),
		29339	.datab(vcc),
		29340	.datac(vcc),
		29341	.datad(shiftin[4]),
		29342	.aclr(gnd),
		29343	.aload(gnd),
		29344	.clk(clock),
		29345	.cin(gnd),
		29346	.cascin(vcc),
		29347	.devclrn(devclrn),
		29348	.devpor(devpor),
		29349	.combout(),
		29350	.regout(shiftin[5]),
		29351	.cout(),
		29352	.cascout());
		29353	// synopsys translate_off
		29354	defparam \shiftin[5]~I .clock_enable_mode = "true";
		29355	defparam \shiftin[5]~I .lut_mask = "ff00";
		29356	defparam \shiftin[5]~I .operation_mode = "normal";
		29357	defparam \shiftin[5]~I .output_mode = "reg_only";
		29358	defparam \shiftin[5]~I .packed_mode = "false";
		29359	// synopsys translate_on
		29360
		29361	// atom is at LC2_H4
		29362	flex10ke_lcell \shiftin[6]~I (
		29363	// Equation(s):
		29364	// shiftin[6] = DFFEA(shiftin[5], GLOBAL(\fclk~dataout ), , , \dout~319 , , )
		29365
		29366	.dataa(\dout~319 ),
		29367	.datab(vcc),
		29368	.datac(vcc),
		29369	.datad(shiftin[5]),
		29370	.aclr(gnd),
		29371	.aload(gnd),
		29372	.clk(clock),
		29373	.cin(gnd),
		29374	.cascin(vcc),
		29375	.devclrn(devclrn),
		29376	.devpor(devpor),
		29377	.combout(),
		29378	.regout(shiftin[6]),
		29379	.cout(),
		29380	.cascout());
		29381	// synopsys translate_off
		29382	defparam \shiftin[6]~I .clock_enable_mode = "true";
		29383	defparam \shiftin[6]~I .lut_mask = "ff00";
		29384	defparam \shiftin[6]~I .operation_mode = "normal";
		29385	defparam \shiftin[6]~I .output_mode = "reg_only";
		29386	defparam \shiftin[6]~I .packed_mode = "false";
		29387	// synopsys translate_on
		29388
		29389	endmodule
		29390
		29391	module synch (
		29392	hpix,
		29393	hblank,
		29394	hsync,
		29395	pre_cend,
		29396	line_start,
		29397	cend,
		29398	hsync_start,
		29399	hint_start,
		29400	clk,
		29401	line_start1,
		29402	devpor,
		29403	devclrn,
		29404	devoe);
		29405	output hpix;
		29406	output hblank;
		29407	output hsync;
		29408	input pre_cend;
		29409	output line_start;
		29410	input cend;
		29411	output hsync_start;
		29412	output hint_start;
		29413	input clk;
		29414	output line_start1;
		29415	input devpor;
		29416	input devclrn;
		29417	input devoe;
		29418
		29419	wire gnd = 1'b0;
		29420	wire vcc = 1'b1;
		29421
		29422	wire \Equal3~47 ;
		29423	wire \Equal0~51 ;
		29424	wire \Equal0~52 ;
		29425	wire \Equal1~46 ;
		29426	wire \Equal1~47 ;
		29427	wire \hpix~66 ;
		29428	wire \Equal2~60 ;
		29429	wire \Equal1~48 ;
		29430	wire \Equal2~61 ;
		29431	wire \Equal1~49 ;
		29432	wire \Equal4~23 ;
		29433	wire \Equal3~46 ;
		29434	wire \line_start~189 ;
		29435	wire [8:0] hcount;
		29436	wire [8:0] \Add0\|adder\|result_node\|cs_buffer ;
		29437	wire [8:0] \Add0\|adder\|result_node\|cout ;
		29438	wire [8:0] \Add0\|adder\|unreg_res_node ;
		29439
		29440
		29441	// atom is at LC2_H13
		29442	flex10ke_lcell \hpix~I (
		29443	// Equation(s):
		29444	// hpix = DFFEA(\hpix~66 & !hcount[8] # !\hpix~66 & (hpix), GLOBAL(\fclk~dataout ), , , cend, , )
		29445
		29446	.dataa(cend),
		29447	.datab(hcount[8]),
		29448	.datac(\hpix~66 ),
		29449	.datad(hpix),
		29450	.aclr(gnd),
		29451	.aload(gnd),
		29452	.clk(clk),
		29453	.cin(gnd),
		29454	.cascin(vcc),
		29455	.devclrn(devclrn),
		29456	.devpor(devpor),
		29457	.combout(),
		29458	.regout(hpix),
		29459	.cout(),
		29460	.cascout());
		29461	// synopsys translate_off
		29462	defparam \hpix~I .clock_enable_mode = "true";
		29463	defparam \hpix~I .lut_mask = "3f30";
		29464	defparam \hpix~I .operation_mode = "normal";
		29465	defparam \hpix~I .output_mode = "reg_only";
		29466	defparam \hpix~I .packed_mode = "false";
		29467	// synopsys translate_on
		29468
		29469	// atom is at LC5_H13
		29470	flex10ke_lcell \hblank~I (
		29471	// Equation(s):
		29472	// hblank = DFFEA(\Equal1~49 # !\Equal2~61 & hblank, GLOBAL(\fclk~dataout ), , , cend, , )
		29473
		29474	.dataa(cend),
		29475	.datab(\Equal2~61 ),
		29476	.datac(\Equal1~49 ),
		29477	.datad(hblank),
		29478	.aclr(gnd),
		29479	.aload(gnd),
		29480	.clk(clk),
		29481	.cin(gnd),
		29482	.cascin(vcc),
		29483	.devclrn(devclrn),
		29484	.devpor(devpor),
		29485	.combout(),
		29486	.regout(hblank),
		29487	.cout(),
		29488	.cascout());
		29489	// synopsys translate_off
		29490	defparam \hblank~I .clock_enable_mode = "true";
		29491	defparam \hblank~I .lut_mask = "f3f0";
		29492	defparam \hblank~I .operation_mode = "normal";
		29493	defparam \hblank~I .output_mode = "reg_only";
		29494	defparam \hblank~I .packed_mode = "false";
		29495	// synopsys translate_on
		29496
		29497	// atom is at LC4_H7
		29498	flex10ke_lcell \hsync~I (
		29499	// Equation(s):
		29500	// hsync = DFFEA(\Equal3~46 # !\Equal4~23 & hsync, GLOBAL(\fclk~dataout ), , , cend, , )
		29501
		29502	.dataa(cend),
		29503	.datab(\Equal4~23 ),
		29504	.datac(\Equal3~46 ),
		29505	.datad(hsync),
		29506	.aclr(gnd),
		29507	.aload(gnd),
		29508	.clk(clk),
		29509	.cin(gnd),
		29510	.cascin(vcc),
		29511	.devclrn(devclrn),
		29512	.devpor(devpor),
		29513	.combout(),
		29514	.regout(hsync),
		29515	.cout(),
		29516	.cascout());
		29517	// synopsys translate_off
		29518	defparam \hsync~I .clock_enable_mode = "true";
		29519	defparam \hsync~I .lut_mask = "f3f0";
		29520	defparam \hsync~I .operation_mode = "normal";
		29521	defparam \hsync~I .output_mode = "reg_only";
		29522	defparam \hsync~I .packed_mode = "false";
		29523	// synopsys translate_on
		29524
		29525	// atom is at LC3_H13
		29526	flex10ke_lcell \line_start~I (
		29527	// Equation(s):
		29528	// line_start = DFFEA(pre_cend, GLOBAL(\fclk~dataout ), , , \line_start~189 , , )
		29529
		29530	.dataa(\line_start~189 ),
		29531	.datab(vcc),
		29532	.datac(vcc),
		29533	.datad(pre_cend),
		29534	.aclr(gnd),
		29535	.aload(gnd),
		29536	.clk(clk),
		29537	.cin(gnd),
		29538	.cascin(vcc),
		29539	.devclrn(devclrn),
		29540	.devpor(devpor),
		29541	.combout(),
		29542	.regout(line_start),
		29543	.cout(),
		29544	.cascout());
		29545	// synopsys translate_off
		29546	defparam \line_start~I .clock_enable_mode = "true";
		29547	defparam \line_start~I .lut_mask = "ff00";
		29548	defparam \line_start~I .operation_mode = "normal";
		29549	defparam \line_start~I .output_mode = "reg_only";
		29550	defparam \line_start~I .packed_mode = "false";
		29551	// synopsys translate_on
		29552
		29553	// atom is at LC2_J11
		29554	flex10ke_lcell \hsync_start~I (
		29555	// Equation(s):
		29556	// hsync_start = DFFEA(pre_cend & (\Equal3~46 # hsync_start), GLOBAL(\fclk~dataout ), , , , , )
		29557
		29558	.dataa(vcc),
		29559	.datab(\Equal3~46 ),
		29560	.datac(hsync_start),
		29561	.datad(pre_cend),
		29562	.aclr(gnd),
		29563	.aload(gnd),
		29564	.clk(clk),
		29565	.cin(gnd),
		29566	.cascin(vcc),
		29567	.devclrn(devclrn),
		29568	.devpor(devpor),
		29569	.combout(),
		29570	.regout(hsync_start),
		29571	.cout(),
		29572	.cascout());
		29573	// synopsys translate_off
		29574	defparam \hsync_start~I .clock_enable_mode = "false";
		29575	defparam \hsync_start~I .lut_mask = "fc00";
		29576	defparam \hsync_start~I .operation_mode = "normal";
		29577	defparam \hsync_start~I .output_mode = "reg_only";
		29578	defparam \hsync_start~I .packed_mode = "false";
		29579	// synopsys translate_on
		29580
		29581	// atom is at LC5_H7
		29582	flex10ke_lcell \hint_start~I (
		29583	// Equation(s):
		29584	// hint_start = DFFEA(!hcount[2] & pre_cend & \Equal0~52 , GLOBAL(\fclk~dataout ), , , , , )
		29585
		29586	.dataa(vcc),
		29587	.datab(hcount[2]),
		29588	.datac(pre_cend),
		29589	.datad(\Equal0~52 ),
		29590	.aclr(gnd),
		29591	.aload(gnd),
		29592	.clk(clk),
		29593	.cin(gnd),
		29594	.cascin(vcc),
		29595	.devclrn(devclrn),
		29596	.devpor(devpor),
		29597	.combout(),
		29598	.regout(hint_start),
		29599	.cout(),
		29600	.cascout());
		29601	// synopsys translate_off
		29602	defparam \hint_start~I .clock_enable_mode = "false";
		29603	defparam \hint_start~I .lut_mask = "3000";
		29604	defparam \hint_start~I .operation_mode = "normal";
		29605	defparam \hint_start~I .output_mode = "reg_only";
		29606	defparam \hint_start~I .packed_mode = "false";
		29607	// synopsys translate_on
		29608
		29609	// atom is at LC2_J19
		29610	flex10ke_lcell \line_start~_wirecell_I (
		29611	// Equation(s):
		29612	// line_start1 = !line_start
		29613
		29614	.dataa(vcc),
		29615	.datab(vcc),
		29616	.datac(vcc),
		29617	.datad(line_start),
		29618	.aclr(gnd),
		29619	.aload(gnd),
		29620	.clk(gnd),
		29621	.cin(gnd),
		29622	.cascin(vcc),
		29623	.devclrn(devclrn),
		29624	.devpor(devpor),
		29625	.combout(line_start1),
		29626	.regout(),
		29627	.cout(),
		29628	.cascout());
		29629	// synopsys translate_off
		29630	defparam \line_start~_wirecell_I .clock_enable_mode = "false";
		29631	defparam \line_start~_wirecell_I .lut_mask = "00ff";
		29632	defparam \line_start~_wirecell_I .operation_mode = "normal";
		29633	defparam \line_start~_wirecell_I .output_mode = "comb_only";
		29634	defparam \line_start~_wirecell_I .packed_mode = "false";
		29635	// synopsys translate_on
		29636
		29637	// atom is at LC5_H16
		29638	flex10ke_lcell \hcount[0]~I (
		29639	// Equation(s):
		29640	// hcount[0] = DFFEA(!hcount[0], GLOBAL(\fclk~dataout ), , , cend, , )
		29641	// \Add0\|adder\|result_node\|cout [0] = CARRY(hcount[0])
		29642
		29643	.dataa(cend),
		29644	.datab(hcount[0]),
		29645	.datac(vcc),
		29646	.datad(vcc),
		29647	.aclr(gnd),
		29648	.aload(gnd),
		29649	.clk(clk),
		29650	.cin(gnd),
		29651	.cascin(vcc),
		29652	.devclrn(devclrn),
		29653	.devpor(devpor),
		29654	.combout(),
		29655	.regout(hcount[0]),
		29656	.cout(\Add0\|adder\|result_node\|cout [0]),
		29657	.cascout());
		29658	// synopsys translate_off
		29659	defparam \hcount[0]~I .clock_enable_mode = "true";
		29660	defparam \hcount[0]~I .lut_mask = "33cc";
		29661	defparam \hcount[0]~I .operation_mode = "arithmetic";
		29662	defparam \hcount[0]~I .output_mode = "reg_only";
		29663	defparam \hcount[0]~I .packed_mode = "false";
		29664	// synopsys translate_on
		29665
		29666	// atom is at LC6_H16
		29667	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[1]~I (
		29668	// Equation(s):
		29669	// \Add0\|adder\|result_node\|cs_buffer [1] = hcount[1] $ \Add0\|adder\|result_node\|cout [0]
		29670	// \Add0\|adder\|result_node\|cout [1] = CARRY(hcount[1] & \Add0\|adder\|result_node\|cout [0])
		29671
		29672	.dataa(vcc),
		29673	.datab(hcount[1]),
		29674	.datac(vcc),
		29675	.datad(vcc),
		29676	.aclr(gnd),
		29677	.aload(gnd),
		29678	.clk(gnd),
		29679	.cin(\Add0\|adder\|result_node\|cout [0]),
		29680	.cascin(vcc),
		29681	.devclrn(devclrn),
		29682	.devpor(devpor),
		29683	.combout(\Add0\|adder\|result_node\|cs_buffer [1]),
		29684	.regout(),
		29685	.cout(\Add0\|adder\|result_node\|cout [1]),
		29686	.cascout());
		29687	// synopsys translate_off
		29688	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .cin_used = "true";
		29689	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .clock_enable_mode = "false";
		29690	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .lut_mask = "3cc0";
		29691	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .operation_mode = "arithmetic";
		29692	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .output_mode = "comb_only";
		29693	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .packed_mode = "false";
		29694	// synopsys translate_on
		29695
		29696	// atom is at LC2_H16
		29697	flex10ke_lcell \hcount[1]~I (
		29698	// Equation(s):
		29699	// hcount[1] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [1], GLOBAL(\fclk~dataout ), , , cend, , )
		29700
		29701	.dataa(cend),
		29702	.datab(vcc),
		29703	.datac(vcc),
		29704	.datad(\Add0\|adder\|result_node\|cs_buffer [1]),
		29705	.aclr(gnd),
		29706	.aload(gnd),
		29707	.clk(clk),
		29708	.cin(gnd),
		29709	.cascin(vcc),
		29710	.devclrn(devclrn),
		29711	.devpor(devpor),
		29712	.combout(),
		29713	.regout(hcount[1]),
		29714	.cout(),
		29715	.cascout());
		29716	// synopsys translate_off
		29717	defparam \hcount[1]~I .clock_enable_mode = "true";
		29718	defparam \hcount[1]~I .lut_mask = "ff00";
		29719	defparam \hcount[1]~I .operation_mode = "normal";
		29720	defparam \hcount[1]~I .output_mode = "reg_only";
		29721	defparam \hcount[1]~I .packed_mode = "false";
		29722	// synopsys translate_on
		29723
		29724	// atom is at LC7_H16
		29725	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[2]~I (
		29726	// Equation(s):
		29727	// \Add0\|adder\|result_node\|cs_buffer [2] = hcount[2] $ \Add0\|adder\|result_node\|cout [1]
		29728	// \Add0\|adder\|result_node\|cout [2] = CARRY(hcount[2] & \Add0\|adder\|result_node\|cout [1])
		29729
		29730	.dataa(vcc),
		29731	.datab(hcount[2]),
		29732	.datac(vcc),
		29733	.datad(vcc),
		29734	.aclr(gnd),
		29735	.aload(gnd),
		29736	.clk(gnd),
		29737	.cin(\Add0\|adder\|result_node\|cout [1]),
		29738	.cascin(vcc),
		29739	.devclrn(devclrn),
		29740	.devpor(devpor),
		29741	.combout(\Add0\|adder\|result_node\|cs_buffer [2]),
		29742	.regout(),
		29743	.cout(\Add0\|adder\|result_node\|cout [2]),
		29744	.cascout());
		29745	// synopsys translate_off
		29746	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .cin_used = "true";
		29747	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .clock_enable_mode = "false";
		29748	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .lut_mask = "3cc0";
		29749	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .operation_mode = "arithmetic";
		29750	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .output_mode = "comb_only";
		29751	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .packed_mode = "false";
		29752	// synopsys translate_on
		29753
		29754	// atom is at LC3_H16
		29755	flex10ke_lcell \hcount[2]~I (
		29756	// Equation(s):
		29757	// hcount[2] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [2], GLOBAL(\fclk~dataout ), , , cend, , )
		29758
		29759	.dataa(cend),
		29760	.datab(vcc),
		29761	.datac(vcc),
		29762	.datad(\Add0\|adder\|result_node\|cs_buffer [2]),
		29763	.aclr(gnd),
		29764	.aload(gnd),
		29765	.clk(clk),
		29766	.cin(gnd),
		29767	.cascin(vcc),
		29768	.devclrn(devclrn),
		29769	.devpor(devpor),
		29770	.combout(),
		29771	.regout(hcount[2]),
		29772	.cout(),
		29773	.cascout());
		29774	// synopsys translate_off
		29775	defparam \hcount[2]~I .clock_enable_mode = "true";
		29776	defparam \hcount[2]~I .lut_mask = "ff00";
		29777	defparam \hcount[2]~I .operation_mode = "normal";
		29778	defparam \hcount[2]~I .output_mode = "reg_only";
		29779	defparam \hcount[2]~I .packed_mode = "false";
		29780	// synopsys translate_on
		29781
		29782	// atom is at LC8_H16
		29783	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[3]~I (
		29784	// Equation(s):
		29785	// \Add0\|adder\|result_node\|cs_buffer [3] = hcount[3] $ \Add0\|adder\|result_node\|cout [2]
		29786	// \Add0\|adder\|result_node\|cout [3] = CARRY(hcount[3] & \Add0\|adder\|result_node\|cout [2])
		29787
		29788	.dataa(vcc),
		29789	.datab(hcount[3]),
		29790	.datac(vcc),
		29791	.datad(vcc),
		29792	.aclr(gnd),
		29793	.aload(gnd),
		29794	.clk(gnd),
		29795	.cin(\Add0\|adder\|result_node\|cout [2]),
		29796	.cascin(vcc),
		29797	.devclrn(devclrn),
		29798	.devpor(devpor),
		29799	.combout(\Add0\|adder\|result_node\|cs_buffer [3]),
		29800	.regout(),
		29801	.cout(\Add0\|adder\|result_node\|cout [3]),
		29802	.cascout());
		29803	// synopsys translate_off
		29804	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .cin_used = "true";
		29805	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .clock_enable_mode = "false";
		29806	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .lut_mask = "3cc0";
		29807	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .operation_mode = "arithmetic";
		29808	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .output_mode = "comb_only";
		29809	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .packed_mode = "false";
		29810	// synopsys translate_on
		29811
		29812	// atom is at LC4_H16
		29813	flex10ke_lcell \hcount[3]~I (
		29814	// Equation(s):
		29815	// hcount[3] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [3], GLOBAL(\fclk~dataout ), , , cend, , )
		29816
		29817	.dataa(cend),
		29818	.datab(vcc),
		29819	.datac(vcc),
		29820	.datad(\Add0\|adder\|result_node\|cs_buffer [3]),
		29821	.aclr(gnd),
		29822	.aload(gnd),
		29823	.clk(clk),
		29824	.cin(gnd),
		29825	.cascin(vcc),
		29826	.devclrn(devclrn),
		29827	.devpor(devpor),
		29828	.combout(),
		29829	.regout(hcount[3]),
		29830	.cout(),
		29831	.cascout());
		29832	// synopsys translate_off
		29833	defparam \hcount[3]~I .clock_enable_mode = "true";
		29834	defparam \hcount[3]~I .lut_mask = "ff00";
		29835	defparam \hcount[3]~I .operation_mode = "normal";
		29836	defparam \hcount[3]~I .output_mode = "reg_only";
		29837	defparam \hcount[3]~I .packed_mode = "false";
		29838	// synopsys translate_on
		29839
		29840	// atom is at LC1_H18
		29841	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[4]~I (
		29842	// Equation(s):
		29843	// \Add0\|adder\|result_node\|cs_buffer [4] = hcount[4] $ \Add0\|adder\|result_node\|cout [3]
		29844	// \Add0\|adder\|result_node\|cout [4] = CARRY(hcount[4] & \Add0\|adder\|result_node\|cout [3])
		29845
		29846	.dataa(vcc),
		29847	.datab(hcount[4]),
		29848	.datac(vcc),
		29849	.datad(vcc),
		29850	.aclr(gnd),
		29851	.aload(gnd),
		29852	.clk(gnd),
		29853	.cin(\Add0\|adder\|result_node\|cout [3]),
		29854	.cascin(vcc),
		29855	.devclrn(devclrn),
		29856	.devpor(devpor),
		29857	.combout(\Add0\|adder\|result_node\|cs_buffer [4]),
		29858	.regout(),
		29859	.cout(\Add0\|adder\|result_node\|cout [4]),
		29860	.cascout());
		29861	// synopsys translate_off
		29862	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .cin_used = "true";
		29863	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .clock_enable_mode = "false";
		29864	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .lut_mask = "3cc0";
		29865	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .operation_mode = "arithmetic";
		29866	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .output_mode = "comb_only";
		29867	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .packed_mode = "false";
		29868	// synopsys translate_on
		29869
		29870	// atom is at LC6_H18
		29871	flex10ke_lcell \hcount[4]~I (
		29872	// Equation(s):
		29873	// hcount[4] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [4], GLOBAL(\fclk~dataout ), , , cend, , )
		29874
		29875	.dataa(cend),
		29876	.datab(vcc),
		29877	.datac(vcc),
		29878	.datad(\Add0\|adder\|result_node\|cs_buffer [4]),
		29879	.aclr(gnd),
		29880	.aload(gnd),
		29881	.clk(clk),
		29882	.cin(gnd),
		29883	.cascin(vcc),
		29884	.devclrn(devclrn),
		29885	.devpor(devpor),
		29886	.combout(),
		29887	.regout(hcount[4]),
		29888	.cout(),
		29889	.cascout());
		29890	// synopsys translate_off
		29891	defparam \hcount[4]~I .clock_enable_mode = "true";
		29892	defparam \hcount[4]~I .lut_mask = "ff00";
		29893	defparam \hcount[4]~I .operation_mode = "normal";
		29894	defparam \hcount[4]~I .output_mode = "reg_only";
		29895	defparam \hcount[4]~I .packed_mode = "false";
		29896	// synopsys translate_on
		29897
		29898	// atom is at LC2_H18
		29899	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[5]~I (
		29900	// Equation(s):
		29901	// \Add0\|adder\|result_node\|cs_buffer [5] = hcount[5] $ \Add0\|adder\|result_node\|cout [4]
		29902	// \Add0\|adder\|result_node\|cout [5] = CARRY(hcount[5] & \Add0\|adder\|result_node\|cout [4])
		29903
		29904	.dataa(vcc),
		29905	.datab(hcount[5]),
		29906	.datac(vcc),
		29907	.datad(vcc),
		29908	.aclr(gnd),
		29909	.aload(gnd),
		29910	.clk(gnd),
		29911	.cin(\Add0\|adder\|result_node\|cout [4]),
		29912	.cascin(vcc),
		29913	.devclrn(devclrn),
		29914	.devpor(devpor),
		29915	.combout(\Add0\|adder\|result_node\|cs_buffer [5]),
		29916	.regout(),
		29917	.cout(\Add0\|adder\|result_node\|cout [5]),
		29918	.cascout());
		29919	// synopsys translate_off
		29920	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .cin_used = "true";
		29921	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .clock_enable_mode = "false";
		29922	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .lut_mask = "3cc0";
		29923	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .operation_mode = "arithmetic";
		29924	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .output_mode = "comb_only";
		29925	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .packed_mode = "false";
		29926	// synopsys translate_on
		29927
		29928	// atom is at LC7_H18
		29929	flex10ke_lcell \hcount[5]~I (
		29930	// Equation(s):
		29931	// hcount[5] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [5], GLOBAL(\fclk~dataout ), , , cend, , )
		29932
		29933	.dataa(cend),
		29934	.datab(vcc),
		29935	.datac(vcc),
		29936	.datad(\Add0\|adder\|result_node\|cs_buffer [5]),
		29937	.aclr(gnd),
		29938	.aload(gnd),
		29939	.clk(clk),
		29940	.cin(gnd),
		29941	.cascin(vcc),
		29942	.devclrn(devclrn),
		29943	.devpor(devpor),
		29944	.combout(),
		29945	.regout(hcount[5]),
		29946	.cout(),
		29947	.cascout());
		29948	// synopsys translate_off
		29949	defparam \hcount[5]~I .clock_enable_mode = "true";
		29950	defparam \hcount[5]~I .lut_mask = "ff00";
		29951	defparam \hcount[5]~I .operation_mode = "normal";
		29952	defparam \hcount[5]~I .output_mode = "reg_only";
		29953	defparam \hcount[5]~I .packed_mode = "false";
		29954	// synopsys translate_on
		29955
		29956	// atom is at LC7_H9
		29957	flex10ke_lcell \Equal3~47_I (
		29958	// Equation(s):
		29959	// \Equal3~47 = hcount[3] & hcount[1]
		29960
		29961	.dataa(vcc),
		29962	.datab(vcc),
		29963	.datac(hcount[3]),
		29964	.datad(hcount[1]),
		29965	.aclr(gnd),
		29966	.aload(gnd),
		29967	.clk(gnd),
		29968	.cin(gnd),
		29969	.cascin(vcc),
		29970	.devclrn(devclrn),
		29971	.devpor(devpor),
		29972	.combout(\Equal3~47 ),
		29973	.regout(),
		29974	.cout(),
		29975	.cascout());
		29976	// synopsys translate_off
		29977	defparam \Equal3~47_I .clock_enable_mode = "false";
		29978	defparam \Equal3~47_I .lut_mask = "f000";
		29979	defparam \Equal3~47_I .operation_mode = "normal";
		29980	defparam \Equal3~47_I .output_mode = "comb_only";
		29981	defparam \Equal3~47_I .packed_mode = "false";
		29982	// synopsys translate_on
		29983
		29984	// atom is at LC4_H9
		29985	flex10ke_lcell \Equal0~51_I (
		29986	// Equation(s):
		29987	// \Equal0~51 = !hcount[6] & hcount[5] & \Equal3~47 & hcount[0]
		29988
		29989	.dataa(hcount[6]),
		29990	.datab(hcount[5]),
		29991	.datac(\Equal3~47 ),
		29992	.datad(hcount[0]),
		29993	.aclr(gnd),
		29994	.aload(gnd),
		29995	.clk(gnd),
		29996	.cin(gnd),
		29997	.cascin(vcc),
		29998	.devclrn(devclrn),
		29999	.devpor(devpor),
		30000	.combout(\Equal0~51 ),
		30001	.regout(),
		30002	.cout(),
		30003	.cascout());
		30004	// synopsys translate_off
		30005	defparam \Equal0~51_I .clock_enable_mode = "false";
		30006	defparam \Equal0~51_I .lut_mask = "4000";
		30007	defparam \Equal0~51_I .operation_mode = "normal";
		30008	defparam \Equal0~51_I .output_mode = "comb_only";
		30009	defparam \Equal0~51_I .packed_mode = "false";
		30010	// synopsys translate_on
		30011
		30012	// atom is at LC7_H7
		30013	flex10ke_lcell \Equal0~52_I (
		30014	// Equation(s):
		30015	// \Equal0~52 = hcount[7] & hcount[4] & hcount[8] & \Equal0~51
		30016
		30017	.dataa(hcount[7]),
		30018	.datab(hcount[4]),
		30019	.datac(hcount[8]),
		30020	.datad(\Equal0~51 ),
		30021	.aclr(gnd),
		30022	.aload(gnd),
		30023	.clk(gnd),
		30024	.cin(gnd),
		30025	.cascin(vcc),
		30026	.devclrn(devclrn),
		30027	.devpor(devpor),
		30028	.combout(\Equal0~52 ),
		30029	.regout(),
		30030	.cout(),
		30031	.cascout());
		30032	// synopsys translate_off
		30033	defparam \Equal0~52_I .clock_enable_mode = "false";
		30034	defparam \Equal0~52_I .lut_mask = "8000";
		30035	defparam \Equal0~52_I .operation_mode = "normal";
		30036	defparam \Equal0~52_I .output_mode = "comb_only";
		30037	defparam \Equal0~52_I .packed_mode = "false";
		30038	// synopsys translate_on
		30039
		30040	// atom is at LC3_H18
		30041	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[6]~I (
		30042	// Equation(s):
		30043	// \Add0\|adder\|result_node\|cs_buffer [6] = hcount[6] $ \Add0\|adder\|result_node\|cout [5]
		30044	// \Add0\|adder\|result_node\|cout [6] = CARRY(hcount[6] & \Add0\|adder\|result_node\|cout [5])
		30045
		30046	.dataa(vcc),
		30047	.datab(hcount[6]),
		30048	.datac(vcc),
		30049	.datad(vcc),
		30050	.aclr(gnd),
		30051	.aload(gnd),
		30052	.clk(gnd),
		30053	.cin(\Add0\|adder\|result_node\|cout [5]),
		30054	.cascin(vcc),
		30055	.devclrn(devclrn),
		30056	.devpor(devpor),
		30057	.combout(\Add0\|adder\|result_node\|cs_buffer [6]),
		30058	.regout(),
		30059	.cout(\Add0\|adder\|result_node\|cout [6]),
		30060	.cascout());
		30061	// synopsys translate_off
		30062	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .cin_used = "true";
		30063	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .clock_enable_mode = "false";
		30064	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .lut_mask = "3cc0";
		30065	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .operation_mode = "arithmetic";
		30066	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .output_mode = "comb_only";
		30067	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .packed_mode = "false";
		30068	// synopsys translate_on
		30069
		30070	// atom is at LC1_H7
		30071	flex10ke_lcell \hcount[6]~I (
		30072	// Equation(s):
		30073	// hcount[6] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [6] & (!hcount[2] # !\Equal0~52 ), GLOBAL(\fclk~dataout ), , , cend, , )
		30074
		30075	.dataa(cend),
		30076	.datab(\Equal0~52 ),
		30077	.datac(hcount[2]),
		30078	.datad(\Add0\|adder\|result_node\|cs_buffer [6]),
		30079	.aclr(gnd),
		30080	.aload(gnd),
		30081	.clk(clk),
		30082	.cin(gnd),
		30083	.cascin(vcc),
		30084	.devclrn(devclrn),
		30085	.devpor(devpor),
		30086	.combout(),
		30087	.regout(hcount[6]),
		30088	.cout(),
		30089	.cascout());
		30090	// synopsys translate_off
		30091	defparam \hcount[6]~I .clock_enable_mode = "true";
		30092	defparam \hcount[6]~I .lut_mask = "3f00";
		30093	defparam \hcount[6]~I .operation_mode = "normal";
		30094	defparam \hcount[6]~I .output_mode = "reg_only";
		30095	defparam \hcount[6]~I .packed_mode = "false";
		30096	// synopsys translate_on
		30097
		30098	// atom is at LC4_H18
		30099	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[7]~I (
		30100	// Equation(s):
		30101	// \Add0\|adder\|result_node\|cs_buffer [7] = hcount[7] $ \Add0\|adder\|result_node\|cout [6]
		30102	// \Add0\|adder\|result_node\|cout [7] = CARRY(hcount[7] & \Add0\|adder\|result_node\|cout [6])
		30103
		30104	.dataa(vcc),
		30105	.datab(hcount[7]),
		30106	.datac(vcc),
		30107	.datad(vcc),
		30108	.aclr(gnd),
		30109	.aload(gnd),
		30110	.clk(gnd),
		30111	.cin(\Add0\|adder\|result_node\|cout [6]),
		30112	.cascin(vcc),
		30113	.devclrn(devclrn),
		30114	.devpor(devpor),
		30115	.combout(\Add0\|adder\|result_node\|cs_buffer [7]),
		30116	.regout(),
		30117	.cout(\Add0\|adder\|result_node\|cout [7]),
		30118	.cascout());
		30119	// synopsys translate_off
		30120	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .cin_used = "true";
		30121	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .clock_enable_mode = "false";
		30122	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .lut_mask = "3cc0";
		30123	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .operation_mode = "arithmetic";
		30124	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .output_mode = "comb_only";
		30125	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .packed_mode = "false";
		30126	// synopsys translate_on
		30127
		30128	// atom is at LC8_H7
		30129	flex10ke_lcell \hcount[7]~I (
		30130	// Equation(s):
		30131	// hcount[7] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [7] & (!hcount[2] # !\Equal0~52 ), GLOBAL(\fclk~dataout ), , , cend, , )
		30132
		30133	.dataa(cend),
		30134	.datab(\Equal0~52 ),
		30135	.datac(hcount[2]),
		30136	.datad(\Add0\|adder\|result_node\|cs_buffer [7]),
		30137	.aclr(gnd),
		30138	.aload(gnd),
		30139	.clk(clk),
		30140	.cin(gnd),
		30141	.cascin(vcc),
		30142	.devclrn(devclrn),
		30143	.devpor(devpor),
		30144	.combout(),
		30145	.regout(hcount[7]),
		30146	.cout(),
		30147	.cascout());
		30148	// synopsys translate_off
		30149	defparam \hcount[7]~I .clock_enable_mode = "true";
		30150	defparam \hcount[7]~I .lut_mask = "3f00";
		30151	defparam \hcount[7]~I .operation_mode = "normal";
		30152	defparam \hcount[7]~I .output_mode = "reg_only";
		30153	defparam \hcount[7]~I .packed_mode = "false";
		30154	// synopsys translate_on
		30155
		30156	// atom is at LC5_H18
		30157	flex10ke_lcell \Add0\|adder\|unreg_res_node[8]~I (
		30158	// Equation(s):
		30159	// \Add0\|adder\|unreg_res_node [8] = \Add0\|adder\|result_node\|cout [7] $ hcount[8]
		30160
		30161	.dataa(vcc),
		30162	.datab(vcc),
		30163	.datac(vcc),
		30164	.datad(hcount[8]),
		30165	.aclr(gnd),
		30166	.aload(gnd),
		30167	.clk(gnd),
		30168	.cin(\Add0\|adder\|result_node\|cout [7]),
		30169	.cascin(vcc),
		30170	.devclrn(devclrn),
		30171	.devpor(devpor),
		30172	.combout(\Add0\|adder\|unreg_res_node [8]),
		30173	.regout(),
		30174	.cout(),
		30175	.cascout());
		30176	// synopsys translate_off
		30177	defparam \Add0\|adder\|unreg_res_node[8]~I .cin_used = "true";
		30178	defparam \Add0\|adder\|unreg_res_node[8]~I .clock_enable_mode = "false";
		30179	defparam \Add0\|adder\|unreg_res_node[8]~I .lut_mask = "0ff0";
		30180	defparam \Add0\|adder\|unreg_res_node[8]~I .operation_mode = "normal";
		30181	defparam \Add0\|adder\|unreg_res_node[8]~I .output_mode = "comb_only";
		30182	defparam \Add0\|adder\|unreg_res_node[8]~I .packed_mode = "false";
		30183	// synopsys translate_on
		30184
		30185	// atom is at LC6_H7
		30186	flex10ke_lcell \hcount[8]~I (
		30187	// Equation(s):
		30188	// hcount[8] = DFFEA(\Add0\|adder\|unreg_res_node [8] & (!hcount[2] # !\Equal0~52 ), GLOBAL(\fclk~dataout ), , , cend, , )
		30189
		30190	.dataa(cend),
		30191	.datab(\Equal0~52 ),
		30192	.datac(hcount[2]),
		30193	.datad(\Add0\|adder\|unreg_res_node [8]),
		30194	.aclr(gnd),
		30195	.aload(gnd),
		30196	.clk(clk),
		30197	.cin(gnd),
		30198	.cascin(vcc),
		30199	.devclrn(devclrn),
		30200	.devpor(devpor),
		30201	.combout(),
		30202	.regout(hcount[8]),
		30203	.cout(),
		30204	.cascout());
		30205	// synopsys translate_off
		30206	defparam \hcount[8]~I .clock_enable_mode = "true";
		30207	defparam \hcount[8]~I .lut_mask = "3f00";
		30208	defparam \hcount[8]~I .operation_mode = "normal";
		30209	defparam \hcount[8]~I .output_mode = "reg_only";
		30210	defparam \hcount[8]~I .packed_mode = "false";
		30211	// synopsys translate_on
		30212
		30213	// atom is at LC5_H9
		30214	flex10ke_lcell \Equal1~46_I (
		30215	// Equation(s):
		30216	// \Equal1~46 = !hcount[0] & !hcount[5] & !hcount[4] & !hcount[6]
		30217
		30218	.dataa(hcount[0]),
		30219	.datab(hcount[5]),
		30220	.datac(hcount[4]),
		30221	.datad(hcount[6]),
		30222	.aclr(gnd),
		30223	.aload(gnd),
		30224	.clk(gnd),
		30225	.cin(gnd),
		30226	.cascin(vcc),
		30227	.devclrn(devclrn),
		30228	.devpor(devpor),
		30229	.combout(\Equal1~46 ),
		30230	.regout(),
		30231	.cout(),
		30232	.cascout());
		30233	// synopsys translate_off
		30234	defparam \Equal1~46_I .clock_enable_mode = "false";
		30235	defparam \Equal1~46_I .lut_mask = "0001";
		30236	defparam \Equal1~46_I .operation_mode = "normal";
		30237	defparam \Equal1~46_I .output_mode = "comb_only";
		30238	defparam \Equal1~46_I .packed_mode = "false";
		30239	// synopsys translate_on
		30240
		30241	// atom is at LC1_H9
		30242	flex10ke_lcell \Equal1~47_I (
		30243	// Equation(s):
		30244	// \Equal1~47 = !hcount[1] & \Equal1~46
		30245
		30246	.dataa(vcc),
		30247	.datab(vcc),
		30248	.datac(hcount[1]),
		30249	.datad(\Equal1~46 ),
		30250	.aclr(gnd),
		30251	.aload(gnd),
		30252	.clk(gnd),
		30253	.cin(gnd),
		30254	.cascin(vcc),
		30255	.devclrn(devclrn),
		30256	.devpor(devpor),
		30257	.combout(\Equal1~47 ),
		30258	.regout(),
		30259	.cout(),
		30260	.cascout());
		30261	// synopsys translate_off
		30262	defparam \Equal1~47_I .clock_enable_mode = "false";
		30263	defparam \Equal1~47_I .lut_mask = "0f00";
		30264	defparam \Equal1~47_I .operation_mode = "normal";
		30265	defparam \Equal1~47_I .output_mode = "comb_only";
		30266	defparam \Equal1~47_I .packed_mode = "false";
		30267	// synopsys translate_on
		30268
		30269	// atom is at LC1_H16
		30270	flex10ke_lcell \hpix~66_I (
		30271	// Equation(s):
		30272	// \hpix~66 = hcount[2] & hcount[3] & hcount[7] & \Equal1~47
		30273
		30274	.dataa(hcount[2]),
		30275	.datab(hcount[3]),
		30276	.datac(hcount[7]),
		30277	.datad(\Equal1~47 ),
		30278	.aclr(gnd),
		30279	.aload(gnd),
		30280	.clk(gnd),
		30281	.cin(gnd),
		30282	.cascin(vcc),
		30283	.devclrn(devclrn),
		30284	.devpor(devpor),
		30285	.combout(\hpix~66 ),
		30286	.regout(),
		30287	.cout(),
		30288	.cascout());
		30289	// synopsys translate_off
		30290	defparam \hpix~66_I .clock_enable_mode = "false";
		30291	defparam \hpix~66_I .lut_mask = "8000";
		30292	defparam \hpix~66_I .operation_mode = "normal";
		30293	defparam \hpix~66_I .output_mode = "comb_only";
		30294	defparam \hpix~66_I .packed_mode = "false";
		30295	// synopsys translate_on
		30296
		30297	// atom is at LC6_H9
		30298	flex10ke_lcell \Equal2~60_I (
		30299	// Equation(s):
		30300	// \Equal2~60 = !hcount[0] & !hcount[5] & !hcount[1] & hcount[6]
		30301
		30302	.dataa(hcount[0]),
		30303	.datab(hcount[5]),
		30304	.datac(hcount[1]),
		30305	.datad(hcount[6]),
		30306	.aclr(gnd),
		30307	.aload(gnd),
		30308	.clk(gnd),
		30309	.cin(gnd),
		30310	.cascin(vcc),
		30311	.devclrn(devclrn),
		30312	.devpor(devpor),
		30313	.combout(\Equal2~60 ),
		30314	.regout(),
		30315	.cout(),
		30316	.cascout());
		30317	// synopsys translate_off
		30318	defparam \Equal2~60_I .clock_enable_mode = "false";
		30319	defparam \Equal2~60_I .lut_mask = "0100";
		30320	defparam \Equal2~60_I .operation_mode = "normal";
		30321	defparam \Equal2~60_I .output_mode = "comb_only";
		30322	defparam \Equal2~60_I .packed_mode = "false";
		30323	// synopsys translate_on
		30324
		30325	// atom is at LC2_H7
		30326	flex10ke_lcell \Equal1~48_I (
		30327	// Equation(s):
		30328	// \Equal1~48 = !hcount[2] & !hcount[7] & !hcount[8]
		30329
		30330	.dataa(vcc),
		30331	.datab(hcount[2]),
		30332	.datac(hcount[7]),
		30333	.datad(hcount[8]),
		30334	.aclr(gnd),
		30335	.aload(gnd),
		30336	.clk(gnd),
		30337	.cin(gnd),
		30338	.cascin(vcc),
		30339	.devclrn(devclrn),
		30340	.devpor(devpor),
		30341	.combout(\Equal1~48 ),
		30342	.regout(),
		30343	.cout(),
		30344	.cascout());
		30345	// synopsys translate_off
		30346	defparam \Equal1~48_I .clock_enable_mode = "false";
		30347	defparam \Equal1~48_I .lut_mask = "0003";
		30348	defparam \Equal1~48_I .operation_mode = "normal";
		30349	defparam \Equal1~48_I .output_mode = "comb_only";
		30350	defparam \Equal1~48_I .packed_mode = "false";
		30351	// synopsys translate_on
		30352
		30353	// atom is at LC2_H9
		30354	flex10ke_lcell \Equal2~61_I (
		30355	// Equation(s):
		30356	// \Equal2~61 = \Equal2~60 & hcount[4] & \Equal1~48 & hcount[3]
		30357
		30358	.dataa(\Equal2~60 ),
		30359	.datab(hcount[4]),
		30360	.datac(\Equal1~48 ),
		30361	.datad(hcount[3]),
		30362	.aclr(gnd),
		30363	.aload(gnd),
		30364	.clk(gnd),
		30365	.cin(gnd),
		30366	.cascin(vcc),
		30367	.devclrn(devclrn),
		30368	.devpor(devpor),
		30369	.combout(\Equal2~61 ),
		30370	.regout(),
		30371	.cout(),
		30372	.cascout());
		30373	// synopsys translate_off
		30374	defparam \Equal2~61_I .clock_enable_mode = "false";
		30375	defparam \Equal2~61_I .lut_mask = "8000";
		30376	defparam \Equal2~61_I .operation_mode = "normal";
		30377	defparam \Equal2~61_I .output_mode = "comb_only";
		30378	defparam \Equal2~61_I .packed_mode = "false";
		30379	// synopsys translate_on
		30380
		30381	// atom is at LC8_H9
		30382	flex10ke_lcell \Equal1~49_I (
		30383	// Equation(s):
		30384	// \Equal1~49 = !hcount[1] & !hcount[3] & \Equal1~46 & \Equal1~48
		30385
		30386	.dataa(hcount[1]),
		30387	.datab(hcount[3]),
		30388	.datac(\Equal1~46 ),
		30389	.datad(\Equal1~48 ),
		30390	.aclr(gnd),
		30391	.aload(gnd),
		30392	.clk(gnd),
		30393	.cin(gnd),
		30394	.cascin(vcc),
		30395	.devclrn(devclrn),
		30396	.devpor(devpor),
		30397	.combout(\Equal1~49 ),
		30398	.regout(),
		30399	.cout(),
		30400	.cascout());
		30401	// synopsys translate_off
		30402	defparam \Equal1~49_I .clock_enable_mode = "false";
		30403	defparam \Equal1~49_I .lut_mask = "1000";
		30404	defparam \Equal1~49_I .operation_mode = "normal";
		30405	defparam \Equal1~49_I .output_mode = "comb_only";
		30406	defparam \Equal1~49_I .packed_mode = "false";
		30407	// synopsys translate_on
		30408
		30409	// atom is at LC3_H7
		30410	flex10ke_lcell \Equal4~23_I (
		30411	// Equation(s):
		30412	// \Equal4~23 = !hcount[4] & \Equal1~48 & \Equal0~51
		30413
		30414	.dataa(vcc),
		30415	.datab(hcount[4]),
		30416	.datac(\Equal1~48 ),
		30417	.datad(\Equal0~51 ),
		30418	.aclr(gnd),
		30419	.aload(gnd),
		30420	.clk(gnd),
		30421	.cin(gnd),
		30422	.cascin(vcc),
		30423	.devclrn(devclrn),
		30424	.devpor(devpor),
		30425	.combout(\Equal4~23 ),
		30426	.regout(),
		30427	.cout(),
		30428	.cascout());
		30429	// synopsys translate_off
		30430	defparam \Equal4~23_I .clock_enable_mode = "false";
		30431	defparam \Equal4~23_I .lut_mask = "3000";
		30432	defparam \Equal4~23_I .operation_mode = "normal";
		30433	defparam \Equal4~23_I .output_mode = "comb_only";
		30434	defparam \Equal4~23_I .packed_mode = "false";
		30435	// synopsys translate_on
		30436
		30437	// atom is at LC3_H9
		30438	flex10ke_lcell \Equal3~46_I (
		30439	// Equation(s):
		30440	// \Equal3~46 = hcount[3] & hcount[1] & \Equal1~48 & \Equal1~46
		30441
		30442	.dataa(hcount[3]),
		30443	.datab(hcount[1]),
		30444	.datac(\Equal1~48 ),
		30445	.datad(\Equal1~46 ),
		30446	.aclr(gnd),
		30447	.aload(gnd),
		30448	.clk(gnd),
		30449	.cin(gnd),
		30450	.cascin(vcc),
		30451	.devclrn(devclrn),
		30452	.devpor(devpor),
		30453	.combout(\Equal3~46 ),
		30454	.regout(),
		30455	.cout(),
		30456	.cascout());
		30457	// synopsys translate_off
		30458	defparam \Equal3~46_I .clock_enable_mode = "false";
		30459	defparam \Equal3~46_I .lut_mask = "8000";
		30460	defparam \Equal3~46_I .operation_mode = "normal";
		30461	defparam \Equal3~46_I .output_mode = "comb_only";
		30462	defparam \Equal3~46_I .packed_mode = "false";
		30463	// synopsys translate_on
		30464
		30465	// atom is at LC6_H13
		30466	flex10ke_lcell \line_start~189_I (
		30467	// Equation(s):
		30468	// \line_start~189 = \Equal2~61 # !pre_cend
		30469
		30470	.dataa(vcc),
		30471	.datab(vcc),
		30472	.datac(pre_cend),
		30473	.datad(\Equal2~61 ),
		30474	.aclr(gnd),
		30475	.aload(gnd),
		30476	.clk(gnd),
		30477	.cin(gnd),
		30478	.cascin(vcc),
		30479	.devclrn(devclrn),
		30480	.devpor(devpor),
		30481	.combout(\line_start~189 ),
		30482	.regout(),
		30483	.cout(),
		30484	.cascout());
		30485	// synopsys translate_off
		30486	defparam \line_start~189_I .clock_enable_mode = "false";
		30487	defparam \line_start~189_I .lut_mask = "ff0f";
		30488	defparam \line_start~189_I .operation_mode = "normal";
		30489	defparam \line_start~189_I .output_mode = "comb_only";
		30490	defparam \line_start~189_I .packed_mode = "false";
		30491	// synopsys translate_on
		30492
		30493	endmodule
		30494
		30495	module syncv (
		30496	vpix,
		30497	vblank,
		30498	vsync,
		30499	int_start,
		30500	line_start,
		30501	hsync_start,
		30502	hint_start,
		30503	clk,
		30504	int_start1,
		30505	devpor,
		30506	devclrn,
		30507	devoe);
		30508	output vpix;
		30509	output vblank;
		30510	output vsync;
		30511	output int_start;
		30512	input line_start;
		30513	input hsync_start;
		30514	input hint_start;
		30515	input clk;
		30516	output int_start1;
		30517	input devpor;
		30518	input devclrn;
		30519	input devoe;
		30520
		30521	wire gnd = 1'b0;
		30522	wire vcc = 1'b1;
		30523
		30524	wire \vsync~84 ;
		30525	wire \Equal0~36 ;
		30526	wire \always2~73 ;
		30527	wire \always2~74 ;
		30528	wire \Equal5~48 ;
		30529	wire \Equal5~49 ;
		30530	wire \vpix~76 ;
		30531	wire \Equal1~38 ;
		30532	wire \vblank~40 ;
		30533	wire \always2~75 ;
		30534	wire \vsync~91 ;
		30535	wire \vsync~87 ;
		30536	wire [8:0] vcount;
		30537	wire [8:0] \Add0\|adder\|result_node\|cout ;
		30538	wire [8:0] \Add0\|adder\|result_node\|cs_buffer ;
		30539	wire [8:0] \Add0\|adder\|unreg_res_node ;
		30540
		30541
		30542	// atom is at LC1_B36
		30543	flex10ke_lcell \vpix~I (
		30544	// Equation(s):
		30545	// vpix = DFFEA(\vpix~76 , GLOBAL(\fclk~dataout ), , , hsync_start, , )
		30546
		30547	.dataa(hsync_start),
		30548	.datab(vcc),
		30549	.datac(vcc),
		30550	.datad(\vpix~76 ),
		30551	.aclr(gnd),
		30552	.aload(gnd),
		30553	.clk(clk),
		30554	.cin(gnd),
		30555	.cascin(vcc),
		30556	.devclrn(devclrn),
		30557	.devpor(devpor),
		30558	.combout(),
		30559	.regout(vpix),
		30560	.cout(),
		30561	.cascout());
		30562	// synopsys translate_off
		30563	defparam \vpix~I .clock_enable_mode = "true";
		30564	defparam \vpix~I .lut_mask = "ff00";
		30565	defparam \vpix~I .operation_mode = "normal";
		30566	defparam \vpix~I .output_mode = "reg_only";
		30567	defparam \vpix~I .packed_mode = "false";
		30568	// synopsys translate_on
		30569
		30570	// atom is at LC8_B34
		30571	flex10ke_lcell \vblank~I (
		30572	// Equation(s):
		30573	// vblank = DFFEA(\vblank~40 , GLOBAL(\fclk~dataout ), , , hsync_start, , )
		30574
		30575	.dataa(hsync_start),
		30576	.datab(vcc),
		30577	.datac(vcc),
		30578	.datad(\vblank~40 ),
		30579	.aclr(gnd),
		30580	.aload(gnd),
		30581	.clk(clk),
		30582	.cin(gnd),
		30583	.cascin(vcc),
		30584	.devclrn(devclrn),
		30585	.devpor(devpor),
		30586	.combout(),
		30587	.regout(vblank),
		30588	.cout(),
		30589	.cascout());
		30590	// synopsys translate_off
		30591	defparam \vblank~I .clock_enable_mode = "true";
		30592	defparam \vblank~I .lut_mask = "ff00";
		30593	defparam \vblank~I .operation_mode = "normal";
		30594	defparam \vblank~I .output_mode = "reg_only";
		30595	defparam \vblank~I .packed_mode = "false";
		30596	// synopsys translate_on
		30597
		30598	// atom is at LC6_B34
		30599	flex10ke_lcell \vsync~I (
		30600	// Equation(s):
		30601	// vsync = DFFEA(!\vsync~87 , GLOBAL(\fclk~dataout ), , , , , )
		30602
		30603	.dataa(vcc),
		30604	.datab(vcc),
		30605	.datac(vcc),
		30606	.datad(\vsync~87 ),
		30607	.aclr(gnd),
		30608	.aload(gnd),
		30609	.clk(clk),
		30610	.cin(gnd),
		30611	.cascin(vcc),
		30612	.devclrn(devclrn),
		30613	.devpor(devpor),
		30614	.combout(),
		30615	.regout(vsync),
		30616	.cout(),
		30617	.cascout());
		30618	// synopsys translate_off
		30619	defparam \vsync~I .clock_enable_mode = "false";
		30620	defparam \vsync~I .lut_mask = "00ff";
		30621	defparam \vsync~I .operation_mode = "normal";
		30622	defparam \vsync~I .output_mode = "reg_only";
		30623	defparam \vsync~I .packed_mode = "false";
		30624	// synopsys translate_on
		30625
		30626	// atom is at LC4_B34
		30627	flex10ke_lcell \int_start~I (
		30628	// Equation(s):
		30629	// int_start = DFFEA(!vcount[3] & !vcount[5] & hint_start & \Equal1~38 , GLOBAL(\fclk~dataout ), , , , , )
		30630
		30631	.dataa(vcount[3]),
		30632	.datab(vcount[5]),
		30633	.datac(hint_start),
		30634	.datad(\Equal1~38 ),
		30635	.aclr(gnd),
		30636	.aload(gnd),
		30637	.clk(clk),
		30638	.cin(gnd),
		30639	.cascin(vcc),
		30640	.devclrn(devclrn),
		30641	.devpor(devpor),
		30642	.combout(),
		30643	.regout(int_start),
		30644	.cout(),
		30645	.cascout());
		30646	// synopsys translate_off
		30647	defparam \int_start~I .clock_enable_mode = "false";
		30648	defparam \int_start~I .lut_mask = "1000";
		30649	defparam \int_start~I .operation_mode = "normal";
		30650	defparam \int_start~I .output_mode = "reg_only";
		30651	defparam \int_start~I .packed_mode = "false";
		30652	// synopsys translate_on
		30653
		30654	// atom is at LC4_I4
		30655	flex10ke_lcell \int_start~_wirecell_I (
		30656	// Equation(s):
		30657	// int_start1 = !int_start
		30658
		30659	.dataa(vcc),
		30660	.datab(vcc),
		30661	.datac(vcc),
		30662	.datad(int_start),
		30663	.aclr(gnd),
		30664	.aload(gnd),
		30665	.clk(gnd),
		30666	.cin(gnd),
		30667	.cascin(vcc),
		30668	.devclrn(devclrn),
		30669	.devpor(devpor),
		30670	.combout(int_start1),
		30671	.regout(),
		30672	.cout(),
		30673	.cascout());
		30674	// synopsys translate_off
		30675	defparam \int_start~_wirecell_I .clock_enable_mode = "false";
		30676	defparam \int_start~_wirecell_I .lut_mask = "00ff";
		30677	defparam \int_start~_wirecell_I .operation_mode = "normal";
		30678	defparam \int_start~_wirecell_I .output_mode = "comb_only";
		30679	defparam \int_start~_wirecell_I .packed_mode = "false";
		30680	// synopsys translate_on
		30681
		30682	// atom is at LC5_B28
		30683	flex10ke_lcell \vcount[0]~I (
		30684	// Equation(s):
		30685	// vcount[0] = DFFEA(!vcount[0], GLOBAL(\fclk~dataout ), , , hsync_start, , )
		30686	// \Add0\|adder\|result_node\|cout [0] = CARRY(vcount[0])
		30687
		30688	.dataa(hsync_start),
		30689	.datab(vcount[0]),
		30690	.datac(vcc),
		30691	.datad(vcc),
		30692	.aclr(gnd),
		30693	.aload(gnd),
		30694	.clk(clk),
		30695	.cin(gnd),
		30696	.cascin(vcc),
		30697	.devclrn(devclrn),
		30698	.devpor(devpor),
		30699	.combout(),
		30700	.regout(vcount[0]),
		30701	.cout(\Add0\|adder\|result_node\|cout [0]),
		30702	.cascout());
		30703	// synopsys translate_off
		30704	defparam \vcount[0]~I .clock_enable_mode = "true";
		30705	defparam \vcount[0]~I .lut_mask = "33cc";
		30706	defparam \vcount[0]~I .operation_mode = "arithmetic";
		30707	defparam \vcount[0]~I .output_mode = "reg_only";
		30708	defparam \vcount[0]~I .packed_mode = "false";
		30709	// synopsys translate_on
		30710
		30711	// atom is at LC6_B28
		30712	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[1]~I (
		30713	// Equation(s):
		30714	// \Add0\|adder\|result_node\|cs_buffer [1] = vcount[1] $ \Add0\|adder\|result_node\|cout [0]
		30715	// \Add0\|adder\|result_node\|cout [1] = CARRY(vcount[1] & \Add0\|adder\|result_node\|cout [0])
		30716
		30717	.dataa(vcc),
		30718	.datab(vcount[1]),
		30719	.datac(vcc),
		30720	.datad(vcc),
		30721	.aclr(gnd),
		30722	.aload(gnd),
		30723	.clk(gnd),
		30724	.cin(\Add0\|adder\|result_node\|cout [0]),
		30725	.cascin(vcc),
		30726	.devclrn(devclrn),
		30727	.devpor(devpor),
		30728	.combout(\Add0\|adder\|result_node\|cs_buffer [1]),
		30729	.regout(),
		30730	.cout(\Add0\|adder\|result_node\|cout [1]),
		30731	.cascout());
		30732	// synopsys translate_off
		30733	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .cin_used = "true";
		30734	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .clock_enable_mode = "false";
		30735	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .lut_mask = "3cc0";
		30736	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .operation_mode = "arithmetic";
		30737	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .output_mode = "comb_only";
		30738	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .packed_mode = "false";
		30739	// synopsys translate_on
		30740
		30741	// atom is at LC1_B28
		30742	flex10ke_lcell \vcount[1]~I (
		30743	// Equation(s):
		30744	// vcount[1] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [1], GLOBAL(\fclk~dataout ), , , hsync_start, , )
		30745
		30746	.dataa(hsync_start),
		30747	.datab(vcc),
		30748	.datac(vcc),
		30749	.datad(\Add0\|adder\|result_node\|cs_buffer [1]),
		30750	.aclr(gnd),
		30751	.aload(gnd),
		30752	.clk(clk),
		30753	.cin(gnd),
		30754	.cascin(vcc),
		30755	.devclrn(devclrn),
		30756	.devpor(devpor),
		30757	.combout(),
		30758	.regout(vcount[1]),
		30759	.cout(),
		30760	.cascout());
		30761	// synopsys translate_off
		30762	defparam \vcount[1]~I .clock_enable_mode = "true";
		30763	defparam \vcount[1]~I .lut_mask = "ff00";
		30764	defparam \vcount[1]~I .operation_mode = "normal";
		30765	defparam \vcount[1]~I .output_mode = "reg_only";
		30766	defparam \vcount[1]~I .packed_mode = "false";
		30767	// synopsys translate_on
		30768
		30769	// atom is at LC7_B28
		30770	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[2]~I (
		30771	// Equation(s):
		30772	// \Add0\|adder\|result_node\|cs_buffer [2] = vcount[2] $ \Add0\|adder\|result_node\|cout [1]
		30773	// \Add0\|adder\|result_node\|cout [2] = CARRY(vcount[2] & \Add0\|adder\|result_node\|cout [1])
		30774
		30775	.dataa(vcc),
		30776	.datab(vcount[2]),
		30777	.datac(vcc),
		30778	.datad(vcc),
		30779	.aclr(gnd),
		30780	.aload(gnd),
		30781	.clk(gnd),
		30782	.cin(\Add0\|adder\|result_node\|cout [1]),
		30783	.cascin(vcc),
		30784	.devclrn(devclrn),
		30785	.devpor(devpor),
		30786	.combout(\Add0\|adder\|result_node\|cs_buffer [2]),
		30787	.regout(),
		30788	.cout(\Add0\|adder\|result_node\|cout [2]),
		30789	.cascout());
		30790	// synopsys translate_off
		30791	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .cin_used = "true";
		30792	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .clock_enable_mode = "false";
		30793	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .lut_mask = "3cc0";
		30794	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .operation_mode = "arithmetic";
		30795	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .output_mode = "comb_only";
		30796	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .packed_mode = "false";
		30797	// synopsys translate_on
		30798
		30799	// atom is at LC3_B28
		30800	flex10ke_lcell \vcount[2]~I (
		30801	// Equation(s):
		30802	// vcount[2] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [2], GLOBAL(\fclk~dataout ), , , hsync_start, , )
		30803
		30804	.dataa(hsync_start),
		30805	.datab(vcc),
		30806	.datac(vcc),
		30807	.datad(\Add0\|adder\|result_node\|cs_buffer [2]),
		30808	.aclr(gnd),
		30809	.aload(gnd),
		30810	.clk(clk),
		30811	.cin(gnd),
		30812	.cascin(vcc),
		30813	.devclrn(devclrn),
		30814	.devpor(devpor),
		30815	.combout(),
		30816	.regout(vcount[2]),
		30817	.cout(),
		30818	.cascout());
		30819	// synopsys translate_off
		30820	defparam \vcount[2]~I .clock_enable_mode = "true";
		30821	defparam \vcount[2]~I .lut_mask = "ff00";
		30822	defparam \vcount[2]~I .operation_mode = "normal";
		30823	defparam \vcount[2]~I .output_mode = "reg_only";
		30824	defparam \vcount[2]~I .packed_mode = "false";
		30825	// synopsys translate_on
		30826
		30827	// atom is at LC8_B28
		30828	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[3]~I (
		30829	// Equation(s):
		30830	// \Add0\|adder\|result_node\|cs_buffer [3] = vcount[3] $ \Add0\|adder\|result_node\|cout [2]
		30831	// \Add0\|adder\|result_node\|cout [3] = CARRY(vcount[3] & \Add0\|adder\|result_node\|cout [2])
		30832
		30833	.dataa(vcc),
		30834	.datab(vcount[3]),
		30835	.datac(vcc),
		30836	.datad(vcc),
		30837	.aclr(gnd),
		30838	.aload(gnd),
		30839	.clk(gnd),
		30840	.cin(\Add0\|adder\|result_node\|cout [2]),
		30841	.cascin(vcc),
		30842	.devclrn(devclrn),
		30843	.devpor(devpor),
		30844	.combout(\Add0\|adder\|result_node\|cs_buffer [3]),
		30845	.regout(),
		30846	.cout(\Add0\|adder\|result_node\|cout [3]),
		30847	.cascout());
		30848	// synopsys translate_off
		30849	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .cin_used = "true";
		30850	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .clock_enable_mode = "false";
		30851	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .lut_mask = "3cc0";
		30852	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .operation_mode = "arithmetic";
		30853	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .output_mode = "comb_only";
		30854	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .packed_mode = "false";
		30855	// synopsys translate_on
		30856
		30857	// atom is at LC7_B34
		30858	flex10ke_lcell \vcount[3]~I (
		30859	// Equation(s):
		30860	// vcount[3] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [3], GLOBAL(\fclk~dataout ), , , hsync_start, , )
		30861
		30862	.dataa(hsync_start),
		30863	.datab(vcc),
		30864	.datac(vcc),
		30865	.datad(\Add0\|adder\|result_node\|cs_buffer [3]),
		30866	.aclr(gnd),
		30867	.aload(gnd),
		30868	.clk(clk),
		30869	.cin(gnd),
		30870	.cascin(vcc),
		30871	.devclrn(devclrn),
		30872	.devpor(devpor),
		30873	.combout(),
		30874	.regout(vcount[3]),
		30875	.cout(),
		30876	.cascout());
		30877	// synopsys translate_off
		30878	defparam \vcount[3]~I .clock_enable_mode = "true";
		30879	defparam \vcount[3]~I .lut_mask = "ff00";
		30880	defparam \vcount[3]~I .operation_mode = "normal";
		30881	defparam \vcount[3]~I .output_mode = "reg_only";
		30882	defparam \vcount[3]~I .packed_mode = "false";
		30883	// synopsys translate_on
		30884
		30885	// atom is at LC1_B30
		30886	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[4]~I (
		30887	// Equation(s):
		30888	// \Add0\|adder\|result_node\|cs_buffer [4] = vcount[4] $ \Add0\|adder\|result_node\|cout [3]
		30889	// \Add0\|adder\|result_node\|cout [4] = CARRY(vcount[4] & \Add0\|adder\|result_node\|cout [3])
		30890
		30891	.dataa(vcc),
		30892	.datab(vcount[4]),
		30893	.datac(vcc),
		30894	.datad(vcc),
		30895	.aclr(gnd),
		30896	.aload(gnd),
		30897	.clk(gnd),
		30898	.cin(\Add0\|adder\|result_node\|cout [3]),
		30899	.cascin(vcc),
		30900	.devclrn(devclrn),
		30901	.devpor(devpor),
		30902	.combout(\Add0\|adder\|result_node\|cs_buffer [4]),
		30903	.regout(),
		30904	.cout(\Add0\|adder\|result_node\|cout [4]),
		30905	.cascout());
		30906	// synopsys translate_off
		30907	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .cin_used = "true";
		30908	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .clock_enable_mode = "false";
		30909	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .lut_mask = "3cc0";
		30910	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .operation_mode = "arithmetic";
		30911	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .output_mode = "comb_only";
		30912	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .packed_mode = "false";
		30913	// synopsys translate_on
		30914
		30915	// atom is at LC6_B30
		30916	flex10ke_lcell \vcount[4]~I (
		30917	// Equation(s):
		30918	// vcount[4] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [4], GLOBAL(\fclk~dataout ), , , hsync_start, , )
		30919
		30920	.dataa(hsync_start),
		30921	.datab(vcc),
		30922	.datac(vcc),
		30923	.datad(\Add0\|adder\|result_node\|cs_buffer [4]),
		30924	.aclr(gnd),
		30925	.aload(gnd),
		30926	.clk(clk),
		30927	.cin(gnd),
		30928	.cascin(vcc),
		30929	.devclrn(devclrn),
		30930	.devpor(devpor),
		30931	.combout(),
		30932	.regout(vcount[4]),
		30933	.cout(),
		30934	.cascout());
		30935	// synopsys translate_off
		30936	defparam \vcount[4]~I .clock_enable_mode = "true";
		30937	defparam \vcount[4]~I .lut_mask = "ff00";
		30938	defparam \vcount[4]~I .operation_mode = "normal";
		30939	defparam \vcount[4]~I .output_mode = "reg_only";
		30940	defparam \vcount[4]~I .packed_mode = "false";
		30941	// synopsys translate_on
		30942
		30943	// atom is at LC8_B36
		30944	flex10ke_lcell \Equal0~36_I (
		30945	// Equation(s):
		30946	// \Equal0~36 = vcount[5] & vcount[2] & vcount[8] & vcount[4]
		30947
		30948	.dataa(vcount[5]),
		30949	.datab(vcount[2]),
		30950	.datac(vcount[8]),
		30951	.datad(vcount[4]),
		30952	.aclr(gnd),
		30953	.aload(gnd),
		30954	.clk(gnd),
		30955	.cin(gnd),
		30956	.cascin(vcc),
		30957	.devclrn(devclrn),
		30958	.devpor(devpor),
		30959	.combout(\Equal0~36 ),
		30960	.regout(),
		30961	.cout(),
		30962	.cascout());
		30963	// synopsys translate_off
		30964	defparam \Equal0~36_I .clock_enable_mode = "false";
		30965	defparam \Equal0~36_I .lut_mask = "8000";
		30966	defparam \Equal0~36_I .operation_mode = "normal";
		30967	defparam \Equal0~36_I .output_mode = "comb_only";
		30968	defparam \Equal0~36_I .packed_mode = "false";
		30969	// synopsys translate_on
		30970
		30971	// atom is at LC2_B30
		30972	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[5]~I (
		30973	// Equation(s):
		30974	// \Add0\|adder\|result_node\|cs_buffer [5] = vcount[5] $ \Add0\|adder\|result_node\|cout [4]
		30975	// \Add0\|adder\|result_node\|cout [5] = CARRY(vcount[5] & \Add0\|adder\|result_node\|cout [4])
		30976
		30977	.dataa(vcc),
		30978	.datab(vcount[5]),
		30979	.datac(vcc),
		30980	.datad(vcc),
		30981	.aclr(gnd),
		30982	.aload(gnd),
		30983	.clk(gnd),
		30984	.cin(\Add0\|adder\|result_node\|cout [4]),
		30985	.cascin(vcc),
		30986	.devclrn(devclrn),
		30987	.devpor(devpor),
		30988	.combout(\Add0\|adder\|result_node\|cs_buffer [5]),
		30989	.regout(),
		30990	.cout(\Add0\|adder\|result_node\|cout [5]),
		30991	.cascout());
		30992	// synopsys translate_off
		30993	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .cin_used = "true";
		30994	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .clock_enable_mode = "false";
		30995	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .lut_mask = "3cc0";
		30996	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .operation_mode = "arithmetic";
		30997	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .output_mode = "comb_only";
		30998	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .packed_mode = "false";
		30999	// synopsys translate_on
		31000
		31001	// atom is at LC7_B30
		31002	flex10ke_lcell \vcount[5]~I (
		31003	// Equation(s):
		31004	// vcount[5] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [5], GLOBAL(\fclk~dataout ), , , hsync_start, , )
		31005
		31006	.dataa(hsync_start),
		31007	.datab(vcc),
		31008	.datac(vcc),
		31009	.datad(\Add0\|adder\|result_node\|cs_buffer [5]),
		31010	.aclr(gnd),
		31011	.aload(gnd),
		31012	.clk(clk),
		31013	.cin(gnd),
		31014	.cascin(vcc),
		31015	.devclrn(devclrn),
		31016	.devpor(devpor),
		31017	.combout(),
		31018	.regout(vcount[5]),
		31019	.cout(),
		31020	.cascout());
		31021	// synopsys translate_off
		31022	defparam \vcount[5]~I .clock_enable_mode = "true";
		31023	defparam \vcount[5]~I .lut_mask = "ff00";
		31024	defparam \vcount[5]~I .operation_mode = "normal";
		31025	defparam \vcount[5]~I .output_mode = "reg_only";
		31026	defparam \vcount[5]~I .packed_mode = "false";
		31027	// synopsys translate_on
		31028
		31029	// atom is at LC3_B30
		31030	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[6]~I (
		31031	// Equation(s):
		31032	// \Add0\|adder\|result_node\|cs_buffer [6] = vcount[6] $ \Add0\|adder\|result_node\|cout [5]
		31033	// \Add0\|adder\|result_node\|cout [6] = CARRY(vcount[6] & \Add0\|adder\|result_node\|cout [5])
		31034
		31035	.dataa(vcc),
		31036	.datab(vcount[6]),
		31037	.datac(vcc),
		31038	.datad(vcc),
		31039	.aclr(gnd),
		31040	.aload(gnd),
		31041	.clk(gnd),
		31042	.cin(\Add0\|adder\|result_node\|cout [5]),
		31043	.cascin(vcc),
		31044	.devclrn(devclrn),
		31045	.devpor(devpor),
		31046	.combout(\Add0\|adder\|result_node\|cs_buffer [6]),
		31047	.regout(),
		31048	.cout(\Add0\|adder\|result_node\|cout [6]),
		31049	.cascout());
		31050	// synopsys translate_off
		31051	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .cin_used = "true";
		31052	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .clock_enable_mode = "false";
		31053	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .lut_mask = "3cc0";
		31054	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .operation_mode = "arithmetic";
		31055	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .output_mode = "comb_only";
		31056	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .packed_mode = "false";
		31057	// synopsys translate_on
		31058
		31059	// atom is at LC6_B36
		31060	flex10ke_lcell \vcount[6]~I (
		31061	// Equation(s):
		31062	// vcount[6] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [6] & (!\always2~74 # !\Equal0~36 ), GLOBAL(\fclk~dataout ), , , hsync_start, , )
		31063
		31064	.dataa(hsync_start),
		31065	.datab(\Equal0~36 ),
		31066	.datac(\always2~74 ),
		31067	.datad(\Add0\|adder\|result_node\|cs_buffer [6]),
		31068	.aclr(gnd),
		31069	.aload(gnd),
		31070	.clk(clk),
		31071	.cin(gnd),
		31072	.cascin(vcc),
		31073	.devclrn(devclrn),
		31074	.devpor(devpor),
		31075	.combout(),
		31076	.regout(vcount[6]),
		31077	.cout(),
		31078	.cascout());
		31079	// synopsys translate_off
		31080	defparam \vcount[6]~I .clock_enable_mode = "true";
		31081	defparam \vcount[6]~I .lut_mask = "3f00";
		31082	defparam \vcount[6]~I .operation_mode = "normal";
		31083	defparam \vcount[6]~I .output_mode = "reg_only";
		31084	defparam \vcount[6]~I .packed_mode = "false";
		31085	// synopsys translate_on
		31086
		31087	// atom is at LC4_B30
		31088	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[7]~I (
		31089	// Equation(s):
		31090	// \Add0\|adder\|result_node\|cs_buffer [7] = vcount[7] $ \Add0\|adder\|result_node\|cout [6]
		31091	// \Add0\|adder\|result_node\|cout [7] = CARRY(vcount[7] & \Add0\|adder\|result_node\|cout [6])
		31092
		31093	.dataa(vcc),
		31094	.datab(vcount[7]),
		31095	.datac(vcc),
		31096	.datad(vcc),
		31097	.aclr(gnd),
		31098	.aload(gnd),
		31099	.clk(gnd),
		31100	.cin(\Add0\|adder\|result_node\|cout [6]),
		31101	.cascin(vcc),
		31102	.devclrn(devclrn),
		31103	.devpor(devpor),
		31104	.combout(\Add0\|adder\|result_node\|cs_buffer [7]),
		31105	.regout(),
		31106	.cout(\Add0\|adder\|result_node\|cout [7]),
		31107	.cascout());
		31108	// synopsys translate_off
		31109	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .cin_used = "true";
		31110	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .clock_enable_mode = "false";
		31111	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .lut_mask = "3cc0";
		31112	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .operation_mode = "arithmetic";
		31113	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .output_mode = "comb_only";
		31114	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .packed_mode = "false";
		31115	// synopsys translate_on
		31116
		31117	// atom is at LC8_B30
		31118	flex10ke_lcell \vcount[7]~I (
		31119	// Equation(s):
		31120	// vcount[7] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [7], GLOBAL(\fclk~dataout ), , , hsync_start, , )
		31121
		31122	.dataa(hsync_start),
		31123	.datab(vcc),
		31124	.datac(vcc),
		31125	.datad(\Add0\|adder\|result_node\|cs_buffer [7]),
		31126	.aclr(gnd),
		31127	.aload(gnd),
		31128	.clk(clk),
		31129	.cin(gnd),
		31130	.cascin(vcc),
		31131	.devclrn(devclrn),
		31132	.devpor(devpor),
		31133	.combout(),
		31134	.regout(vcount[7]),
		31135	.cout(),
		31136	.cascout());
		31137	// synopsys translate_off
		31138	defparam \vcount[7]~I .clock_enable_mode = "true";
		31139	defparam \vcount[7]~I .lut_mask = "ff00";
		31140	defparam \vcount[7]~I .operation_mode = "normal";
		31141	defparam \vcount[7]~I .output_mode = "reg_only";
		31142	defparam \vcount[7]~I .packed_mode = "false";
		31143	// synopsys translate_on
		31144
		31145	// atom is at LC4_B28
		31146	flex10ke_lcell \always2~73_I (
		31147	// Equation(s):
		31148	// \always2~73 = vcount[0] & vcount[1]
		31149
		31150	.dataa(vcc),
		31151	.datab(vcc),
		31152	.datac(vcount[0]),
		31153	.datad(vcount[1]),
		31154	.aclr(gnd),
		31155	.aload(gnd),
		31156	.clk(gnd),
		31157	.cin(gnd),
		31158	.cascin(vcc),
		31159	.devclrn(devclrn),
		31160	.devpor(devpor),
		31161	.combout(\always2~73 ),
		31162	.regout(),
		31163	.cout(),
		31164	.cascout());
		31165	// synopsys translate_off
		31166	defparam \always2~73_I .clock_enable_mode = "false";
		31167	defparam \always2~73_I .lut_mask = "f000";
		31168	defparam \always2~73_I .operation_mode = "normal";
		31169	defparam \always2~73_I .output_mode = "comb_only";
		31170	defparam \always2~73_I .packed_mode = "false";
		31171	// synopsys translate_on
		31172
		31173	// atom is at LC5_B34
		31174	flex10ke_lcell \always2~74_I (
		31175	// Equation(s):
		31176	// \always2~74 = !vcount[6] & !vcount[7] & \always2~73 & vcount[3]
		31177
		31178	.dataa(vcount[6]),
		31179	.datab(vcount[7]),
		31180	.datac(\always2~73 ),
		31181	.datad(vcount[3]),
		31182	.aclr(gnd),
		31183	.aload(gnd),
		31184	.clk(gnd),
		31185	.cin(gnd),
		31186	.cascin(vcc),
		31187	.devclrn(devclrn),
		31188	.devpor(devpor),
		31189	.combout(\always2~74 ),
		31190	.regout(),
		31191	.cout(),
		31192	.cascout());
		31193	// synopsys translate_off
		31194	defparam \always2~74_I .clock_enable_mode = "false";
		31195	defparam \always2~74_I .lut_mask = "1000";
		31196	defparam \always2~74_I .operation_mode = "normal";
		31197	defparam \always2~74_I .output_mode = "comb_only";
		31198	defparam \always2~74_I .packed_mode = "false";
		31199	// synopsys translate_on
		31200
		31201	// atom is at LC5_B30
		31202	flex10ke_lcell \Add0\|adder\|unreg_res_node[8]~I (
		31203	// Equation(s):
		31204	// \Add0\|adder\|unreg_res_node [8] = \Add0\|adder\|result_node\|cout [7] $ vcount[8]
		31205
		31206	.dataa(vcc),
		31207	.datab(vcc),
		31208	.datac(vcc),
		31209	.datad(vcount[8]),
		31210	.aclr(gnd),
		31211	.aload(gnd),
		31212	.clk(gnd),
		31213	.cin(\Add0\|adder\|result_node\|cout [7]),
		31214	.cascin(vcc),
		31215	.devclrn(devclrn),
		31216	.devpor(devpor),
		31217	.combout(\Add0\|adder\|unreg_res_node [8]),
		31218	.regout(),
		31219	.cout(),
		31220	.cascout());
		31221	// synopsys translate_off
		31222	defparam \Add0\|adder\|unreg_res_node[8]~I .cin_used = "true";
		31223	defparam \Add0\|adder\|unreg_res_node[8]~I .clock_enable_mode = "false";
		31224	defparam \Add0\|adder\|unreg_res_node[8]~I .lut_mask = "0ff0";
		31225	defparam \Add0\|adder\|unreg_res_node[8]~I .operation_mode = "normal";
		31226	defparam \Add0\|adder\|unreg_res_node[8]~I .output_mode = "comb_only";
		31227	defparam \Add0\|adder\|unreg_res_node[8]~I .packed_mode = "false";
		31228	// synopsys translate_on
		31229
		31230	// atom is at LC7_B36
		31231	flex10ke_lcell \vcount[8]~I (
		31232	// Equation(s):
		31233	// vcount[8] = DFFEA(\Add0\|adder\|unreg_res_node [8] & (!\always2~74 # !\Equal0~36 ), GLOBAL(\fclk~dataout ), , , hsync_start, , )
		31234
		31235	.dataa(hsync_start),
		31236	.datab(\Equal0~36 ),
		31237	.datac(\always2~74 ),
		31238	.datad(\Add0\|adder\|unreg_res_node [8]),
		31239	.aclr(gnd),
		31240	.aload(gnd),
		31241	.clk(clk),
		31242	.cin(gnd),
		31243	.cascin(vcc),
		31244	.devclrn(devclrn),
		31245	.devpor(devpor),
		31246	.combout(),
		31247	.regout(vcount[8]),
		31248	.cout(),
		31249	.cascout());
		31250	// synopsys translate_off
		31251	defparam \vcount[8]~I .clock_enable_mode = "true";
		31252	defparam \vcount[8]~I .lut_mask = "3f00";
		31253	defparam \vcount[8]~I .operation_mode = "normal";
		31254	defparam \vcount[8]~I .output_mode = "reg_only";
		31255	defparam \vcount[8]~I .packed_mode = "false";
		31256	// synopsys translate_on
		31257
		31258	// atom is at LC2_B28
		31259	flex10ke_lcell \Equal5~48_I (
		31260	// Equation(s):
		31261	// \Equal5~48 = !vcount[0] & !vcount[1] & !vcount[2] & !vcount[7]
		31262
		31263	.dataa(vcount[0]),
		31264	.datab(vcount[1]),
		31265	.datac(vcount[2]),
		31266	.datad(vcount[7]),
		31267	.aclr(gnd),
		31268	.aload(gnd),
		31269	.clk(gnd),
		31270	.cin(gnd),
		31271	.cascin(vcc),
		31272	.devclrn(devclrn),
		31273	.devpor(devpor),
		31274	.combout(\Equal5~48 ),
		31275	.regout(),
		31276	.cout(),
		31277	.cascout());
		31278	// synopsys translate_off
		31279	defparam \Equal5~48_I .clock_enable_mode = "false";
		31280	defparam \Equal5~48_I .lut_mask = "0001";
		31281	defparam \Equal5~48_I .operation_mode = "normal";
		31282	defparam \Equal5~48_I .output_mode = "comb_only";
		31283	defparam \Equal5~48_I .packed_mode = "false";
		31284	// synopsys translate_on
		31285
		31286	// atom is at LC2_B36
		31287	flex10ke_lcell \Equal5~49_I (
		31288	// Equation(s):
		31289	// \Equal5~49 = !vcount[3] & !vcount[5] & vcount[4] & \Equal5~48
		31290
		31291	.dataa(vcount[3]),
		31292	.datab(vcount[5]),
		31293	.datac(vcount[4]),
		31294	.datad(\Equal5~48 ),
		31295	.aclr(gnd),
		31296	.aload(gnd),
		31297	.clk(gnd),
		31298	.cin(gnd),
		31299	.cascin(vcc),
		31300	.devclrn(devclrn),
		31301	.devpor(devpor),
		31302	.combout(\Equal5~49 ),
		31303	.regout(),
		31304	.cout(),
		31305	.cascout());
		31306	// synopsys translate_off
		31307	defparam \Equal5~49_I .clock_enable_mode = "false";
		31308	defparam \Equal5~49_I .lut_mask = "1000";
		31309	defparam \Equal5~49_I .operation_mode = "normal";
		31310	defparam \Equal5~49_I .output_mode = "comb_only";
		31311	defparam \Equal5~49_I .packed_mode = "false";
		31312	// synopsys translate_on
		31313
		31314	// atom is at LC4_B36
		31315	flex10ke_lcell \vpix~76_I (
		31316	// Equation(s):
		31317	// \vpix~76 = vcount[8] & vpix & (vcount[6] # !\Equal5~49 ) # !vcount[8] & (vpix # \Equal5~49 & vcount[6])
		31318
		31319	.dataa(vcount[8]),
		31320	.datab(\Equal5~49 ),
		31321	.datac(vcount[6]),
		31322	.datad(vpix),
		31323	.aclr(gnd),
		31324	.aload(gnd),
		31325	.clk(gnd),
		31326	.cin(gnd),
		31327	.cascin(vcc),
		31328	.devclrn(devclrn),
		31329	.devpor(devpor),
		31330	.combout(\vpix~76 ),
		31331	.regout(),
		31332	.cout(),
		31333	.cascout());
		31334	// synopsys translate_off
		31335	defparam \vpix~76_I .clock_enable_mode = "false";
		31336	defparam \vpix~76_I .lut_mask = "f740";
		31337	defparam \vpix~76_I .operation_mode = "normal";
		31338	defparam \vpix~76_I .output_mode = "comb_only";
		31339	defparam \vpix~76_I .packed_mode = "false";
		31340	// synopsys translate_on
		31341
		31342	// atom is at LC5_B36
		31343	flex10ke_lcell \Equal1~38_I (
		31344	// Equation(s):
		31345	// \Equal1~38 = !vcount[8] & !vcount[4] & !vcount[6] & \Equal5~48
		31346
		31347	.dataa(vcount[8]),
		31348	.datab(vcount[4]),
		31349	.datac(vcount[6]),
		31350	.datad(\Equal5~48 ),
		31351	.aclr(gnd),
		31352	.aload(gnd),
		31353	.clk(gnd),
		31354	.cin(gnd),
		31355	.cascin(vcc),
		31356	.devclrn(devclrn),
		31357	.devpor(devpor),
		31358	.combout(\Equal1~38 ),
		31359	.regout(),
		31360	.cout(),
		31361	.cascout());
		31362	// synopsys translate_off
		31363	defparam \Equal1~38_I .clock_enable_mode = "false";
		31364	defparam \Equal1~38_I .lut_mask = "0100";
		31365	defparam \Equal1~38_I .operation_mode = "normal";
		31366	defparam \Equal1~38_I .output_mode = "comb_only";
		31367	defparam \Equal1~38_I .packed_mode = "false";
		31368	// synopsys translate_on
		31369
		31370	// atom is at LC1_B34
		31371	flex10ke_lcell \vblank~40_I (
		31372	// Equation(s):
		31373	// \vblank~40 = \Equal1~38 & (vcount[3] & (vblank) # !vcount[3] & !vcount[5]) # !\Equal1~38 & (vblank)
		31374
		31375	.dataa(vcount[5]),
		31376	.datab(\Equal1~38 ),
		31377	.datac(vcount[3]),
		31378	.datad(vblank),
		31379	.aclr(gnd),
		31380	.aload(gnd),
		31381	.clk(gnd),
		31382	.cin(gnd),
		31383	.cascin(vcc),
		31384	.devclrn(devclrn),
		31385	.devpor(devpor),
		31386	.combout(\vblank~40 ),
		31387	.regout(),
		31388	.cout(),
		31389	.cascout());
		31390	// synopsys translate_off
		31391	defparam \vblank~40_I .clock_enable_mode = "false";
		31392	defparam \vblank~40_I .lut_mask = "f704";
		31393	defparam \vblank~40_I .operation_mode = "normal";
		31394	defparam \vblank~40_I .output_mode = "comb_only";
		31395	defparam \vblank~40_I .packed_mode = "false";
		31396	// synopsys translate_on
		31397
		31398	// atom is at LC3_B36
		31399	flex10ke_lcell \always2~75_I (
		31400	// Equation(s):
		31401	// \always2~75 = !vcount[5] & !vcount[2] & !vcount[8] & !vcount[4]
		31402
		31403	.dataa(vcount[5]),
		31404	.datab(vcount[2]),
		31405	.datac(vcount[8]),
		31406	.datad(vcount[4]),
		31407	.aclr(gnd),
		31408	.aload(gnd),
		31409	.clk(gnd),
		31410	.cin(gnd),
		31411	.cascin(vcc),
		31412	.devclrn(devclrn),
		31413	.devpor(devpor),
		31414	.combout(\always2~75 ),
		31415	.regout(),
		31416	.cout(),
		31417	.cascout());
		31418	// synopsys translate_off
		31419	defparam \always2~75_I .clock_enable_mode = "false";
		31420	defparam \always2~75_I .lut_mask = "0001";
		31421	defparam \always2~75_I .operation_mode = "normal";
		31422	defparam \always2~75_I .output_mode = "comb_only";
		31423	defparam \always2~75_I .packed_mode = "false";
		31424	// synopsys translate_on
		31425
		31426	// atom is at LC2_B34
		31427	flex10ke_lcell \vsync~84_I (
		31428	// Equation(s):
		31429	// \vsync~91 = \always2~75 & line_start & \always2~74 # !vsync
		31430
		31431	.dataa(vsync),
		31432	.datab(\always2~75 ),
		31433	.datac(line_start),
		31434	.datad(\always2~74 ),
		31435	.aclr(gnd),
		31436	.aload(gnd),
		31437	.clk(gnd),
		31438	.cin(gnd),
		31439	.cascin(vcc),
		31440	.devclrn(devclrn),
		31441	.devpor(devpor),
		31442	.combout(\vsync~84 ),
		31443	.regout(),
		31444	.cout(),
		31445	.cascout(\vsync~91 ));
		31446	// synopsys translate_off
		31447	defparam \vsync~84_I .clock_enable_mode = "false";
		31448	defparam \vsync~84_I .lut_mask = "d555";
		31449	defparam \vsync~84_I .operation_mode = "normal";
		31450	defparam \vsync~84_I .output_mode = "none";
		31451	defparam \vsync~84_I .packed_mode = "false";
		31452	// synopsys translate_on
		31453
		31454	// atom is at LC3_B34
		31455	flex10ke_lcell \vsync~87_I (
		31456	// Equation(s):
		31457	// \vsync~87 = (vcount[5] # !\Equal1~38 # !vcount[3] # !hsync_start) & CASCADE(\vsync~91 )
		31458
		31459	.dataa(hsync_start),
		31460	.datab(vcount[3]),
		31461	.datac(\Equal1~38 ),
		31462	.datad(vcount[5]),
		31463	.aclr(gnd),
		31464	.aload(gnd),
		31465	.clk(gnd),
		31466	.cin(gnd),
		31467	.cascin(\vsync~91 ),
		31468	.devclrn(devclrn),
		31469	.devpor(devpor),
		31470	.combout(\vsync~87 ),
		31471	.regout(),
		31472	.cout(),
		31473	.cascout());
		31474	// synopsys translate_off
		31475	defparam \vsync~87_I .clock_enable_mode = "false";
		31476	defparam \vsync~87_I .lut_mask = "ff7f";
		31477	defparam \vsync~87_I .operation_mode = "normal";
		31478	defparam \vsync~87_I .output_mode = "comb_only";
		31479	defparam \vsync~87_I .packed_mode = "false";
		31480	// synopsys translate_on
		31481
		31482	endmodule
		31483
		31484	module vg93 (
		31485	rst_n,
		31486	always0,
		31487	vgclk_div4_1,
		31488	vg_res_n,
		31489	vg_hrdy,
		31490	vg_rclk,
		31491	vg_rawr,
		31492	vg_a_0,
		31493	vg_a_1,
		31494	vg_wrd,
		31495	vg_side,
		31496	port_wr,
		31497	vg_wrFF,
		31498	drq_sync_1,
		31499	intrq_sync_1,
		31500	fclk,
		31501	zclk,
		31502	step,
		31503	vg_drq,
		31504	vg_wd,
		31505	vg_irq,
		31506	rdat_b_n,
		31507	vg_sr,
		31508	vg_sl,
		31509	vg_tr43,
		31510	d_0,
		31511	d_1,
		31512	d_2,
		31513	d_3,
		31514	d_4,
		31515	devpor,
		31516	devclrn,
		31517	devoe);
		31518	input rst_n;
		31519	input always0;
		31520	output vgclk_div4_1;
		31521	output vg_res_n;
		31522	output vg_hrdy;
		31523	output vg_rclk;
		31524	output vg_rawr;
		31525	output vg_a_0;
		31526	output vg_a_1;
		31527	output vg_wrd;
		31528	output vg_side;
		31529	input port_wr;
		31530	input vg_wrFF;
		31531	output drq_sync_1;
		31532	output intrq_sync_1;
		31533	input fclk;
		31534	input zclk;
		31535	input step;
		31536	input vg_drq;
		31537	input vg_wd;
		31538	input vg_irq;
		31539	input rdat_b_n;
		31540	input vg_sr;
		31541	input vg_sl;
		31542	input vg_tr43;
		31543	input d_0;
		31544	input d_1;
		31545	input d_2;
		31546	input d_3;
		31547	input d_4;
		31548	input devpor;
		31549	input devclrn;
		31550	input devoe;
		31551
		31552	wire gnd = 1'b0;
		31553	wire vcc = 1'b1;
		31554
		31555	wire \wrdelay_cnt~755 ;
		31556	wire \Equal0~49 ;
		31557	wire \turbo_state~30 ;
		31558	wire turbo_state;
		31559	wire \vg_hrdy~23 ;
		31560	wire \Equal2~22 ;
		31561	wire rdat_edge1;
		31562	wire rdat_edge2;
		31563	wire rdat;
		31564	wire \rclk_cnt~191 ;
		31565	wire \Equal3~51 ;
		31566	wire \Equal3~52 ;
		31567	wire rwidth_ena;
		31568	wire \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[0]~COUT ;
		31569	wire \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[1]~COUT ;
		31570	wire wd;
		31571	wire \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[0]~COUT ;
		31572	wire \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[1]~COUT ;
		31573	wire \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[2]~COUT ;
		31574	wire \wrdelay_cnt~750 ;
		31575	wire \Equal1~25 ;
		31576	wire \wrdelay_cnt~768 ;
		31577	wire \wrdelay_cnt~758 ;
		31578	wire \wrdelay_cnt~745 ;
		31579	wire \wrdelay_cnt~748 ;
		31580	wire \Equal1~24 ;
		31581	wire wrwidth_ena;
		31582	wire [2:0] drq_pulse;
		31583	wire [1:0] drq_sync;
		31584	wire [1:0] intrq_sync;
		31585	wire [5:0] rclk_cnt;
		31586	wire [4:0] rdat_sync;
		31587	wire [1:0] sl_sync;
		31588	wire [1:0] sr_sync;
		31589	wire [2:0] step_pulse;
		31590	wire [1:0] tr43_sync;
		31591	wire [1:0] vgclk_div4;
		31592	wire [2:0] vgclk_div7;
		31593	wire [2:0] wd_sync;
		31594	wire [3:0] wrdelay_cnt;
		31595	wire [5:0] \Add4\|adder\|result_node\|cs_buffer ;
		31596	wire [5:0] \Add4\|adder\|result_node\|cout ;
		31597	wire [5:0] \Add4\|adder\|unreg_res_node ;
		31598	wire [3:0] \wrwidth_cnt_rtl_7\|wysi_counter\|q ;
		31599	wire [3:0] \rwidth_cnt_rtl_6\|wysi_counter\|q ;
		31600
		31601
		31602	// atom is at LC1_J33
		31603	flex10ke_lcell \vgclk_div4[1]~I (
		31604	// Equation(s):
		31605	// vgclk_div4_1 = DFFEA(turbo_state & !vgclk_div4_1 # !turbo_state & (vgclk_div4[0]), GLOBAL(\fclk~dataout ), , , \Equal0~49 , , )
		31606
		31607	.dataa(\Equal0~49 ),
		31608	.datab(vgclk_div4_1),
		31609	.datac(turbo_state),
		31610	.datad(vgclk_div4[0]),
		31611	.aclr(gnd),
		31612	.aload(gnd),
		31613	.clk(fclk),
		31614	.cin(gnd),
		31615	.cascin(vcc),
		31616	.devclrn(devclrn),
		31617	.devpor(devpor),
		31618	.combout(),
		31619	.regout(vgclk_div4_1),
		31620	.cout(),
		31621	.cascout());
		31622	// synopsys translate_off
		31623	defparam \vgclk_div4[1]~I .clock_enable_mode = "true";
		31624	defparam \vgclk_div4[1]~I .lut_mask = "3f30";
		31625	defparam \vgclk_div4[1]~I .operation_mode = "normal";
		31626	defparam \vgclk_div4[1]~I .output_mode = "reg_only";
		31627	defparam \vgclk_div4[1]~I .packed_mode = "false";
		31628	// synopsys translate_on
		31629
		31630	// atom is at LC5_B35
		31631	flex10ke_lcell \vg_res_n~I (
		31632	// Equation(s):
		31633	// vg_res_n = DFFEA(\d[2]~5 , GLOBAL(\clkz_in~dataout ), rst_out_n, , vg_wrFF, , )
		31634
		31635	.dataa(vg_wrFF),
		31636	.datab(vcc),
		31637	.datac(vcc),
		31638	.datad(d_2),
		31639	.aclr(!rst_n),
		31640	.aload(gnd),
		31641	.clk(zclk),
		31642	.cin(gnd),
		31643	.cascin(vcc),
		31644	.devclrn(devclrn),
		31645	.devpor(devpor),
		31646	.combout(),
		31647	.regout(vg_res_n),
		31648	.cout(),
		31649	.cascout());
		31650	// synopsys translate_off
		31651	defparam \vg_res_n~I .clock_enable_mode = "true";
		31652	defparam \vg_res_n~I .lut_mask = "ff00";
		31653	defparam \vg_res_n~I .operation_mode = "normal";
		31654	defparam \vg_res_n~I .output_mode = "reg_only";
		31655	defparam \vg_res_n~I .packed_mode = "false";
		31656	// synopsys translate_on
		31657
		31658	// atom is at LC2_F34
		31659	flex10ke_lcell \vg_hrdy~I (
		31660	// Equation(s):
		31661	// vg_hrdy = DFFEA(\d[3]~4 , GLOBAL(\clkz_in~dataout ), , , \vg_hrdy~23 , , )
		31662
		31663	.dataa(\vg_hrdy~23 ),
		31664	.datab(vcc),
		31665	.datac(vcc),
		31666	.datad(d_3),
		31667	.aclr(gnd),
		31668	.aload(gnd),
		31669	.clk(zclk),
		31670	.cin(gnd),
		31671	.cascin(vcc),
		31672	.devclrn(devclrn),
		31673	.devpor(devpor),
		31674	.combout(),
		31675	.regout(vg_hrdy),
		31676	.cout(),
		31677	.cascout());
		31678	// synopsys translate_off
		31679	defparam \vg_hrdy~I .clock_enable_mode = "true";
		31680	defparam \vg_hrdy~I .lut_mask = "ff00";
		31681	defparam \vg_hrdy~I .operation_mode = "normal";
		31682	defparam \vg_hrdy~I .output_mode = "reg_only";
		31683	defparam \vg_hrdy~I .packed_mode = "false";
		31684	// synopsys translate_on
		31685
		31686	// atom is at LC3_J31
		31687	flex10ke_lcell \vg_rclk~I (
		31688	// Equation(s):
		31689	// vg_rclk = DFFEA(!vg_rclk, GLOBAL(\fclk~dataout ), , , \Equal3~52 , , )
		31690
		31691	.dataa(\Equal3~52 ),
		31692	.datab(vcc),
		31693	.datac(vcc),
		31694	.datad(vg_rclk),
		31695	.aclr(gnd),
		31696	.aload(gnd),
		31697	.clk(fclk),
		31698	.cin(gnd),
		31699	.cascin(vcc),
		31700	.devclrn(devclrn),
		31701	.devpor(devpor),
		31702	.combout(),
		31703	.regout(vg_rclk),
		31704	.cout(),
		31705	.cascout());
		31706	// synopsys translate_off
		31707	defparam \vg_rclk~I .clock_enable_mode = "true";
		31708	defparam \vg_rclk~I .lut_mask = "00ff";
		31709	defparam \vg_rclk~I .operation_mode = "normal";
		31710	defparam \vg_rclk~I .output_mode = "reg_only";
		31711	defparam \vg_rclk~I .packed_mode = "false";
		31712	// synopsys translate_on
		31713
		31714	// atom is at LC7_J32
		31715	flex10ke_lcell \vg_rawr~I (
		31716	// Equation(s):
		31717	// vg_rawr = DFFEA(\rwidth_cnt_rtl_6\|wysi_counter\|q [2], GLOBAL(\fclk~dataout ), , , , , )
		31718
		31719	.dataa(vcc),
		31720	.datab(vcc),
		31721	.datac(vcc),
		31722	.datad(\rwidth_cnt_rtl_6\|wysi_counter\|q [2]),
		31723	.aclr(gnd),
		31724	.aload(gnd),
		31725	.clk(fclk),
		31726	.cin(gnd),
		31727	.cascin(vcc),
		31728	.devclrn(devclrn),
		31729	.devpor(devpor),
		31730	.combout(),
		31731	.regout(vg_rawr),
		31732	.cout(),
		31733	.cascout());
		31734	// synopsys translate_off
		31735	defparam \vg_rawr~I .clock_enable_mode = "false";
		31736	defparam \vg_rawr~I .lut_mask = "ff00";
		31737	defparam \vg_rawr~I .operation_mode = "normal";
		31738	defparam \vg_rawr~I .output_mode = "reg_only";
		31739	defparam \vg_rawr~I .packed_mode = "false";
		31740	// synopsys translate_on
		31741
		31742	// atom is at LC2_J23
		31743	flex10ke_lcell \vg_a[0]~I (
		31744	// Equation(s):
		31745	// vg_a_0 = DFFEA(\d[0]~7 , GLOBAL(\clkz_in~dataout ), , , \vg_hrdy~23 , , )
		31746
		31747	.dataa(\vg_hrdy~23 ),
		31748	.datab(vcc),
		31749	.datac(vcc),
		31750	.datad(d_0),
		31751	.aclr(gnd),
		31752	.aload(gnd),
		31753	.clk(zclk),
		31754	.cin(gnd),
		31755	.cascin(vcc),
		31756	.devclrn(devclrn),
		31757	.devpor(devpor),
		31758	.combout(),
		31759	.regout(vg_a_0),
		31760	.cout(),
		31761	.cascout());
		31762	// synopsys translate_off
		31763	defparam \vg_a[0]~I .clock_enable_mode = "true";
		31764	defparam \vg_a[0]~I .lut_mask = "ff00";
		31765	defparam \vg_a[0]~I .operation_mode = "normal";
		31766	defparam \vg_a[0]~I .output_mode = "reg_only";
		31767	defparam \vg_a[0]~I .packed_mode = "false";
		31768	// synopsys translate_on
		31769
		31770	// atom is at LC1_J21
		31771	flex10ke_lcell \vg_a[1]~I (
		31772	// Equation(s):
		31773	// vg_a_1 = DFFEA(\d[1]~6 , GLOBAL(\clkz_in~dataout ), , , \vg_hrdy~23 , , )
		31774
		31775	.dataa(\vg_hrdy~23 ),
		31776	.datab(vcc),
		31777	.datac(vcc),
		31778	.datad(d_1),
		31779	.aclr(gnd),
		31780	.aload(gnd),
		31781	.clk(zclk),
		31782	.cin(gnd),
		31783	.cascin(vcc),
		31784	.devclrn(devclrn),
		31785	.devpor(devpor),
		31786	.combout(),
		31787	.regout(vg_a_1),
		31788	.cout(),
		31789	.cascout());
		31790	// synopsys translate_off
		31791	defparam \vg_a[1]~I .clock_enable_mode = "true";
		31792	defparam \vg_a[1]~I .lut_mask = "ff00";
		31793	defparam \vg_a[1]~I .operation_mode = "normal";
		31794	defparam \vg_a[1]~I .output_mode = "reg_only";
		31795	defparam \vg_a[1]~I .packed_mode = "false";
		31796	// synopsys translate_on
		31797
		31798	// atom is at LC7_F26
		31799	flex10ke_lcell \vg_wrd~I (
		31800	// Equation(s):
		31801	// vg_wrd = DFFEA(\wrwidth_cnt_rtl_7\|wysi_counter\|q [0] # \wrwidth_cnt_rtl_7\|wysi_counter\|q [1] # \wrwidth_cnt_rtl_7\|wysi_counter\|q [2], GLOBAL(\fclk~dataout ), , , , , )
		31802
		31803	.dataa(vcc),
		31804	.datab(\wrwidth_cnt_rtl_7\|wysi_counter\|q [0]),
		31805	.datac(\wrwidth_cnt_rtl_7\|wysi_counter\|q [1]),
		31806	.datad(\wrwidth_cnt_rtl_7\|wysi_counter\|q [2]),
		31807	.aclr(gnd),
		31808	.aload(gnd),
		31809	.clk(fclk),
		31810	.cin(gnd),
		31811	.cascin(vcc),
		31812	.devclrn(devclrn),
		31813	.devpor(devpor),
		31814	.combout(),
		31815	.regout(vg_wrd),
		31816	.cout(),
		31817	.cascout());
		31818	// synopsys translate_off
		31819	defparam \vg_wrd~I .clock_enable_mode = "false";
		31820	defparam \vg_wrd~I .lut_mask = "fffc";
		31821	defparam \vg_wrd~I .operation_mode = "normal";
		31822	defparam \vg_wrd~I .output_mode = "reg_only";
		31823	defparam \vg_wrd~I .packed_mode = "false";
		31824	// synopsys translate_on
		31825
		31826	// atom is at LC2_J25
		31827	flex10ke_lcell \vg_side~I (
		31828	// Equation(s):
		31829	// vg_side = DFFEA(!\d[4]~3 , GLOBAL(\clkz_in~dataout ), , , \vg_hrdy~23 , , )
		31830
		31831	.dataa(\vg_hrdy~23 ),
		31832	.datab(vcc),
		31833	.datac(vcc),
		31834	.datad(d_4),
		31835	.aclr(gnd),
		31836	.aload(gnd),
		31837	.clk(zclk),
		31838	.cin(gnd),
		31839	.cascin(vcc),
		31840	.devclrn(devclrn),
		31841	.devpor(devpor),
		31842	.combout(),
		31843	.regout(vg_side),
		31844	.cout(),
		31845	.cascout());
		31846	// synopsys translate_off
		31847	defparam \vg_side~I .clock_enable_mode = "true";
		31848	defparam \vg_side~I .lut_mask = "00ff";
		31849	defparam \vg_side~I .operation_mode = "normal";
		31850	defparam \vg_side~I .output_mode = "reg_only";
		31851	defparam \vg_side~I .packed_mode = "false";
		31852	// synopsys translate_on
		31853
		31854	// atom is at LC1_E33
		31855	flex10ke_lcell \drq_sync[1]~I (
		31856	// Equation(s):
		31857	// drq_sync_1 = DFFEA(drq_sync[0], GLOBAL(\clkz_in~dataout ), , , , , )
		31858
		31859	.dataa(vcc),
		31860	.datab(vcc),
		31861	.datac(vcc),
		31862	.datad(drq_sync[0]),
		31863	.aclr(gnd),
		31864	.aload(gnd),
		31865	.clk(zclk),
		31866	.cin(gnd),
		31867	.cascin(vcc),
		31868	.devclrn(devclrn),
		31869	.devpor(devpor),
		31870	.combout(),
		31871	.regout(drq_sync_1),
		31872	.cout(),
		31873	.cascout());
		31874	// synopsys translate_off
		31875	defparam \drq_sync[1]~I .clock_enable_mode = "false";
		31876	defparam \drq_sync[1]~I .lut_mask = "ff00";
		31877	defparam \drq_sync[1]~I .operation_mode = "normal";
		31878	defparam \drq_sync[1]~I .output_mode = "reg_only";
		31879	defparam \drq_sync[1]~I .packed_mode = "false";
		31880	// synopsys translate_on
		31881
		31882	// atom is at LC4_H24
		31883	flex10ke_lcell \intrq_sync[1]~I (
		31884	// Equation(s):
		31885	// intrq_sync_1 = DFFEA(intrq_sync[0], GLOBAL(\clkz_in~dataout ), , , , , )
		31886
		31887	.dataa(vcc),
		31888	.datab(vcc),
		31889	.datac(vcc),
		31890	.datad(intrq_sync[0]),
		31891	.aclr(gnd),
		31892	.aload(gnd),
		31893	.clk(zclk),
		31894	.cin(gnd),
		31895	.cascin(vcc),
		31896	.devclrn(devclrn),
		31897	.devpor(devpor),
		31898	.combout(),
		31899	.regout(intrq_sync_1),
		31900	.cout(),
		31901	.cascout());
		31902	// synopsys translate_off
		31903	defparam \intrq_sync[1]~I .clock_enable_mode = "false";
		31904	defparam \intrq_sync[1]~I .lut_mask = "ff00";
		31905	defparam \intrq_sync[1]~I .operation_mode = "normal";
		31906	defparam \intrq_sync[1]~I .output_mode = "reg_only";
		31907	defparam \intrq_sync[1]~I .packed_mode = "false";
		31908	// synopsys translate_on
		31909
		31910	// atom is at LC7_J33
		31911	flex10ke_lcell \vgclk_div7[0]~I (
		31912	// Equation(s):
		31913	// vgclk_div7[0] = DFFEA(!vgclk_div7[0] & !\Equal0~49 , GLOBAL(\fclk~dataout ), , , , , )
		31914
		31915	.dataa(vcc),
		31916	.datab(vcc),
		31917	.datac(vgclk_div7[0]),
		31918	.datad(\Equal0~49 ),
		31919	.aclr(gnd),
		31920	.aload(gnd),
		31921	.clk(fclk),
		31922	.cin(gnd),
		31923	.cascin(vcc),
		31924	.devclrn(devclrn),
		31925	.devpor(devpor),
		31926	.combout(),
		31927	.regout(vgclk_div7[0]),
		31928	.cout(),
		31929	.cascout());
		31930	// synopsys translate_off
		31931	defparam \vgclk_div7[0]~I .clock_enable_mode = "false";
		31932	defparam \vgclk_div7[0]~I .lut_mask = "000f";
		31933	defparam \vgclk_div7[0]~I .operation_mode = "normal";
		31934	defparam \vgclk_div7[0]~I .output_mode = "reg_only";
		31935	defparam \vgclk_div7[0]~I .packed_mode = "false";
		31936	// synopsys translate_on
		31937
		31938	// atom is at LC5_J33
		31939	flex10ke_lcell \vgclk_div7[1]~I (
		31940	// Equation(s):
		31941	// vgclk_div7[1] = DFFEA(!\Equal0~49 & (vgclk_div7[0] $ vgclk_div7[1]), GLOBAL(\fclk~dataout ), , , , , )
		31942
		31943	.dataa(vcc),
		31944	.datab(vgclk_div7[0]),
		31945	.datac(vgclk_div7[1]),
		31946	.datad(\Equal0~49 ),
		31947	.aclr(gnd),
		31948	.aload(gnd),
		31949	.clk(fclk),
		31950	.cin(gnd),
		31951	.cascin(vcc),
		31952	.devclrn(devclrn),
		31953	.devpor(devpor),
		31954	.combout(),
		31955	.regout(vgclk_div7[1]),
		31956	.cout(),
		31957	.cascout());
		31958	// synopsys translate_off
		31959	defparam \vgclk_div7[1]~I .clock_enable_mode = "false";
		31960	defparam \vgclk_div7[1]~I .lut_mask = "003c";
		31961	defparam \vgclk_div7[1]~I .operation_mode = "normal";
		31962	defparam \vgclk_div7[1]~I .output_mode = "reg_only";
		31963	defparam \vgclk_div7[1]~I .packed_mode = "false";
		31964	// synopsys translate_on
		31965
		31966	// atom is at LC4_J33
		31967	flex10ke_lcell \vgclk_div7[2]~I (
		31968	// Equation(s):
		31969	// vgclk_div7[2] = DFFEA(!\Equal0~49 & (vgclk_div7[2] $ (vgclk_div7[0] & vgclk_div7[1])), GLOBAL(\fclk~dataout ), , , , , )
		31970
		31971	.dataa(vgclk_div7[2]),
		31972	.datab(vgclk_div7[0]),
		31973	.datac(vgclk_div7[1]),
		31974	.datad(\Equal0~49 ),
		31975	.aclr(gnd),
		31976	.aload(gnd),
		31977	.clk(fclk),
		31978	.cin(gnd),
		31979	.cascin(vcc),
		31980	.devclrn(devclrn),
		31981	.devpor(devpor),
		31982	.combout(),
		31983	.regout(vgclk_div7[2]),
		31984	.cout(),
		31985	.cascout());
		31986	// synopsys translate_off
		31987	defparam \vgclk_div7[2]~I .clock_enable_mode = "false";
		31988	defparam \vgclk_div7[2]~I .lut_mask = "006a";
		31989	defparam \vgclk_div7[2]~I .operation_mode = "normal";
		31990	defparam \vgclk_div7[2]~I .output_mode = "reg_only";
		31991	defparam \vgclk_div7[2]~I .packed_mode = "false";
		31992	// synopsys translate_on
		31993
		31994	// atom is at LC6_J33
		31995	flex10ke_lcell \Equal0~49_I (
		31996	// Equation(s):
		31997	// \Equal0~49 = vgclk_div7[1] & vgclk_div7[2]
		31998
		31999	.dataa(vcc),
		32000	.datab(vcc),
		32001	.datac(vgclk_div7[1]),
		32002	.datad(vgclk_div7[2]),
		32003	.aclr(gnd),
		32004	.aload(gnd),
		32005	.clk(gnd),
		32006	.cin(gnd),
		32007	.cascin(vcc),
		32008	.devclrn(devclrn),
		32009	.devpor(devpor),
		32010	.combout(\Equal0~49 ),
		32011	.regout(),
		32012	.cout(),
		32013	.cascout());
		32014	// synopsys translate_off
		32015	defparam \Equal0~49_I .clock_enable_mode = "false";
		32016	defparam \Equal0~49_I .lut_mask = "f000";
		32017	defparam \Equal0~49_I .operation_mode = "normal";
		32018	defparam \Equal0~49_I .output_mode = "comb_only";
		32019	defparam \Equal0~49_I .packed_mode = "false";
		32020	// synopsys translate_on
		32021
		32022	// atom is at LC8_J27
		32023	flex10ke_lcell \drq_pulse[0]~I (
		32024	// Equation(s):
		32025	// drq_pulse[0] = DFFEA(\vg_drq~dataout , GLOBAL(\fclk~dataout ), , , , , )
		32026
		32027	.dataa(vcc),
		32028	.datab(vcc),
		32029	.datac(vcc),
		32030	.datad(vg_drq),
		32031	.aclr(gnd),
		32032	.aload(gnd),
		32033	.clk(fclk),
		32034	.cin(gnd),
		32035	.cascin(vcc),
		32036	.devclrn(devclrn),
		32037	.devpor(devpor),
		32038	.combout(),
		32039	.regout(drq_pulse[0]),
		32040	.cout(),
		32041	.cascout());
		32042	// synopsys translate_off
		32043	defparam \drq_pulse[0]~I .clock_enable_mode = "false";
		32044	defparam \drq_pulse[0]~I .lut_mask = "ff00";
		32045	defparam \drq_pulse[0]~I .operation_mode = "normal";
		32046	defparam \drq_pulse[0]~I .output_mode = "reg_only";
		32047	defparam \drq_pulse[0]~I .packed_mode = "false";
		32048	// synopsys translate_on
		32049
		32050	// atom is at LC6_J27
		32051	flex10ke_lcell \drq_pulse[1]~I (
		32052	// Equation(s):
		32053	// drq_pulse[1] = DFFEA(drq_pulse[0], GLOBAL(\fclk~dataout ), , , , , )
		32054
		32055	.dataa(vcc),
		32056	.datab(vcc),
		32057	.datac(vcc),
		32058	.datad(drq_pulse[0]),
		32059	.aclr(gnd),
		32060	.aload(gnd),
		32061	.clk(fclk),
		32062	.cin(gnd),
		32063	.cascin(vcc),
		32064	.devclrn(devclrn),
		32065	.devpor(devpor),
		32066	.combout(),
		32067	.regout(drq_pulse[1]),
		32068	.cout(),
		32069	.cascout());
		32070	// synopsys translate_off
		32071	defparam \drq_pulse[1]~I .clock_enable_mode = "false";
		32072	defparam \drq_pulse[1]~I .lut_mask = "ff00";
		32073	defparam \drq_pulse[1]~I .operation_mode = "normal";
		32074	defparam \drq_pulse[1]~I .output_mode = "reg_only";
		32075	defparam \drq_pulse[1]~I .packed_mode = "false";
		32076	// synopsys translate_on
		32077
		32078	// atom is at LC5_J27
		32079	flex10ke_lcell \drq_pulse[2]~I (
		32080	// Equation(s):
		32081	// drq_pulse[2] = DFFEA(drq_pulse[1], GLOBAL(\fclk~dataout ), , , , , )
		32082
		32083	.dataa(vcc),
		32084	.datab(vcc),
		32085	.datac(vcc),
		32086	.datad(drq_pulse[1]),
		32087	.aclr(gnd),
		32088	.aload(gnd),
		32089	.clk(fclk),
		32090	.cin(gnd),
		32091	.cascin(vcc),
		32092	.devclrn(devclrn),
		32093	.devpor(devpor),
		32094	.combout(),
		32095	.regout(drq_pulse[2]),
		32096	.cout(),
		32097	.cascout());
		32098	// synopsys translate_off
		32099	defparam \drq_pulse[2]~I .clock_enable_mode = "false";
		32100	defparam \drq_pulse[2]~I .lut_mask = "ff00";
		32101	defparam \drq_pulse[2]~I .operation_mode = "normal";
		32102	defparam \drq_pulse[2]~I .output_mode = "reg_only";
		32103	defparam \drq_pulse[2]~I .packed_mode = "false";
		32104	// synopsys translate_on
		32105
		32106	// atom is at LC7_J27
		32107	flex10ke_lcell \step_pulse[0]~I (
		32108	// Equation(s):
		32109	// step_pulse[0] = DFFEA(\step~dataout , GLOBAL(\fclk~dataout ), , , , , )
		32110
		32111	.dataa(vcc),
		32112	.datab(vcc),
		32113	.datac(vcc),
		32114	.datad(step),
		32115	.aclr(gnd),
		32116	.aload(gnd),
		32117	.clk(fclk),
		32118	.cin(gnd),
		32119	.cascin(vcc),
		32120	.devclrn(devclrn),
		32121	.devpor(devpor),
		32122	.combout(),
		32123	.regout(step_pulse[0]),
		32124	.cout(),
		32125	.cascout());
		32126	// synopsys translate_off
		32127	defparam \step_pulse[0]~I .clock_enable_mode = "false";
		32128	defparam \step_pulse[0]~I .lut_mask = "ff00";
		32129	defparam \step_pulse[0]~I .operation_mode = "normal";
		32130	defparam \step_pulse[0]~I .output_mode = "reg_only";
		32131	defparam \step_pulse[0]~I .packed_mode = "false";
		32132	// synopsys translate_on
		32133
		32134	// atom is at LC2_J27
		32135	flex10ke_lcell \step_pulse[1]~I (
		32136	// Equation(s):
		32137	// step_pulse[1] = DFFEA(step_pulse[0], GLOBAL(\fclk~dataout ), , , , , )
		32138
		32139	.dataa(vcc),
		32140	.datab(vcc),
		32141	.datac(vcc),
		32142	.datad(step_pulse[0]),
		32143	.aclr(gnd),
		32144	.aload(gnd),
		32145	.clk(fclk),
		32146	.cin(gnd),
		32147	.cascin(vcc),
		32148	.devclrn(devclrn),
		32149	.devpor(devpor),
		32150	.combout(),
		32151	.regout(step_pulse[1]),
		32152	.cout(),
		32153	.cascout());
		32154	// synopsys translate_off
		32155	defparam \step_pulse[1]~I .clock_enable_mode = "false";
		32156	defparam \step_pulse[1]~I .lut_mask = "ff00";
		32157	defparam \step_pulse[1]~I .operation_mode = "normal";
		32158	defparam \step_pulse[1]~I .output_mode = "reg_only";
		32159	defparam \step_pulse[1]~I .packed_mode = "false";
		32160	// synopsys translate_on
		32161
		32162	// atom is at LC3_J27
		32163	flex10ke_lcell \step_pulse[2]~I (
		32164	// Equation(s):
		32165	// step_pulse[2] = DFFEA(step_pulse[1], GLOBAL(\fclk~dataout ), , , , , )
		32166
		32167	.dataa(vcc),
		32168	.datab(vcc),
		32169	.datac(vcc),
		32170	.datad(step_pulse[1]),
		32171	.aclr(gnd),
		32172	.aload(gnd),
		32173	.clk(fclk),
		32174	.cin(gnd),
		32175	.cascin(vcc),
		32176	.devclrn(devclrn),
		32177	.devpor(devpor),
		32178	.combout(),
		32179	.regout(step_pulse[2]),
		32180	.cout(),
		32181	.cascout());
		32182	// synopsys translate_off
		32183	defparam \step_pulse[2]~I .clock_enable_mode = "false";
		32184	defparam \step_pulse[2]~I .lut_mask = "ff00";
		32185	defparam \step_pulse[2]~I .operation_mode = "normal";
		32186	defparam \step_pulse[2]~I .output_mode = "reg_only";
		32187	defparam \step_pulse[2]~I .packed_mode = "false";
		32188	// synopsys translate_on
		32189
		32190	// atom is at LC4_J27
		32191	flex10ke_lcell \turbo_state~30_I (
		32192	// Equation(s):
		32193	// \turbo_state~30 = turbo_state # !step_pulse[2] & step_pulse[1]
		32194
		32195	.dataa(vcc),
		32196	.datab(step_pulse[2]),
		32197	.datac(step_pulse[1]),
		32198	.datad(turbo_state),
		32199	.aclr(gnd),
		32200	.aload(gnd),
		32201	.clk(gnd),
		32202	.cin(gnd),
		32203	.cascin(vcc),
		32204	.devclrn(devclrn),
		32205	.devpor(devpor),
		32206	.combout(\turbo_state~30 ),
		32207	.regout(),
		32208	.cout(),
		32209	.cascout());
		32210	// synopsys translate_off
		32211	defparam \turbo_state~30_I .clock_enable_mode = "false";
		32212	defparam \turbo_state~30_I .lut_mask = "ff30";
		32213	defparam \turbo_state~30_I .operation_mode = "normal";
		32214	defparam \turbo_state~30_I .output_mode = "comb_only";
		32215	defparam \turbo_state~30_I .packed_mode = "false";
		32216	// synopsys translate_on
		32217
		32218	// atom is at LC1_J27
		32219	flex10ke_lcell \turbo_state~I (
		32220	// Equation(s):
		32221	// turbo_state = DFFEA(\turbo_state~30 & (drq_pulse[2] # !drq_pulse[1]), GLOBAL(\fclk~dataout ), rst_out_n, , , , )
		32222
		32223	.dataa(vcc),
		32224	.datab(drq_pulse[1]),
		32225	.datac(drq_pulse[2]),
		32226	.datad(\turbo_state~30 ),
		32227	.aclr(!rst_n),
		32228	.aload(gnd),
		32229	.clk(fclk),
		32230	.cin(gnd),
		32231	.cascin(vcc),
		32232	.devclrn(devclrn),
		32233	.devpor(devpor),
		32234	.combout(),
		32235	.regout(turbo_state),
		32236	.cout(),
		32237	.cascout());
		32238	// synopsys translate_off
		32239	defparam \turbo_state~I .clock_enable_mode = "false";
		32240	defparam \turbo_state~I .lut_mask = "f300";
		32241	defparam \turbo_state~I .operation_mode = "normal";
		32242	defparam \turbo_state~I .output_mode = "reg_only";
		32243	defparam \turbo_state~I .packed_mode = "false";
		32244	// synopsys translate_on
		32245
		32246	// atom is at LC3_J33
		32247	flex10ke_lcell \vgclk_div4[0]~I (
		32248	// Equation(s):
		32249	// vgclk_div4[0] = DFFEA(!vgclk_div4_1, GLOBAL(\fclk~dataout ), , , \Equal0~49 , , )
		32250
		32251	.dataa(\Equal0~49 ),
		32252	.datab(vcc),
		32253	.datac(vcc),
		32254	.datad(vgclk_div4_1),
		32255	.aclr(gnd),
		32256	.aload(gnd),
		32257	.clk(fclk),
		32258	.cin(gnd),
		32259	.cascin(vcc),
		32260	.devclrn(devclrn),
		32261	.devpor(devpor),
		32262	.combout(),
		32263	.regout(vgclk_div4[0]),
		32264	.cout(),
		32265	.cascout());
		32266	// synopsys translate_off
		32267	defparam \vgclk_div4[0]~I .clock_enable_mode = "true";
		32268	defparam \vgclk_div4[0]~I .lut_mask = "00ff";
		32269	defparam \vgclk_div4[0]~I .operation_mode = "normal";
		32270	defparam \vgclk_div4[0]~I .output_mode = "reg_only";
		32271	defparam \vgclk_div4[0]~I .packed_mode = "false";
		32272	// synopsys translate_on
		32273
		32274	// atom is at LC1_F34
		32275	flex10ke_lcell \vg_hrdy~23_I (
		32276	// Equation(s):
		32277	// \vg_hrdy~23 = port_wr & always0 & rst_out_n
		32278
		32279	.dataa(vcc),
		32280	.datab(port_wr),
		32281	.datac(always0),
		32282	.datad(rst_n),
		32283	.aclr(gnd),
		32284	.aload(gnd),
		32285	.clk(gnd),
		32286	.cin(gnd),
		32287	.cascin(vcc),
		32288	.devclrn(devclrn),
		32289	.devpor(devpor),
		32290	.combout(\vg_hrdy~23 ),
		32291	.regout(),
		32292	.cout(),
		32293	.cascout());
		32294	// synopsys translate_off
		32295	defparam \vg_hrdy~23_I .clock_enable_mode = "false";
		32296	defparam \vg_hrdy~23_I .lut_mask = "c000";
		32297	defparam \vg_hrdy~23_I .operation_mode = "normal";
		32298	defparam \vg_hrdy~23_I .output_mode = "comb_only";
		32299	defparam \vg_hrdy~23_I .packed_mode = "false";
		32300	// synopsys translate_on
		32301
		32302	// atom is at LC2_J22
		32303	flex10ke_lcell \rclk_cnt[0]~I (
		32304	// Equation(s):
		32305	// rclk_cnt[0] = DFFEA(\rclk_cnt~191 # !rclk_cnt[0], GLOBAL(\fclk~dataout ), , , , , )
		32306	// \Add4\|adder\|result_node\|cout [0] = CARRY(rclk_cnt[0])
		32307
		32308	.dataa(\rclk_cnt~191 ),
		32309	.datab(rclk_cnt[0]),
		32310	.datac(vcc),
		32311	.datad(vcc),
		32312	.aclr(gnd),
		32313	.aload(gnd),
		32314	.clk(fclk),
		32315	.cin(gnd),
		32316	.cascin(vcc),
		32317	.devclrn(devclrn),
		32318	.devpor(devpor),
		32319	.combout(),
		32320	.regout(rclk_cnt[0]),
		32321	.cout(\Add4\|adder\|result_node\|cout [0]),
		32322	.cascout());
		32323	// synopsys translate_off
		32324	defparam \rclk_cnt[0]~I .clock_enable_mode = "false";
		32325	defparam \rclk_cnt[0]~I .lut_mask = "bbcc";
		32326	defparam \rclk_cnt[0]~I .operation_mode = "arithmetic";
		32327	defparam \rclk_cnt[0]~I .output_mode = "reg_only";
		32328	defparam \rclk_cnt[0]~I .packed_mode = "false";
		32329	// synopsys translate_on
		32330
		32331	// atom is at LC3_J22
		32332	flex10ke_lcell \Add4\|adder\|result_node\|cs_buffer[1]~I (
		32333	// Equation(s):
		32334	// \Add4\|adder\|result_node\|cs_buffer [1] = rclk_cnt[1] $ \Add4\|adder\|result_node\|cout [0]
		32335	// \Add4\|adder\|result_node\|cout [1] = CARRY(rclk_cnt[1] # \Add4\|adder\|result_node\|cout [0])
		32336
		32337	.dataa(vcc),
		32338	.datab(rclk_cnt[1]),
		32339	.datac(vcc),
		32340	.datad(vcc),
		32341	.aclr(gnd),
		32342	.aload(gnd),
		32343	.clk(gnd),
		32344	.cin(\Add4\|adder\|result_node\|cout [0]),
		32345	.cascin(vcc),
		32346	.devclrn(devclrn),
		32347	.devpor(devpor),
		32348	.combout(\Add4\|adder\|result_node\|cs_buffer [1]),
		32349	.regout(),
		32350	.cout(\Add4\|adder\|result_node\|cout [1]),
		32351	.cascout());
		32352	// synopsys translate_off
		32353	defparam \Add4\|adder\|result_node\|cs_buffer[1]~I .cin_used = "true";
		32354	defparam \Add4\|adder\|result_node\|cs_buffer[1]~I .clock_enable_mode = "false";
		32355	defparam \Add4\|adder\|result_node\|cs_buffer[1]~I .lut_mask = "3cfc";
		32356	defparam \Add4\|adder\|result_node\|cs_buffer[1]~I .operation_mode = "arithmetic";
		32357	defparam \Add4\|adder\|result_node\|cs_buffer[1]~I .output_mode = "comb_only";
		32358	defparam \Add4\|adder\|result_node\|cs_buffer[1]~I .packed_mode = "false";
		32359	// synopsys translate_on
		32360
		32361	// atom is at LC7_J35
		32362	flex10ke_lcell \rdat_sync[0]~I (
		32363	// Equation(s):
		32364	// rdat_sync[0] = DFFEA(!\rdat_b_n~dataout , GLOBAL(\fclk~dataout ), , , , , )
		32365
		32366	.dataa(vcc),
		32367	.datab(vcc),
		32368	.datac(vcc),
		32369	.datad(rdat_b_n),
		32370	.aclr(gnd),
		32371	.aload(gnd),
		32372	.clk(fclk),
		32373	.cin(gnd),
		32374	.cascin(vcc),
		32375	.devclrn(devclrn),
		32376	.devpor(devpor),
		32377	.combout(),
		32378	.regout(rdat_sync[0]),
		32379	.cout(),
		32380	.cascout());
		32381	// synopsys translate_off
		32382	defparam \rdat_sync[0]~I .clock_enable_mode = "false";
		32383	defparam \rdat_sync[0]~I .lut_mask = "00ff";
		32384	defparam \rdat_sync[0]~I .operation_mode = "normal";
		32385	defparam \rdat_sync[0]~I .output_mode = "reg_only";
		32386	defparam \rdat_sync[0]~I .packed_mode = "false";
		32387	// synopsys translate_on
		32388
		32389	// atom is at LC6_J35
		32390	flex10ke_lcell \rdat_sync[1]~I (
		32391	// Equation(s):
		32392	// rdat_sync[1] = DFFEA(rdat_sync[0], GLOBAL(\fclk~dataout ), , , , , )
		32393
		32394	.dataa(vcc),
		32395	.datab(vcc),
		32396	.datac(vcc),
		32397	.datad(rdat_sync[0]),
		32398	.aclr(gnd),
		32399	.aload(gnd),
		32400	.clk(fclk),
		32401	.cin(gnd),
		32402	.cascin(vcc),
		32403	.devclrn(devclrn),
		32404	.devpor(devpor),
		32405	.combout(),
		32406	.regout(rdat_sync[1]),
		32407	.cout(),
		32408	.cascout());
		32409	// synopsys translate_off
		32410	defparam \rdat_sync[1]~I .clock_enable_mode = "false";
		32411	defparam \rdat_sync[1]~I .lut_mask = "ff00";
		32412	defparam \rdat_sync[1]~I .operation_mode = "normal";
		32413	defparam \rdat_sync[1]~I .output_mode = "reg_only";
		32414	defparam \rdat_sync[1]~I .packed_mode = "false";
		32415	// synopsys translate_on
		32416
		32417	// atom is at LC5_J35
		32418	flex10ke_lcell \rdat_sync[2]~I (
		32419	// Equation(s):
		32420	// rdat_sync[2] = DFFEA(rdat_sync[1], GLOBAL(\fclk~dataout ), , , , , )
		32421
		32422	.dataa(vcc),
		32423	.datab(vcc),
		32424	.datac(vcc),
		32425	.datad(rdat_sync[1]),
		32426	.aclr(gnd),
		32427	.aload(gnd),
		32428	.clk(fclk),
		32429	.cin(gnd),
		32430	.cascin(vcc),
		32431	.devclrn(devclrn),
		32432	.devpor(devpor),
		32433	.combout(),
		32434	.regout(rdat_sync[2]),
		32435	.cout(),
		32436	.cascout());
		32437	// synopsys translate_off
		32438	defparam \rdat_sync[2]~I .clock_enable_mode = "false";
		32439	defparam \rdat_sync[2]~I .lut_mask = "ff00";
		32440	defparam \rdat_sync[2]~I .operation_mode = "normal";
		32441	defparam \rdat_sync[2]~I .output_mode = "reg_only";
		32442	defparam \rdat_sync[2]~I .packed_mode = "false";
		32443	// synopsys translate_on
		32444
		32445	// atom is at LC4_J35
		32446	flex10ke_lcell \rdat_sync[3]~I (
		32447	// Equation(s):
		32448	// rdat_sync[3] = DFFEA(rdat_sync[2], GLOBAL(\fclk~dataout ), , , , , )
		32449
		32450	.dataa(vcc),
		32451	.datab(vcc),
		32452	.datac(vcc),
		32453	.datad(rdat_sync[2]),
		32454	.aclr(gnd),
		32455	.aload(gnd),
		32456	.clk(fclk),
		32457	.cin(gnd),
		32458	.cascin(vcc),
		32459	.devclrn(devclrn),
		32460	.devpor(devpor),
		32461	.combout(),
		32462	.regout(rdat_sync[3]),
		32463	.cout(),
		32464	.cascout());
		32465	// synopsys translate_off
		32466	defparam \rdat_sync[3]~I .clock_enable_mode = "false";
		32467	defparam \rdat_sync[3]~I .lut_mask = "ff00";
		32468	defparam \rdat_sync[3]~I .operation_mode = "normal";
		32469	defparam \rdat_sync[3]~I .output_mode = "reg_only";
		32470	defparam \rdat_sync[3]~I .packed_mode = "false";
		32471	// synopsys translate_on
		32472
		32473	// atom is at LC3_J35
		32474	flex10ke_lcell \rdat_sync[4]~I (
		32475	// Equation(s):
		32476	// rdat_sync[4] = DFFEA(rdat_sync[3], GLOBAL(\fclk~dataout ), , , , , )
		32477
		32478	.dataa(vcc),
		32479	.datab(vcc),
		32480	.datac(vcc),
		32481	.datad(rdat_sync[3]),
		32482	.aclr(gnd),
		32483	.aload(gnd),
		32484	.clk(fclk),
		32485	.cin(gnd),
		32486	.cascin(vcc),
		32487	.devclrn(devclrn),
		32488	.devpor(devpor),
		32489	.combout(),
		32490	.regout(rdat_sync[4]),
		32491	.cout(),
		32492	.cascout());
		32493	// synopsys translate_off
		32494	defparam \rdat_sync[4]~I .clock_enable_mode = "false";
		32495	defparam \rdat_sync[4]~I .lut_mask = "ff00";
		32496	defparam \rdat_sync[4]~I .operation_mode = "normal";
		32497	defparam \rdat_sync[4]~I .output_mode = "reg_only";
		32498	defparam \rdat_sync[4]~I .packed_mode = "false";
		32499	// synopsys translate_on
		32500
		32501	// atom is at LC2_J35
		32502	flex10ke_lcell \Equal2~22_I (
		32503	// Equation(s):
		32504	// \Equal2~22 = rdat_sync[1] & rdat_sync[2] & rdat_sync[3] & rdat_sync[4]
		32505
		32506	.dataa(rdat_sync[1]),
		32507	.datab(rdat_sync[2]),
		32508	.datac(rdat_sync[3]),
		32509	.datad(rdat_sync[4]),
		32510	.aclr(gnd),
		32511	.aload(gnd),
		32512	.clk(gnd),
		32513	.cin(gnd),
		32514	.cascin(vcc),
		32515	.devclrn(devclrn),
		32516	.devpor(devpor),
		32517	.combout(\Equal2~22 ),
		32518	.regout(),
		32519	.cout(),
		32520	.cascout());
		32521	// synopsys translate_off
		32522	defparam \Equal2~22_I .clock_enable_mode = "false";
		32523	defparam \Equal2~22_I .lut_mask = "8000";
		32524	defparam \Equal2~22_I .operation_mode = "normal";
		32525	defparam \Equal2~22_I .output_mode = "comb_only";
		32526	defparam \Equal2~22_I .packed_mode = "false";
		32527	// synopsys translate_on
		32528
		32529	// atom is at LC5_J31
		32530	flex10ke_lcell \rdat_edge1~I (
		32531	// Equation(s):
		32532	// rdat_edge1 = DFFEA(\Equal2~22 # !\Equal3~52 & rdat_edge1, GLOBAL(\fclk~dataout ), , , , , )
		32533
		32534	.dataa(vcc),
		32535	.datab(\Equal3~52 ),
		32536	.datac(rdat_edge1),
		32537	.datad(\Equal2~22 ),
		32538	.aclr(gnd),
		32539	.aload(gnd),
		32540	.clk(fclk),
		32541	.cin(gnd),
		32542	.cascin(vcc),
		32543	.devclrn(devclrn),
		32544	.devpor(devpor),
		32545	.combout(),
		32546	.regout(rdat_edge1),
		32547	.cout(),
		32548	.cascout());
		32549	// synopsys translate_off
		32550	defparam \rdat_edge1~I .clock_enable_mode = "false";
		32551	defparam \rdat_edge1~I .lut_mask = "ff30";
		32552	defparam \rdat_edge1~I .operation_mode = "normal";
		32553	defparam \rdat_edge1~I .output_mode = "reg_only";
		32554	defparam \rdat_edge1~I .packed_mode = "false";
		32555	// synopsys translate_on
		32556
		32557	// atom is at LC6_J31
		32558	flex10ke_lcell \rdat_edge2~I (
		32559	// Equation(s):
		32560	// rdat_edge2 = DFFEA(rdat_edge1, GLOBAL(\fclk~dataout ), , , , , )
		32561
		32562	.dataa(vcc),
		32563	.datab(vcc),
		32564	.datac(vcc),
		32565	.datad(rdat_edge1),
		32566	.aclr(gnd),
		32567	.aload(gnd),
		32568	.clk(fclk),
		32569	.cin(gnd),
		32570	.cascin(vcc),
		32571	.devclrn(devclrn),
		32572	.devpor(devpor),
		32573	.combout(),
		32574	.regout(rdat_edge2),
		32575	.cout(),
		32576	.cascout());
		32577	// synopsys translate_off
		32578	defparam \rdat_edge2~I .clock_enable_mode = "false";
		32579	defparam \rdat_edge2~I .lut_mask = "ff00";
		32580	defparam \rdat_edge2~I .operation_mode = "normal";
		32581	defparam \rdat_edge2~I .output_mode = "reg_only";
		32582	defparam \rdat_edge2~I .packed_mode = "false";
		32583	// synopsys translate_on
		32584
		32585	// atom is at LC8_J31
		32586	flex10ke_lcell \rclk_cnt[1]~I (
		32587	// Equation(s):
		32588	// rclk_cnt[1] = DFFEA(!\Add4\|adder\|result_node\|cs_buffer [1] & (rdat_edge2 # !rdat_edge1), GLOBAL(\fclk~dataout ), , , , , )
		32589
		32590	.dataa(vcc),
		32591	.datab(\Add4\|adder\|result_node\|cs_buffer [1]),
		32592	.datac(rdat_edge1),
		32593	.datad(rdat_edge2),
		32594	.aclr(gnd),
		32595	.aload(gnd),
		32596	.clk(fclk),
		32597	.cin(gnd),
		32598	.cascin(vcc),
		32599	.devclrn(devclrn),
		32600	.devpor(devpor),
		32601	.combout(),
		32602	.regout(rclk_cnt[1]),
		32603	.cout(),
		32604	.cascout());
		32605	// synopsys translate_off
		32606	defparam \rclk_cnt[1]~I .clock_enable_mode = "false";
		32607	defparam \rclk_cnt[1]~I .lut_mask = "3303";
		32608	defparam \rclk_cnt[1]~I .operation_mode = "normal";
		32609	defparam \rclk_cnt[1]~I .output_mode = "reg_only";
		32610	defparam \rclk_cnt[1]~I .packed_mode = "false";
		32611	// synopsys translate_on
		32612
		32613	// atom is at LC4_J22
		32614	flex10ke_lcell \Add4\|adder\|result_node\|cs_buffer[2]~I (
		32615	// Equation(s):
		32616	// \Add4\|adder\|result_node\|cs_buffer [2] = rclk_cnt[2] $ \Add4\|adder\|result_node\|cout [1]
		32617	// \Add4\|adder\|result_node\|cout [2] = CARRY(rclk_cnt[2] # \Add4\|adder\|result_node\|cout [1])
		32618
		32619	.dataa(vcc),
		32620	.datab(rclk_cnt[2]),
		32621	.datac(vcc),
		32622	.datad(vcc),
		32623	.aclr(gnd),
		32624	.aload(gnd),
		32625	.clk(gnd),
		32626	.cin(\Add4\|adder\|result_node\|cout [1]),
		32627	.cascin(vcc),
		32628	.devclrn(devclrn),
		32629	.devpor(devpor),
		32630	.combout(\Add4\|adder\|result_node\|cs_buffer [2]),
		32631	.regout(),
		32632	.cout(\Add4\|adder\|result_node\|cout [2]),
		32633	.cascout());
		32634	// synopsys translate_off
		32635	defparam \Add4\|adder\|result_node\|cs_buffer[2]~I .cin_used = "true";
		32636	defparam \Add4\|adder\|result_node\|cs_buffer[2]~I .clock_enable_mode = "false";
		32637	defparam \Add4\|adder\|result_node\|cs_buffer[2]~I .lut_mask = "3cfc";
		32638	defparam \Add4\|adder\|result_node\|cs_buffer[2]~I .operation_mode = "arithmetic";
		32639	defparam \Add4\|adder\|result_node\|cs_buffer[2]~I .output_mode = "comb_only";
		32640	defparam \Add4\|adder\|result_node\|cs_buffer[2]~I .packed_mode = "false";
		32641	// synopsys translate_on
		32642
		32643	// atom is at LC6_J32
		32644	flex10ke_lcell \rdat~I (
		32645	// Equation(s):
		32646	// rdat = rdat_edge2 # !rdat_edge1
		32647
		32648	.dataa(vcc),
		32649	.datab(vcc),
		32650	.datac(rdat_edge2),
		32651	.datad(rdat_edge1),
		32652	.aclr(gnd),
		32653	.aload(gnd),
		32654	.clk(gnd),
		32655	.cin(gnd),
		32656	.cascin(vcc),
		32657	.devclrn(devclrn),
		32658	.devpor(devpor),
		32659	.combout(rdat),
		32660	.regout(),
		32661	.cout(),
		32662	.cascout());
		32663	// synopsys translate_off
		32664	defparam \rdat~I .clock_enable_mode = "false";
		32665	defparam \rdat~I .lut_mask = "f0ff";
		32666	defparam \rdat~I .operation_mode = "normal";
		32667	defparam \rdat~I .output_mode = "comb_only";
		32668	defparam \rdat~I .packed_mode = "false";
		32669	// synopsys translate_on
		32670
		32671	// atom is at LC1_J32
		32672	flex10ke_lcell \rclk_cnt~191_I (
		32673	// Equation(s):
		32674	// \rclk_cnt~191 = !rclk_cnt[0] & !rclk_cnt[1] & \Equal3~51 # !rdat
		32675
		32676	.dataa(rclk_cnt[0]),
		32677	.datab(rclk_cnt[1]),
		32678	.datac(\Equal3~51 ),
		32679	.datad(rdat),
		32680	.aclr(gnd),
		32681	.aload(gnd),
		32682	.clk(gnd),
		32683	.cin(gnd),
		32684	.cascin(vcc),
		32685	.devclrn(devclrn),
		32686	.devpor(devpor),
		32687	.combout(\rclk_cnt~191 ),
		32688	.regout(),
		32689	.cout(),
		32690	.cascout());
		32691	// synopsys translate_off
		32692	defparam \rclk_cnt~191_I .clock_enable_mode = "false";
		32693	defparam \rclk_cnt~191_I .lut_mask = "10ff";
		32694	defparam \rclk_cnt~191_I .operation_mode = "normal";
		32695	defparam \rclk_cnt~191_I .output_mode = "comb_only";
		32696	defparam \rclk_cnt~191_I .packed_mode = "false";
		32697	// synopsys translate_on
		32698
		32699	// atom is at LC1_J22
		32700	flex10ke_lcell \rclk_cnt[2]~I (
		32701	// Equation(s):
		32702	// rclk_cnt[2] = DFFEA(\rclk_cnt~191 # !\Add4\|adder\|result_node\|cs_buffer [2], GLOBAL(\fclk~dataout ), , , , , )
		32703
		32704	.dataa(vcc),
		32705	.datab(vcc),
		32706	.datac(\Add4\|adder\|result_node\|cs_buffer [2]),
		32707	.datad(\rclk_cnt~191 ),
		32708	.aclr(gnd),
		32709	.aload(gnd),
		32710	.clk(fclk),
		32711	.cin(gnd),
		32712	.cascin(vcc),
		32713	.devclrn(devclrn),
		32714	.devpor(devpor),
		32715	.combout(),
		32716	.regout(rclk_cnt[2]),
		32717	.cout(),
		32718	.cascout());
		32719	// synopsys translate_off
		32720	defparam \rclk_cnt[2]~I .clock_enable_mode = "false";
		32721	defparam \rclk_cnt[2]~I .lut_mask = "ff0f";
		32722	defparam \rclk_cnt[2]~I .operation_mode = "normal";
		32723	defparam \rclk_cnt[2]~I .output_mode = "reg_only";
		32724	defparam \rclk_cnt[2]~I .packed_mode = "false";
		32725	// synopsys translate_on
		32726
		32727	// atom is at LC5_J22
		32728	flex10ke_lcell \Add4\|adder\|result_node\|cs_buffer[3]~I (
		32729	// Equation(s):
		32730	// \Add4\|adder\|result_node\|cs_buffer [3] = rclk_cnt[3] $ \Add4\|adder\|result_node\|cout [2]
		32731	// \Add4\|adder\|result_node\|cout [3] = CARRY(rclk_cnt[3] # \Add4\|adder\|result_node\|cout [2])
		32732
		32733	.dataa(vcc),
		32734	.datab(rclk_cnt[3]),
		32735	.datac(vcc),
		32736	.datad(vcc),
		32737	.aclr(gnd),
		32738	.aload(gnd),
		32739	.clk(gnd),
		32740	.cin(\Add4\|adder\|result_node\|cout [2]),
		32741	.cascin(vcc),
		32742	.devclrn(devclrn),
		32743	.devpor(devpor),
		32744	.combout(\Add4\|adder\|result_node\|cs_buffer [3]),
		32745	.regout(),
		32746	.cout(\Add4\|adder\|result_node\|cout [3]),
		32747	.cascout());
		32748	// synopsys translate_off
		32749	defparam \Add4\|adder\|result_node\|cs_buffer[3]~I .cin_used = "true";
		32750	defparam \Add4\|adder\|result_node\|cs_buffer[3]~I .clock_enable_mode = "false";
		32751	defparam \Add4\|adder\|result_node\|cs_buffer[3]~I .lut_mask = "3cfc";
		32752	defparam \Add4\|adder\|result_node\|cs_buffer[3]~I .operation_mode = "arithmetic";
		32753	defparam \Add4\|adder\|result_node\|cs_buffer[3]~I .output_mode = "comb_only";
		32754	defparam \Add4\|adder\|result_node\|cs_buffer[3]~I .packed_mode = "false";
		32755	// synopsys translate_on
		32756
		32757	// atom is at LC2_J31
		32758	flex10ke_lcell \rclk_cnt[3]~I (
		32759	// Equation(s):
		32760	// rclk_cnt[3] = DFFEA(rdat_edge2 & !\Add4\|adder\|result_node\|cs_buffer [3] & !\Equal3~52 # !rdat_edge2 & (rdat_edge1 # !\Add4\|adder\|result_node\|cs_buffer [3] & !\Equal3~52 ), GLOBAL(\fclk~dataout ), , , , , )
		32761
		32762	.dataa(rdat_edge2),
		32763	.datab(\Add4\|adder\|result_node\|cs_buffer [3]),
		32764	.datac(\Equal3~52 ),
		32765	.datad(rdat_edge1),
		32766	.aclr(gnd),
		32767	.aload(gnd),
		32768	.clk(fclk),
		32769	.cin(gnd),
		32770	.cascin(vcc),
		32771	.devclrn(devclrn),
		32772	.devpor(devpor),
		32773	.combout(),
		32774	.regout(rclk_cnt[3]),
		32775	.cout(),
		32776	.cascout());
		32777	// synopsys translate_off
		32778	defparam \rclk_cnt[3]~I .clock_enable_mode = "false";
		32779	defparam \rclk_cnt[3]~I .lut_mask = "5703";
		32780	defparam \rclk_cnt[3]~I .operation_mode = "normal";
		32781	defparam \rclk_cnt[3]~I .output_mode = "reg_only";
		32782	defparam \rclk_cnt[3]~I .packed_mode = "false";
		32783	// synopsys translate_on
		32784
		32785	// atom is at LC6_J22
		32786	flex10ke_lcell \Add4\|adder\|result_node\|cs_buffer[4]~I (
		32787	// Equation(s):
		32788	// \Add4\|adder\|result_node\|cs_buffer [4] = rclk_cnt[4] $ \Add4\|adder\|result_node\|cout [3]
		32789	// \Add4\|adder\|result_node\|cout [4] = CARRY(rclk_cnt[4] # \Add4\|adder\|result_node\|cout [3])
		32790
		32791	.dataa(vcc),
		32792	.datab(rclk_cnt[4]),
		32793	.datac(vcc),
		32794	.datad(vcc),
		32795	.aclr(gnd),
		32796	.aload(gnd),
		32797	.clk(gnd),
		32798	.cin(\Add4\|adder\|result_node\|cout [3]),
		32799	.cascin(vcc),
		32800	.devclrn(devclrn),
		32801	.devpor(devpor),
		32802	.combout(\Add4\|adder\|result_node\|cs_buffer [4]),
		32803	.regout(),
		32804	.cout(\Add4\|adder\|result_node\|cout [4]),
		32805	.cascout());
		32806	// synopsys translate_off
		32807	defparam \Add4\|adder\|result_node\|cs_buffer[4]~I .cin_used = "true";
		32808	defparam \Add4\|adder\|result_node\|cs_buffer[4]~I .clock_enable_mode = "false";
		32809	defparam \Add4\|adder\|result_node\|cs_buffer[4]~I .lut_mask = "3cfc";
		32810	defparam \Add4\|adder\|result_node\|cs_buffer[4]~I .operation_mode = "arithmetic";
		32811	defparam \Add4\|adder\|result_node\|cs_buffer[4]~I .output_mode = "comb_only";
		32812	defparam \Add4\|adder\|result_node\|cs_buffer[4]~I .packed_mode = "false";
		32813	// synopsys translate_on
		32814
		32815	// atom is at LC5_J32
		32816	flex10ke_lcell \rclk_cnt[4]~I (
		32817	// Equation(s):
		32818	// rclk_cnt[4] = DFFEA(\rclk_cnt~191 # !\Add4\|adder\|result_node\|cs_buffer [4], GLOBAL(\fclk~dataout ), , , , , )
		32819
		32820	.dataa(vcc),
		32821	.datab(vcc),
		32822	.datac(\Add4\|adder\|result_node\|cs_buffer [4]),
		32823	.datad(\rclk_cnt~191 ),
		32824	.aclr(gnd),
		32825	.aload(gnd),
		32826	.clk(fclk),
		32827	.cin(gnd),
		32828	.cascin(vcc),
		32829	.devclrn(devclrn),
		32830	.devpor(devpor),
		32831	.combout(),
		32832	.regout(rclk_cnt[4]),
		32833	.cout(),
		32834	.cascout());
		32835	// synopsys translate_off
		32836	defparam \rclk_cnt[4]~I .clock_enable_mode = "false";
		32837	defparam \rclk_cnt[4]~I .lut_mask = "ff0f";
		32838	defparam \rclk_cnt[4]~I .operation_mode = "normal";
		32839	defparam \rclk_cnt[4]~I .output_mode = "reg_only";
		32840	defparam \rclk_cnt[4]~I .packed_mode = "false";
		32841	// synopsys translate_on
		32842
		32843	// atom is at LC7_J22
		32844	flex10ke_lcell \Add4\|adder\|unreg_res_node[5]~I (
		32845	// Equation(s):
		32846	// \Add4\|adder\|unreg_res_node [5] = \Add4\|adder\|result_node\|cout [4] $ rclk_cnt[5]
		32847
		32848	.dataa(vcc),
		32849	.datab(vcc),
		32850	.datac(vcc),
		32851	.datad(rclk_cnt[5]),
		32852	.aclr(gnd),
		32853	.aload(gnd),
		32854	.clk(gnd),
		32855	.cin(\Add4\|adder\|result_node\|cout [4]),
		32856	.cascin(vcc),
		32857	.devclrn(devclrn),
		32858	.devpor(devpor),
		32859	.combout(\Add4\|adder\|unreg_res_node [5]),
		32860	.regout(),
		32861	.cout(),
		32862	.cascout());
		32863	// synopsys translate_off
		32864	defparam \Add4\|adder\|unreg_res_node[5]~I .cin_used = "true";
		32865	defparam \Add4\|adder\|unreg_res_node[5]~I .clock_enable_mode = "false";
		32866	defparam \Add4\|adder\|unreg_res_node[5]~I .lut_mask = "0ff0";
		32867	defparam \Add4\|adder\|unreg_res_node[5]~I .operation_mode = "normal";
		32868	defparam \Add4\|adder\|unreg_res_node[5]~I .output_mode = "comb_only";
		32869	defparam \Add4\|adder\|unreg_res_node[5]~I .packed_mode = "false";
		32870	// synopsys translate_on
		32871
		32872	// atom is at LC1_J31
		32873	flex10ke_lcell \rclk_cnt[5]~I (
		32874	// Equation(s):
		32875	// rclk_cnt[5] = DFFEA(!\Add4\|adder\|unreg_res_node [5] & (rdat_edge2 # !rdat_edge1), GLOBAL(\fclk~dataout ), , , , , )
		32876
		32877	.dataa(vcc),
		32878	.datab(\Add4\|adder\|unreg_res_node [5]),
		32879	.datac(rdat_edge1),
		32880	.datad(rdat_edge2),
		32881	.aclr(gnd),
		32882	.aload(gnd),
		32883	.clk(fclk),
		32884	.cin(gnd),
		32885	.cascin(vcc),
		32886	.devclrn(devclrn),
		32887	.devpor(devpor),
		32888	.combout(),
		32889	.regout(rclk_cnt[5]),
		32890	.cout(),
		32891	.cascout());
		32892	// synopsys translate_off
		32893	defparam \rclk_cnt[5]~I .clock_enable_mode = "false";
		32894	defparam \rclk_cnt[5]~I .lut_mask = "3303";
		32895	defparam \rclk_cnt[5]~I .operation_mode = "normal";
		32896	defparam \rclk_cnt[5]~I .output_mode = "reg_only";
		32897	defparam \rclk_cnt[5]~I .packed_mode = "false";
		32898	// synopsys translate_on
		32899
		32900	// atom is at LC8_J22
		32901	flex10ke_lcell \Equal3~51_I (
		32902	// Equation(s):
		32903	// \Equal3~51 = !rclk_cnt[2] & !rclk_cnt[3] & !rclk_cnt[4] & !rclk_cnt[5]
		32904
		32905	.dataa(rclk_cnt[2]),
		32906	.datab(rclk_cnt[3]),
		32907	.datac(rclk_cnt[4]),
		32908	.datad(rclk_cnt[5]),
		32909	.aclr(gnd),
		32910	.aload(gnd),
		32911	.clk(gnd),
		32912	.cin(gnd),
		32913	.cascin(vcc),
		32914	.devclrn(devclrn),
		32915	.devpor(devpor),
		32916	.combout(\Equal3~51 ),
		32917	.regout(),
		32918	.cout(),
		32919	.cascout());
		32920	// synopsys translate_off
		32921	defparam \Equal3~51_I .clock_enable_mode = "false";
		32922	defparam \Equal3~51_I .lut_mask = "0001";
		32923	defparam \Equal3~51_I .operation_mode = "normal";
		32924	defparam \Equal3~51_I .output_mode = "comb_only";
		32925	defparam \Equal3~51_I .packed_mode = "false";
		32926	// synopsys translate_on
		32927
		32928	// atom is at LC4_J31
		32929	flex10ke_lcell \Equal3~52_I (
		32930	// Equation(s):
		32931	// \Equal3~52 = !rclk_cnt[0] & !rclk_cnt[1] & \Equal3~51
		32932
		32933	.dataa(vcc),
		32934	.datab(rclk_cnt[0]),
		32935	.datac(rclk_cnt[1]),
		32936	.datad(\Equal3~51 ),
		32937	.aclr(gnd),
		32938	.aload(gnd),
		32939	.clk(gnd),
		32940	.cin(gnd),
		32941	.cascin(vcc),
		32942	.devclrn(devclrn),
		32943	.devpor(devpor),
		32944	.combout(\Equal3~52 ),
		32945	.regout(),
		32946	.cout(),
		32947	.cascout());
		32948	// synopsys translate_off
		32949	defparam \Equal3~52_I .clock_enable_mode = "false";
		32950	defparam \Equal3~52_I .lut_mask = "0300";
		32951	defparam \Equal3~52_I .operation_mode = "normal";
		32952	defparam \Equal3~52_I .output_mode = "comb_only";
		32953	defparam \Equal3~52_I .packed_mode = "false";
		32954	// synopsys translate_on
		32955
		32956	// atom is at LC8_J32
		32957	flex10ke_lcell \rwidth_ena~I (
		32958	// Equation(s):
		32959	// rwidth_ena = !rdat_edge2 & rdat_edge1 # !\rwidth_cnt_rtl_6\|wysi_counter\|q [2]
		32960
		32961	.dataa(vcc),
		32962	.datab(\rwidth_cnt_rtl_6\|wysi_counter\|q [2]),
		32963	.datac(rdat_edge2),
		32964	.datad(rdat_edge1),
		32965	.aclr(gnd),
		32966	.aload(gnd),
		32967	.clk(gnd),
		32968	.cin(gnd),
		32969	.cascin(vcc),
		32970	.devclrn(devclrn),
		32971	.devpor(devpor),
		32972	.combout(rwidth_ena),
		32973	.regout(),
		32974	.cout(),
		32975	.cascout());
		32976	// synopsys translate_off
		32977	defparam \rwidth_ena~I .clock_enable_mode = "false";
		32978	defparam \rwidth_ena~I .lut_mask = "3f33";
		32979	defparam \rwidth_ena~I .operation_mode = "normal";
		32980	defparam \rwidth_ena~I .output_mode = "comb_only";
		32981	defparam \rwidth_ena~I .packed_mode = "false";
		32982	// synopsys translate_on
		32983
		32984	// atom is at LC2_J32
		32985	flex10ke_lcell \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[0] (
		32986	// Equation(s):
		32987	// \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[0]~COUT = CARRY()
		32988
		32989	.dataa(rwidth_ena),
		32990	.datab(rdat),
		32991	.datac(vcc),
		32992	.datad(vcc),
		32993	.aclr(gnd),
		32994	.aload(gnd),
		32995	.clk(fclk),
		32996	.cin(gnd),
		32997	.cascin(vcc),
		32998	.devclrn(devclrn),
		32999	.devpor(devpor),
		33000	.combout(),
		33001	.regout(\rwidth_cnt_rtl_6\|wysi_counter\|q [0]),
		33002	.cout(\rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[0]~COUT ),
		33003	.cascout());
		33004	// synopsys translate_off
		33005	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[0] .clock_enable_mode = "true";
		33006	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[0] .lut_mask = "66aa";
		33007	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[0] .operation_mode = "clrb_cntr";
		33008	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[0] .output_mode = "none";
		33009	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[0] .packed_mode = "false";
		33010	// synopsys translate_on
		33011
		33012	// atom is at LC3_J32
		33013	flex10ke_lcell \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[1] (
		33014	// Equation(s):
		33015	// \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[1]~COUT = CARRY( & (\rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[0]~COUT ))
		33016
		33017	.dataa(rwidth_ena),
		33018	.datab(rdat),
		33019	.datac(vcc),
		33020	.datad(vcc),
		33021	.aclr(gnd),
		33022	.aload(gnd),
		33023	.clk(fclk),
		33024	.cin(\rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[0]~COUT ),
		33025	.cascin(vcc),
		33026	.devclrn(devclrn),
		33027	.devpor(devpor),
		33028	.combout(),
		33029	.regout(\rwidth_cnt_rtl_6\|wysi_counter\|q [1]),
		33030	.cout(\rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[1]~COUT ),
		33031	.cascout());
		33032	// synopsys translate_off
		33033	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[1] .cin_used = "true";
		33034	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[1] .clock_enable_mode = "true";
		33035	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[1] .lut_mask = "6ca0";
		33036	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[1] .operation_mode = "clrb_cntr";
		33037	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[1] .output_mode = "none";
		33038	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[1] .packed_mode = "false";
		33039	// synopsys translate_on
		33040
		33041	// atom is at LC4_J32
		33042	flex10ke_lcell \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[2] (
		33043	// Equation(s):
		33044	// \rwidth_cnt_rtl_6\|wysi_counter\|q [2] = DFFEA((\rwidth_cnt_rtl_6\|wysi_counter\|q [2] $ (rwidth_ena & \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[1]~COUT )) & rdat, GLOBAL(\fclk~dataout ), , , rwidth_ena, , )
		33045
		33046	.dataa(rwidth_ena),
		33047	.datab(rdat),
		33048	.datac(vcc),
		33049	.datad(vcc),
		33050	.aclr(gnd),
		33051	.aload(gnd),
		33052	.clk(fclk),
		33053	.cin(\rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[1]~COUT ),
		33054	.cascin(vcc),
		33055	.devclrn(devclrn),
		33056	.devpor(devpor),
		33057	.combout(),
		33058	.regout(\rwidth_cnt_rtl_6\|wysi_counter\|q [2]),
		33059	.cout(),
		33060	.cascout());
		33061	// synopsys translate_off
		33062	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[2] .cin_used = "true";
		33063	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[2] .clock_enable_mode = "true";
		33064	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[2] .lut_mask = "6c6c";
		33065	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[2] .operation_mode = "clrb_cntr";
		33066	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[2] .output_mode = "reg_only";
		33067	defparam \rwidth_cnt_rtl_6\|wysi_counter\|counter_cell[2] .packed_mode = "false";
		33068	// synopsys translate_on
		33069
		33070	// atom is at LC1_F24
		33071	flex10ke_lcell \wd_sync[0]~I (
		33072	// Equation(s):
		33073	// wd_sync[0] = DFFEA(\vg_wd~dataout , GLOBAL(\fclk~dataout ), , , , , )
		33074
		33075	.dataa(vcc),
		33076	.datab(vcc),
		33077	.datac(vcc),
		33078	.datad(vg_wd),
		33079	.aclr(gnd),
		33080	.aload(gnd),
		33081	.clk(fclk),
		33082	.cin(gnd),
		33083	.cascin(vcc),
		33084	.devclrn(devclrn),
		33085	.devpor(devpor),
		33086	.combout(),
		33087	.regout(wd_sync[0]),
		33088	.cout(),
		33089	.cascout());
		33090	// synopsys translate_off
		33091	defparam \wd_sync[0]~I .clock_enable_mode = "false";
		33092	defparam \wd_sync[0]~I .lut_mask = "ff00";
		33093	defparam \wd_sync[0]~I .operation_mode = "normal";
		33094	defparam \wd_sync[0]~I .output_mode = "reg_only";
		33095	defparam \wd_sync[0]~I .packed_mode = "false";
		33096	// synopsys translate_on
		33097
		33098	// atom is at LC2_F24
		33099	flex10ke_lcell \wd_sync[1]~I (
		33100	// Equation(s):
		33101	// wd_sync[1] = DFFEA(wd_sync[0], GLOBAL(\fclk~dataout ), , , , , )
		33102
		33103	.dataa(vcc),
		33104	.datab(vcc),
		33105	.datac(vcc),
		33106	.datad(wd_sync[0]),
		33107	.aclr(gnd),
		33108	.aload(gnd),
		33109	.clk(fclk),
		33110	.cin(gnd),
		33111	.cascin(vcc),
		33112	.devclrn(devclrn),
		33113	.devpor(devpor),
		33114	.combout(),
		33115	.regout(wd_sync[1]),
		33116	.cout(),
		33117	.cascout());
		33118	// synopsys translate_off
		33119	defparam \wd_sync[1]~I .clock_enable_mode = "false";
		33120	defparam \wd_sync[1]~I .lut_mask = "ff00";
		33121	defparam \wd_sync[1]~I .operation_mode = "normal";
		33122	defparam \wd_sync[1]~I .output_mode = "reg_only";
		33123	defparam \wd_sync[1]~I .packed_mode = "false";
		33124	// synopsys translate_on
		33125
		33126	// atom is at LC6_F26
		33127	flex10ke_lcell \wd_sync[2]~I (
		33128	// Equation(s):
		33129	// wd_sync[2] = DFFEA(wd_sync[1], GLOBAL(\fclk~dataout ), , , , , )
		33130
		33131	.dataa(vcc),
		33132	.datab(vcc),
		33133	.datac(vcc),
		33134	.datad(wd_sync[1]),
		33135	.aclr(gnd),
		33136	.aload(gnd),
		33137	.clk(fclk),
		33138	.cin(gnd),
		33139	.cascin(vcc),
		33140	.devclrn(devclrn),
		33141	.devpor(devpor),
		33142	.combout(),
		33143	.regout(wd_sync[2]),
		33144	.cout(),
		33145	.cascout());
		33146	// synopsys translate_off
		33147	defparam \wd_sync[2]~I .clock_enable_mode = "false";
		33148	defparam \wd_sync[2]~I .lut_mask = "ff00";
		33149	defparam \wd_sync[2]~I .operation_mode = "normal";
		33150	defparam \wd_sync[2]~I .output_mode = "reg_only";
		33151	defparam \wd_sync[2]~I .packed_mode = "false";
		33152	// synopsys translate_on
		33153
		33154	// atom is at LC5_F26
		33155	flex10ke_lcell \wd~I (
		33156	// Equation(s):
		33157	// wd = wd_sync[2] # !wd_sync[1]
		33158
		33159	.dataa(vcc),
		33160	.datab(vcc),
		33161	.datac(wd_sync[2]),
		33162	.datad(wd_sync[1]),
		33163	.aclr(gnd),
		33164	.aload(gnd),
		33165	.clk(gnd),
		33166	.cin(gnd),
		33167	.cascin(vcc),
		33168	.devclrn(devclrn),
		33169	.devpor(devpor),
		33170	.combout(wd),
		33171	.regout(),
		33172	.cout(),
		33173	.cascout());
		33174	// synopsys translate_off
		33175	defparam \wd~I .clock_enable_mode = "false";
		33176	defparam \wd~I .lut_mask = "f0ff";
		33177	defparam \wd~I .operation_mode = "normal";
		33178	defparam \wd~I .output_mode = "comb_only";
		33179	defparam \wd~I .packed_mode = "false";
		33180	// synopsys translate_on
		33181
		33182	// atom is at LC1_F26
		33183	flex10ke_lcell \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[0] (
		33184	// Equation(s):
		33185	// \wrwidth_cnt_rtl_7\|wysi_counter\|q [0] = DFFEA((wrwidth_ena $ \wrwidth_cnt_rtl_7\|wysi_counter\|q [0]) & wd, GLOBAL(\fclk~dataout ), , , wrwidth_ena, , )
		33186	// \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[0]~COUT = CARRY(\wrwidth_cnt_rtl_7\|wysi_counter\|q [0])
		33187
		33188	.dataa(wrwidth_ena),
		33189	.datab(wd),
		33190	.datac(vcc),
		33191	.datad(vcc),
		33192	.aclr(gnd),
		33193	.aload(gnd),
		33194	.clk(fclk),
		33195	.cin(gnd),
		33196	.cascin(vcc),
		33197	.devclrn(devclrn),
		33198	.devpor(devpor),
		33199	.combout(),
		33200	.regout(\wrwidth_cnt_rtl_7\|wysi_counter\|q [0]),
		33201	.cout(\wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[0]~COUT ),
		33202	.cascout());
		33203	// synopsys translate_off
		33204	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[0] .clock_enable_mode = "true";
		33205	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[0] .lut_mask = "66aa";
		33206	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[0] .operation_mode = "clrb_cntr";
		33207	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[0] .output_mode = "reg_only";
		33208	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[0] .packed_mode = "false";
		33209	// synopsys translate_on
		33210
		33211	// atom is at LC2_F26
		33212	flex10ke_lcell \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[1] (
		33213	// Equation(s):
		33214	// \wrwidth_cnt_rtl_7\|wysi_counter\|q [1] = DFFEA((\wrwidth_cnt_rtl_7\|wysi_counter\|q [1] $ (wrwidth_ena & \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[0]~COUT )) & wd, GLOBAL(\fclk~dataout ), , , wrwidth_ena, , )
		33215	// \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[1]~COUT = CARRY(\wrwidth_cnt_rtl_7\|wysi_counter\|q [1] & (\wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[0]~COUT ))
		33216
		33217	.dataa(wrwidth_ena),
		33218	.datab(wd),
		33219	.datac(vcc),
		33220	.datad(vcc),
		33221	.aclr(gnd),
		33222	.aload(gnd),
		33223	.clk(fclk),
		33224	.cin(\wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[0]~COUT ),
		33225	.cascin(vcc),
		33226	.devclrn(devclrn),
		33227	.devpor(devpor),
		33228	.combout(),
		33229	.regout(\wrwidth_cnt_rtl_7\|wysi_counter\|q [1]),
		33230	.cout(\wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[1]~COUT ),
		33231	.cascout());
		33232	// synopsys translate_off
		33233	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[1] .cin_used = "true";
		33234	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[1] .clock_enable_mode = "true";
		33235	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[1] .lut_mask = "6ca0";
		33236	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[1] .operation_mode = "clrb_cntr";
		33237	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[1] .output_mode = "reg_only";
		33238	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[1] .packed_mode = "false";
		33239	// synopsys translate_on
		33240
		33241	// atom is at LC3_F26
		33242	flex10ke_lcell \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[2] (
		33243	// Equation(s):
		33244	// \wrwidth_cnt_rtl_7\|wysi_counter\|q [2] = DFFEA((\wrwidth_cnt_rtl_7\|wysi_counter\|q [2] $ (wrwidth_ena & \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[1]~COUT )) & wd, GLOBAL(\fclk~dataout ), , , wrwidth_ena, , )
		33245	// \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[2]~COUT = CARRY(\wrwidth_cnt_rtl_7\|wysi_counter\|q [2] & (\wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[1]~COUT ))
		33246
		33247	.dataa(wrwidth_ena),
		33248	.datab(wd),
		33249	.datac(vcc),
		33250	.datad(vcc),
		33251	.aclr(gnd),
		33252	.aload(gnd),
		33253	.clk(fclk),
		33254	.cin(\wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[1]~COUT ),
		33255	.cascin(vcc),
		33256	.devclrn(devclrn),
		33257	.devpor(devpor),
		33258	.combout(),
		33259	.regout(\wrwidth_cnt_rtl_7\|wysi_counter\|q [2]),
		33260	.cout(\wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[2]~COUT ),
		33261	.cascout());
		33262	// synopsys translate_off
		33263	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[2] .cin_used = "true";
		33264	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[2] .clock_enable_mode = "true";
		33265	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[2] .lut_mask = "6ca0";
		33266	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[2] .operation_mode = "clrb_cntr";
		33267	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[2] .output_mode = "reg_only";
		33268	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[2] .packed_mode = "false";
		33269	// synopsys translate_on
		33270
		33271	// atom is at LC4_F26
		33272	flex10ke_lcell \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[3] (
		33273	// Equation(s):
		33274	// \wrwidth_cnt_rtl_7\|wysi_counter\|q [3] = DFFEA((\wrwidth_cnt_rtl_7\|wysi_counter\|q [3] $ (wrwidth_ena & \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[2]~COUT )) & wd, GLOBAL(\fclk~dataout ), , , wrwidth_ena, , )
		33275
		33276	.dataa(wrwidth_ena),
		33277	.datab(wd),
		33278	.datac(vcc),
		33279	.datad(vcc),
		33280	.aclr(gnd),
		33281	.aload(gnd),
		33282	.clk(fclk),
		33283	.cin(\wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[2]~COUT ),
		33284	.cascin(vcc),
		33285	.devclrn(devclrn),
		33286	.devpor(devpor),
		33287	.combout(),
		33288	.regout(\wrwidth_cnt_rtl_7\|wysi_counter\|q [3]),
		33289	.cout(),
		33290	.cascout());
		33291	// synopsys translate_off
		33292	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[3] .cin_used = "true";
		33293	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[3] .clock_enable_mode = "true";
		33294	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[3] .lut_mask = "6c6c";
		33295	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[3] .operation_mode = "clrb_cntr";
		33296	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[3] .output_mode = "reg_only";
		33297	defparam \wrwidth_cnt_rtl_7\|wysi_counter\|counter_cell[3] .packed_mode = "false";
		33298	// synopsys translate_on
		33299
		33300	// atom is at LC8_J35
		33301	flex10ke_lcell \sl_sync[0]~I (
		33302	// Equation(s):
		33303	// sl_sync[0] = DFFEA(\vg_sl~dataout , GLOBAL(\fclk~dataout ), , , , , )
		33304
		33305	.dataa(vcc),
		33306	.datab(vcc),
		33307	.datac(vcc),
		33308	.datad(vg_sl),
		33309	.aclr(gnd),
		33310	.aload(gnd),
		33311	.clk(fclk),
		33312	.cin(gnd),
		33313	.cascin(vcc),
		33314	.devclrn(devclrn),
		33315	.devpor(devpor),
		33316	.combout(),
		33317	.regout(sl_sync[0]),
		33318	.cout(),
		33319	.cascout());
		33320	// synopsys translate_off
		33321	defparam \sl_sync[0]~I .clock_enable_mode = "false";
		33322	defparam \sl_sync[0]~I .lut_mask = "ff00";
		33323	defparam \sl_sync[0]~I .operation_mode = "normal";
		33324	defparam \sl_sync[0]~I .output_mode = "reg_only";
		33325	defparam \sl_sync[0]~I .packed_mode = "false";
		33326	// synopsys translate_on
		33327
		33328	// atom is at LC1_J35
		33329	flex10ke_lcell \sl_sync[1]~I (
		33330	// Equation(s):
		33331	// sl_sync[1] = DFFEA(sl_sync[0], GLOBAL(\fclk~dataout ), , , , , )
		33332
		33333	.dataa(vcc),
		33334	.datab(vcc),
		33335	.datac(vcc),
		33336	.datad(sl_sync[0]),
		33337	.aclr(gnd),
		33338	.aload(gnd),
		33339	.clk(fclk),
		33340	.cin(gnd),
		33341	.cascin(vcc),
		33342	.devclrn(devclrn),
		33343	.devpor(devpor),
		33344	.combout(),
		33345	.regout(sl_sync[1]),
		33346	.cout(),
		33347	.cascout());
		33348	// synopsys translate_off
		33349	defparam \sl_sync[1]~I .clock_enable_mode = "false";
		33350	defparam \sl_sync[1]~I .lut_mask = "ff00";
		33351	defparam \sl_sync[1]~I .operation_mode = "normal";
		33352	defparam \sl_sync[1]~I .output_mode = "reg_only";
		33353	defparam \sl_sync[1]~I .packed_mode = "false";
		33354	// synopsys translate_on
		33355
		33356	// atom is at LC4_F29
		33357	flex10ke_lcell \tr43_sync[0]~I (
		33358	// Equation(s):
		33359	// tr43_sync[0] = DFFEA(\vg_tr43~dataout , GLOBAL(\fclk~dataout ), , , , , )
		33360
		33361	.dataa(vcc),
		33362	.datab(vcc),
		33363	.datac(vcc),
		33364	.datad(vg_tr43),
		33365	.aclr(gnd),
		33366	.aload(gnd),
		33367	.clk(fclk),
		33368	.cin(gnd),
		33369	.cascin(vcc),
		33370	.devclrn(devclrn),
		33371	.devpor(devpor),
		33372	.combout(),
		33373	.regout(tr43_sync[0]),
		33374	.cout(),
		33375	.cascout());
		33376	// synopsys translate_off
		33377	defparam \tr43_sync[0]~I .clock_enable_mode = "false";
		33378	defparam \tr43_sync[0]~I .lut_mask = "ff00";
		33379	defparam \tr43_sync[0]~I .operation_mode = "normal";
		33380	defparam \tr43_sync[0]~I .output_mode = "reg_only";
		33381	defparam \tr43_sync[0]~I .packed_mode = "false";
		33382	// synopsys translate_on
		33383
		33384	// atom is at LC5_F29
		33385	flex10ke_lcell \tr43_sync[1]~I (
		33386	// Equation(s):
		33387	// tr43_sync[1] = DFFEA(tr43_sync[0], GLOBAL(\fclk~dataout ), , , , , )
		33388
		33389	.dataa(vcc),
		33390	.datab(vcc),
		33391	.datac(vcc),
		33392	.datad(tr43_sync[0]),
		33393	.aclr(gnd),
		33394	.aload(gnd),
		33395	.clk(fclk),
		33396	.cin(gnd),
		33397	.cascin(vcc),
		33398	.devclrn(devclrn),
		33399	.devpor(devpor),
		33400	.combout(),
		33401	.regout(tr43_sync[1]),
		33402	.cout(),
		33403	.cascout());
		33404	// synopsys translate_off
		33405	defparam \tr43_sync[1]~I .clock_enable_mode = "false";
		33406	defparam \tr43_sync[1]~I .lut_mask = "ff00";
		33407	defparam \tr43_sync[1]~I .operation_mode = "normal";
		33408	defparam \tr43_sync[1]~I .output_mode = "reg_only";
		33409	defparam \tr43_sync[1]~I .packed_mode = "false";
		33410	// synopsys translate_on
		33411
		33412	// atom is at LC1_F29
		33413	flex10ke_lcell \sr_sync[0]~I (
		33414	// Equation(s):
		33415	// sr_sync[0] = DFFEA(\vg_sr~dataout , GLOBAL(\fclk~dataout ), , , , , )
		33416
		33417	.dataa(vcc),
		33418	.datab(vcc),
		33419	.datac(vcc),
		33420	.datad(vg_sr),
		33421	.aclr(gnd),
		33422	.aload(gnd),
		33423	.clk(fclk),
		33424	.cin(gnd),
		33425	.cascin(vcc),
		33426	.devclrn(devclrn),
		33427	.devpor(devpor),
		33428	.combout(),
		33429	.regout(sr_sync[0]),
		33430	.cout(),
		33431	.cascout());
		33432	// synopsys translate_off
		33433	defparam \sr_sync[0]~I .clock_enable_mode = "false";
		33434	defparam \sr_sync[0]~I .lut_mask = "ff00";
		33435	defparam \sr_sync[0]~I .operation_mode = "normal";
		33436	defparam \sr_sync[0]~I .output_mode = "reg_only";
		33437	defparam \sr_sync[0]~I .packed_mode = "false";
		33438	// synopsys translate_on
		33439
		33440	// atom is at LC3_F29
		33441	flex10ke_lcell \sr_sync[1]~I (
		33442	// Equation(s):
		33443	// sr_sync[1] = DFFEA(sr_sync[0], GLOBAL(\fclk~dataout ), , , , , )
		33444
		33445	.dataa(vcc),
		33446	.datab(vcc),
		33447	.datac(vcc),
		33448	.datad(sr_sync[0]),
		33449	.aclr(gnd),
		33450	.aload(gnd),
		33451	.clk(fclk),
		33452	.cin(gnd),
		33453	.cascin(vcc),
		33454	.devclrn(devclrn),
		33455	.devpor(devpor),
		33456	.combout(),
		33457	.regout(sr_sync[1]),
		33458	.cout(),
		33459	.cascout());
		33460	// synopsys translate_off
		33461	defparam \sr_sync[1]~I .clock_enable_mode = "false";
		33462	defparam \sr_sync[1]~I .lut_mask = "ff00";
		33463	defparam \sr_sync[1]~I .operation_mode = "normal";
		33464	defparam \sr_sync[1]~I .output_mode = "reg_only";
		33465	defparam \sr_sync[1]~I .packed_mode = "false";
		33466	// synopsys translate_on
		33467
		33468	// atom is at LC7_F32
		33469	flex10ke_lcell \wrdelay_cnt~750_I (
		33470	// Equation(s):
		33471	// \wrdelay_cnt~750 = sl_sync[1] & (sr_sync[1]) # !sl_sync[1] & (!sr_sync[1] # !tr43_sync[1])
		33472
		33473	.dataa(vcc),
		33474	.datab(tr43_sync[1]),
		33475	.datac(sl_sync[1]),
		33476	.datad(sr_sync[1]),
		33477	.aclr(gnd),
		33478	.aload(gnd),
		33479	.clk(gnd),
		33480	.cin(gnd),
		33481	.cascin(vcc),
		33482	.devclrn(devclrn),
		33483	.devpor(devpor),
		33484	.combout(\wrdelay_cnt~750 ),
		33485	.regout(),
		33486	.cout(),
		33487	.cascout());
		33488	// synopsys translate_off
		33489	defparam \wrdelay_cnt~750_I .clock_enable_mode = "false";
		33490	defparam \wrdelay_cnt~750_I .lut_mask = "f30f";
		33491	defparam \wrdelay_cnt~750_I .operation_mode = "normal";
		33492	defparam \wrdelay_cnt~750_I .output_mode = "comb_only";
		33493	defparam \wrdelay_cnt~750_I .packed_mode = "false";
		33494	// synopsys translate_on
		33495
		33496	// atom is at LC4_F32
		33497	flex10ke_lcell \wrdelay_cnt[0]~I (
		33498	// Equation(s):
		33499	// wrdelay_cnt[0] = DFFEA(wd & !\Equal1~24 & !wrdelay_cnt[0] # !wd & (\wrdelay_cnt~750 ), GLOBAL(\fclk~dataout ), , , , , )
		33500
		33501	.dataa(\Equal1~24 ),
		33502	.datab(wrdelay_cnt[0]),
		33503	.datac(wd),
		33504	.datad(\wrdelay_cnt~750 ),
		33505	.aclr(gnd),
		33506	.aload(gnd),
		33507	.clk(fclk),
		33508	.cin(gnd),
		33509	.cascin(vcc),
		33510	.devclrn(devclrn),
		33511	.devpor(devpor),
		33512	.combout(),
		33513	.regout(wrdelay_cnt[0]),
		33514	.cout(),
		33515	.cascout());
		33516	// synopsys translate_off
		33517	defparam \wrdelay_cnt[0]~I .clock_enable_mode = "false";
		33518	defparam \wrdelay_cnt[0]~I .lut_mask = "1f10";
		33519	defparam \wrdelay_cnt[0]~I .operation_mode = "normal";
		33520	defparam \wrdelay_cnt[0]~I .output_mode = "reg_only";
		33521	defparam \wrdelay_cnt[0]~I .packed_mode = "false";
		33522	// synopsys translate_on
		33523
		33524	// atom is at LC8_F32
		33525	flex10ke_lcell \Equal1~25_I (
		33526	// Equation(s):
		33527	// \Equal1~25 = !wrdelay_cnt[0] & !wrdelay_cnt[1]
		33528
		33529	.dataa(vcc),
		33530	.datab(vcc),
		33531	.datac(wrdelay_cnt[0]),
		33532	.datad(wrdelay_cnt[1]),
		33533	.aclr(gnd),
		33534	.aload(gnd),
		33535	.clk(gnd),
		33536	.cin(gnd),
		33537	.cascin(vcc),
		33538	.devclrn(devclrn),
		33539	.devpor(devpor),
		33540	.combout(\Equal1~25 ),
		33541	.regout(),
		33542	.cout(),
		33543	.cascout());
		33544	// synopsys translate_off
		33545	defparam \Equal1~25_I .clock_enable_mode = "false";
		33546	defparam \Equal1~25_I .lut_mask = "000f";
		33547	defparam \Equal1~25_I .operation_mode = "normal";
		33548	defparam \Equal1~25_I .output_mode = "comb_only";
		33549	defparam \Equal1~25_I .packed_mode = "false";
		33550	// synopsys translate_on
		33551
		33552	// atom is at LC7_F29
		33553	flex10ke_lcell \wrdelay_cnt~755_I (
		33554	// Equation(s):
		33555	// \wrdelay_cnt~768 = wd # tr43_sync[1] & (sr_sync[1] # !sl_sync[1]) # !tr43_sync[1] & (sl_sync[1] # !sr_sync[1])
		33556
		33557	.dataa(wd),
		33558	.datab(tr43_sync[1]),
		33559	.datac(sl_sync[1]),
		33560	.datad(sr_sync[1]),
		33561	.aclr(gnd),
		33562	.aload(gnd),
		33563	.clk(gnd),
		33564	.cin(gnd),
		33565	.cascin(vcc),
		33566	.devclrn(devclrn),
		33567	.devpor(devpor),
		33568	.combout(\wrdelay_cnt~755 ),
		33569	.regout(),
		33570	.cout(),
		33571	.cascout(\wrdelay_cnt~768 ));
		33572	// synopsys translate_off
		33573	defparam \wrdelay_cnt~755_I .clock_enable_mode = "false";
		33574	defparam \wrdelay_cnt~755_I .lut_mask = "febf";
		33575	defparam \wrdelay_cnt~755_I .operation_mode = "normal";
		33576	defparam \wrdelay_cnt~755_I .output_mode = "none";
		33577	defparam \wrdelay_cnt~755_I .packed_mode = "false";
		33578	// synopsys translate_on
		33579
		33580	// atom is at LC8_F29
		33581	flex10ke_lcell \wrdelay_cnt~758_I (
		33582	// Equation(s):
		33583	// \wrdelay_cnt~758 = (!\Equal1~24 & (\Equal1~25 $ wrdelay_cnt[2]) # !wd) & CASCADE(\wrdelay_cnt~768 )
		33584
		33585	.dataa(\Equal1~24 ),
		33586	.datab(\Equal1~25 ),
		33587	.datac(wrdelay_cnt[2]),
		33588	.datad(wd),
		33589	.aclr(gnd),
		33590	.aload(gnd),
		33591	.clk(gnd),
		33592	.cin(gnd),
		33593	.cascin(\wrdelay_cnt~768 ),
		33594	.devclrn(devclrn),
		33595	.devpor(devpor),
		33596	.combout(\wrdelay_cnt~758 ),
		33597	.regout(),
		33598	.cout(),
		33599	.cascout());
		33600	// synopsys translate_off
		33601	defparam \wrdelay_cnt~758_I .clock_enable_mode = "false";
		33602	defparam \wrdelay_cnt~758_I .lut_mask = "14ff";
		33603	defparam \wrdelay_cnt~758_I .operation_mode = "normal";
		33604	defparam \wrdelay_cnt~758_I .output_mode = "comb_only";
		33605	defparam \wrdelay_cnt~758_I .packed_mode = "false";
		33606	// synopsys translate_on
		33607
		33608	// atom is at LC2_F29
		33609	flex10ke_lcell \wrdelay_cnt[2]~I (
		33610	// Equation(s):
		33611	// wrdelay_cnt[2] = DFFEA(\wrdelay_cnt~758 , GLOBAL(\fclk~dataout ), , , , , )
		33612
		33613	.dataa(vcc),
		33614	.datab(vcc),
		33615	.datac(vcc),
		33616	.datad(\wrdelay_cnt~758 ),
		33617	.aclr(gnd),
		33618	.aload(gnd),
		33619	.clk(fclk),
		33620	.cin(gnd),
		33621	.cascin(vcc),
		33622	.devclrn(devclrn),
		33623	.devpor(devpor),
		33624	.combout(),
		33625	.regout(wrdelay_cnt[2]),
		33626	.cout(),
		33627	.cascout());
		33628	// synopsys translate_off
		33629	defparam \wrdelay_cnt[2]~I .clock_enable_mode = "false";
		33630	defparam \wrdelay_cnt[2]~I .lut_mask = "ff00";
		33631	defparam \wrdelay_cnt[2]~I .operation_mode = "normal";
		33632	defparam \wrdelay_cnt[2]~I .output_mode = "reg_only";
		33633	defparam \wrdelay_cnt[2]~I .packed_mode = "false";
		33634	// synopsys translate_on
		33635
		33636	// atom is at LC5_F32
		33637	flex10ke_lcell \wrdelay_cnt~745_I (
		33638	// Equation(s):
		33639	// \wrdelay_cnt~745 = wd & wrdelay_cnt[3] & (wrdelay_cnt[2] # !\Equal1~25 )
		33640
		33641	.dataa(wd),
		33642	.datab(\Equal1~25 ),
		33643	.datac(wrdelay_cnt[2]),
		33644	.datad(wrdelay_cnt[3]),
		33645	.aclr(gnd),
		33646	.aload(gnd),
		33647	.clk(gnd),
		33648	.cin(gnd),
		33649	.cascin(vcc),
		33650	.devclrn(devclrn),
		33651	.devpor(devpor),
		33652	.combout(\wrdelay_cnt~745 ),
		33653	.regout(),
		33654	.cout(),
		33655	.cascout());
		33656	// synopsys translate_off
		33657	defparam \wrdelay_cnt~745_I .clock_enable_mode = "false";
		33658	defparam \wrdelay_cnt~745_I .lut_mask = "a200";
		33659	defparam \wrdelay_cnt~745_I .operation_mode = "normal";
		33660	defparam \wrdelay_cnt~745_I .output_mode = "comb_only";
		33661	defparam \wrdelay_cnt~745_I .packed_mode = "false";
		33662	// synopsys translate_on
		33663
		33664	// atom is at LC1_F32
		33665	flex10ke_lcell \wrdelay_cnt[3]~I (
		33666	// Equation(s):
		33667	// wrdelay_cnt[3] = DFFEA(\wrdelay_cnt~745 # !sl_sync[1] & sr_sync[1] & !wd, GLOBAL(\fclk~dataout ), , , , , )
		33668
		33669	.dataa(sl_sync[1]),
		33670	.datab(sr_sync[1]),
		33671	.datac(wd),
		33672	.datad(\wrdelay_cnt~745 ),
		33673	.aclr(gnd),
		33674	.aload(gnd),
		33675	.clk(fclk),
		33676	.cin(gnd),
		33677	.cascin(vcc),
		33678	.devclrn(devclrn),
		33679	.devpor(devpor),
		33680	.combout(),
		33681	.regout(wrdelay_cnt[3]),
		33682	.cout(),
		33683	.cascout());
		33684	// synopsys translate_off
		33685	defparam \wrdelay_cnt[3]~I .clock_enable_mode = "false";
		33686	defparam \wrdelay_cnt[3]~I .lut_mask = "ff04";
		33687	defparam \wrdelay_cnt[3]~I .operation_mode = "normal";
		33688	defparam \wrdelay_cnt[3]~I .output_mode = "reg_only";
		33689	defparam \wrdelay_cnt[3]~I .packed_mode = "false";
		33690	// synopsys translate_on
		33691
		33692	// atom is at LC6_F32
		33693	flex10ke_lcell \wrdelay_cnt~748_I (
		33694	// Equation(s):
		33695	// \wrdelay_cnt~748 = wrdelay_cnt[0] & !wrdelay_cnt[1] # !wrdelay_cnt[0] & (wrdelay_cnt[1] # !wrdelay_cnt[2] & !wrdelay_cnt[3])
		33696
		33697	.dataa(wrdelay_cnt[0]),
		33698	.datab(wrdelay_cnt[1]),
		33699	.datac(wrdelay_cnt[2]),
		33700	.datad(wrdelay_cnt[3]),
		33701	.aclr(gnd),
		33702	.aload(gnd),
		33703	.clk(gnd),
		33704	.cin(gnd),
		33705	.cascin(vcc),
		33706	.devclrn(devclrn),
		33707	.devpor(devpor),
		33708	.combout(\wrdelay_cnt~748 ),
		33709	.regout(),
		33710	.cout(),
		33711	.cascout());
		33712	// synopsys translate_off
		33713	defparam \wrdelay_cnt~748_I .clock_enable_mode = "false";
		33714	defparam \wrdelay_cnt~748_I .lut_mask = "6667";
		33715	defparam \wrdelay_cnt~748_I .operation_mode = "normal";
		33716	defparam \wrdelay_cnt~748_I .output_mode = "comb_only";
		33717	defparam \wrdelay_cnt~748_I .packed_mode = "false";
		33718	// synopsys translate_on
		33719
		33720	// atom is at LC3_F32
		33721	flex10ke_lcell \wrdelay_cnt[1]~I (
		33722	// Equation(s):
		33723	// wrdelay_cnt[1] = DFFEA(wd & (!\wrdelay_cnt~748 ) # !wd & (sr_sync[1] # !sl_sync[1]), GLOBAL(\fclk~dataout ), , , , , )
		33724
		33725	.dataa(sr_sync[1]),
		33726	.datab(wd),
		33727	.datac(sl_sync[1]),
		33728	.datad(\wrdelay_cnt~748 ),
		33729	.aclr(gnd),
		33730	.aload(gnd),
		33731	.clk(fclk),
		33732	.cin(gnd),
		33733	.cascin(vcc),
		33734	.devclrn(devclrn),
		33735	.devpor(devpor),
		33736	.combout(),
		33737	.regout(wrdelay_cnt[1]),
		33738	.cout(),
		33739	.cascout());
		33740	// synopsys translate_off
		33741	defparam \wrdelay_cnt[1]~I .clock_enable_mode = "false";
		33742	defparam \wrdelay_cnt[1]~I .lut_mask = "23ef";
		33743	defparam \wrdelay_cnt[1]~I .operation_mode = "normal";
		33744	defparam \wrdelay_cnt[1]~I .output_mode = "reg_only";
		33745	defparam \wrdelay_cnt[1]~I .packed_mode = "false";
		33746	// synopsys translate_on
		33747
		33748	// atom is at LC2_F32
		33749	flex10ke_lcell \Equal1~24_I (
		33750	// Equation(s):
		33751	// \Equal1~24 = !wrdelay_cnt[0] & !wrdelay_cnt[1] & !wrdelay_cnt[2] & !wrdelay_cnt[3]
		33752
		33753	.dataa(wrdelay_cnt[0]),
		33754	.datab(wrdelay_cnt[1]),
		33755	.datac(wrdelay_cnt[2]),
		33756	.datad(wrdelay_cnt[3]),
		33757	.aclr(gnd),
		33758	.aload(gnd),
		33759	.clk(gnd),
		33760	.cin(gnd),
		33761	.cascin(vcc),
		33762	.devclrn(devclrn),
		33763	.devpor(devpor),
		33764	.combout(\Equal1~24 ),
		33765	.regout(),
		33766	.cout(),
		33767	.cascout());
		33768	// synopsys translate_off
		33769	defparam \Equal1~24_I .clock_enable_mode = "false";
		33770	defparam \Equal1~24_I .lut_mask = "0001";
		33771	defparam \Equal1~24_I .operation_mode = "normal";
		33772	defparam \Equal1~24_I .output_mode = "comb_only";
		33773	defparam \Equal1~24_I .packed_mode = "false";
		33774	// synopsys translate_on
		33775
		33776	// atom is at LC8_F26
		33777	flex10ke_lcell \wrwidth_ena~I (
		33778	// Equation(s):
		33779	// wrwidth_ena = wd_sync[2] & !\wrwidth_cnt_rtl_7\|wysi_counter\|q [3] & (\Equal1~24 ) # !wd_sync[2] & (wd_sync[1] # !\wrwidth_cnt_rtl_7\|wysi_counter\|q [3] & \Equal1~24 )
		33780
		33781	.dataa(wd_sync[2]),
		33782	.datab(\wrwidth_cnt_rtl_7\|wysi_counter\|q [3]),
		33783	.datac(wd_sync[1]),
		33784	.datad(\Equal1~24 ),
		33785	.aclr(gnd),
		33786	.aload(gnd),
		33787	.clk(gnd),
		33788	.cin(gnd),
		33789	.cascin(vcc),
		33790	.devclrn(devclrn),
		33791	.devpor(devpor),
		33792	.combout(wrwidth_ena),
		33793	.regout(),
		33794	.cout(),
		33795	.cascout());
		33796	// synopsys translate_off
		33797	defparam \wrwidth_ena~I .clock_enable_mode = "false";
		33798	defparam \wrwidth_ena~I .lut_mask = "7350";
		33799	defparam \wrwidth_ena~I .operation_mode = "normal";
		33800	defparam \wrwidth_ena~I .output_mode = "comb_only";
		33801	defparam \wrwidth_ena~I .packed_mode = "false";
		33802	// synopsys translate_on
		33803
		33804	// atom is at LC6_E33
		33805	flex10ke_lcell \drq_sync[0]~I (
		33806	// Equation(s):
		33807	// drq_sync[0] = DFFEA(\vg_drq~dataout , GLOBAL(\clkz_in~dataout ), , , , , )
		33808
		33809	.dataa(vcc),
		33810	.datab(vcc),
		33811	.datac(vcc),
		33812	.datad(vg_drq),
		33813	.aclr(gnd),
		33814	.aload(gnd),
		33815	.clk(zclk),
		33816	.cin(gnd),
		33817	.cascin(vcc),
		33818	.devclrn(devclrn),
		33819	.devpor(devpor),
		33820	.combout(),
		33821	.regout(drq_sync[0]),
		33822	.cout(),
		33823	.cascout());
		33824	// synopsys translate_off
		33825	defparam \drq_sync[0]~I .clock_enable_mode = "false";
		33826	defparam \drq_sync[0]~I .lut_mask = "ff00";
		33827	defparam \drq_sync[0]~I .operation_mode = "normal";
		33828	defparam \drq_sync[0]~I .output_mode = "reg_only";
		33829	defparam \drq_sync[0]~I .packed_mode = "false";
		33830	// synopsys translate_on
		33831
		33832	// atom is at LC8_H24
		33833	flex10ke_lcell \intrq_sync[0]~I (
		33834	// Equation(s):
		33835	// intrq_sync[0] = DFFEA(\vg_irq~dataout , GLOBAL(\clkz_in~dataout ), , , , , )
		33836
		33837	.dataa(vcc),
		33838	.datab(vcc),
		33839	.datac(vcc),
		33840	.datad(vg_irq),
		33841	.aclr(gnd),
		33842	.aload(gnd),
		33843	.clk(zclk),
		33844	.cin(gnd),
		33845	.cascin(vcc),
		33846	.devclrn(devclrn),
		33847	.devpor(devpor),
		33848	.combout(),
		33849	.regout(intrq_sync[0]),
		33850	.cout(),
		33851	.cascout());
		33852	// synopsys translate_off
		33853	defparam \intrq_sync[0]~I .clock_enable_mode = "false";
		33854	defparam \intrq_sync[0]~I .lut_mask = "ff00";
		33855	defparam \intrq_sync[0]~I .operation_mode = "normal";
		33856	defparam \intrq_sync[0]~I .output_mode = "reg_only";
		33857	defparam \intrq_sync[0]~I .packed_mode = "false";
		33858	// synopsys translate_on
		33859
		33860	endmodule
		33861
		33862	module vga_synch (
		33863	vga_hsync,
		33864	scanout_start,
		33865	hsync_start,
		33866	clk,
		33867	devpor,
		33868	devclrn,
		33869	devoe);
		33870	output vga_hsync;
		33871	output scanout_start;
		33872	input hsync_start;
		33873	input clk;
		33874	input devpor;
		33875	input devclrn;
		33876	input devoe;
		33877
		33878	wire gnd = 1'b0;
		33879	wire vcc = 1'b1;
		33880
		33881	wire \Equal0~61 ;
		33882	wire \Equal1~50 ;
		33883	wire \Equal0~60 ;
		33884	wire \hcount~429 ;
		33885	wire \Equal1~49 ;
		33886	wire \Equal1~47 ;
		33887	wire \Equal1~48 ;
		33888	wire \hcount[9]~428 ;
		33889	wire \Equal2~35 ;
		33890	wire [9:0] hcount;
		33891	wire [9:0] \Add0\|adder\|result_node\|cs_buffer ;
		33892	wire [9:0] \Add0\|adder\|result_node\|cout ;
		33893	wire [9:0] \Add0\|adder\|unreg_res_node ;
		33894
		33895
		33896	// atom is at LC3_I6
		33897	flex10ke_lcell \Equal0~61_I (
		33898	// Equation(s):
		33899	// \Equal0~61 = !hcount[7] & hcount[8] & hcount[5] & hcount[6]
		33900
		33901	.dataa(hcount[7]),
		33902	.datab(hcount[8]),
		33903	.datac(hcount[5]),
		33904	.datad(hcount[6]),
		33905	.aclr(gnd),
		33906	.aload(gnd),
		33907	.clk(gnd),
		33908	.cin(gnd),
		33909	.cascin(vcc),
		33910	.devclrn(devclrn),
		33911	.devpor(devpor),
		33912	.combout(\Equal0~61 ),
		33913	.regout(),
		33914	.cout(),
		33915	.cascout());
		33916	// synopsys translate_off
		33917	defparam \Equal0~61_I .clock_enable_mode = "false";
		33918	defparam \Equal0~61_I .lut_mask = "4000";
		33919	defparam \Equal0~61_I .operation_mode = "normal";
		33920	defparam \Equal0~61_I .output_mode = "comb_only";
		33921	defparam \Equal0~61_I .packed_mode = "false";
		33922	// synopsys translate_on
		33923
		33924	// atom is at LC3_I12
		33925	flex10ke_lcell \vga_hsync~I (
		33926	// Equation(s):
		33927	// vga_hsync = DFFEA(\Equal1~48 & (\hcount[9]~428 # !\Equal1~49 & vga_hsync) # !\Equal1~48 & (vga_hsync), GLOBAL(\fclk~dataout ), , , , , )
		33928
		33929	.dataa(\Equal1~49 ),
		33930	.datab(\Equal1~48 ),
		33931	.datac(vga_hsync),
		33932	.datad(\hcount[9]~428 ),
		33933	.aclr(gnd),
		33934	.aload(gnd),
		33935	.clk(clk),
		33936	.cin(gnd),
		33937	.cascin(vcc),
		33938	.devclrn(devclrn),
		33939	.devpor(devpor),
		33940	.combout(),
		33941	.regout(vga_hsync),
		33942	.cout(),
		33943	.cascout());
		33944	// synopsys translate_off
		33945	defparam \vga_hsync~I .clock_enable_mode = "false";
		33946	defparam \vga_hsync~I .lut_mask = "fc70";
		33947	defparam \vga_hsync~I .operation_mode = "normal";
		33948	defparam \vga_hsync~I .output_mode = "reg_only";
		33949	defparam \vga_hsync~I .packed_mode = "false";
		33950	// synopsys translate_on
		33951
		33952	// atom is at LC2_I6
		33953	flex10ke_lcell \scanout_start~I (
		33954	// Equation(s):
		33955	// scanout_start = DFFEA(\Equal2~35 & hcount[7] & \Equal0~60 , GLOBAL(\fclk~dataout ), , , , , )
		33956
		33957	.dataa(vcc),
		33958	.datab(\Equal2~35 ),
		33959	.datac(hcount[7]),
		33960	.datad(\Equal0~60 ),
		33961	.aclr(gnd),
		33962	.aload(gnd),
		33963	.clk(clk),
		33964	.cin(gnd),
		33965	.cascin(vcc),
		33966	.devclrn(devclrn),
		33967	.devpor(devpor),
		33968	.combout(),
		33969	.regout(scanout_start),
		33970	.cout(),
		33971	.cascout());
		33972	// synopsys translate_off
		33973	defparam \scanout_start~I .clock_enable_mode = "false";
		33974	defparam \scanout_start~I .lut_mask = "c000";
		33975	defparam \scanout_start~I .operation_mode = "normal";
		33976	defparam \scanout_start~I .output_mode = "reg_only";
		33977	defparam \scanout_start~I .packed_mode = "false";
		33978	// synopsys translate_on
		33979
		33980	// atom is at LC4_I7
		33981	flex10ke_lcell \hcount[0]~I (
		33982	// Equation(s):
		33983	// hcount[0] = DFFEA(!\hcount~429 & !hcount[0], GLOBAL(\fclk~dataout ), , , , , )
		33984	// \Add0\|adder\|result_node\|cout [0] = CARRY(hcount[0])
		33985
		33986	.dataa(\hcount~429 ),
		33987	.datab(hcount[0]),
		33988	.datac(vcc),
		33989	.datad(vcc),
		33990	.aclr(gnd),
		33991	.aload(gnd),
		33992	.clk(clk),
		33993	.cin(gnd),
		33994	.cascin(vcc),
		33995	.devclrn(devclrn),
		33996	.devpor(devpor),
		33997	.combout(),
		33998	.regout(hcount[0]),
		33999	.cout(\Add0\|adder\|result_node\|cout [0]),
		34000	.cascout());
		34001	// synopsys translate_off
		34002	defparam \hcount[0]~I .clock_enable_mode = "false";
		34003	defparam \hcount[0]~I .lut_mask = "11cc";
		34004	defparam \hcount[0]~I .operation_mode = "arithmetic";
		34005	defparam \hcount[0]~I .output_mode = "reg_only";
		34006	defparam \hcount[0]~I .packed_mode = "false";
		34007	// synopsys translate_on
		34008
		34009	// atom is at LC5_I7
		34010	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[1]~I (
		34011	// Equation(s):
		34012	// \Add0\|adder\|result_node\|cs_buffer [1] = hcount[1] $ \Add0\|adder\|result_node\|cout [0]
		34013	// \Add0\|adder\|result_node\|cout [1] = CARRY(hcount[1] & \Add0\|adder\|result_node\|cout [0])
		34014
		34015	.dataa(vcc),
		34016	.datab(hcount[1]),
		34017	.datac(vcc),
		34018	.datad(vcc),
		34019	.aclr(gnd),
		34020	.aload(gnd),
		34021	.clk(gnd),
		34022	.cin(\Add0\|adder\|result_node\|cout [0]),
		34023	.cascin(vcc),
		34024	.devclrn(devclrn),
		34025	.devpor(devpor),
		34026	.combout(\Add0\|adder\|result_node\|cs_buffer [1]),
		34027	.regout(),
		34028	.cout(\Add0\|adder\|result_node\|cout [1]),
		34029	.cascout());
		34030	// synopsys translate_off
		34031	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .cin_used = "true";
		34032	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .clock_enable_mode = "false";
		34033	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .lut_mask = "3cc0";
		34034	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .operation_mode = "arithmetic";
		34035	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .output_mode = "comb_only";
		34036	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .packed_mode = "false";
		34037	// synopsys translate_on
		34038
		34039	// atom is at LC2_I12
		34040	flex10ke_lcell \hcount[1]~I (
		34041	// Equation(s):
		34042	// hcount[1] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [1] # hsync_start, GLOBAL(\fclk~dataout ), , , , , )
		34043
		34044	.dataa(vcc),
		34045	.datab(vcc),
		34046	.datac(\Add0\|adder\|result_node\|cs_buffer [1]),
		34047	.datad(hsync_start),
		34048	.aclr(gnd),
		34049	.aload(gnd),
		34050	.clk(clk),
		34051	.cin(gnd),
		34052	.cascin(vcc),
		34053	.devclrn(devclrn),
		34054	.devpor(devpor),
		34055	.combout(),
		34056	.regout(hcount[1]),
		34057	.cout(),
		34058	.cascout());
		34059	// synopsys translate_off
		34060	defparam \hcount[1]~I .clock_enable_mode = "false";
		34061	defparam \hcount[1]~I .lut_mask = "fff0";
		34062	defparam \hcount[1]~I .operation_mode = "normal";
		34063	defparam \hcount[1]~I .output_mode = "reg_only";
		34064	defparam \hcount[1]~I .packed_mode = "false";
		34065	// synopsys translate_on
		34066
		34067	// atom is at LC6_I7
		34068	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[2]~I (
		34069	// Equation(s):
		34070	// \Add0\|adder\|result_node\|cs_buffer [2] = hcount[2] $ \Add0\|adder\|result_node\|cout [1]
		34071	// \Add0\|adder\|result_node\|cout [2] = CARRY(hcount[2] & \Add0\|adder\|result_node\|cout [1])
		34072
		34073	.dataa(vcc),
		34074	.datab(hcount[2]),
		34075	.datac(vcc),
		34076	.datad(vcc),
		34077	.aclr(gnd),
		34078	.aload(gnd),
		34079	.clk(gnd),
		34080	.cin(\Add0\|adder\|result_node\|cout [1]),
		34081	.cascin(vcc),
		34082	.devclrn(devclrn),
		34083	.devpor(devpor),
		34084	.combout(\Add0\|adder\|result_node\|cs_buffer [2]),
		34085	.regout(),
		34086	.cout(\Add0\|adder\|result_node\|cout [2]),
		34087	.cascout());
		34088	// synopsys translate_off
		34089	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .cin_used = "true";
		34090	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .clock_enable_mode = "false";
		34091	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .lut_mask = "3cc0";
		34092	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .operation_mode = "arithmetic";
		34093	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .output_mode = "comb_only";
		34094	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .packed_mode = "false";
		34095	// synopsys translate_on
		34096
		34097	// atom is at LC3_I7
		34098	flex10ke_lcell \hcount[2]~I (
		34099	// Equation(s):
		34100	// hcount[2] = DFFEA(!\hcount~429 & \Add0\|adder\|result_node\|cs_buffer [2], GLOBAL(\fclk~dataout ), , , , , )
		34101
		34102	.dataa(vcc),
		34103	.datab(vcc),
		34104	.datac(\hcount~429 ),
		34105	.datad(\Add0\|adder\|result_node\|cs_buffer [2]),
		34106	.aclr(gnd),
		34107	.aload(gnd),
		34108	.clk(clk),
		34109	.cin(gnd),
		34110	.cascin(vcc),
		34111	.devclrn(devclrn),
		34112	.devpor(devpor),
		34113	.combout(),
		34114	.regout(hcount[2]),
		34115	.cout(),
		34116	.cascout());
		34117	// synopsys translate_off
		34118	defparam \hcount[2]~I .clock_enable_mode = "false";
		34119	defparam \hcount[2]~I .lut_mask = "0f00";
		34120	defparam \hcount[2]~I .operation_mode = "normal";
		34121	defparam \hcount[2]~I .output_mode = "reg_only";
		34122	defparam \hcount[2]~I .packed_mode = "false";
		34123	// synopsys translate_on
		34124
		34125	// atom is at LC7_I7
		34126	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[3]~I (
		34127	// Equation(s):
		34128	// \Add0\|adder\|result_node\|cs_buffer [3] = hcount[3] $ \Add0\|adder\|result_node\|cout [2]
		34129	// \Add0\|adder\|result_node\|cout [3] = CARRY(hcount[3] & \Add0\|adder\|result_node\|cout [2])
		34130
		34131	.dataa(vcc),
		34132	.datab(hcount[3]),
		34133	.datac(vcc),
		34134	.datad(vcc),
		34135	.aclr(gnd),
		34136	.aload(gnd),
		34137	.clk(gnd),
		34138	.cin(\Add0\|adder\|result_node\|cout [2]),
		34139	.cascin(vcc),
		34140	.devclrn(devclrn),
		34141	.devpor(devpor),
		34142	.combout(\Add0\|adder\|result_node\|cs_buffer [3]),
		34143	.regout(),
		34144	.cout(\Add0\|adder\|result_node\|cout [3]),
		34145	.cascout());
		34146	// synopsys translate_off
		34147	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .cin_used = "true";
		34148	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .clock_enable_mode = "false";
		34149	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .lut_mask = "3cc0";
		34150	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .operation_mode = "arithmetic";
		34151	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .output_mode = "comb_only";
		34152	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .packed_mode = "false";
		34153	// synopsys translate_on
		34154
		34155	// atom is at LC8_I7
		34156	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[4]~I (
		34157	// Equation(s):
		34158	// \Add0\|adder\|result_node\|cs_buffer [4] = hcount[4] $ \Add0\|adder\|result_node\|cout [3]
		34159	// \Add0\|adder\|result_node\|cout [4] = CARRY(hcount[4] & \Add0\|adder\|result_node\|cout [3])
		34160
		34161	.dataa(vcc),
		34162	.datab(hcount[4]),
		34163	.datac(vcc),
		34164	.datad(vcc),
		34165	.aclr(gnd),
		34166	.aload(gnd),
		34167	.clk(gnd),
		34168	.cin(\Add0\|adder\|result_node\|cout [3]),
		34169	.cascin(vcc),
		34170	.devclrn(devclrn),
		34171	.devpor(devpor),
		34172	.combout(\Add0\|adder\|result_node\|cs_buffer [4]),
		34173	.regout(),
		34174	.cout(\Add0\|adder\|result_node\|cout [4]),
		34175	.cascout());
		34176	// synopsys translate_off
		34177	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .cin_used = "true";
		34178	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .clock_enable_mode = "false";
		34179	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .lut_mask = "3cc0";
		34180	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .operation_mode = "arithmetic";
		34181	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .output_mode = "comb_only";
		34182	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .packed_mode = "false";
		34183	// synopsys translate_on
		34184
		34185	// atom is at LC2_I7
		34186	flex10ke_lcell \hcount[4]~I (
		34187	// Equation(s):
		34188	// hcount[4] = DFFEA(!\hcount~429 & \Add0\|adder\|result_node\|cs_buffer [4], GLOBAL(\fclk~dataout ), , , , , )
		34189
		34190	.dataa(vcc),
		34191	.datab(vcc),
		34192	.datac(\hcount~429 ),
		34193	.datad(\Add0\|adder\|result_node\|cs_buffer [4]),
		34194	.aclr(gnd),
		34195	.aload(gnd),
		34196	.clk(clk),
		34197	.cin(gnd),
		34198	.cascin(vcc),
		34199	.devclrn(devclrn),
		34200	.devpor(devpor),
		34201	.combout(),
		34202	.regout(hcount[4]),
		34203	.cout(),
		34204	.cascout());
		34205	// synopsys translate_off
		34206	defparam \hcount[4]~I .clock_enable_mode = "false";
		34207	defparam \hcount[4]~I .lut_mask = "0f00";
		34208	defparam \hcount[4]~I .operation_mode = "normal";
		34209	defparam \hcount[4]~I .output_mode = "reg_only";
		34210	defparam \hcount[4]~I .packed_mode = "false";
		34211	// synopsys translate_on
		34212
		34213	// atom is at LC1_I9
		34214	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[5]~I (
		34215	// Equation(s):
		34216	// \Add0\|adder\|result_node\|cs_buffer [5] = hcount[5] $ \Add0\|adder\|result_node\|cout [4]
		34217	// \Add0\|adder\|result_node\|cout [5] = CARRY(hcount[5] & \Add0\|adder\|result_node\|cout [4])
		34218
		34219	.dataa(vcc),
		34220	.datab(hcount[5]),
		34221	.datac(vcc),
		34222	.datad(vcc),
		34223	.aclr(gnd),
		34224	.aload(gnd),
		34225	.clk(gnd),
		34226	.cin(\Add0\|adder\|result_node\|cout [4]),
		34227	.cascin(vcc),
		34228	.devclrn(devclrn),
		34229	.devpor(devpor),
		34230	.combout(\Add0\|adder\|result_node\|cs_buffer [5]),
		34231	.regout(),
		34232	.cout(\Add0\|adder\|result_node\|cout [5]),
		34233	.cascout());
		34234	// synopsys translate_off
		34235	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .cin_used = "true";
		34236	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .clock_enable_mode = "false";
		34237	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .lut_mask = "3cc0";
		34238	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .operation_mode = "arithmetic";
		34239	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .output_mode = "comb_only";
		34240	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .packed_mode = "false";
		34241	// synopsys translate_on
		34242
		34243	// atom is at LC8_I9
		34244	flex10ke_lcell \hcount[5]~I (
		34245	// Equation(s):
		34246	// hcount[5] = DFFEA(!\hcount~429 & \Add0\|adder\|result_node\|cs_buffer [5], GLOBAL(\fclk~dataout ), , , , , )
		34247
		34248	.dataa(vcc),
		34249	.datab(vcc),
		34250	.datac(\hcount~429 ),
		34251	.datad(\Add0\|adder\|result_node\|cs_buffer [5]),
		34252	.aclr(gnd),
		34253	.aload(gnd),
		34254	.clk(clk),
		34255	.cin(gnd),
		34256	.cascin(vcc),
		34257	.devclrn(devclrn),
		34258	.devpor(devpor),
		34259	.combout(),
		34260	.regout(hcount[5]),
		34261	.cout(),
		34262	.cascout());
		34263	// synopsys translate_off
		34264	defparam \hcount[5]~I .clock_enable_mode = "false";
		34265	defparam \hcount[5]~I .lut_mask = "0f00";
		34266	defparam \hcount[5]~I .operation_mode = "normal";
		34267	defparam \hcount[5]~I .output_mode = "reg_only";
		34268	defparam \hcount[5]~I .packed_mode = "false";
		34269	// synopsys translate_on
		34270
		34271	// atom is at LC2_I9
		34272	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[6]~I (
		34273	// Equation(s):
		34274	// \Add0\|adder\|result_node\|cs_buffer [6] = hcount[6] $ \Add0\|adder\|result_node\|cout [5]
		34275	// \Add0\|adder\|result_node\|cout [6] = CARRY(hcount[6] & \Add0\|adder\|result_node\|cout [5])
		34276
		34277	.dataa(vcc),
		34278	.datab(hcount[6]),
		34279	.datac(vcc),
		34280	.datad(vcc),
		34281	.aclr(gnd),
		34282	.aload(gnd),
		34283	.clk(gnd),
		34284	.cin(\Add0\|adder\|result_node\|cout [5]),
		34285	.cascin(vcc),
		34286	.devclrn(devclrn),
		34287	.devpor(devpor),
		34288	.combout(\Add0\|adder\|result_node\|cs_buffer [6]),
		34289	.regout(),
		34290	.cout(\Add0\|adder\|result_node\|cout [6]),
		34291	.cascout());
		34292	// synopsys translate_off
		34293	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .cin_used = "true";
		34294	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .clock_enable_mode = "false";
		34295	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .lut_mask = "3cc0";
		34296	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .operation_mode = "arithmetic";
		34297	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .output_mode = "comb_only";
		34298	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .packed_mode = "false";
		34299	// synopsys translate_on
		34300
		34301	// atom is at LC6_I9
		34302	flex10ke_lcell \hcount[6]~I (
		34303	// Equation(s):
		34304	// hcount[6] = DFFEA(!\hcount~429 & \Add0\|adder\|result_node\|cs_buffer [6], GLOBAL(\fclk~dataout ), , , , , )
		34305
		34306	.dataa(vcc),
		34307	.datab(vcc),
		34308	.datac(\hcount~429 ),
		34309	.datad(\Add0\|adder\|result_node\|cs_buffer [6]),
		34310	.aclr(gnd),
		34311	.aload(gnd),
		34312	.clk(clk),
		34313	.cin(gnd),
		34314	.cascin(vcc),
		34315	.devclrn(devclrn),
		34316	.devpor(devpor),
		34317	.combout(),
		34318	.regout(hcount[6]),
		34319	.cout(),
		34320	.cascout());
		34321	// synopsys translate_off
		34322	defparam \hcount[6]~I .clock_enable_mode = "false";
		34323	defparam \hcount[6]~I .lut_mask = "0f00";
		34324	defparam \hcount[6]~I .operation_mode = "normal";
		34325	defparam \hcount[6]~I .output_mode = "reg_only";
		34326	defparam \hcount[6]~I .packed_mode = "false";
		34327	// synopsys translate_on
		34328
		34329	// atom is at LC3_I9
		34330	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[7]~I (
		34331	// Equation(s):
		34332	// \Add0\|adder\|result_node\|cs_buffer [7] = hcount[7] $ \Add0\|adder\|result_node\|cout [6]
		34333	// \Add0\|adder\|result_node\|cout [7] = CARRY(hcount[7] & \Add0\|adder\|result_node\|cout [6])
		34334
		34335	.dataa(vcc),
		34336	.datab(hcount[7]),
		34337	.datac(vcc),
		34338	.datad(vcc),
		34339	.aclr(gnd),
		34340	.aload(gnd),
		34341	.clk(gnd),
		34342	.cin(\Add0\|adder\|result_node\|cout [6]),
		34343	.cascin(vcc),
		34344	.devclrn(devclrn),
		34345	.devpor(devpor),
		34346	.combout(\Add0\|adder\|result_node\|cs_buffer [7]),
		34347	.regout(),
		34348	.cout(\Add0\|adder\|result_node\|cout [7]),
		34349	.cascout());
		34350	// synopsys translate_off
		34351	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .cin_used = "true";
		34352	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .clock_enable_mode = "false";
		34353	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .lut_mask = "3cc0";
		34354	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .operation_mode = "arithmetic";
		34355	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .output_mode = "comb_only";
		34356	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .packed_mode = "false";
		34357	// synopsys translate_on
		34358
		34359	// atom is at LC6_I6
		34360	flex10ke_lcell \hcount[7]~I (
		34361	// Equation(s):
		34362	// hcount[7] = DFFEA(!\hcount~429 & \Add0\|adder\|result_node\|cs_buffer [7], GLOBAL(\fclk~dataout ), , , , , )
		34363
		34364	.dataa(vcc),
		34365	.datab(vcc),
		34366	.datac(\hcount~429 ),
		34367	.datad(\Add0\|adder\|result_node\|cs_buffer [7]),
		34368	.aclr(gnd),
		34369	.aload(gnd),
		34370	.clk(clk),
		34371	.cin(gnd),
		34372	.cascin(vcc),
		34373	.devclrn(devclrn),
		34374	.devpor(devpor),
		34375	.combout(),
		34376	.regout(hcount[7]),
		34377	.cout(),
		34378	.cascout());
		34379	// synopsys translate_off
		34380	defparam \hcount[7]~I .clock_enable_mode = "false";
		34381	defparam \hcount[7]~I .lut_mask = "0f00";
		34382	defparam \hcount[7]~I .operation_mode = "normal";
		34383	defparam \hcount[7]~I .output_mode = "reg_only";
		34384	defparam \hcount[7]~I .packed_mode = "false";
		34385	// synopsys translate_on
		34386
		34387	// atom is at LC4_I9
		34388	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[8]~I (
		34389	// Equation(s):
		34390	// \Add0\|adder\|result_node\|cs_buffer [8] = hcount[8] $ \Add0\|adder\|result_node\|cout [7]
		34391	// \Add0\|adder\|result_node\|cout [8] = CARRY(hcount[8] & \Add0\|adder\|result_node\|cout [7])
		34392
		34393	.dataa(vcc),
		34394	.datab(hcount[8]),
		34395	.datac(vcc),
		34396	.datad(vcc),
		34397	.aclr(gnd),
		34398	.aload(gnd),
		34399	.clk(gnd),
		34400	.cin(\Add0\|adder\|result_node\|cout [7]),
		34401	.cascin(vcc),
		34402	.devclrn(devclrn),
		34403	.devpor(devpor),
		34404	.combout(\Add0\|adder\|result_node\|cs_buffer [8]),
		34405	.regout(),
		34406	.cout(\Add0\|adder\|result_node\|cout [8]),
		34407	.cascout());
		34408	// synopsys translate_off
		34409	defparam \Add0\|adder\|result_node\|cs_buffer[8]~I .cin_used = "true";
		34410	defparam \Add0\|adder\|result_node\|cs_buffer[8]~I .clock_enable_mode = "false";
		34411	defparam \Add0\|adder\|result_node\|cs_buffer[8]~I .lut_mask = "3cc0";
		34412	defparam \Add0\|adder\|result_node\|cs_buffer[8]~I .operation_mode = "arithmetic";
		34413	defparam \Add0\|adder\|result_node\|cs_buffer[8]~I .output_mode = "comb_only";
		34414	defparam \Add0\|adder\|result_node\|cs_buffer[8]~I .packed_mode = "false";
		34415	// synopsys translate_on
		34416
		34417	// atom is at LC5_I6
		34418	flex10ke_lcell \hcount[8]~I (
		34419	// Equation(s):
		34420	// hcount[8] = DFFEA(!\hcount~429 & \Add0\|adder\|result_node\|cs_buffer [8], GLOBAL(\fclk~dataout ), , , , , )
		34421
		34422	.dataa(vcc),
		34423	.datab(vcc),
		34424	.datac(\hcount~429 ),
		34425	.datad(\Add0\|adder\|result_node\|cs_buffer [8]),
		34426	.aclr(gnd),
		34427	.aload(gnd),
		34428	.clk(clk),
		34429	.cin(gnd),
		34430	.cascin(vcc),
		34431	.devclrn(devclrn),
		34432	.devpor(devpor),
		34433	.combout(),
		34434	.regout(hcount[8]),
		34435	.cout(),
		34436	.cascout());
		34437	// synopsys translate_off
		34438	defparam \hcount[8]~I .clock_enable_mode = "false";
		34439	defparam \hcount[8]~I .lut_mask = "0f00";
		34440	defparam \hcount[8]~I .operation_mode = "normal";
		34441	defparam \hcount[8]~I .output_mode = "reg_only";
		34442	defparam \hcount[8]~I .packed_mode = "false";
		34443	// synopsys translate_on
		34444
		34445	// atom is at LC5_I9
		34446	flex10ke_lcell \Add0\|adder\|unreg_res_node[9]~I (
		34447	// Equation(s):
		34448	// \Add0\|adder\|unreg_res_node [9] = \Add0\|adder\|result_node\|cout [8] $ hcount[9]
		34449
		34450	.dataa(vcc),
		34451	.datab(vcc),
		34452	.datac(vcc),
		34453	.datad(hcount[9]),
		34454	.aclr(gnd),
		34455	.aload(gnd),
		34456	.clk(gnd),
		34457	.cin(\Add0\|adder\|result_node\|cout [8]),
		34458	.cascin(vcc),
		34459	.devclrn(devclrn),
		34460	.devpor(devpor),
		34461	.combout(\Add0\|adder\|unreg_res_node [9]),
		34462	.regout(),
		34463	.cout(),
		34464	.cascout());
		34465	// synopsys translate_off
		34466	defparam \Add0\|adder\|unreg_res_node[9]~I .cin_used = "true";
		34467	defparam \Add0\|adder\|unreg_res_node[9]~I .clock_enable_mode = "false";
		34468	defparam \Add0\|adder\|unreg_res_node[9]~I .lut_mask = "0ff0";
		34469	defparam \Add0\|adder\|unreg_res_node[9]~I .operation_mode = "normal";
		34470	defparam \Add0\|adder\|unreg_res_node[9]~I .output_mode = "comb_only";
		34471	defparam \Add0\|adder\|unreg_res_node[9]~I .packed_mode = "false";
		34472	// synopsys translate_on
		34473
		34474	// atom is at LC7_I9
		34475	flex10ke_lcell \hcount[9]~I (
		34476	// Equation(s):
		34477	// hcount[9] = DFFEA(!\hcount~429 & \Add0\|adder\|unreg_res_node [9], GLOBAL(\fclk~dataout ), , , , , )
		34478
		34479	.dataa(vcc),
		34480	.datab(vcc),
		34481	.datac(\hcount~429 ),
		34482	.datad(\Add0\|adder\|unreg_res_node [9]),
		34483	.aclr(gnd),
		34484	.aload(gnd),
		34485	.clk(clk),
		34486	.cin(gnd),
		34487	.cascin(vcc),
		34488	.devclrn(devclrn),
		34489	.devpor(devpor),
		34490	.combout(),
		34491	.regout(hcount[9]),
		34492	.cout(),
		34493	.cascout());
		34494	// synopsys translate_off
		34495	defparam \hcount[9]~I .clock_enable_mode = "false";
		34496	defparam \hcount[9]~I .lut_mask = "0f00";
		34497	defparam \hcount[9]~I .operation_mode = "normal";
		34498	defparam \hcount[9]~I .output_mode = "reg_only";
		34499	defparam \hcount[9]~I .packed_mode = "false";
		34500	// synopsys translate_on
		34501
		34502	// atom is at LC8_I12
		34503	flex10ke_lcell \Equal1~50_I (
		34504	// Equation(s):
		34505	// \Equal1~50 = hcount[1] & hcount[3]
		34506
		34507	.dataa(vcc),
		34508	.datab(vcc),
		34509	.datac(hcount[1]),
		34510	.datad(hcount[3]),
		34511	.aclr(gnd),
		34512	.aload(gnd),
		34513	.clk(gnd),
		34514	.cin(gnd),
		34515	.cascin(vcc),
		34516	.devclrn(devclrn),
		34517	.devpor(devpor),
		34518	.combout(\Equal1~50 ),
		34519	.regout(),
		34520	.cout(),
		34521	.cascout());
		34522	// synopsys translate_off
		34523	defparam \Equal1~50_I .clock_enable_mode = "false";
		34524	defparam \Equal1~50_I .lut_mask = "f000";
		34525	defparam \Equal1~50_I .operation_mode = "normal";
		34526	defparam \Equal1~50_I .output_mode = "comb_only";
		34527	defparam \Equal1~50_I .packed_mode = "false";
		34528	// synopsys translate_on
		34529
		34530	// atom is at LC1_I12
		34531	flex10ke_lcell \Equal0~60_I (
		34532	// Equation(s):
		34533	// \Equal0~60 = hcount[2] & hcount[4] & \Equal1~50 & hcount[0]
		34534
		34535	.dataa(hcount[2]),
		34536	.datab(hcount[4]),
		34537	.datac(\Equal1~50 ),
		34538	.datad(hcount[0]),
		34539	.aclr(gnd),
		34540	.aload(gnd),
		34541	.clk(gnd),
		34542	.cin(gnd),
		34543	.cascin(vcc),
		34544	.devclrn(devclrn),
		34545	.devpor(devpor),
		34546	.combout(\Equal0~60 ),
		34547	.regout(),
		34548	.cout(),
		34549	.cascout());
		34550	// synopsys translate_off
		34551	defparam \Equal0~60_I .clock_enable_mode = "false";
		34552	defparam \Equal0~60_I .lut_mask = "8000";
		34553	defparam \Equal0~60_I .operation_mode = "normal";
		34554	defparam \Equal0~60_I .output_mode = "comb_only";
		34555	defparam \Equal0~60_I .packed_mode = "false";
		34556	// synopsys translate_on
		34557
		34558	// atom is at LC1_I6
		34559	flex10ke_lcell \hcount~429_I (
		34560	// Equation(s):
		34561	// \hcount~429 = hsync_start # \Equal0~61 & hcount[9] & \Equal0~60
		34562
		34563	.dataa(\Equal0~61 ),
		34564	.datab(hcount[9]),
		34565	.datac(\Equal0~60 ),
		34566	.datad(hsync_start),
		34567	.aclr(gnd),
		34568	.aload(gnd),
		34569	.clk(gnd),
		34570	.cin(gnd),
		34571	.cascin(vcc),
		34572	.devclrn(devclrn),
		34573	.devpor(devpor),
		34574	.combout(\hcount~429 ),
		34575	.regout(),
		34576	.cout(),
		34577	.cascout());
		34578	// synopsys translate_off
		34579	defparam \hcount~429_I .clock_enable_mode = "false";
		34580	defparam \hcount~429_I .lut_mask = "ff80";
		34581	defparam \hcount~429_I .operation_mode = "normal";
		34582	defparam \hcount~429_I .output_mode = "comb_only";
		34583	defparam \hcount~429_I .packed_mode = "false";
		34584	// synopsys translate_on
		34585
		34586	// atom is at LC1_I7
		34587	flex10ke_lcell \hcount[3]~I (
		34588	// Equation(s):
		34589	// hcount[3] = DFFEA(!\hcount~429 & \Add0\|adder\|result_node\|cs_buffer [3], GLOBAL(\fclk~dataout ), , , , , )
		34590
		34591	.dataa(vcc),
		34592	.datab(vcc),
		34593	.datac(\hcount~429 ),
		34594	.datad(\Add0\|adder\|result_node\|cs_buffer [3]),
		34595	.aclr(gnd),
		34596	.aload(gnd),
		34597	.clk(clk),
		34598	.cin(gnd),
		34599	.cascin(vcc),
		34600	.devclrn(devclrn),
		34601	.devpor(devpor),
		34602	.combout(),
		34603	.regout(hcount[3]),
		34604	.cout(),
		34605	.cascout());
		34606	// synopsys translate_off
		34607	defparam \hcount[3]~I .clock_enable_mode = "false";
		34608	defparam \hcount[3]~I .lut_mask = "0f00";
		34609	defparam \hcount[3]~I .operation_mode = "normal";
		34610	defparam \hcount[3]~I .output_mode = "reg_only";
		34611	defparam \hcount[3]~I .packed_mode = "false";
		34612	// synopsys translate_on
		34613
		34614	// atom is at LC7_I12
		34615	flex10ke_lcell \Equal1~49_I (
		34616	// Equation(s):
		34617	// \Equal1~49 = hcount[1] & hcount[3] & hcount[5] & hcount[6]
		34618
		34619	.dataa(hcount[1]),
		34620	.datab(hcount[3]),
		34621	.datac(hcount[5]),
		34622	.datad(hcount[6]),
		34623	.aclr(gnd),
		34624	.aload(gnd),
		34625	.clk(gnd),
		34626	.cin(gnd),
		34627	.cascin(vcc),
		34628	.devclrn(devclrn),
		34629	.devpor(devpor),
		34630	.combout(\Equal1~49 ),
		34631	.regout(),
		34632	.cout(),
		34633	.cascout());
		34634	// synopsys translate_off
		34635	defparam \Equal1~49_I .clock_enable_mode = "false";
		34636	defparam \Equal1~49_I .lut_mask = "8000";
		34637	defparam \Equal1~49_I .operation_mode = "normal";
		34638	defparam \Equal1~49_I .output_mode = "comb_only";
		34639	defparam \Equal1~49_I .packed_mode = "false";
		34640	// synopsys translate_on
		34641
		34642	// atom is at LC8_I6
		34643	flex10ke_lcell \Equal1~47_I (
		34644	// Equation(s):
		34645	// \Equal1~47 = !hcount[4] & !hcount[7] & !hcount[9] & !hcount[8]
		34646
		34647	.dataa(hcount[4]),
		34648	.datab(hcount[7]),
		34649	.datac(hcount[9]),
		34650	.datad(hcount[8]),
		34651	.aclr(gnd),
		34652	.aload(gnd),
		34653	.clk(gnd),
		34654	.cin(gnd),
		34655	.cascin(vcc),
		34656	.devclrn(devclrn),
		34657	.devpor(devpor),
		34658	.combout(\Equal1~47 ),
		34659	.regout(),
		34660	.cout(),
		34661	.cascout());
		34662	// synopsys translate_off
		34663	defparam \Equal1~47_I .clock_enable_mode = "false";
		34664	defparam \Equal1~47_I .lut_mask = "0001";
		34665	defparam \Equal1~47_I .operation_mode = "normal";
		34666	defparam \Equal1~47_I .output_mode = "comb_only";
		34667	defparam \Equal1~47_I .packed_mode = "false";
		34668	// synopsys translate_on
		34669
		34670	// atom is at LC5_I12
		34671	flex10ke_lcell \Equal1~48_I (
		34672	// Equation(s):
		34673	// \Equal1~48 = !hcount[0] & !hcount[2] & \Equal1~47
		34674
		34675	.dataa(vcc),
		34676	.datab(hcount[0]),
		34677	.datac(hcount[2]),
		34678	.datad(\Equal1~47 ),
		34679	.aclr(gnd),
		34680	.aload(gnd),
		34681	.clk(gnd),
		34682	.cin(gnd),
		34683	.cascin(vcc),
		34684	.devclrn(devclrn),
		34685	.devpor(devpor),
		34686	.combout(\Equal1~48 ),
		34687	.regout(),
		34688	.cout(),
		34689	.cascout());
		34690	// synopsys translate_off
		34691	defparam \Equal1~48_I .clock_enable_mode = "false";
		34692	defparam \Equal1~48_I .lut_mask = "0300";
		34693	defparam \Equal1~48_I .operation_mode = "normal";
		34694	defparam \Equal1~48_I .output_mode = "comb_only";
		34695	defparam \Equal1~48_I .packed_mode = "false";
		34696	// synopsys translate_on
		34697
		34698	// atom is at LC4_I12
		34699	flex10ke_lcell \hcount[9]~428_I (
		34700	// Equation(s):
		34701	// \hcount[9]~428 = !hcount[1] & !hcount[3] & !hcount[5] & !hcount[6]
		34702
		34703	.dataa(hcount[1]),
		34704	.datab(hcount[3]),
		34705	.datac(hcount[5]),
		34706	.datad(hcount[6]),
		34707	.aclr(gnd),
		34708	.aload(gnd),
		34709	.clk(gnd),
		34710	.cin(gnd),
		34711	.cascin(vcc),
		34712	.devclrn(devclrn),
		34713	.devpor(devpor),
		34714	.combout(\hcount[9]~428 ),
		34715	.regout(),
		34716	.cout(),
		34717	.cascout());
		34718	// synopsys translate_off
		34719	defparam \hcount[9]~428_I .clock_enable_mode = "false";
		34720	defparam \hcount[9]~428_I .lut_mask = "0001";
		34721	defparam \hcount[9]~428_I .operation_mode = "normal";
		34722	defparam \hcount[9]~428_I .output_mode = "comb_only";
		34723	defparam \hcount[9]~428_I .packed_mode = "false";
		34724	// synopsys translate_on
		34725
		34726	// atom is at LC4_I6
		34727	flex10ke_lcell \Equal2~35_I (
		34728	// Equation(s):
		34729	// \Equal2~35 = !hcount[5] & !hcount[6] & !hcount[9] & !hcount[8]
		34730
		34731	.dataa(hcount[5]),
		34732	.datab(hcount[6]),
		34733	.datac(hcount[9]),
		34734	.datad(hcount[8]),
		34735	.aclr(gnd),
		34736	.aload(gnd),
		34737	.clk(gnd),
		34738	.cin(gnd),
		34739	.cascin(vcc),
		34740	.devclrn(devclrn),
		34741	.devpor(devpor),
		34742	.combout(\Equal2~35 ),
		34743	.regout(),
		34744	.cout(),
		34745	.cascout());
		34746	// synopsys translate_off
		34747	defparam \Equal2~35_I .clock_enable_mode = "false";
		34748	defparam \Equal2~35_I .lut_mask = "0001";
		34749	defparam \Equal2~35_I .operation_mode = "normal";
		34750	defparam \Equal2~35_I .output_mode = "comb_only";
		34751	defparam \Equal2~35_I .packed_mode = "false";
		34752	// synopsys translate_on
		34753
		34754	endmodule
		34755
		34756	module videoout (
		34757	vred_0,
		34758	vred_1,
		34759	vgrn_0,
		34760	vgrn_1,
		34761	vblu_0,
		34762	vblu_1,
		34763	vhsync,
		34764	vvsync,
		34765	vcsync,
		34766	vpix,
		34767	hpix,
		34768	vblank,
		34769	hblank,
		34770	Mux10,
		34771	zxcolor_3,
		34772	peff7_int_0,
		34773	Mux15,
		34774	zxcolor,
		34775	cfg0_reg_out_0,
		34776	zxcolor_1,
		34777	border_1,
		34778	Mux14,
		34779	zxcolor1,
		34780	border_2,
		34781	zxcolor_2,
		34782	Mux16,
		34783	zxcolor2,
		34784	border_0,
		34785	zxcolor_0,
		34786	vga_hsync,
		34787	hsync,
		34788	vsync,
		34789	line_start,
		34790	scanout_start,
		34791	hsync_start,
		34792	fclk,
		34793	devpor,
		34794	devclrn,
		34795	devoe);
		34796	output vred_0;
		34797	output vred_1;
		34798	output vgrn_0;
		34799	output vgrn_1;
		34800	output vblu_0;
		34801	output vblu_1;
		34802	output vhsync;
		34803	output vvsync;
		34804	output vcsync;
		34805	input vpix;
		34806	input hpix;
		34807	input vblank;
		34808	input hblank;
		34809	input Mux10;
		34810	input zxcolor_3;
		34811	input peff7_int_0;
		34812	input Mux15;
		34813	input zxcolor;
		34814	input cfg0_reg_out_0;
		34815	input zxcolor_1;
		34816	input border_1;
		34817	input Mux14;
		34818	input zxcolor1;
		34819	input border_2;
		34820	input zxcolor_2;
		34821	input Mux16;
		34822	input zxcolor2;
		34823	input border_0;
		34824	input zxcolor_0;
		34825	input vga_hsync;
		34826	input hsync;
		34827	input vsync;
		34828	input line_start;
		34829	input scanout_start;
		34830	input hsync_start;
		34831	input fclk;
		34832	input devpor;
		34833	input devclrn;
		34834	input devoe;
		34835
		34836	wire gnd = 1'b0;
		34837	wire vcc = 1'b1;
		34838
		34839	wire \color[0]~362 ;
		34840	wire \color[0]~363 ;
		34841	wire \color[4]~364 ;
		34842	wire \color[5]~365 ;
		34843	wire \color[5]~366 ;
		34844	wire \color[2]~367 ;
		34845	wire \color[3]~368 ;
		34846	wire \color[0]~369 ;
		34847	wire \color[1]~370 ;
		34848	wire [5:0] \vga_double\|pix_out ;
		34849
		34850
		34851	vga_double vga_double_1(
		34852	.pix_out_4(\vga_double\|pix_out [4]),
		34853	.color_4(\color[4]~364 ),
		34854	.pix_out_5(\vga_double\|pix_out [5]),
		34855	.color_5(\color[5]~366 ),
		34856	.pix_out_2(\vga_double\|pix_out [2]),
		34857	.color_2(\color[2]~367 ),
		34858	.pix_out_3(\vga_double\|pix_out [3]),
		34859	.color_3(\color[3]~368 ),
		34860	.pix_out_0(\vga_double\|pix_out [0]),
		34861	.color_0(\color[0]~369 ),
		34862	.pix_out_1(\vga_double\|pix_out [1]),
		34863	.color_1(\color[1]~370 ),
		34864	.line_start(line_start),
		34865	.scanout_start(scanout_start),
		34866	.hsync_start(hsync_start),
		34867	.fclk(fclk),
		34868	.devpor(devpor),
		34869	.devclrn(devclrn),
		34870	.devoe(devoe));
		34871
		34872	// atom is at LC8_F2
		34873	flex10ke_lcell \vred[0]~COMB_I (
		34874	// Equation(s):
		34875	// vred_0 = cfg0_reg_out_0 & (pix_out_4) # !cfg0_reg_out_0 & \color[4]~364
		34876
		34877	.dataa(vcc),
		34878	.datab(cfg0_reg_out_0),
		34879	.datac(\color[4]~364 ),
		34880	.datad(\vga_double\|pix_out [4]),
		34881	.aclr(gnd),
		34882	.aload(gnd),
		34883	.clk(gnd),
		34884	.cin(gnd),
		34885	.cascin(vcc),
		34886	.devclrn(devclrn),
		34887	.devpor(devpor),
		34888	.combout(vred_0),
		34889	.regout(),
		34890	.cout(),
		34891	.cascout());
		34892	// synopsys translate_off
		34893	defparam \vred[0]~COMB_I .clock_enable_mode = "false";
		34894	defparam \vred[0]~COMB_I .lut_mask = "fc30";
		34895	defparam \vred[0]~COMB_I .operation_mode = "normal";
		34896	defparam \vred[0]~COMB_I .output_mode = "comb_only";
		34897	defparam \vred[0]~COMB_I .packed_mode = "false";
		34898	// synopsys translate_on
		34899
		34900	// atom is at LC6_F2
		34901	flex10ke_lcell \vred[1]~COMB_I (
		34902	// Equation(s):
		34903	// vred_1 = cfg0_reg_out_0 & (pix_out_5) # !cfg0_reg_out_0 & \color[5]~366
		34904
		34905	.dataa(vcc),
		34906	.datab(cfg0_reg_out_0),
		34907	.datac(\color[5]~366 ),
		34908	.datad(\vga_double\|pix_out [5]),
		34909	.aclr(gnd),
		34910	.aload(gnd),
		34911	.clk(gnd),
		34912	.cin(gnd),
		34913	.cascin(vcc),
		34914	.devclrn(devclrn),
		34915	.devpor(devpor),
		34916	.combout(vred_1),
		34917	.regout(),
		34918	.cout(),
		34919	.cascout());
		34920	// synopsys translate_off
		34921	defparam \vred[1]~COMB_I .clock_enable_mode = "false";
		34922	defparam \vred[1]~COMB_I .lut_mask = "fc30";
		34923	defparam \vred[1]~COMB_I .operation_mode = "normal";
		34924	defparam \vred[1]~COMB_I .output_mode = "comb_only";
		34925	defparam \vred[1]~COMB_I .packed_mode = "false";
		34926	// synopsys translate_on
		34927
		34928	// atom is at LC8_F4
		34929	flex10ke_lcell \vgrn[0]~COMB_I (
		34930	// Equation(s):
		34931	// vgrn_0 = cfg0_reg_out_0 & (pix_out_2) # !cfg0_reg_out_0 & \color[2]~367
		34932
		34933	.dataa(vcc),
		34934	.datab(cfg0_reg_out_0),
		34935	.datac(\color[2]~367 ),
		34936	.datad(\vga_double\|pix_out [2]),
		34937	.aclr(gnd),
		34938	.aload(gnd),
		34939	.clk(gnd),
		34940	.cin(gnd),
		34941	.cascin(vcc),
		34942	.devclrn(devclrn),
		34943	.devpor(devpor),
		34944	.combout(vgrn_0),
		34945	.regout(),
		34946	.cout(),
		34947	.cascout());
		34948	// synopsys translate_off
		34949	defparam \vgrn[0]~COMB_I .clock_enable_mode = "false";
		34950	defparam \vgrn[0]~COMB_I .lut_mask = "fc30";
		34951	defparam \vgrn[0]~COMB_I .operation_mode = "normal";
		34952	defparam \vgrn[0]~COMB_I .output_mode = "comb_only";
		34953	defparam \vgrn[0]~COMB_I .packed_mode = "false";
		34954	// synopsys translate_on
		34955
		34956	// atom is at LC4_F4
		34957	flex10ke_lcell \vgrn[1]~COMB_I (
		34958	// Equation(s):
		34959	// vgrn_1 = cfg0_reg_out_0 & (pix_out_3) # !cfg0_reg_out_0 & \color[3]~368
		34960
		34961	.dataa(vcc),
		34962	.datab(cfg0_reg_out_0),
		34963	.datac(\color[3]~368 ),
		34964	.datad(\vga_double\|pix_out [3]),
		34965	.aclr(gnd),
		34966	.aload(gnd),
		34967	.clk(gnd),
		34968	.cin(gnd),
		34969	.cascin(vcc),
		34970	.devclrn(devclrn),
		34971	.devpor(devpor),
		34972	.combout(vgrn_1),
		34973	.regout(),
		34974	.cout(),
		34975	.cascout());
		34976	// synopsys translate_off
		34977	defparam \vgrn[1]~COMB_I .clock_enable_mode = "false";
		34978	defparam \vgrn[1]~COMB_I .lut_mask = "fc30";
		34979	defparam \vgrn[1]~COMB_I .operation_mode = "normal";
		34980	defparam \vgrn[1]~COMB_I .output_mode = "comb_only";
		34981	defparam \vgrn[1]~COMB_I .packed_mode = "false";
		34982	// synopsys translate_on
		34983
		34984	// atom is at LC4_F1
		34985	flex10ke_lcell \vblu[0]~COMB_I (
		34986	// Equation(s):
		34987	// vblu_0 = cfg0_reg_out_0 & (pix_out_0) # !cfg0_reg_out_0 & \color[0]~369
		34988
		34989	.dataa(vcc),
		34990	.datab(cfg0_reg_out_0),
		34991	.datac(\color[0]~369 ),
		34992	.datad(\vga_double\|pix_out [0]),
		34993	.aclr(gnd),
		34994	.aload(gnd),
		34995	.clk(gnd),
		34996	.cin(gnd),
		34997	.cascin(vcc),
		34998	.devclrn(devclrn),
		34999	.devpor(devpor),
		35000	.combout(vblu_0),
		35001	.regout(),
		35002	.cout(),
		35003	.cascout());
		35004	// synopsys translate_off
		35005	defparam \vblu[0]~COMB_I .clock_enable_mode = "false";
		35006	defparam \vblu[0]~COMB_I .lut_mask = "fc30";
		35007	defparam \vblu[0]~COMB_I .operation_mode = "normal";
		35008	defparam \vblu[0]~COMB_I .output_mode = "comb_only";
		35009	defparam \vblu[0]~COMB_I .packed_mode = "false";
		35010	// synopsys translate_on
		35011
		35012	// atom is at LC1_F1
		35013	flex10ke_lcell \vblu[1]~COMB_I (
		35014	// Equation(s):
		35015	// vblu_1 = cfg0_reg_out_0 & (pix_out_1) # !cfg0_reg_out_0 & \color[1]~370
		35016
		35017	.dataa(vcc),
		35018	.datab(cfg0_reg_out_0),
		35019	.datac(\color[1]~370 ),
		35020	.datad(\vga_double\|pix_out [1]),
		35021	.aclr(gnd),
		35022	.aload(gnd),
		35023	.clk(gnd),
		35024	.cin(gnd),
		35025	.cascin(vcc),
		35026	.devclrn(devclrn),
		35027	.devpor(devpor),
		35028	.combout(vblu_1),
		35029	.regout(),
		35030	.cout(),
		35031	.cascout());
		35032	// synopsys translate_off
		35033	defparam \vblu[1]~COMB_I .clock_enable_mode = "false";
		35034	defparam \vblu[1]~COMB_I .lut_mask = "fc30";
		35035	defparam \vblu[1]~COMB_I .operation_mode = "normal";
		35036	defparam \vblu[1]~COMB_I .output_mode = "comb_only";
		35037	defparam \vblu[1]~COMB_I .packed_mode = "false";
		35038	// synopsys translate_on
		35039
		35040	// atom is at LC6_I12
		35041	flex10ke_lcell \vhsync~I (
		35042	// Equation(s):
		35043	// vhsync = DFFEA(cfg0_reg_out_0 & (vga_hsync) # !cfg0_reg_out_0 & hsync, GLOBAL(\fclk~dataout ), , , , , )
		35044
		35045	.dataa(vcc),
		35046	.datab(cfg0_reg_out_0),
		35047	.datac(hsync),
		35048	.datad(vga_hsync),
		35049	.aclr(gnd),
		35050	.aload(gnd),
		35051	.clk(fclk),
		35052	.cin(gnd),
		35053	.cascin(vcc),
		35054	.devclrn(devclrn),
		35055	.devpor(devpor),
		35056	.combout(),
		35057	.regout(vhsync),
		35058	.cout(),
		35059	.cascout());
		35060	// synopsys translate_off
		35061	defparam \vhsync~I .clock_enable_mode = "false";
		35062	defparam \vhsync~I .lut_mask = "fc30";
		35063	defparam \vhsync~I .operation_mode = "normal";
		35064	defparam \vhsync~I .output_mode = "reg_only";
		35065	defparam \vhsync~I .packed_mode = "false";
		35066	// synopsys translate_on
		35067
		35068	// atom is at LC8_H2
		35069	flex10ke_lcell \vvsync~I (
		35070	// Equation(s):
		35071	// vvsync = DFFEA(vsync, GLOBAL(\fclk~dataout ), , , , , )
		35072
		35073	.dataa(vcc),
		35074	.datab(vcc),
		35075	.datac(vcc),
		35076	.datad(vsync),
		35077	.aclr(gnd),
		35078	.aload(gnd),
		35079	.clk(fclk),
		35080	.cin(gnd),
		35081	.cascin(vcc),
		35082	.devclrn(devclrn),
		35083	.devpor(devpor),
		35084	.combout(),
		35085	.regout(vvsync),
		35086	.cout(),
		35087	.cascout());
		35088	// synopsys translate_off
		35089	defparam \vvsync~I .clock_enable_mode = "false";
		35090	defparam \vvsync~I .lut_mask = "ff00";
		35091	defparam \vvsync~I .operation_mode = "normal";
		35092	defparam \vvsync~I .output_mode = "reg_only";
		35093	defparam \vvsync~I .packed_mode = "false";
		35094	// synopsys translate_on
		35095
		35096	// atom is at LC4_H2
		35097	flex10ke_lcell \vcsync~I (
		35098	// Equation(s):
		35099	// vcsync = DFFEA(vsync $ !hsync, GLOBAL(\fclk~dataout ), , , , , )
		35100
		35101	.dataa(vcc),
		35102	.datab(vcc),
		35103	.datac(vsync),
		35104	.datad(hsync),
		35105	.aclr(gnd),
		35106	.aload(gnd),
		35107	.clk(fclk),
		35108	.cin(gnd),
		35109	.cascin(vcc),
		35110	.devclrn(devclrn),
		35111	.devpor(devpor),
		35112	.combout(),
		35113	.regout(vcsync),
		35114	.cout(),
		35115	.cascout());
		35116	// synopsys translate_off
		35117	defparam \vcsync~I .clock_enable_mode = "false";
		35118	defparam \vcsync~I .lut_mask = "f00f";
		35119	defparam \vcsync~I .operation_mode = "normal";
		35120	defparam \vcsync~I .output_mode = "reg_only";
		35121	defparam \vcsync~I .packed_mode = "false";
		35122	// synopsys translate_on
		35123
		35124	// atom is at LC1_H13
		35125	flex10ke_lcell \color[0]~362_I (
		35126	// Equation(s):
		35127	// \color[0]~362 = !hblank & !vblank & hpix & vpix
		35128
		35129	.dataa(hblank),
		35130	.datab(vblank),
		35131	.datac(hpix),
		35132	.datad(vpix),
		35133	.aclr(gnd),
		35134	.aload(gnd),
		35135	.clk(gnd),
		35136	.cin(gnd),
		35137	.cascin(vcc),
		35138	.devclrn(devclrn),
		35139	.devpor(devpor),
		35140	.combout(\color[0]~362 ),
		35141	.regout(),
		35142	.cout(),
		35143	.cascout());
		35144	// synopsys translate_off
		35145	defparam \color[0]~362_I .clock_enable_mode = "false";
		35146	defparam \color[0]~362_I .lut_mask = "1000";
		35147	defparam \color[0]~362_I .operation_mode = "normal";
		35148	defparam \color[0]~362_I .output_mode = "comb_only";
		35149	defparam \color[0]~362_I .packed_mode = "false";
		35150	// synopsys translate_on
		35151
		35152	// atom is at LC5_F2
		35153	flex10ke_lcell \color[0]~363_I (
		35154	// Equation(s):
		35155	// \color[0]~363 = \color[0]~362 & (peff7_int_0 & (Mux10) # !peff7_int_0 & zxcolor_3)
		35156
		35157	.dataa(peff7_int_0),
		35158	.datab(zxcolor_3),
		35159	.datac(Mux10),
		35160	.datad(\color[0]~362 ),
		35161	.aclr(gnd),
		35162	.aload(gnd),
		35163	.clk(gnd),
		35164	.cin(gnd),
		35165	.cascin(vcc),
		35166	.devclrn(devclrn),
		35167	.devpor(devpor),
		35168	.combout(\color[0]~363 ),
		35169	.regout(),
		35170	.cout(),
		35171	.cascout());
		35172	// synopsys translate_off
		35173	defparam \color[0]~363_I .clock_enable_mode = "false";
		35174	defparam \color[0]~363_I .lut_mask = "e400";
		35175	defparam \color[0]~363_I .operation_mode = "normal";
		35176	defparam \color[0]~363_I .output_mode = "comb_only";
		35177	defparam \color[0]~363_I .packed_mode = "false";
		35178	// synopsys translate_on
		35179
		35180	// atom is at LC1_F2
		35181	flex10ke_lcell \color[4]~364_I (
		35182	// Equation(s):
		35183	// \color[4]~364 = \color[0]~363 & (peff7_int_0 & (Mux15) # !peff7_int_0 & zxcolor)
		35184
		35185	.dataa(peff7_int_0),
		35186	.datab(zxcolor),
		35187	.datac(Mux15),
		35188	.datad(\color[0]~363 ),
		35189	.aclr(gnd),
		35190	.aload(gnd),
		35191	.clk(gnd),
		35192	.cin(gnd),
		35193	.cascin(vcc),
		35194	.devclrn(devclrn),
		35195	.devpor(devpor),
		35196	.combout(\color[4]~364 ),
		35197	.regout(),
		35198	.cout(),
		35199	.cascout());
		35200	// synopsys translate_off
		35201	defparam \color[4]~364_I .clock_enable_mode = "false";
		35202	defparam \color[4]~364_I .lut_mask = "e400";
		35203	defparam \color[4]~364_I .operation_mode = "normal";
		35204	defparam \color[4]~364_I .output_mode = "comb_only";
		35205	defparam \color[4]~364_I .packed_mode = "false";
		35206	// synopsys translate_on
		35207
		35208	// atom is at LC4_H13
		35209	flex10ke_lcell \color[5]~365_I (
		35210	// Equation(s):
		35211	// \color[5]~365 = !hblank & !vblank & (!vpix # !hpix)
		35212
		35213	.dataa(hblank),
		35214	.datab(vblank),
		35215	.datac(hpix),
		35216	.datad(vpix),
		35217	.aclr(gnd),
		35218	.aload(gnd),
		35219	.clk(gnd),
		35220	.cin(gnd),
		35221	.cascin(vcc),
		35222	.devclrn(devclrn),
		35223	.devpor(devpor),
		35224	.combout(\color[5]~365 ),
		35225	.regout(),
		35226	.cout(),
		35227	.cascout());
		35228	// synopsys translate_off
		35229	defparam \color[5]~365_I .clock_enable_mode = "false";
		35230	defparam \color[5]~365_I .lut_mask = "0111";
		35231	defparam \color[5]~365_I .operation_mode = "normal";
		35232	defparam \color[5]~365_I .output_mode = "comb_only";
		35233	defparam \color[5]~365_I .packed_mode = "false";
		35234	// synopsys translate_on
		35235
		35236	// atom is at LC7_F2
		35237	flex10ke_lcell \color[5]~366_I (
		35238	// Equation(s):
		35239	// \color[5]~366 = \color[0]~362 & (zxcolor_1 # \color[5]~365 & border_1) # !\color[0]~362 & \color[5]~365 & border_1
		35240
		35241	.dataa(\color[0]~362 ),
		35242	.datab(\color[5]~365 ),
		35243	.datac(border_1),
		35244	.datad(zxcolor_1),
		35245	.aclr(gnd),
		35246	.aload(gnd),
		35247	.clk(gnd),
		35248	.cin(gnd),
		35249	.cascin(vcc),
		35250	.devclrn(devclrn),
		35251	.devpor(devpor),
		35252	.combout(\color[5]~366 ),
		35253	.regout(),
		35254	.cout(),
		35255	.cascout());
		35256	// synopsys translate_off
		35257	defparam \color[5]~366_I .clock_enable_mode = "false";
		35258	defparam \color[5]~366_I .lut_mask = "eac0";
		35259	defparam \color[5]~366_I .operation_mode = "normal";
		35260	defparam \color[5]~366_I .output_mode = "comb_only";
		35261	defparam \color[5]~366_I .packed_mode = "false";
		35262	// synopsys translate_on
		35263
		35264	// atom is at LC2_F4
		35265	flex10ke_lcell \color[2]~367_I (
		35266	// Equation(s):
		35267	// \color[2]~367 = \color[0]~363 & (peff7_int_0 & (Mux14) # !peff7_int_0 & zxcolor1)
		35268
		35269	.dataa(peff7_int_0),
		35270	.datab(zxcolor1),
		35271	.datac(Mux14),
		35272	.datad(\color[0]~363 ),
		35273	.aclr(gnd),
		35274	.aload(gnd),
		35275	.clk(gnd),
		35276	.cin(gnd),
		35277	.cascin(vcc),
		35278	.devclrn(devclrn),
		35279	.devpor(devpor),
		35280	.combout(\color[2]~367 ),
		35281	.regout(),
		35282	.cout(),
		35283	.cascout());
		35284	// synopsys translate_off
		35285	defparam \color[2]~367_I .clock_enable_mode = "false";
		35286	defparam \color[2]~367_I .lut_mask = "e400";
		35287	defparam \color[2]~367_I .operation_mode = "normal";
		35288	defparam \color[2]~367_I .output_mode = "comb_only";
		35289	defparam \color[2]~367_I .packed_mode = "false";
		35290	// synopsys translate_on
		35291
		35292	// atom is at LC3_F4
		35293	flex10ke_lcell \color[3]~368_I (
		35294	// Equation(s):
		35295	// \color[3]~368 = zxcolor_2 & (\color[0]~362 # border_2 & \color[5]~365 ) # !zxcolor_2 & border_2 & \color[5]~365
		35296
		35297	.dataa(zxcolor_2),
		35298	.datab(border_2),
		35299	.datac(\color[5]~365 ),
		35300	.datad(\color[0]~362 ),
		35301	.aclr(gnd),
		35302	.aload(gnd),
		35303	.clk(gnd),
		35304	.cin(gnd),
		35305	.cascin(vcc),
		35306	.devclrn(devclrn),
		35307	.devpor(devpor),
		35308	.combout(\color[3]~368 ),
		35309	.regout(),
		35310	.cout(),
		35311	.cascout());
		35312	// synopsys translate_off
		35313	defparam \color[3]~368_I .clock_enable_mode = "false";
		35314	defparam \color[3]~368_I .lut_mask = "eac0";
		35315	defparam \color[3]~368_I .operation_mode = "normal";
		35316	defparam \color[3]~368_I .output_mode = "comb_only";
		35317	defparam \color[3]~368_I .packed_mode = "false";
		35318	// synopsys translate_on
		35319
		35320	// atom is at LC5_F1
		35321	flex10ke_lcell \color[0]~369_I (
		35322	// Equation(s):
		35323	// \color[0]~369 = \color[0]~363 & (peff7_int_0 & (Mux16) # !peff7_int_0 & zxcolor2)
		35324
		35325	.dataa(peff7_int_0),
		35326	.datab(zxcolor2),
		35327	.datac(Mux16),
		35328	.datad(\color[0]~363 ),
		35329	.aclr(gnd),
		35330	.aload(gnd),
		35331	.clk(gnd),
		35332	.cin(gnd),
		35333	.cascin(vcc),
		35334	.devclrn(devclrn),
		35335	.devpor(devpor),
		35336	.combout(\color[0]~369 ),
		35337	.regout(),
		35338	.cout(),
		35339	.cascout());
		35340	// synopsys translate_off
		35341	defparam \color[0]~369_I .clock_enable_mode = "false";
		35342	defparam \color[0]~369_I .lut_mask = "e400";
		35343	defparam \color[0]~369_I .operation_mode = "normal";
		35344	defparam \color[0]~369_I .output_mode = "comb_only";
		35345	defparam \color[0]~369_I .packed_mode = "false";
		35346	// synopsys translate_on
		35347
		35348	// atom is at LC3_F1
		35349	flex10ke_lcell \color[1]~370_I (
		35350	// Equation(s):
		35351	// \color[1]~370 = zxcolor_0 & (\color[0]~362 # border_0 & \color[5]~365 ) # !zxcolor_0 & border_0 & \color[5]~365
		35352
		35353	.dataa(zxcolor_0),
		35354	.datab(border_0),
		35355	.datac(\color[5]~365 ),
		35356	.datad(\color[0]~362 ),
		35357	.aclr(gnd),
		35358	.aload(gnd),
		35359	.clk(gnd),
		35360	.cin(gnd),
		35361	.cascin(vcc),
		35362	.devclrn(devclrn),
		35363	.devpor(devpor),
		35364	.combout(\color[1]~370 ),
		35365	.regout(),
		35366	.cout(),
		35367	.cascout());
		35368	// synopsys translate_off
		35369	defparam \color[1]~370_I .clock_enable_mode = "false";
		35370	defparam \color[1]~370_I .lut_mask = "eac0";
		35371	defparam \color[1]~370_I .operation_mode = "normal";
		35372	defparam \color[1]~370_I .output_mode = "comb_only";
		35373	defparam \color[1]~370_I .packed_mode = "false";
		35374	// synopsys translate_on
		35375
		35376	endmodule
		35377
		35378	module vga_double (
		35379	pix_out_4,
		35380	color_4,
		35381	pix_out_5,
		35382	color_5,
		35383	pix_out_2,
		35384	color_2,
		35385	pix_out_3,
		35386	color_3,
		35387	pix_out_0,
		35388	color_0,
		35389	pix_out_1,
		35390	color_1,
		35391	line_start,
		35392	scanout_start,
		35393	hsync_start,
		35394	fclk,
		35395	devpor,
		35396	devclrn,
		35397	devoe);
		35398	output pix_out_4;
		35399	input color_4;
		35400	output pix_out_5;
		35401	input color_5;
		35402	output pix_out_2;
		35403	input color_2;
		35404	output pix_out_3;
		35405	input color_3;
		35406	output pix_out_0;
		35407	input color_0;
		35408	output pix_out_1;
		35409	input color_1;
		35410	input line_start;
		35411	input scanout_start;
		35412	input hsync_start;
		35413	input fclk;
		35414	input devpor;
		35415	input devclrn;
		35416	input devoe;
		35417
		35418	wire gnd = 1'b0;
		35419	wire vcc = 1'b1;
		35420
		35421	wire wr_stb;
		35422	wire pages;
		35423	wire \wr_stb~40 ;
		35424	wire \ptr_in[5]~495 ;
		35425	wire \ptr_out[0]~276 ;
		35426	wire \Equal1~11 ;
		35427	wire [9:0] ptr_in;
		35428	wire [9:0] ptr_out;
		35429	wire [9:0] \Add1\|adder\|result_node\|cout ;
		35430	wire [9:0] \Add1\|adder\|result_node\|cs_buffer ;
		35431	wire [9:0] \Add1\|adder\|unreg_res_node ;
		35432	wire [5:0] \line_buf\|mem_rtl_12\|q ;
		35433	wire [9:0] \Add0\|adder\|result_node\|cs_buffer ;
		35434	wire [9:0] \Add0\|adder\|result_node\|cout ;
		35435	wire [9:0] \Add0\|adder\|unreg_res_node ;
		35436
		35437
		35438	mem1536 line_buf(
		35439	.color_4(color_4),
		35440	.color_5(color_5),
		35441	.color_2(color_2),
		35442	.color_3(color_3),
		35443	.color_0(color_0),
		35444	.color_1(color_1),
		35445	.q_4(\line_buf\|mem_rtl_12\|q [4]),
		35446	.ptr_out_8(ptr_out[8]),
		35447	.ptr_out_9(ptr_out[9]),
		35448	.q_5(\line_buf\|mem_rtl_12\|q [5]),
		35449	.q_2(\line_buf\|mem_rtl_12\|q [2]),
		35450	.q_3(\line_buf\|mem_rtl_12\|q [3]),
		35451	.q_0(\line_buf\|mem_rtl_12\|q [0]),
		35452	.q_1(\line_buf\|mem_rtl_12\|q [1]),
		35453	.wr_stb(wr_stb),
		35454	.ptr_in_0(ptr_in[0]),
		35455	.ptr_in_1(ptr_in[1]),
		35456	.ptr_in_2(ptr_in[2]),
		35457	.ptr_in_3(ptr_in[3]),
		35458	.ptr_in_4(ptr_in[4]),
		35459	.ptr_in_5(ptr_in[5]),
		35460	.ptr_in_6(ptr_in[6]),
		35461	.ptr_in_7(ptr_in[7]),
		35462	.pages(pages),
		35463	.ptr_in_8(ptr_in[8]),
		35464	.ptr_in_9(ptr_in[9]),
		35465	.ptr_out_0(ptr_out[0]),
		35466	.ptr_out_1(ptr_out[1]),
		35467	.ptr_out_2(ptr_out[2]),
		35468	.ptr_out_3(ptr_out[3]),
		35469	.ptr_out_4(ptr_out[4]),
		35470	.ptr_out_5(ptr_out[5]),
		35471	.ptr_out_6(ptr_out[6]),
		35472	.ptr_out_7(ptr_out[7]),
		35473	.fclk(fclk),
		35474	.devpor(devpor),
		35475	.devclrn(devclrn),
		35476	.devoe(devoe));
		35477
		35478	// atom is at LC1_J12
		35479	flex10ke_lcell \wr_stb~I (
		35480	// Equation(s):
		35481	// wr_stb = DFFEA(wr_stb $ (!line_start & (!ptr_in[8] # !ptr_in[9])), GLOBAL(\fclk~dataout ), , , , , )
		35482
		35483	.dataa(wr_stb),
		35484	.datab(line_start),
		35485	.datac(ptr_in[9]),
		35486	.datad(ptr_in[8]),
		35487	.aclr(gnd),
		35488	.aload(gnd),
		35489	.clk(fclk),
		35490	.cin(gnd),
		35491	.cascin(vcc),
		35492	.devclrn(devclrn),
		35493	.devpor(devpor),
		35494	.combout(),
		35495	.regout(wr_stb),
		35496	.cout(),
		35497	.cascout());
		35498	// synopsys translate_off
		35499	defparam \wr_stb~I .clock_enable_mode = "false";
		35500	defparam \wr_stb~I .lut_mask = "a999";
		35501	defparam \wr_stb~I .operation_mode = "normal";
		35502	defparam \wr_stb~I .output_mode = "reg_only";
		35503	defparam \wr_stb~I .packed_mode = "false";
		35504	// synopsys translate_on
		35505
		35506	// atom is at LC3_J5
		35507	flex10ke_lcell \ptr_in[0]~I (
		35508	// Equation(s):
		35509	// ptr_in[0] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [0], GLOBAL(\fclk~dataout ), , , \wr_stb~40 , , )
		35510
		35511	.dataa(\wr_stb~40 ),
		35512	.datab(vcc),
		35513	.datac(vcc),
		35514	.datad(\Add0\|adder\|result_node\|cs_buffer [0]),
		35515	.aclr(gnd),
		35516	.aload(gnd),
		35517	.clk(fclk),
		35518	.cin(gnd),
		35519	.cascin(vcc),
		35520	.devclrn(devclrn),
		35521	.devpor(devpor),
		35522	.combout(),
		35523	.regout(ptr_in[0]),
		35524	.cout(),
		35525	.cascout());
		35526	// synopsys translate_off
		35527	defparam \ptr_in[0]~I .clock_enable_mode = "true";
		35528	defparam \ptr_in[0]~I .lut_mask = "ff00";
		35529	defparam \ptr_in[0]~I .operation_mode = "normal";
		35530	defparam \ptr_in[0]~I .output_mode = "reg_only";
		35531	defparam \ptr_in[0]~I .packed_mode = "false";
		35532	// synopsys translate_on
		35533
		35534	// atom is at LC8_J7
		35535	flex10ke_lcell \ptr_in[1]~I (
		35536	// Equation(s):
		35537	// ptr_in[1] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [1], GLOBAL(\fclk~dataout ), , , \wr_stb~40 , , )
		35538
		35539	.dataa(\wr_stb~40 ),
		35540	.datab(vcc),
		35541	.datac(vcc),
		35542	.datad(\Add0\|adder\|result_node\|cs_buffer [1]),
		35543	.aclr(gnd),
		35544	.aload(gnd),
		35545	.clk(fclk),
		35546	.cin(gnd),
		35547	.cascin(vcc),
		35548	.devclrn(devclrn),
		35549	.devpor(devpor),
		35550	.combout(),
		35551	.regout(ptr_in[1]),
		35552	.cout(),
		35553	.cascout());
		35554	// synopsys translate_off
		35555	defparam \ptr_in[1]~I .clock_enable_mode = "true";
		35556	defparam \ptr_in[1]~I .lut_mask = "ff00";
		35557	defparam \ptr_in[1]~I .operation_mode = "normal";
		35558	defparam \ptr_in[1]~I .output_mode = "reg_only";
		35559	defparam \ptr_in[1]~I .packed_mode = "false";
		35560	// synopsys translate_on
		35561
		35562	// atom is at LC2_J5
		35563	flex10ke_lcell \ptr_in[2]~I (
		35564	// Equation(s):
		35565	// ptr_in[2] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [2], GLOBAL(\fclk~dataout ), , , \wr_stb~40 , , )
		35566
		35567	.dataa(\wr_stb~40 ),
		35568	.datab(vcc),
		35569	.datac(vcc),
		35570	.datad(\Add0\|adder\|result_node\|cs_buffer [2]),
		35571	.aclr(gnd),
		35572	.aload(gnd),
		35573	.clk(fclk),
		35574	.cin(gnd),
		35575	.cascin(vcc),
		35576	.devclrn(devclrn),
		35577	.devpor(devpor),
		35578	.combout(),
		35579	.regout(ptr_in[2]),
		35580	.cout(),
		35581	.cascout());
		35582	// synopsys translate_off
		35583	defparam \ptr_in[2]~I .clock_enable_mode = "true";
		35584	defparam \ptr_in[2]~I .lut_mask = "ff00";
		35585	defparam \ptr_in[2]~I .operation_mode = "normal";
		35586	defparam \ptr_in[2]~I .output_mode = "reg_only";
		35587	defparam \ptr_in[2]~I .packed_mode = "false";
		35588	// synopsys translate_on
		35589
		35590	// atom is at LC1_J5
		35591	flex10ke_lcell \ptr_in[3]~I (
		35592	// Equation(s):
		35593	// ptr_in[3] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [3], GLOBAL(\fclk~dataout ), , , \wr_stb~40 , , )
		35594
		35595	.dataa(\wr_stb~40 ),
		35596	.datab(vcc),
		35597	.datac(vcc),
		35598	.datad(\Add0\|adder\|result_node\|cs_buffer [3]),
		35599	.aclr(gnd),
		35600	.aload(gnd),
		35601	.clk(fclk),
		35602	.cin(gnd),
		35603	.cascin(vcc),
		35604	.devclrn(devclrn),
		35605	.devpor(devpor),
		35606	.combout(),
		35607	.regout(ptr_in[3]),
		35608	.cout(),
		35609	.cascout());
		35610	// synopsys translate_off
		35611	defparam \ptr_in[3]~I .clock_enable_mode = "true";
		35612	defparam \ptr_in[3]~I .lut_mask = "ff00";
		35613	defparam \ptr_in[3]~I .operation_mode = "normal";
		35614	defparam \ptr_in[3]~I .output_mode = "reg_only";
		35615	defparam \ptr_in[3]~I .packed_mode = "false";
		35616	// synopsys translate_on
		35617
		35618	// atom is at LC2_J12
		35619	flex10ke_lcell \ptr_in[4]~I (
		35620	// Equation(s):
		35621	// ptr_in[4] = DFFEA(line_start # \Add0\|adder\|result_node\|cs_buffer [4], GLOBAL(\fclk~dataout ), , , \ptr_in[5]~495 , , )
		35622
		35623	.dataa(\ptr_in[5]~495 ),
		35624	.datab(vcc),
		35625	.datac(line_start),
		35626	.datad(\Add0\|adder\|result_node\|cs_buffer [4]),
		35627	.aclr(gnd),
		35628	.aload(gnd),
		35629	.clk(fclk),
		35630	.cin(gnd),
		35631	.cascin(vcc),
		35632	.devclrn(devclrn),
		35633	.devpor(devpor),
		35634	.combout(),
		35635	.regout(ptr_in[4]),
		35636	.cout(),
		35637	.cascout());
		35638	// synopsys translate_off
		35639	defparam \ptr_in[4]~I .clock_enable_mode = "true";
		35640	defparam \ptr_in[4]~I .lut_mask = "fff0";
		35641	defparam \ptr_in[4]~I .operation_mode = "normal";
		35642	defparam \ptr_in[4]~I .output_mode = "reg_only";
		35643	defparam \ptr_in[4]~I .packed_mode = "false";
		35644	// synopsys translate_on
		35645
		35646	// atom is at LC4_J12
		35647	flex10ke_lcell \ptr_in[5]~I (
		35648	// Equation(s):
		35649	// ptr_in[5] = DFFEA(line_start # \Add0\|adder\|result_node\|cs_buffer [5], GLOBAL(\fclk~dataout ), , , \ptr_in[5]~495 , , )
		35650
		35651	.dataa(\ptr_in[5]~495 ),
		35652	.datab(vcc),
		35653	.datac(line_start),
		35654	.datad(\Add0\|adder\|result_node\|cs_buffer [5]),
		35655	.aclr(gnd),
		35656	.aload(gnd),
		35657	.clk(fclk),
		35658	.cin(gnd),
		35659	.cascin(vcc),
		35660	.devclrn(devclrn),
		35661	.devpor(devpor),
		35662	.combout(),
		35663	.regout(ptr_in[5]),
		35664	.cout(),
		35665	.cascout());
		35666	// synopsys translate_off
		35667	defparam \ptr_in[5]~I .clock_enable_mode = "true";
		35668	defparam \ptr_in[5]~I .lut_mask = "fff0";
		35669	defparam \ptr_in[5]~I .operation_mode = "normal";
		35670	defparam \ptr_in[5]~I .output_mode = "reg_only";
		35671	defparam \ptr_in[5]~I .packed_mode = "false";
		35672	// synopsys translate_on
		35673
		35674	// atom is at LC6_J7
		35675	flex10ke_lcell \ptr_in[6]~I (
		35676	// Equation(s):
		35677	// ptr_in[6] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [6], GLOBAL(\fclk~dataout ), , , \wr_stb~40 , , )
		35678
		35679	.dataa(\wr_stb~40 ),
		35680	.datab(vcc),
		35681	.datac(vcc),
		35682	.datad(\Add0\|adder\|result_node\|cs_buffer [6]),
		35683	.aclr(gnd),
		35684	.aload(gnd),
		35685	.clk(fclk),
		35686	.cin(gnd),
		35687	.cascin(vcc),
		35688	.devclrn(devclrn),
		35689	.devpor(devpor),
		35690	.combout(),
		35691	.regout(ptr_in[6]),
		35692	.cout(),
		35693	.cascout());
		35694	// synopsys translate_off
		35695	defparam \ptr_in[6]~I .clock_enable_mode = "true";
		35696	defparam \ptr_in[6]~I .lut_mask = "ff00";
		35697	defparam \ptr_in[6]~I .operation_mode = "normal";
		35698	defparam \ptr_in[6]~I .output_mode = "reg_only";
		35699	defparam \ptr_in[6]~I .packed_mode = "false";
		35700	// synopsys translate_on
		35701
		35702	// atom is at LC7_J7
		35703	flex10ke_lcell \ptr_in[7]~I (
		35704	// Equation(s):
		35705	// ptr_in[7] = DFFEA(\Add0\|adder\|result_node\|cs_buffer [7], GLOBAL(\fclk~dataout ), , , \wr_stb~40 , , )
		35706
		35707	.dataa(\wr_stb~40 ),
		35708	.datab(vcc),
		35709	.datac(vcc),
		35710	.datad(\Add0\|adder\|result_node\|cs_buffer [7]),
		35711	.aclr(gnd),
		35712	.aload(gnd),
		35713	.clk(fclk),
		35714	.cin(gnd),
		35715	.cascin(vcc),
		35716	.devclrn(devclrn),
		35717	.devpor(devpor),
		35718	.combout(),
		35719	.regout(ptr_in[7]),
		35720	.cout(),
		35721	.cascout());
		35722	// synopsys translate_off
		35723	defparam \ptr_in[7]~I .clock_enable_mode = "true";
		35724	defparam \ptr_in[7]~I .lut_mask = "ff00";
		35725	defparam \ptr_in[7]~I .operation_mode = "normal";
		35726	defparam \ptr_in[7]~I .output_mode = "reg_only";
		35727	defparam \ptr_in[7]~I .packed_mode = "false";
		35728	// synopsys translate_on
		35729
		35730	// atom is at LC2_B7
		35731	flex10ke_lcell \pages~I (
		35732	// Equation(s):
		35733	// pages = DFFEA(!pages, GLOBAL(\fclk~dataout ), , , hsync_start, , )
		35734
		35735	.dataa(hsync_start),
		35736	.datab(vcc),
		35737	.datac(vcc),
		35738	.datad(pages),
		35739	.aclr(gnd),
		35740	.aload(gnd),
		35741	.clk(fclk),
		35742	.cin(gnd),
		35743	.cascin(vcc),
		35744	.devclrn(devclrn),
		35745	.devpor(devpor),
		35746	.combout(),
		35747	.regout(pages),
		35748	.cout(),
		35749	.cascout());
		35750	// synopsys translate_off
		35751	defparam \pages~I .clock_enable_mode = "true";
		35752	defparam \pages~I .lut_mask = "00ff";
		35753	defparam \pages~I .operation_mode = "normal";
		35754	defparam \pages~I .output_mode = "reg_only";
		35755	defparam \pages~I .packed_mode = "false";
		35756	// synopsys translate_on
		35757
		35758	// atom is at LC2_J2
		35759	flex10ke_lcell \ptr_in[8]~I (
		35760	// Equation(s):
		35761	// ptr_in[8] = DFFEA(!line_start & (\Add0\|adder\|result_node\|cs_buffer [8] # ptr_in[9] & ptr_in[8]), GLOBAL(\fclk~dataout ), , , , , )
		35762
		35763	.dataa(line_start),
		35764	.datab(ptr_in[9]),
		35765	.datac(ptr_in[8]),
		35766	.datad(\Add0\|adder\|result_node\|cs_buffer [8]),
		35767	.aclr(gnd),
		35768	.aload(gnd),
		35769	.clk(fclk),
		35770	.cin(gnd),
		35771	.cascin(vcc),
		35772	.devclrn(devclrn),
		35773	.devpor(devpor),
		35774	.combout(),
		35775	.regout(ptr_in[8]),
		35776	.cout(),
		35777	.cascout());
		35778	// synopsys translate_off
		35779	defparam \ptr_in[8]~I .clock_enable_mode = "false";
		35780	defparam \ptr_in[8]~I .lut_mask = "5540";
		35781	defparam \ptr_in[8]~I .operation_mode = "normal";
		35782	defparam \ptr_in[8]~I .output_mode = "reg_only";
		35783	defparam \ptr_in[8]~I .packed_mode = "false";
		35784	// synopsys translate_on
		35785
		35786	// atom is at LC7_J12
		35787	flex10ke_lcell \ptr_in[9]~I (
		35788	// Equation(s):
		35789	// ptr_in[9] = DFFEA(!line_start & (\Add0\|adder\|unreg_res_node [9] # ptr_in[9] & ptr_in[8]), GLOBAL(\fclk~dataout ), , , , , )
		35790
		35791	.dataa(line_start),
		35792	.datab(ptr_in[9]),
		35793	.datac(ptr_in[8]),
		35794	.datad(\Add0\|adder\|unreg_res_node [9]),
		35795	.aclr(gnd),
		35796	.aload(gnd),
		35797	.clk(fclk),
		35798	.cin(gnd),
		35799	.cascin(vcc),
		35800	.devclrn(devclrn),
		35801	.devpor(devpor),
		35802	.combout(),
		35803	.regout(ptr_in[9]),
		35804	.cout(),
		35805	.cascout());
		35806	// synopsys translate_off
		35807	defparam \ptr_in[9]~I .clock_enable_mode = "false";
		35808	defparam \ptr_in[9]~I .lut_mask = "5540";
		35809	defparam \ptr_in[9]~I .operation_mode = "normal";
		35810	defparam \ptr_in[9]~I .output_mode = "reg_only";
		35811	defparam \ptr_in[9]~I .packed_mode = "false";
		35812	// synopsys translate_on
		35813
		35814	// atom is at LC4_C17
		35815	flex10ke_lcell \ptr_out[0]~I (
		35816	// Equation(s):
		35817	// ptr_out[0] = DFFEA(!\Add1\|adder\|result_node\|cs_buffer [0], GLOBAL(\fclk~dataout ), , , \ptr_out[0]~276 , , )
		35818
		35819	.dataa(\ptr_out[0]~276 ),
		35820	.datab(vcc),
		35821	.datac(vcc),
		35822	.datad(\Add1\|adder\|result_node\|cs_buffer [0]),
		35823	.aclr(gnd),
		35824	.aload(gnd),
		35825	.clk(fclk),
		35826	.cin(gnd),
		35827	.cascin(vcc),
		35828	.devclrn(devclrn),
		35829	.devpor(devpor),
		35830	.combout(),
		35831	.regout(ptr_out[0]),
		35832	.cout(),
		35833	.cascout());
		35834	// synopsys translate_off
		35835	defparam \ptr_out[0]~I .clock_enable_mode = "true";
		35836	defparam \ptr_out[0]~I .lut_mask = "00ff";
		35837	defparam \ptr_out[0]~I .operation_mode = "normal";
		35838	defparam \ptr_out[0]~I .output_mode = "reg_only";
		35839	defparam \ptr_out[0]~I .packed_mode = "false";
		35840	// synopsys translate_on
		35841
		35842	// atom is at LC4_J5
		35843	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[0]~I (
		35844	// Equation(s):
		35845	// \Add0\|adder\|result_node\|cs_buffer [0] = ptr_in[0] $ wr_stb
		35846	// \Add0\|adder\|result_node\|cout [0] = CARRY(ptr_in[0] & wr_stb)
		35847
		35848	.dataa(ptr_in[0]),
		35849	.datab(wr_stb),
		35850	.datac(vcc),
		35851	.datad(vcc),
		35852	.aclr(gnd),
		35853	.aload(gnd),
		35854	.clk(gnd),
		35855	.cin(gnd),
		35856	.cascin(vcc),
		35857	.devclrn(devclrn),
		35858	.devpor(devpor),
		35859	.combout(\Add0\|adder\|result_node\|cs_buffer [0]),
		35860	.regout(),
		35861	.cout(\Add0\|adder\|result_node\|cout [0]),
		35862	.cascout());
		35863	// synopsys translate_off
		35864	defparam \Add0\|adder\|result_node\|cs_buffer[0]~I .clock_enable_mode = "false";
		35865	defparam \Add0\|adder\|result_node\|cs_buffer[0]~I .lut_mask = "6688";
		35866	defparam \Add0\|adder\|result_node\|cs_buffer[0]~I .operation_mode = "arithmetic";
		35867	defparam \Add0\|adder\|result_node\|cs_buffer[0]~I .output_mode = "comb_only";
		35868	defparam \Add0\|adder\|result_node\|cs_buffer[0]~I .packed_mode = "false";
		35869	// synopsys translate_on
		35870
		35871	// atom is at LC3_J12
		35872	flex10ke_lcell \wr_stb~40_I (
		35873	// Equation(s):
		35874	// \wr_stb~40 = !line_start & (!ptr_in[8] # !ptr_in[9])
		35875
		35876	.dataa(vcc),
		35877	.datab(ptr_in[9]),
		35878	.datac(ptr_in[8]),
		35879	.datad(line_start),
		35880	.aclr(gnd),
		35881	.aload(gnd),
		35882	.clk(gnd),
		35883	.cin(gnd),
		35884	.cascin(vcc),
		35885	.devclrn(devclrn),
		35886	.devpor(devpor),
		35887	.combout(\wr_stb~40 ),
		35888	.regout(),
		35889	.cout(),
		35890	.cascout());
		35891	// synopsys translate_off
		35892	defparam \wr_stb~40_I .clock_enable_mode = "false";
		35893	defparam \wr_stb~40_I .lut_mask = "003f";
		35894	defparam \wr_stb~40_I .operation_mode = "normal";
		35895	defparam \wr_stb~40_I .output_mode = "comb_only";
		35896	defparam \wr_stb~40_I .packed_mode = "false";
		35897	// synopsys translate_on
		35898
		35899	// atom is at LC5_J5
		35900	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[1]~I (
		35901	// Equation(s):
		35902	// \Add0\|adder\|result_node\|cs_buffer [1] = ptr_in[1] $ \Add0\|adder\|result_node\|cout [0]
		35903	// \Add0\|adder\|result_node\|cout [1] = CARRY(ptr_in[1] & \Add0\|adder\|result_node\|cout [0])
		35904
		35905	.dataa(vcc),
		35906	.datab(ptr_in[1]),
		35907	.datac(vcc),
		35908	.datad(vcc),
		35909	.aclr(gnd),
		35910	.aload(gnd),
		35911	.clk(gnd),
		35912	.cin(\Add0\|adder\|result_node\|cout [0]),
		35913	.cascin(vcc),
		35914	.devclrn(devclrn),
		35915	.devpor(devpor),
		35916	.combout(\Add0\|adder\|result_node\|cs_buffer [1]),
		35917	.regout(),
		35918	.cout(\Add0\|adder\|result_node\|cout [1]),
		35919	.cascout());
		35920	// synopsys translate_off
		35921	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .cin_used = "true";
		35922	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .clock_enable_mode = "false";
		35923	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .lut_mask = "3cc0";
		35924	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .operation_mode = "arithmetic";
		35925	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .output_mode = "comb_only";
		35926	defparam \Add0\|adder\|result_node\|cs_buffer[1]~I .packed_mode = "false";
		35927	// synopsys translate_on
		35928
		35929	// atom is at LC6_J5
		35930	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[2]~I (
		35931	// Equation(s):
		35932	// \Add0\|adder\|result_node\|cs_buffer [2] = ptr_in[2] $ \Add0\|adder\|result_node\|cout [1]
		35933	// \Add0\|adder\|result_node\|cout [2] = CARRY(ptr_in[2] & \Add0\|adder\|result_node\|cout [1])
		35934
		35935	.dataa(vcc),
		35936	.datab(ptr_in[2]),
		35937	.datac(vcc),
		35938	.datad(vcc),
		35939	.aclr(gnd),
		35940	.aload(gnd),
		35941	.clk(gnd),
		35942	.cin(\Add0\|adder\|result_node\|cout [1]),
		35943	.cascin(vcc),
		35944	.devclrn(devclrn),
		35945	.devpor(devpor),
		35946	.combout(\Add0\|adder\|result_node\|cs_buffer [2]),
		35947	.regout(),
		35948	.cout(\Add0\|adder\|result_node\|cout [2]),
		35949	.cascout());
		35950	// synopsys translate_off
		35951	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .cin_used = "true";
		35952	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .clock_enable_mode = "false";
		35953	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .lut_mask = "3cc0";
		35954	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .operation_mode = "arithmetic";
		35955	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .output_mode = "comb_only";
		35956	defparam \Add0\|adder\|result_node\|cs_buffer[2]~I .packed_mode = "false";
		35957	// synopsys translate_on
		35958
		35959	// atom is at LC7_J5
		35960	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[3]~I (
		35961	// Equation(s):
		35962	// \Add0\|adder\|result_node\|cs_buffer [3] = ptr_in[3] $ \Add0\|adder\|result_node\|cout [2]
		35963	// \Add0\|adder\|result_node\|cout [3] = CARRY(ptr_in[3] & \Add0\|adder\|result_node\|cout [2])
		35964
		35965	.dataa(vcc),
		35966	.datab(ptr_in[3]),
		35967	.datac(vcc),
		35968	.datad(vcc),
		35969	.aclr(gnd),
		35970	.aload(gnd),
		35971	.clk(gnd),
		35972	.cin(\Add0\|adder\|result_node\|cout [2]),
		35973	.cascin(vcc),
		35974	.devclrn(devclrn),
		35975	.devpor(devpor),
		35976	.combout(\Add0\|adder\|result_node\|cs_buffer [3]),
		35977	.regout(),
		35978	.cout(\Add0\|adder\|result_node\|cout [3]),
		35979	.cascout());
		35980	// synopsys translate_off
		35981	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .cin_used = "true";
		35982	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .clock_enable_mode = "false";
		35983	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .lut_mask = "3cc0";
		35984	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .operation_mode = "arithmetic";
		35985	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .output_mode = "comb_only";
		35986	defparam \Add0\|adder\|result_node\|cs_buffer[3]~I .packed_mode = "false";
		35987	// synopsys translate_on
		35988
		35989	// atom is at LC8_J5
		35990	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[4]~I (
		35991	// Equation(s):
		35992	// \Add0\|adder\|result_node\|cs_buffer [4] = ptr_in[4] $ \Add0\|adder\|result_node\|cout [3]
		35993	// \Add0\|adder\|result_node\|cout [4] = CARRY(ptr_in[4] & \Add0\|adder\|result_node\|cout [3])
		35994
		35995	.dataa(vcc),
		35996	.datab(ptr_in[4]),
		35997	.datac(vcc),
		35998	.datad(vcc),
		35999	.aclr(gnd),
		36000	.aload(gnd),
		36001	.clk(gnd),
		36002	.cin(\Add0\|adder\|result_node\|cout [3]),
		36003	.cascin(vcc),
		36004	.devclrn(devclrn),
		36005	.devpor(devpor),
		36006	.combout(\Add0\|adder\|result_node\|cs_buffer [4]),
		36007	.regout(),
		36008	.cout(\Add0\|adder\|result_node\|cout [4]),
		36009	.cascout());
		36010	// synopsys translate_off
		36011	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .cin_used = "true";
		36012	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .clock_enable_mode = "false";
		36013	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .lut_mask = "3cc0";
		36014	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .operation_mode = "arithmetic";
		36015	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .output_mode = "comb_only";
		36016	defparam \Add0\|adder\|result_node\|cs_buffer[4]~I .packed_mode = "false";
		36017	// synopsys translate_on
		36018
		36019	// atom is at LC5_J12
		36020	flex10ke_lcell \ptr_in[5]~495_I (
		36021	// Equation(s):
		36022	// \ptr_in[5]~495 = line_start # !ptr_in[8] # !ptr_in[9]
		36023
		36024	.dataa(vcc),
		36025	.datab(ptr_in[9]),
		36026	.datac(ptr_in[8]),
		36027	.datad(line_start),
		36028	.aclr(gnd),
		36029	.aload(gnd),
		36030	.clk(gnd),
		36031	.cin(gnd),
		36032	.cascin(vcc),
		36033	.devclrn(devclrn),
		36034	.devpor(devpor),
		36035	.combout(\ptr_in[5]~495 ),
		36036	.regout(),
		36037	.cout(),
		36038	.cascout());
		36039	// synopsys translate_off
		36040	defparam \ptr_in[5]~495_I .clock_enable_mode = "false";
		36041	defparam \ptr_in[5]~495_I .lut_mask = "ff3f";
		36042	defparam \ptr_in[5]~495_I .operation_mode = "normal";
		36043	defparam \ptr_in[5]~495_I .output_mode = "comb_only";
		36044	defparam \ptr_in[5]~495_I .packed_mode = "false";
		36045	// synopsys translate_on
		36046
		36047	// atom is at LC1_J7
		36048	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[5]~I (
		36049	// Equation(s):
		36050	// \Add0\|adder\|result_node\|cs_buffer [5] = ptr_in[5] $ \Add0\|adder\|result_node\|cout [4]
		36051	// \Add0\|adder\|result_node\|cout [5] = CARRY(ptr_in[5] & \Add0\|adder\|result_node\|cout [4])
		36052
		36053	.dataa(vcc),
		36054	.datab(ptr_in[5]),
		36055	.datac(vcc),
		36056	.datad(vcc),
		36057	.aclr(gnd),
		36058	.aload(gnd),
		36059	.clk(gnd),
		36060	.cin(\Add0\|adder\|result_node\|cout [4]),
		36061	.cascin(vcc),
		36062	.devclrn(devclrn),
		36063	.devpor(devpor),
		36064	.combout(\Add0\|adder\|result_node\|cs_buffer [5]),
		36065	.regout(),
		36066	.cout(\Add0\|adder\|result_node\|cout [5]),
		36067	.cascout());
		36068	// synopsys translate_off
		36069	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .cin_used = "true";
		36070	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .clock_enable_mode = "false";
		36071	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .lut_mask = "3cc0";
		36072	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .operation_mode = "arithmetic";
		36073	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .output_mode = "comb_only";
		36074	defparam \Add0\|adder\|result_node\|cs_buffer[5]~I .packed_mode = "false";
		36075	// synopsys translate_on
		36076
		36077	// atom is at LC2_J7
		36078	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[6]~I (
		36079	// Equation(s):
		36080	// \Add0\|adder\|result_node\|cs_buffer [6] = ptr_in[6] $ \Add0\|adder\|result_node\|cout [5]
		36081	// \Add0\|adder\|result_node\|cout [6] = CARRY(ptr_in[6] & \Add0\|adder\|result_node\|cout [5])
		36082
		36083	.dataa(vcc),
		36084	.datab(ptr_in[6]),
		36085	.datac(vcc),
		36086	.datad(vcc),
		36087	.aclr(gnd),
		36088	.aload(gnd),
		36089	.clk(gnd),
		36090	.cin(\Add0\|adder\|result_node\|cout [5]),
		36091	.cascin(vcc),
		36092	.devclrn(devclrn),
		36093	.devpor(devpor),
		36094	.combout(\Add0\|adder\|result_node\|cs_buffer [6]),
		36095	.regout(),
		36096	.cout(\Add0\|adder\|result_node\|cout [6]),
		36097	.cascout());
		36098	// synopsys translate_off
		36099	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .cin_used = "true";
		36100	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .clock_enable_mode = "false";
		36101	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .lut_mask = "3cc0";
		36102	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .operation_mode = "arithmetic";
		36103	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .output_mode = "comb_only";
		36104	defparam \Add0\|adder\|result_node\|cs_buffer[6]~I .packed_mode = "false";
		36105	// synopsys translate_on
		36106
		36107	// atom is at LC3_J7
		36108	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[7]~I (
		36109	// Equation(s):
		36110	// \Add0\|adder\|result_node\|cs_buffer [7] = ptr_in[7] $ \Add0\|adder\|result_node\|cout [6]
		36111	// \Add0\|adder\|result_node\|cout [7] = CARRY(ptr_in[7] & \Add0\|adder\|result_node\|cout [6])
		36112
		36113	.dataa(vcc),
		36114	.datab(ptr_in[7]),
		36115	.datac(vcc),
		36116	.datad(vcc),
		36117	.aclr(gnd),
		36118	.aload(gnd),
		36119	.clk(gnd),
		36120	.cin(\Add0\|adder\|result_node\|cout [6]),
		36121	.cascin(vcc),
		36122	.devclrn(devclrn),
		36123	.devpor(devpor),
		36124	.combout(\Add0\|adder\|result_node\|cs_buffer [7]),
		36125	.regout(),
		36126	.cout(\Add0\|adder\|result_node\|cout [7]),
		36127	.cascout());
		36128	// synopsys translate_off
		36129	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .cin_used = "true";
		36130	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .clock_enable_mode = "false";
		36131	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .lut_mask = "3cc0";
		36132	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .operation_mode = "arithmetic";
		36133	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .output_mode = "comb_only";
		36134	defparam \Add0\|adder\|result_node\|cs_buffer[7]~I .packed_mode = "false";
		36135	// synopsys translate_on
		36136
		36137	// atom is at LC4_J7
		36138	flex10ke_lcell \Add0\|adder\|result_node\|cs_buffer[8]~I (
		36139	// Equation(s):
		36140	// \Add0\|adder\|result_node\|cs_buffer [8] = ptr_in[8] $ \Add0\|adder\|result_node\|cout [7]
		36141	// \Add0\|adder\|result_node\|cout [8] = CARRY(ptr_in[8] & \Add0\|adder\|result_node\|cout [7])
		36142
		36143	.dataa(vcc),
		36144	.datab(ptr_in[8]),
		36145	.datac(vcc),
		36146	.datad(vcc),
		36147	.aclr(gnd),
		36148	.aload(gnd),
		36149	.clk(gnd),
		36150	.cin(\Add0\|adder\|result_node\|cout [7]),
		36151	.cascin(vcc),
		36152	.devclrn(devclrn),
		36153	.devpor(devpor),
		36154	.combout(\Add0\|adder\|result_node\|cs_buffer [8]),
		36155	.regout(),
		36156	.cout(\Add0\|adder\|result_node\|cout [8]),
		36157	.cascout());
		36158	// synopsys translate_off
		36159	defparam \Add0\|adder\|result_node\|cs_buffer[8]~I .cin_used = "true";
		36160	defparam \Add0\|adder\|result_node\|cs_buffer[8]~I .clock_enable_mode = "false";
		36161	defparam \Add0\|adder\|result_node\|cs_buffer[8]~I .lut_mask = "3cc0";
		36162	defparam \Add0\|adder\|result_node\|cs_buffer[8]~I .operation_mode = "arithmetic";
		36163	defparam \Add0\|adder\|result_node\|cs_buffer[8]~I .output_mode = "comb_only";
		36164	defparam \Add0\|adder\|result_node\|cs_buffer[8]~I .packed_mode = "false";
		36165	// synopsys translate_on
		36166
		36167	// atom is at LC4_C3
		36168	flex10ke_lcell \Add1\|adder\|result_node\|cs_buffer[0]~I (
		36169	// Equation(s):
		36170	// \Add1\|adder\|result_node\|cs_buffer [0] = ptr_out[0] $ \Equal1~11
		36171	// \Add1\|adder\|result_node\|cout [0] = CARRY(ptr_out[0] & !\Equal1~11 )
		36172
		36173	.dataa(ptr_out[0]),
		36174	.datab(\Equal1~11 ),
		36175	.datac(vcc),
		36176	.datad(vcc),
		36177	.aclr(gnd),
		36178	.aload(gnd),
		36179	.clk(gnd),
		36180	.cin(gnd),
		36181	.cascin(vcc),
		36182	.devclrn(devclrn),
		36183	.devpor(devpor),
		36184	.combout(\Add1\|adder\|result_node\|cs_buffer [0]),
		36185	.regout(),
		36186	.cout(\Add1\|adder\|result_node\|cout [0]),
		36187	.cascout());
		36188	// synopsys translate_off
		36189	defparam \Add1\|adder\|result_node\|cs_buffer[0]~I .clock_enable_mode = "false";
		36190	defparam \Add1\|adder\|result_node\|cs_buffer[0]~I .lut_mask = "6622";
		36191	defparam \Add1\|adder\|result_node\|cs_buffer[0]~I .operation_mode = "arithmetic";
		36192	defparam \Add1\|adder\|result_node\|cs_buffer[0]~I .output_mode = "comb_only";
		36193	defparam \Add1\|adder\|result_node\|cs_buffer[0]~I .packed_mode = "false";
		36194	// synopsys translate_on
		36195
		36196	// atom is at LC5_J7
		36197	flex10ke_lcell \Add0\|adder\|unreg_res_node[9]~I (
		36198	// Equation(s):
		36199	// \Add0\|adder\|unreg_res_node [9] = \Add0\|adder\|result_node\|cout [8] $ ptr_in[9]
		36200
		36201	.dataa(vcc),
		36202	.datab(vcc),
		36203	.datac(vcc),
		36204	.datad(ptr_in[9]),
		36205	.aclr(gnd),
		36206	.aload(gnd),
		36207	.clk(gnd),
		36208	.cin(\Add0\|adder\|result_node\|cout [8]),
		36209	.cascin(vcc),
		36210	.devclrn(devclrn),
		36211	.devpor(devpor),
		36212	.combout(\Add0\|adder\|unreg_res_node [9]),
		36213	.regout(),
		36214	.cout(),
		36215	.cascout());
		36216	// synopsys translate_off
		36217	defparam \Add0\|adder\|unreg_res_node[9]~I .cin_used = "true";
		36218	defparam \Add0\|adder\|unreg_res_node[9]~I .clock_enable_mode = "false";
		36219	defparam \Add0\|adder\|unreg_res_node[9]~I .lut_mask = "0ff0";
		36220	defparam \Add0\|adder\|unreg_res_node[9]~I .operation_mode = "normal";
		36221	defparam \Add0\|adder\|unreg_res_node[9]~I .output_mode = "comb_only";
		36222	defparam \Add0\|adder\|unreg_res_node[9]~I .packed_mode = "false";
		36223	// synopsys translate_on
		36224
		36225	// atom is at LC1_C17
		36226	flex10ke_lcell \ptr_out[0]~276_I (
		36227	// Equation(s):
		36228	// \ptr_out[0]~276 = !scanout_start
		36229
		36230	.dataa(vcc),
		36231	.datab(vcc),
		36232	.datac(vcc),
		36233	.datad(scanout_start),
		36234	.aclr(gnd),
		36235	.aload(gnd),
		36236	.clk(gnd),
		36237	.cin(gnd),
		36238	.cascin(vcc),
		36239	.devclrn(devclrn),
		36240	.devpor(devpor),
		36241	.combout(\ptr_out[0]~276 ),
		36242	.regout(),
		36243	.cout(),
		36244	.cascout());
		36245	// synopsys translate_off
		36246	defparam \ptr_out[0]~276_I .clock_enable_mode = "false";
		36247	defparam \ptr_out[0]~276_I .lut_mask = "00ff";
		36248	defparam \ptr_out[0]~276_I .operation_mode = "normal";
		36249	defparam \ptr_out[0]~276_I .output_mode = "comb_only";
		36250	defparam \ptr_out[0]~276_I .packed_mode = "false";
		36251	// synopsys translate_on
		36252
		36253	// atom is at LC2_F2
		36254	flex10ke_lcell \pix_out[4]~I (
		36255	// Equation(s):
		36256	// pix_out_4 = DFFEA(q_4 & (!ptr_out[8] # !ptr_out[9]), GLOBAL(\fclk~dataout ), , , , , )
		36257
		36258	.dataa(vcc),
		36259	.datab(ptr_out[9]),
		36260	.datac(ptr_out[8]),
		36261	.datad(\line_buf\|mem_rtl_12\|q [4]),
		36262	.aclr(gnd),
		36263	.aload(gnd),
		36264	.clk(fclk),
		36265	.cin(gnd),
		36266	.cascin(vcc),
		36267	.devclrn(devclrn),
		36268	.devpor(devpor),
		36269	.combout(),
		36270	.regout(pix_out_4),
		36271	.cout(),
		36272	.cascout());
		36273	// synopsys translate_off
		36274	defparam \pix_out[4]~I .clock_enable_mode = "false";
		36275	defparam \pix_out[4]~I .lut_mask = "3f00";
		36276	defparam \pix_out[4]~I .operation_mode = "normal";
		36277	defparam \pix_out[4]~I .output_mode = "reg_only";
		36278	defparam \pix_out[4]~I .packed_mode = "false";
		36279	// synopsys translate_on
		36280
		36281	// atom is at LC3_F2
		36282	flex10ke_lcell \pix_out[5]~I (
		36283	// Equation(s):
		36284	// pix_out_5 = DFFEA(q_5 & (!ptr_out[8] # !ptr_out[9]), GLOBAL(\fclk~dataout ), , , , , )
		36285
		36286	.dataa(vcc),
		36287	.datab(ptr_out[9]),
		36288	.datac(ptr_out[8]),
		36289	.datad(\line_buf\|mem_rtl_12\|q [5]),
		36290	.aclr(gnd),
		36291	.aload(gnd),
		36292	.clk(fclk),
		36293	.cin(gnd),
		36294	.cascin(vcc),
		36295	.devclrn(devclrn),
		36296	.devpor(devpor),
		36297	.combout(),
		36298	.regout(pix_out_5),
		36299	.cout(),
		36300	.cascout());
		36301	// synopsys translate_off
		36302	defparam \pix_out[5]~I .clock_enable_mode = "false";
		36303	defparam \pix_out[5]~I .lut_mask = "3f00";
		36304	defparam \pix_out[5]~I .operation_mode = "normal";
		36305	defparam \pix_out[5]~I .output_mode = "reg_only";
		36306	defparam \pix_out[5]~I .packed_mode = "false";
		36307	// synopsys translate_on
		36308
		36309	// atom is at LC1_F4
		36310	flex10ke_lcell \pix_out[2]~I (
		36311	// Equation(s):
		36312	// pix_out_2 = DFFEA(q_2 & (!ptr_out[8] # !ptr_out[9]), GLOBAL(\fclk~dataout ), , , , , )
		36313
		36314	.dataa(vcc),
		36315	.datab(ptr_out[9]),
		36316	.datac(ptr_out[8]),
		36317	.datad(\line_buf\|mem_rtl_12\|q [2]),
		36318	.aclr(gnd),
		36319	.aload(gnd),
		36320	.clk(fclk),
		36321	.cin(gnd),
		36322	.cascin(vcc),
		36323	.devclrn(devclrn),
		36324	.devpor(devpor),
		36325	.combout(),
		36326	.regout(pix_out_2),
		36327	.cout(),
		36328	.cascout());
		36329	// synopsys translate_off
		36330	defparam \pix_out[2]~I .clock_enable_mode = "false";
		36331	defparam \pix_out[2]~I .lut_mask = "3f00";
		36332	defparam \pix_out[2]~I .operation_mode = "normal";
		36333	defparam \pix_out[2]~I .output_mode = "reg_only";
		36334	defparam \pix_out[2]~I .packed_mode = "false";
		36335	// synopsys translate_on
		36336
		36337	// atom is at LC2_F10
		36338	flex10ke_lcell \pix_out[3]~I (
		36339	// Equation(s):
		36340	// pix_out_3 = DFFEA(q_3 & (!ptr_out[8] # !ptr_out[9]), GLOBAL(\fclk~dataout ), , , , , )
		36341
		36342	.dataa(vcc),
		36343	.datab(ptr_out[9]),
		36344	.datac(ptr_out[8]),
		36345	.datad(\line_buf\|mem_rtl_12\|q [3]),
		36346	.aclr(gnd),
		36347	.aload(gnd),
		36348	.clk(fclk),
		36349	.cin(gnd),
		36350	.cascin(vcc),
		36351	.devclrn(devclrn),
		36352	.devpor(devpor),
		36353	.combout(),
		36354	.regout(pix_out_3),
		36355	.cout(),
		36356	.cascout());
		36357	// synopsys translate_off
		36358	defparam \pix_out[3]~I .clock_enable_mode = "false";
		36359	defparam \pix_out[3]~I .lut_mask = "3f00";
		36360	defparam \pix_out[3]~I .operation_mode = "normal";
		36361	defparam \pix_out[3]~I .output_mode = "reg_only";
		36362	defparam \pix_out[3]~I .packed_mode = "false";
		36363	// synopsys translate_on
		36364
		36365	// atom is at LC2_F1
		36366	flex10ke_lcell \pix_out[0]~I (
		36367	// Equation(s):
		36368	// pix_out_0 = DFFEA(q_0 & (!ptr_out[8] # !ptr_out[9]), GLOBAL(\fclk~dataout ), , , , , )
		36369
		36370	.dataa(vcc),
		36371	.datab(ptr_out[9]),
		36372	.datac(ptr_out[8]),
		36373	.datad(\line_buf\|mem_rtl_12\|q [0]),
		36374	.aclr(gnd),
		36375	.aload(gnd),
		36376	.clk(fclk),
		36377	.cin(gnd),
		36378	.cascin(vcc),
		36379	.devclrn(devclrn),
		36380	.devpor(devpor),
		36381	.combout(),
		36382	.regout(pix_out_0),
		36383	.cout(),
		36384	.cascout());
		36385	// synopsys translate_off
		36386	defparam \pix_out[0]~I .clock_enable_mode = "false";
		36387	defparam \pix_out[0]~I .lut_mask = "3f00";
		36388	defparam \pix_out[0]~I .operation_mode = "normal";
		36389	defparam \pix_out[0]~I .output_mode = "reg_only";
		36390	defparam \pix_out[0]~I .packed_mode = "false";
		36391	// synopsys translate_on
		36392
		36393	// atom is at LC5_F10
		36394	flex10ke_lcell \pix_out[1]~I (
		36395	// Equation(s):
		36396	// pix_out_1 = DFFEA(q_1 & (!ptr_out[8] # !ptr_out[9]), GLOBAL(\fclk~dataout ), , , , , )
		36397
		36398	.dataa(vcc),
		36399	.datab(ptr_out[9]),
		36400	.datac(ptr_out[8]),
		36401	.datad(\line_buf\|mem_rtl_12\|q [1]),
		36402	.aclr(gnd),
		36403	.aload(gnd),
		36404	.clk(fclk),
		36405	.cin(gnd),
		36406	.cascin(vcc),
		36407	.devclrn(devclrn),
		36408	.devpor(devpor),
		36409	.combout(),
		36410	.regout(pix_out_1),
		36411	.cout(),
		36412	.cascout());
		36413	// synopsys translate_off
		36414	defparam \pix_out[1]~I .clock_enable_mode = "false";
		36415	defparam \pix_out[1]~I .lut_mask = "3f00";
		36416	defparam \pix_out[1]~I .operation_mode = "normal";
		36417	defparam \pix_out[1]~I .output_mode = "reg_only";
		36418	defparam \pix_out[1]~I .packed_mode = "false";
		36419	// synopsys translate_on
		36420
		36421	// atom is at LC1_F10
		36422	flex10ke_lcell \Equal1~11_I (
		36423	// Equation(s):
		36424	// \Equal1~11 = ptr_out[9] & ptr_out[8]
		36425
		36426	.dataa(vcc),
		36427	.datab(vcc),
		36428	.datac(ptr_out[9]),
		36429	.datad(ptr_out[8]),
		36430	.aclr(gnd),
		36431	.aload(gnd),
		36432	.clk(gnd),
		36433	.cin(gnd),
		36434	.cascin(vcc),
		36435	.devclrn(devclrn),
		36436	.devpor(devpor),
		36437	.combout(\Equal1~11 ),
		36438	.regout(),
		36439	.cout(),
		36440	.cascout());
		36441	// synopsys translate_off
		36442	defparam \Equal1~11_I .clock_enable_mode = "false";
		36443	defparam \Equal1~11_I .lut_mask = "f000";
		36444	defparam \Equal1~11_I .operation_mode = "normal";
		36445	defparam \Equal1~11_I .output_mode = "comb_only";
		36446	defparam \Equal1~11_I .packed_mode = "false";
		36447	// synopsys translate_on
		36448
		36449	// atom is at LC5_C3
		36450	flex10ke_lcell \Add1\|adder\|result_node\|cs_buffer[1]~I (
		36451	// Equation(s):
		36452	// \Add1\|adder\|result_node\|cs_buffer [1] = ptr_out[1] $ \Add1\|adder\|result_node\|cout [0]
		36453	// \Add1\|adder\|result_node\|cout [1] = CARRY(ptr_out[1] & \Add1\|adder\|result_node\|cout [0])
		36454
		36455	.dataa(vcc),
		36456	.datab(ptr_out[1]),
		36457	.datac(vcc),
		36458	.datad(vcc),
		36459	.aclr(gnd),
		36460	.aload(gnd),
		36461	.clk(gnd),
		36462	.cin(\Add1\|adder\|result_node\|cout [0]),
		36463	.cascin(vcc),
		36464	.devclrn(devclrn),
		36465	.devpor(devpor),
		36466	.combout(\Add1\|adder\|result_node\|cs_buffer [1]),
		36467	.regout(),
		36468	.cout(\Add1\|adder\|result_node\|cout [1]),
		36469	.cascout());
		36470	// synopsys translate_off
		36471	defparam \Add1\|adder\|result_node\|cs_buffer[1]~I .cin_used = "true";
		36472	defparam \Add1\|adder\|result_node\|cs_buffer[1]~I .clock_enable_mode = "false";
		36473	defparam \Add1\|adder\|result_node\|cs_buffer[1]~I .lut_mask = "3cc0";
		36474	defparam \Add1\|adder\|result_node\|cs_buffer[1]~I .operation_mode = "arithmetic";
		36475	defparam \Add1\|adder\|result_node\|cs_buffer[1]~I .output_mode = "comb_only";
		36476	defparam \Add1\|adder\|result_node\|cs_buffer[1]~I .packed_mode = "false";
		36477	// synopsys translate_on
		36478
		36479	// atom is at LC2_C17
		36480	flex10ke_lcell \ptr_out[1]~I (
		36481	// Equation(s):
		36482	// ptr_out[1] = DFFEA(\Add1\|adder\|result_node\|cs_buffer [1], GLOBAL(\fclk~dataout ), , , \ptr_out[0]~276 , , )
		36483
		36484	.dataa(\ptr_out[0]~276 ),
		36485	.datab(vcc),
		36486	.datac(vcc),
		36487	.datad(\Add1\|adder\|result_node\|cs_buffer [1]),
		36488	.aclr(gnd),
		36489	.aload(gnd),
		36490	.clk(fclk),
		36491	.cin(gnd),
		36492	.cascin(vcc),
		36493	.devclrn(devclrn),
		36494	.devpor(devpor),
		36495	.combout(),
		36496	.regout(ptr_out[1]),
		36497	.cout(),
		36498	.cascout());
		36499	// synopsys translate_off
		36500	defparam \ptr_out[1]~I .clock_enable_mode = "true";
		36501	defparam \ptr_out[1]~I .lut_mask = "ff00";
		36502	defparam \ptr_out[1]~I .operation_mode = "normal";
		36503	defparam \ptr_out[1]~I .output_mode = "reg_only";
		36504	defparam \ptr_out[1]~I .packed_mode = "false";
		36505	// synopsys translate_on
		36506
		36507	// atom is at LC6_C3
		36508	flex10ke_lcell \Add1\|adder\|result_node\|cs_buffer[2]~I (
		36509	// Equation(s):
		36510	// \Add1\|adder\|result_node\|cs_buffer [2] = ptr_out[2] $ \Add1\|adder\|result_node\|cout [1]
		36511	// \Add1\|adder\|result_node\|cout [2] = CARRY(ptr_out[2] & \Add1\|adder\|result_node\|cout [1])
		36512
		36513	.dataa(vcc),
		36514	.datab(ptr_out[2]),
		36515	.datac(vcc),
		36516	.datad(vcc),
		36517	.aclr(gnd),
		36518	.aload(gnd),
		36519	.clk(gnd),
		36520	.cin(\Add1\|adder\|result_node\|cout [1]),
		36521	.cascin(vcc),
		36522	.devclrn(devclrn),
		36523	.devpor(devpor),
		36524	.combout(\Add1\|adder\|result_node\|cs_buffer [2]),
		36525	.regout(),
		36526	.cout(\Add1\|adder\|result_node\|cout [2]),
		36527	.cascout());
		36528	// synopsys translate_off
		36529	defparam \Add1\|adder\|result_node\|cs_buffer[2]~I .cin_used = "true";
		36530	defparam \Add1\|adder\|result_node\|cs_buffer[2]~I .clock_enable_mode = "false";
		36531	defparam \Add1\|adder\|result_node\|cs_buffer[2]~I .lut_mask = "3cc0";
		36532	defparam \Add1\|adder\|result_node\|cs_buffer[2]~I .operation_mode = "arithmetic";
		36533	defparam \Add1\|adder\|result_node\|cs_buffer[2]~I .output_mode = "comb_only";
		36534	defparam \Add1\|adder\|result_node\|cs_buffer[2]~I .packed_mode = "false";
		36535	// synopsys translate_on
		36536
		36537	// atom is at LC2_C3
		36538	flex10ke_lcell \ptr_out[2]~I (
		36539	// Equation(s):
		36540	// ptr_out[2] = DFFEA(\Add1\|adder\|result_node\|cs_buffer [2], GLOBAL(\fclk~dataout ), , , \ptr_out[0]~276 , , )
		36541
		36542	.dataa(\ptr_out[0]~276 ),
		36543	.datab(vcc),
		36544	.datac(vcc),
		36545	.datad(\Add1\|adder\|result_node\|cs_buffer [2]),
		36546	.aclr(gnd),
		36547	.aload(gnd),
		36548	.clk(fclk),
		36549	.cin(gnd),
		36550	.cascin(vcc),
		36551	.devclrn(devclrn),
		36552	.devpor(devpor),
		36553	.combout(),
		36554	.regout(ptr_out[2]),
		36555	.cout(),
		36556	.cascout());
		36557	// synopsys translate_off
		36558	defparam \ptr_out[2]~I .clock_enable_mode = "true";
		36559	defparam \ptr_out[2]~I .lut_mask = "ff00";
		36560	defparam \ptr_out[2]~I .operation_mode = "normal";
		36561	defparam \ptr_out[2]~I .output_mode = "reg_only";
		36562	defparam \ptr_out[2]~I .packed_mode = "false";
		36563	// synopsys translate_on
		36564
		36565	// atom is at LC7_C3
		36566	flex10ke_lcell \Add1\|adder\|result_node\|cs_buffer[3]~I (
		36567	// Equation(s):
		36568	// \Add1\|adder\|result_node\|cs_buffer [3] = ptr_out[3] $ \Add1\|adder\|result_node\|cout [2]
		36569	// \Add1\|adder\|result_node\|cout [3] = CARRY(ptr_out[3] & \Add1\|adder\|result_node\|cout [2])
		36570
		36571	.dataa(vcc),
		36572	.datab(ptr_out[3]),
		36573	.datac(vcc),
		36574	.datad(vcc),
		36575	.aclr(gnd),
		36576	.aload(gnd),
		36577	.clk(gnd),
		36578	.cin(\Add1\|adder\|result_node\|cout [2]),
		36579	.cascin(vcc),
		36580	.devclrn(devclrn),
		36581	.devpor(devpor),
		36582	.combout(\Add1\|adder\|result_node\|cs_buffer [3]),
		36583	.regout(),
		36584	.cout(\Add1\|adder\|result_node\|cout [3]),
		36585	.cascout());
		36586	// synopsys translate_off
		36587	defparam \Add1\|adder\|result_node\|cs_buffer[3]~I .cin_used = "true";
		36588	defparam \Add1\|adder\|result_node\|cs_buffer[3]~I .clock_enable_mode = "false";
		36589	defparam \Add1\|adder\|result_node\|cs_buffer[3]~I .lut_mask = "3cc0";
		36590	defparam \Add1\|adder\|result_node\|cs_buffer[3]~I .operation_mode = "arithmetic";
		36591	defparam \Add1\|adder\|result_node\|cs_buffer[3]~I .output_mode = "comb_only";
		36592	defparam \Add1\|adder\|result_node\|cs_buffer[3]~I .packed_mode = "false";
		36593	// synopsys translate_on
		36594
		36595	// atom is at LC3_C3
		36596	flex10ke_lcell \ptr_out[3]~I (
		36597	// Equation(s):
		36598	// ptr_out[3] = DFFEA(\Add1\|adder\|result_node\|cs_buffer [3], GLOBAL(\fclk~dataout ), , , \ptr_out[0]~276 , , )
		36599
		36600	.dataa(\ptr_out[0]~276 ),
		36601	.datab(vcc),
		36602	.datac(vcc),
		36603	.datad(\Add1\|adder\|result_node\|cs_buffer [3]),
		36604	.aclr(gnd),
		36605	.aload(gnd),
		36606	.clk(fclk),
		36607	.cin(gnd),
		36608	.cascin(vcc),
		36609	.devclrn(devclrn),
		36610	.devpor(devpor),
		36611	.combout(),
		36612	.regout(ptr_out[3]),
		36613	.cout(),
		36614	.cascout());
		36615	// synopsys translate_off
		36616	defparam \ptr_out[3]~I .clock_enable_mode = "true";
		36617	defparam \ptr_out[3]~I .lut_mask = "ff00";
		36618	defparam \ptr_out[3]~I .operation_mode = "normal";
		36619	defparam \ptr_out[3]~I .output_mode = "reg_only";
		36620	defparam \ptr_out[3]~I .packed_mode = "false";
		36621	// synopsys translate_on
		36622
		36623	// atom is at LC8_C3
		36624	flex10ke_lcell \Add1\|adder\|result_node\|cs_buffer[4]~I (
		36625	// Equation(s):
		36626	// \Add1\|adder\|result_node\|cs_buffer [4] = ptr_out[4] $ \Add1\|adder\|result_node\|cout [3]
		36627	// \Add1\|adder\|result_node\|cout [4] = CARRY(ptr_out[4] & \Add1\|adder\|result_node\|cout [3])
		36628
		36629	.dataa(vcc),
		36630	.datab(ptr_out[4]),
		36631	.datac(vcc),
		36632	.datad(vcc),
		36633	.aclr(gnd),
		36634	.aload(gnd),
		36635	.clk(gnd),
		36636	.cin(\Add1\|adder\|result_node\|cout [3]),
		36637	.cascin(vcc),
		36638	.devclrn(devclrn),
		36639	.devpor(devpor),
		36640	.combout(\Add1\|adder\|result_node\|cs_buffer [4]),
		36641	.regout(),
		36642	.cout(\Add1\|adder\|result_node\|cout [4]),
		36643	.cascout());
		36644	// synopsys translate_off
		36645	defparam \Add1\|adder\|result_node\|cs_buffer[4]~I .cin_used = "true";
		36646	defparam \Add1\|adder\|result_node\|cs_buffer[4]~I .clock_enable_mode = "false";
		36647	defparam \Add1\|adder\|result_node\|cs_buffer[4]~I .lut_mask = "3cc0";
		36648	defparam \Add1\|adder\|result_node\|cs_buffer[4]~I .operation_mode = "arithmetic";
		36649	defparam \Add1\|adder\|result_node\|cs_buffer[4]~I .output_mode = "comb_only";
		36650	defparam \Add1\|adder\|result_node\|cs_buffer[4]~I .packed_mode = "false";
		36651	// synopsys translate_on
		36652
		36653	// atom is at LC1_C3
		36654	flex10ke_lcell \ptr_out[4]~I (
		36655	// Equation(s):
		36656	// ptr_out[4] = DFFEA(\Add1\|adder\|result_node\|cs_buffer [4] # scanout_start, GLOBAL(\fclk~dataout ), , , , , )
		36657
		36658	.dataa(vcc),
		36659	.datab(vcc),
		36660	.datac(\Add1\|adder\|result_node\|cs_buffer [4]),
		36661	.datad(scanout_start),
		36662	.aclr(gnd),
		36663	.aload(gnd),
		36664	.clk(fclk),
		36665	.cin(gnd),
		36666	.cascin(vcc),
		36667	.devclrn(devclrn),
		36668	.devpor(devpor),
		36669	.combout(),
		36670	.regout(ptr_out[4]),
		36671	.cout(),
		36672	.cascout());
		36673	// synopsys translate_off
		36674	defparam \ptr_out[4]~I .clock_enable_mode = "false";
		36675	defparam \ptr_out[4]~I .lut_mask = "fff0";
		36676	defparam \ptr_out[4]~I .operation_mode = "normal";
		36677	defparam \ptr_out[4]~I .output_mode = "reg_only";
		36678	defparam \ptr_out[4]~I .packed_mode = "false";
		36679	// synopsys translate_on
		36680
		36681	// atom is at LC1_C5
		36682	flex10ke_lcell \Add1\|adder\|result_node\|cs_buffer[5]~I (
		36683	// Equation(s):
		36684	// \Add1\|adder\|result_node\|cs_buffer [5] = ptr_out[5] $ \Add1\|adder\|result_node\|cout [4]
		36685	// \Add1\|adder\|result_node\|cout [5] = CARRY(ptr_out[5] & \Add1\|adder\|result_node\|cout [4])
		36686
		36687	.dataa(vcc),
		36688	.datab(ptr_out[5]),
		36689	.datac(vcc),
		36690	.datad(vcc),
		36691	.aclr(gnd),
		36692	.aload(gnd),
		36693	.clk(gnd),
		36694	.cin(\Add1\|adder\|result_node\|cout [4]),
		36695	.cascin(vcc),
		36696	.devclrn(devclrn),
		36697	.devpor(devpor),
		36698	.combout(\Add1\|adder\|result_node\|cs_buffer [5]),
		36699	.regout(),
		36700	.cout(\Add1\|adder\|result_node\|cout [5]),
		36701	.cascout());
		36702	// synopsys translate_off
		36703	defparam \Add1\|adder\|result_node\|cs_buffer[5]~I .cin_used = "true";
		36704	defparam \Add1\|adder\|result_node\|cs_buffer[5]~I .clock_enable_mode = "false";
		36705	defparam \Add1\|adder\|result_node\|cs_buffer[5]~I .lut_mask = "3cc0";
		36706	defparam \Add1\|adder\|result_node\|cs_buffer[5]~I .operation_mode = "arithmetic";
		36707	defparam \Add1\|adder\|result_node\|cs_buffer[5]~I .output_mode = "comb_only";
		36708	defparam \Add1\|adder\|result_node\|cs_buffer[5]~I .packed_mode = "false";
		36709	// synopsys translate_on
		36710
		36711	// atom is at LC7_C5
		36712	flex10ke_lcell \ptr_out[5]~I (
		36713	// Equation(s):
		36714	// ptr_out[5] = DFFEA(\Add1\|adder\|result_node\|cs_buffer [5] # scanout_start, GLOBAL(\fclk~dataout ), , , , , )
		36715
		36716	.dataa(vcc),
		36717	.datab(vcc),
		36718	.datac(\Add1\|adder\|result_node\|cs_buffer [5]),
		36719	.datad(scanout_start),
		36720	.aclr(gnd),
		36721	.aload(gnd),
		36722	.clk(fclk),
		36723	.cin(gnd),
		36724	.cascin(vcc),
		36725	.devclrn(devclrn),
		36726	.devpor(devpor),
		36727	.combout(),
		36728	.regout(ptr_out[5]),
		36729	.cout(),
		36730	.cascout());
		36731	// synopsys translate_off
		36732	defparam \ptr_out[5]~I .clock_enable_mode = "false";
		36733	defparam \ptr_out[5]~I .lut_mask = "fff0";
		36734	defparam \ptr_out[5]~I .operation_mode = "normal";
		36735	defparam \ptr_out[5]~I .output_mode = "reg_only";
		36736	defparam \ptr_out[5]~I .packed_mode = "false";
		36737	// synopsys translate_on
		36738
		36739	// atom is at LC2_C5
		36740	flex10ke_lcell \Add1\|adder\|result_node\|cs_buffer[6]~I (
		36741	// Equation(s):
		36742	// \Add1\|adder\|result_node\|cs_buffer [6] = ptr_out[6] $ \Add1\|adder\|result_node\|cout [5]
		36743	// \Add1\|adder\|result_node\|cout [6] = CARRY(ptr_out[6] & \Add1\|adder\|result_node\|cout [5])
		36744
		36745	.dataa(vcc),
		36746	.datab(ptr_out[6]),
		36747	.datac(vcc),
		36748	.datad(vcc),
		36749	.aclr(gnd),
		36750	.aload(gnd),
		36751	.clk(gnd),
		36752	.cin(\Add1\|adder\|result_node\|cout [5]),
		36753	.cascin(vcc),
		36754	.devclrn(devclrn),
		36755	.devpor(devpor),
		36756	.combout(\Add1\|adder\|result_node\|cs_buffer [6]),
		36757	.regout(),
		36758	.cout(\Add1\|adder\|result_node\|cout [6]),
		36759	.cascout());
		36760	// synopsys translate_off
		36761	defparam \Add1\|adder\|result_node\|cs_buffer[6]~I .cin_used = "true";
		36762	defparam \Add1\|adder\|result_node\|cs_buffer[6]~I .clock_enable_mode = "false";
		36763	defparam \Add1\|adder\|result_node\|cs_buffer[6]~I .lut_mask = "3cc0";
		36764	defparam \Add1\|adder\|result_node\|cs_buffer[6]~I .operation_mode = "arithmetic";
		36765	defparam \Add1\|adder\|result_node\|cs_buffer[6]~I .output_mode = "comb_only";
		36766	defparam \Add1\|adder\|result_node\|cs_buffer[6]~I .packed_mode = "false";
		36767	// synopsys translate_on
		36768
		36769	// atom is at LC3_C17
		36770	flex10ke_lcell \ptr_out[6]~I (
		36771	// Equation(s):
		36772	// ptr_out[6] = DFFEA(\Add1\|adder\|result_node\|cs_buffer [6], GLOBAL(\fclk~dataout ), , , \ptr_out[0]~276 , , )
		36773
		36774	.dataa(\ptr_out[0]~276 ),
		36775	.datab(vcc),
		36776	.datac(vcc),
		36777	.datad(\Add1\|adder\|result_node\|cs_buffer [6]),
		36778	.aclr(gnd),
		36779	.aload(gnd),
		36780	.clk(fclk),
		36781	.cin(gnd),
		36782	.cascin(vcc),
		36783	.devclrn(devclrn),
		36784	.devpor(devpor),
		36785	.combout(),
		36786	.regout(ptr_out[6]),
		36787	.cout(),
		36788	.cascout());
		36789	// synopsys translate_off
		36790	defparam \ptr_out[6]~I .clock_enable_mode = "true";
		36791	defparam \ptr_out[6]~I .lut_mask = "ff00";
		36792	defparam \ptr_out[6]~I .operation_mode = "normal";
		36793	defparam \ptr_out[6]~I .output_mode = "reg_only";
		36794	defparam \ptr_out[6]~I .packed_mode = "false";
		36795	// synopsys translate_on
		36796
		36797	// atom is at LC3_C5
		36798	flex10ke_lcell \Add1\|adder\|result_node\|cs_buffer[7]~I (
		36799	// Equation(s):
		36800	// \Add1\|adder\|result_node\|cs_buffer [7] = ptr_out[7] $ \Add1\|adder\|result_node\|cout [6]
		36801	// \Add1\|adder\|result_node\|cout [7] = CARRY(ptr_out[7] & \Add1\|adder\|result_node\|cout [6])
		36802
		36803	.dataa(vcc),
		36804	.datab(ptr_out[7]),
		36805	.datac(vcc),
		36806	.datad(vcc),
		36807	.aclr(gnd),
		36808	.aload(gnd),
		36809	.clk(gnd),
		36810	.cin(\Add1\|adder\|result_node\|cout [6]),
		36811	.cascin(vcc),
		36812	.devclrn(devclrn),
		36813	.devpor(devpor),
		36814	.combout(\Add1\|adder\|result_node\|cs_buffer [7]),
		36815	.regout(),
		36816	.cout(\Add1\|adder\|result_node\|cout [7]),
		36817	.cascout());
		36818	// synopsys translate_off
		36819	defparam \Add1\|adder\|result_node\|cs_buffer[7]~I .cin_used = "true";
		36820	defparam \Add1\|adder\|result_node\|cs_buffer[7]~I .clock_enable_mode = "false";
		36821	defparam \Add1\|adder\|result_node\|cs_buffer[7]~I .lut_mask = "3cc0";
		36822	defparam \Add1\|adder\|result_node\|cs_buffer[7]~I .operation_mode = "arithmetic";
		36823	defparam \Add1\|adder\|result_node\|cs_buffer[7]~I .output_mode = "comb_only";
		36824	defparam \Add1\|adder\|result_node\|cs_buffer[7]~I .packed_mode = "false";
		36825	// synopsys translate_on
		36826
		36827	// atom is at LC6_C17
		36828	flex10ke_lcell \ptr_out[7]~I (
		36829	// Equation(s):
		36830	// ptr_out[7] = DFFEA(\Add1\|adder\|result_node\|cs_buffer [7], GLOBAL(\fclk~dataout ), , , \ptr_out[0]~276 , , )
		36831
		36832	.dataa(\ptr_out[0]~276 ),
		36833	.datab(vcc),
		36834	.datac(vcc),
		36835	.datad(\Add1\|adder\|result_node\|cs_buffer [7]),
		36836	.aclr(gnd),
		36837	.aload(gnd),
		36838	.clk(fclk),
		36839	.cin(gnd),
		36840	.cascin(vcc),
		36841	.devclrn(devclrn),
		36842	.devpor(devpor),
		36843	.combout(),
		36844	.regout(ptr_out[7]),
		36845	.cout(),
		36846	.cascout());
		36847	// synopsys translate_off
		36848	defparam \ptr_out[7]~I .clock_enable_mode = "true";
		36849	defparam \ptr_out[7]~I .lut_mask = "ff00";
		36850	defparam \ptr_out[7]~I .operation_mode = "normal";
		36851	defparam \ptr_out[7]~I .output_mode = "reg_only";
		36852	defparam \ptr_out[7]~I .packed_mode = "false";
		36853	// synopsys translate_on
		36854
		36855	// atom is at LC4_C5
		36856	flex10ke_lcell \Add1\|adder\|result_node\|cs_buffer[8]~I (
		36857	// Equation(s):
		36858	// \Add1\|adder\|result_node\|cs_buffer [8] = ptr_out[8] $ \Add1\|adder\|result_node\|cout [7]
		36859	// \Add1\|adder\|result_node\|cout [8] = CARRY(ptr_out[8] & \Add1\|adder\|result_node\|cout [7])
		36860
		36861	.dataa(vcc),
		36862	.datab(ptr_out[8]),
		36863	.datac(vcc),
		36864	.datad(vcc),
		36865	.aclr(gnd),
		36866	.aload(gnd),
		36867	.clk(gnd),
		36868	.cin(\Add1\|adder\|result_node\|cout [7]),
		36869	.cascin(vcc),
		36870	.devclrn(devclrn),
		36871	.devpor(devpor),
		36872	.combout(\Add1\|adder\|result_node\|cs_buffer [8]),
		36873	.regout(),
		36874	.cout(\Add1\|adder\|result_node\|cout [8]),
		36875	.cascout());
		36876	// synopsys translate_off
		36877	defparam \Add1\|adder\|result_node\|cs_buffer[8]~I .cin_used = "true";
		36878	defparam \Add1\|adder\|result_node\|cs_buffer[8]~I .clock_enable_mode = "false";
		36879	defparam \Add1\|adder\|result_node\|cs_buffer[8]~I .lut_mask = "3cc0";
		36880	defparam \Add1\|adder\|result_node\|cs_buffer[8]~I .operation_mode = "arithmetic";
		36881	defparam \Add1\|adder\|result_node\|cs_buffer[8]~I .output_mode = "comb_only";
		36882	defparam \Add1\|adder\|result_node\|cs_buffer[8]~I .packed_mode = "false";
		36883	// synopsys translate_on
		36884
		36885	// atom is at LC8_C5
		36886	flex10ke_lcell \ptr_out[8]~I (
		36887	// Equation(s):
		36888	// ptr_out[8] = DFFEA(!scanout_start & \Add1\|adder\|result_node\|cs_buffer [8], GLOBAL(\fclk~dataout ), , , , , )
		36889
		36890	.dataa(vcc),
		36891	.datab(vcc),
		36892	.datac(scanout_start),
		36893	.datad(\Add1\|adder\|result_node\|cs_buffer [8]),
		36894	.aclr(gnd),
		36895	.aload(gnd),
		36896	.clk(fclk),
		36897	.cin(gnd),
		36898	.cascin(vcc),
		36899	.devclrn(devclrn),
		36900	.devpor(devpor),
		36901	.combout(),
		36902	.regout(ptr_out[8]),
		36903	.cout(),
		36904	.cascout());
		36905	// synopsys translate_off
		36906	defparam \ptr_out[8]~I .clock_enable_mode = "false";
		36907	defparam \ptr_out[8]~I .lut_mask = "0f00";
		36908	defparam \ptr_out[8]~I .operation_mode = "normal";
		36909	defparam \ptr_out[8]~I .output_mode = "reg_only";
		36910	defparam \ptr_out[8]~I .packed_mode = "false";
		36911	// synopsys translate_on
		36912
		36913	// atom is at LC5_C5
		36914	flex10ke_lcell \Add1\|adder\|unreg_res_node[9]~I (
		36915	// Equation(s):
		36916	// \Add1\|adder\|unreg_res_node [9] = \Add1\|adder\|result_node\|cout [8] $ ptr_out[9]
		36917
		36918	.dataa(vcc),
		36919	.datab(vcc),
		36920	.datac(vcc),
		36921	.datad(ptr_out[9]),
		36922	.aclr(gnd),
		36923	.aload(gnd),
		36924	.clk(gnd),
		36925	.cin(\Add1\|adder\|result_node\|cout [8]),
		36926	.cascin(vcc),
		36927	.devclrn(devclrn),
		36928	.devpor(devpor),
		36929	.combout(\Add1\|adder\|unreg_res_node [9]),
		36930	.regout(),
		36931	.cout(),
		36932	.cascout());
		36933	// synopsys translate_off
		36934	defparam \Add1\|adder\|unreg_res_node[9]~I .cin_used = "true";
		36935	defparam \Add1\|adder\|unreg_res_node[9]~I .clock_enable_mode = "false";
		36936	defparam \Add1\|adder\|unreg_res_node[9]~I .lut_mask = "0ff0";
		36937	defparam \Add1\|adder\|unreg_res_node[9]~I .operation_mode = "normal";
		36938	defparam \Add1\|adder\|unreg_res_node[9]~I .output_mode = "comb_only";
		36939	defparam \Add1\|adder\|unreg_res_node[9]~I .packed_mode = "false";
		36940	// synopsys translate_on
		36941
		36942	// atom is at LC6_C5
		36943	flex10ke_lcell \ptr_out[9]~I (
		36944	// Equation(s):
		36945	// ptr_out[9] = DFFEA(!scanout_start & \Add1\|adder\|unreg_res_node [9], GLOBAL(\fclk~dataout ), , , , , )
		36946
		36947	.dataa(vcc),
		36948	.datab(vcc),
		36949	.datac(scanout_start),
		36950	.datad(\Add1\|adder\|unreg_res_node [9]),
		36951	.aclr(gnd),
		36952	.aload(gnd),
		36953	.clk(fclk),
		36954	.cin(gnd),
		36955	.cascin(vcc),
		36956	.devclrn(devclrn),
		36957	.devpor(devpor),
		36958	.combout(),
		36959	.regout(ptr_out[9]),
		36960	.cout(),
		36961	.cascout());
		36962	// synopsys translate_off
		36963	defparam \ptr_out[9]~I .clock_enable_mode = "false";
		36964	defparam \ptr_out[9]~I .lut_mask = "0f00";
		36965	defparam \ptr_out[9]~I .operation_mode = "normal";
		36966	defparam \ptr_out[9]~I .output_mode = "reg_only";
		36967	defparam \ptr_out[9]~I .packed_mode = "false";
		36968	// synopsys translate_on
		36969
		36970	endmodule
		36971
		36972	module mem1536 (
		36973	color_4,
		36974	color_5,
		36975	color_2,
		36976	color_3,
		36977	color_0,
		36978	color_1,
		36979	q_4,
		36980	ptr_out_8,
		36981	ptr_out_9,
		36982	q_5,
		36983	q_2,
		36984	q_3,
		36985	q_0,
		36986	q_1,
		36987	wr_stb,
		36988	ptr_in_0,
		36989	ptr_in_1,
		36990	ptr_in_2,
		36991	ptr_in_3,
		36992	ptr_in_4,
		36993	ptr_in_5,
		36994	ptr_in_6,
		36995	ptr_in_7,
		36996	pages,
		36997	ptr_in_8,
		36998	ptr_in_9,
		36999	ptr_out_0,
		37000	ptr_out_1,
		37001	ptr_out_2,
		37002	ptr_out_3,
		37003	ptr_out_4,
		37004	ptr_out_5,
		37005	ptr_out_6,
		37006	ptr_out_7,
		37007	fclk,
		37008	devpor,
		37009	devclrn,
		37010	devoe);
		37011	input color_4;
		37012	input color_5;
		37013	input color_2;
		37014	input color_3;
		37015	input color_0;
		37016	input color_1;
		37017	output q_4;
		37018	input ptr_out_8;
		37019	input ptr_out_9;
		37020	output q_5;
		37021	output q_2;
		37022	output q_3;
		37023	output q_0;
		37024	output q_1;
		37025	input wr_stb;
		37026	input ptr_in_0;
		37027	input ptr_in_1;
		37028	input ptr_in_2;
		37029	input ptr_in_3;
		37030	input ptr_in_4;
		37031	input ptr_in_5;
		37032	input ptr_in_6;
		37033	input ptr_in_7;
		37034	input pages;
		37035	input ptr_in_8;
		37036	input ptr_in_9;
		37037	input ptr_out_0;
		37038	input ptr_out_1;
		37039	input ptr_out_2;
		37040	input ptr_out_3;
		37041	input ptr_out_4;
		37042	input ptr_out_5;
		37043	input ptr_out_6;
		37044	input ptr_out_7;
		37045	input fclk;
		37046	input devpor;
		37047	input devclrn;
		37048	input devoe;
		37049
		37050	wire gnd = 1'b0;
		37051	wire vcc = 1'b1;
		37052
		37053	wire \mem_rtl_12\|segment[0][4]~0 ;
		37054
		37055
		37056	// atom is at EC1_C
		37057	flex10ke_ram_slice \mem_rtl_12\|segment[0][4] (
		37058	.datain(color_4),
		37059	.clk0(fclk),
		37060	.clk1(fclk),
		37061	.ena0(vcc),
		37062	.ena1(vcc),
		37063	.clr0(gnd),
		37064	.we(wr_stb),
		37065	.re(vcc),
		37066	.waddr({ptr_in_9,ptr_in_8,pages,ptr_in_7,ptr_in_6,ptr_in_5,ptr_in_4,ptr_in_3,ptr_in_2,ptr_in_1,ptr_in_0}),
		37067	.raddr({ptr_out_9,ptr_out_8,\mem_rtl_12\|segment[0][4]~0 ,ptr_out_7,ptr_out_6,ptr_out_5,ptr_out_4,ptr_out_3,ptr_out_2,ptr_out_1,ptr_out_0}),
		37068	.devclrn(devclrn),
		37069	.devpor(devpor),
		37070	.modesel(16'b0011000100000101),
		37071	.dataout(q_4));
		37072	// synopsys translate_off
		37073	defparam \mem_rtl_12\|segment[0][4] .address_width = 11;
		37074	defparam \mem_rtl_12\|segment[0][4] .bit_number = 4;
		37075	defparam \mem_rtl_12\|segment[0][4] .data_in_clear = "none";
		37076	defparam \mem_rtl_12\|segment[0][4] .data_in_clock = "clock0";
		37077	defparam \mem_rtl_12\|segment[0][4] .data_out_clear = "none";
		37078	defparam \mem_rtl_12\|segment[0][4] .data_out_clock = "clock1";
		37079	defparam \mem_rtl_12\|segment[0][4] .first_address = 0;
		37080	defparam \mem_rtl_12\|segment[0][4] .init_file = "none";
		37081	defparam \mem_rtl_12\|segment[0][4] .last_address = 1535;
		37082	defparam \mem_rtl_12\|segment[0][4] .logical_ram_depth = 1536;
		37083	defparam \mem_rtl_12\|segment[0][4] .logical_ram_name = "videoout:vidia\|vga_double:vga_double\|mem1536:line_buf\|altdpram:mem_rtl_12\|content";
		37084	defparam \mem_rtl_12\|segment[0][4] .logical_ram_width = 6;
		37085	defparam \mem_rtl_12\|segment[0][4] .operation_mode = "dual_port";
		37086	defparam \mem_rtl_12\|segment[0][4] .read_address_clear = "none";
		37087	defparam \mem_rtl_12\|segment[0][4] .read_address_clock = "none";
		37088	defparam \mem_rtl_12\|segment[0][4] .read_enable_clear = "none";
		37089	defparam \mem_rtl_12\|segment[0][4] .read_enable_clock = "none";
		37090	defparam \mem_rtl_12\|segment[0][4] .write_address_clear = "none";
		37091	defparam \mem_rtl_12\|segment[0][4] .write_enable_clear = "none";
		37092	defparam \mem_rtl_12\|segment[0][4] .write_logic_clock = "clock0";
		37093	// synopsys translate_on
		37094
		37095	// atom is at EC1_F
		37096	flex10ke_ram_slice \mem_rtl_12\|segment[0][5] (
		37097	.datain(color_5),
		37098	.clk0(fclk),
		37099	.clk1(fclk),
		37100	.ena0(vcc),
		37101	.ena1(vcc),
		37102	.clr0(gnd),
		37103	.we(wr_stb),
		37104	.re(vcc),
		37105	.waddr({ptr_in_9,ptr_in_8,pages,ptr_in_7,ptr_in_6,ptr_in_5,ptr_in_4,ptr_in_3,ptr_in_2,ptr_in_1,ptr_in_0}),
		37106	.raddr({ptr_out_9,ptr_out_8,\mem_rtl_12\|segment[0][4]~0 ,ptr_out_7,ptr_out_6,ptr_out_5,ptr_out_4,ptr_out_3,ptr_out_2,ptr_out_1,ptr_out_0}),
		37107	.devclrn(devclrn),
		37108	.devpor(devpor),
		37109	.modesel(16'b0011000100000101),
		37110	.dataout(q_5));
		37111	// synopsys translate_off
		37112	defparam \mem_rtl_12\|segment[0][5] .address_width = 11;
		37113	defparam \mem_rtl_12\|segment[0][5] .bit_number = 5;
		37114	defparam \mem_rtl_12\|segment[0][5] .data_in_clear = "none";
		37115	defparam \mem_rtl_12\|segment[0][5] .data_in_clock = "clock0";
		37116	defparam \mem_rtl_12\|segment[0][5] .data_out_clear = "none";
		37117	defparam \mem_rtl_12\|segment[0][5] .data_out_clock = "clock1";
		37118	defparam \mem_rtl_12\|segment[0][5] .first_address = 0;
		37119	defparam \mem_rtl_12\|segment[0][5] .init_file = "none";
		37120	defparam \mem_rtl_12\|segment[0][5] .last_address = 1535;
		37121	defparam \mem_rtl_12\|segment[0][5] .logical_ram_depth = 1536;
		37122	defparam \mem_rtl_12\|segment[0][5] .logical_ram_name = "videoout:vidia\|vga_double:vga_double\|mem1536:line_buf\|altdpram:mem_rtl_12\|content";
		37123	defparam \mem_rtl_12\|segment[0][5] .logical_ram_width = 6;
		37124	defparam \mem_rtl_12\|segment[0][5] .operation_mode = "dual_port";
		37125	defparam \mem_rtl_12\|segment[0][5] .read_address_clear = "none";
		37126	defparam \mem_rtl_12\|segment[0][5] .read_address_clock = "none";
		37127	defparam \mem_rtl_12\|segment[0][5] .read_enable_clear = "none";
		37128	defparam \mem_rtl_12\|segment[0][5] .read_enable_clock = "none";
		37129	defparam \mem_rtl_12\|segment[0][5] .write_address_clear = "none";
		37130	defparam \mem_rtl_12\|segment[0][5] .write_enable_clear = "none";
		37131	defparam \mem_rtl_12\|segment[0][5] .write_logic_clock = "clock0";
		37132	// synopsys translate_on
		37133
		37134	// atom is at EC9_F
		37135	flex10ke_ram_slice \mem_rtl_12\|segment[0][2] (
		37136	.datain(color_2),
		37137	.clk0(fclk),
		37138	.clk1(fclk),
		37139	.ena0(vcc),
		37140	.ena1(vcc),
		37141	.clr0(gnd),
		37142	.we(wr_stb),
		37143	.re(vcc),
		37144	.waddr({ptr_in_9,ptr_in_8,pages,ptr_in_7,ptr_in_6,ptr_in_5,ptr_in_4,ptr_in_3,ptr_in_2,ptr_in_1,ptr_in_0}),
		37145	.raddr({ptr_out_9,ptr_out_8,\mem_rtl_12\|segment[0][4]~0 ,ptr_out_7,ptr_out_6,ptr_out_5,ptr_out_4,ptr_out_3,ptr_out_2,ptr_out_1,ptr_out_0}),
		37146	.devclrn(devclrn),
		37147	.devpor(devpor),
		37148	.modesel(16'b0011000100000101),
		37149	.dataout(q_2));
		37150	// synopsys translate_off
		37151	defparam \mem_rtl_12\|segment[0][2] .address_width = 11;
		37152	defparam \mem_rtl_12\|segment[0][2] .bit_number = 2;
		37153	defparam \mem_rtl_12\|segment[0][2] .data_in_clear = "none";
		37154	defparam \mem_rtl_12\|segment[0][2] .data_in_clock = "clock0";
		37155	defparam \mem_rtl_12\|segment[0][2] .data_out_clear = "none";
		37156	defparam \mem_rtl_12\|segment[0][2] .data_out_clock = "clock1";
		37157	defparam \mem_rtl_12\|segment[0][2] .first_address = 0;
		37158	defparam \mem_rtl_12\|segment[0][2] .init_file = "none";
		37159	defparam \mem_rtl_12\|segment[0][2] .last_address = 1535;
		37160	defparam \mem_rtl_12\|segment[0][2] .logical_ram_depth = 1536;
		37161	defparam \mem_rtl_12\|segment[0][2] .logical_ram_name = "videoout:vidia\|vga_double:vga_double\|mem1536:line_buf\|altdpram:mem_rtl_12\|content";
		37162	defparam \mem_rtl_12\|segment[0][2] .logical_ram_width = 6;
		37163	defparam \mem_rtl_12\|segment[0][2] .operation_mode = "dual_port";
		37164	defparam \mem_rtl_12\|segment[0][2] .read_address_clear = "none";
		37165	defparam \mem_rtl_12\|segment[0][2] .read_address_clock = "none";
		37166	defparam \mem_rtl_12\|segment[0][2] .read_enable_clear = "none";
		37167	defparam \mem_rtl_12\|segment[0][2] .read_enable_clock = "none";
		37168	defparam \mem_rtl_12\|segment[0][2] .write_address_clear = "none";
		37169	defparam \mem_rtl_12\|segment[0][2] .write_enable_clear = "none";
		37170	defparam \mem_rtl_12\|segment[0][2] .write_logic_clock = "clock0";
		37171	// synopsys translate_on
		37172
		37173	// atom is at EC1_J
		37174	flex10ke_ram_slice \mem_rtl_12\|segment[0][3] (
		37175	.datain(color_3),
		37176	.clk0(fclk),
		37177	.clk1(fclk),
		37178	.ena0(vcc),
		37179	.ena1(vcc),
		37180	.clr0(gnd),
		37181	.we(wr_stb),
		37182	.re(vcc),
		37183	.waddr({ptr_in_9,ptr_in_8,pages,ptr_in_7,ptr_in_6,ptr_in_5,ptr_in_4,ptr_in_3,ptr_in_2,ptr_in_1,ptr_in_0}),
		37184	.raddr({ptr_out_9,ptr_out_8,\mem_rtl_12\|segment[0][4]~0 ,ptr_out_7,ptr_out_6,ptr_out_5,ptr_out_4,ptr_out_3,ptr_out_2,ptr_out_1,ptr_out_0}),
		37185	.devclrn(devclrn),
		37186	.devpor(devpor),
		37187	.modesel(16'b0011000100000101),
		37188	.dataout(q_3));
		37189	// synopsys translate_off
		37190	defparam \mem_rtl_12\|segment[0][3] .address_width = 11;
		37191	defparam \mem_rtl_12\|segment[0][3] .bit_number = 3;
		37192	defparam \mem_rtl_12\|segment[0][3] .data_in_clear = "none";
		37193	defparam \mem_rtl_12\|segment[0][3] .data_in_clock = "clock0";
		37194	defparam \mem_rtl_12\|segment[0][3] .data_out_clear = "none";
		37195	defparam \mem_rtl_12\|segment[0][3] .data_out_clock = "clock1";
		37196	defparam \mem_rtl_12\|segment[0][3] .first_address = 0;
		37197	defparam \mem_rtl_12\|segment[0][3] .init_file = "none";
		37198	defparam \mem_rtl_12\|segment[0][3] .last_address = 1535;
		37199	defparam \mem_rtl_12\|segment[0][3] .logical_ram_depth = 1536;
		37200	defparam \mem_rtl_12\|segment[0][3] .logical_ram_name = "videoout:vidia\|vga_double:vga_double\|mem1536:line_buf\|altdpram:mem_rtl_12\|content";
		37201	defparam \mem_rtl_12\|segment[0][3] .logical_ram_width = 6;
		37202	defparam \mem_rtl_12\|segment[0][3] .operation_mode = "dual_port";
		37203	defparam \mem_rtl_12\|segment[0][3] .read_address_clear = "none";
		37204	defparam \mem_rtl_12\|segment[0][3] .read_address_clock = "none";
		37205	defparam \mem_rtl_12\|segment[0][3] .read_enable_clear = "none";
		37206	defparam \mem_rtl_12\|segment[0][3] .read_enable_clock = "none";
		37207	defparam \mem_rtl_12\|segment[0][3] .write_address_clear = "none";
		37208	defparam \mem_rtl_12\|segment[0][3] .write_enable_clear = "none";
		37209	defparam \mem_rtl_12\|segment[0][3] .write_logic_clock = "clock0";
		37210	// synopsys translate_on
		37211
		37212	// atom is at EC9_J
		37213	flex10ke_ram_slice \mem_rtl_12\|segment[0][0] (
		37214	.datain(color_0),
		37215	.clk0(fclk),
		37216	.clk1(fclk),
		37217	.ena0(vcc),
		37218	.ena1(vcc),
		37219	.clr0(gnd),
		37220	.we(wr_stb),
		37221	.re(vcc),
		37222	.waddr({ptr_in_9,ptr_in_8,pages,ptr_in_7,ptr_in_6,ptr_in_5,ptr_in_4,ptr_in_3,ptr_in_2,ptr_in_1,ptr_in_0}),
		37223	.raddr({ptr_out_9,ptr_out_8,\mem_rtl_12\|segment[0][4]~0 ,ptr_out_7,ptr_out_6,ptr_out_5,ptr_out_4,ptr_out_3,ptr_out_2,ptr_out_1,ptr_out_0}),
		37224	.devclrn(devclrn),
		37225	.devpor(devpor),
		37226	.modesel(16'b0011000100000101),
		37227	.dataout(q_0));
		37228	// synopsys translate_off
		37229	defparam \mem_rtl_12\|segment[0][0] .address_width = 11;
		37230	defparam \mem_rtl_12\|segment[0][0] .bit_number = 0;
		37231	defparam \mem_rtl_12\|segment[0][0] .data_in_clear = "none";
		37232	defparam \mem_rtl_12\|segment[0][0] .data_in_clock = "clock0";
		37233	defparam \mem_rtl_12\|segment[0][0] .data_out_clear = "none";
		37234	defparam \mem_rtl_12\|segment[0][0] .data_out_clock = "clock1";
		37235	defparam \mem_rtl_12\|segment[0][0] .first_address = 0;
		37236	defparam \mem_rtl_12\|segment[0][0] .init_file = "none";
		37237	defparam \mem_rtl_12\|segment[0][0] .last_address = 1535;
		37238	defparam \mem_rtl_12\|segment[0][0] .logical_ram_depth = 1536;
		37239	defparam \mem_rtl_12\|segment[0][0] .logical_ram_name = "videoout:vidia\|vga_double:vga_double\|mem1536:line_buf\|altdpram:mem_rtl_12\|content";
		37240	defparam \mem_rtl_12\|segment[0][0] .logical_ram_width = 6;
		37241	defparam \mem_rtl_12\|segment[0][0] .operation_mode = "dual_port";
		37242	defparam \mem_rtl_12\|segment[0][0] .read_address_clear = "none";
		37243	defparam \mem_rtl_12\|segment[0][0] .read_address_clock = "none";
		37244	defparam \mem_rtl_12\|segment[0][0] .read_enable_clear = "none";
		37245	defparam \mem_rtl_12\|segment[0][0] .read_enable_clock = "none";
		37246	defparam \mem_rtl_12\|segment[0][0] .write_address_clear = "none";
		37247	defparam \mem_rtl_12\|segment[0][0] .write_enable_clear = "none";
		37248	defparam \mem_rtl_12\|segment[0][0] .write_logic_clock = "clock0";
		37249	// synopsys translate_on
		37250
		37251	// atom is at EC9_C
		37252	flex10ke_ram_slice \mem_rtl_12\|segment[0][1] (
		37253	.datain(color_1),
		37254	.clk0(fclk),
		37255	.clk1(fclk),
		37256	.ena0(vcc),
		37257	.ena1(vcc),
		37258	.clr0(gnd),
		37259	.we(wr_stb),
		37260	.re(vcc),
		37261	.waddr({ptr_in_9,ptr_in_8,pages,ptr_in_7,ptr_in_6,ptr_in_5,ptr_in_4,ptr_in_3,ptr_in_2,ptr_in_1,ptr_in_0}),
		37262	.raddr({ptr_out_9,ptr_out_8,\mem_rtl_12\|segment[0][4]~0 ,ptr_out_7,ptr_out_6,ptr_out_5,ptr_out_4,ptr_out_3,ptr_out_2,ptr_out_1,ptr_out_0}),
		37263	.devclrn(devclrn),
		37264	.devpor(devpor),
		37265	.modesel(16'b0011000100000101),
		37266	.dataout(q_1));
		37267	// synopsys translate_off
		37268	defparam \mem_rtl_12\|segment[0][1] .address_width = 11;
		37269	defparam \mem_rtl_12\|segment[0][1] .bit_number = 1;
		37270	defparam \mem_rtl_12\|segment[0][1] .data_in_clear = "none";
		37271	defparam \mem_rtl_12\|segment[0][1] .data_in_clock = "clock0";
		37272	defparam \mem_rtl_12\|segment[0][1] .data_out_clear = "none";
		37273	defparam \mem_rtl_12\|segment[0][1] .data_out_clock = "clock1";
		37274	defparam \mem_rtl_12\|segment[0][1] .first_address = 0;
		37275	defparam \mem_rtl_12\|segment[0][1] .init_file = "none";
		37276	defparam \mem_rtl_12\|segment[0][1] .last_address = 1535;
		37277	defparam \mem_rtl_12\|segment[0][1] .logical_ram_depth = 1536;
		37278	defparam \mem_rtl_12\|segment[0][1] .logical_ram_name = "videoout:vidia\|vga_double:vga_double\|mem1536:line_buf\|altdpram:mem_rtl_12\|content";
		37279	defparam \mem_rtl_12\|segment[0][1] .logical_ram_width = 6;
		37280	defparam \mem_rtl_12\|segment[0][1] .operation_mode = "dual_port";
		37281	defparam \mem_rtl_12\|segment[0][1] .read_address_clear = "none";
		37282	defparam \mem_rtl_12\|segment[0][1] .read_address_clock = "none";
		37283	defparam \mem_rtl_12\|segment[0][1] .read_enable_clear = "none";
		37284	defparam \mem_rtl_12\|segment[0][1] .read_enable_clock = "none";
		37285	defparam \mem_rtl_12\|segment[0][1] .write_address_clear = "none";
		37286	defparam \mem_rtl_12\|segment[0][1] .write_enable_clear = "none";
		37287	defparam \mem_rtl_12\|segment[0][1] .write_logic_clock = "clock0";
		37288	// synopsys translate_on
		37289
		37290	// atom is at LC1_C12
		37291	flex10ke_lcell \mem_rtl_12\|segment[0][4]~0_I (
		37292	// Equation(s):
		37293	// \mem_rtl_12\|segment[0][4]~0 = !pages
		37294
		37295	.dataa(vcc),
		37296	.datab(vcc),
		37297	.datac(vcc),
		37298	.datad(pages),
		37299	.aclr(gnd),
		37300	.aload(gnd),
		37301	.clk(gnd),
		37302	.cin(gnd),
		37303	.cascin(vcc),
		37304	.devclrn(devclrn),
		37305	.devpor(devpor),
		37306	.combout(\mem_rtl_12\|segment[0][4]~0 ),
		37307	.regout(),
		37308	.cout(),
		37309	.cascout());
		37310	// synopsys translate_off
		37311	defparam \mem_rtl_12\|segment[0][4]~0_I .clock_enable_mode = "false";
		37312	defparam \mem_rtl_12\|segment[0][4]~0_I .lut_mask = "00ff";
		37313	defparam \mem_rtl_12\|segment[0][4]~0_I .operation_mode = "normal";
		37314	defparam \mem_rtl_12\|segment[0][4]~0_I .output_mode = "comb_only";
		37315	defparam \mem_rtl_12\|segment[0][4]~0_I .packed_mode = "false";
		37316	// synopsys translate_on
		37317
		37318	endmodule
		37319
		37320	module zbus (
		37321	porthit,
		37322	iorq1_n,
		37323	iorq2_n,
		37324	iorq_n,
		37325	iorqge1,
		37326	devpor,
		37327	devclrn,
		37328	devoe);
		37329	input porthit;
		37330	output iorq1_n;
		37331	output iorq2_n;
		37332	input iorq_n;
		37333	input iorqge1;
		37334	input devpor;
		37335	input devclrn;
		37336	input devoe;
		37337
		37338	wire gnd = 1'b0;
		37339	wire vcc = 1'b1;
		37340
		37341
		37342
		37343	// atom is at LC6_D15
		37344	flex10ke_lcell \iorq1_n~I (
		37345	// Equation(s):
		37346	// iorq1_n = porthit # \iorq_n~dataout
		37347
		37348	.dataa(vcc),
		37349	.datab(vcc),
		37350	.datac(porthit),
		37351	.datad(iorq_n),
		37352	.aclr(gnd),
		37353	.aload(gnd),
		37354	.clk(gnd),
		37355	.cin(gnd),
		37356	.cascin(vcc),
		37357	.devclrn(devclrn),
		37358	.devpor(devpor),
		37359	.combout(iorq1_n),
		37360	.regout(),
		37361	.cout(),
		37362	.cascout());
		37363	// synopsys translate_off
		37364	defparam \iorq1_n~I .clock_enable_mode = "false";
		37365	defparam \iorq1_n~I .lut_mask = "fff0";
		37366	defparam \iorq1_n~I .operation_mode = "normal";
		37367	defparam \iorq1_n~I .output_mode = "comb_only";
		37368	defparam \iorq1_n~I .packed_mode = "false";
		37369	// synopsys translate_on
		37370
		37371	// atom is at LC2_D15
		37372	flex10ke_lcell \iorq2_n~I (
		37373	// Equation(s):
		37374	// iorq2_n = porthit # \iorq_n~dataout # \iorqge1~dataout
		37375
		37376	.dataa(vcc),
		37377	.datab(porthit),
		37378	.datac(iorq_n),
		37379	.datad(iorqge1),
		37380	.aclr(gnd),
		37381	.aload(gnd),
		37382	.clk(gnd),
		37383	.cin(gnd),
		37384	.cascin(vcc),
		37385	.devclrn(devclrn),
		37386	.devpor(devpor),
		37387	.combout(iorq2_n),
		37388	.regout(),
		37389	.cout(),
		37390	.cascout());
		37391	// synopsys translate_off
		37392	defparam \iorq2_n~I .clock_enable_mode = "false";
		37393	defparam \iorq2_n~I .lut_mask = "fffc";
		37394	defparam \iorq2_n~I .operation_mode = "normal";
		37395	defparam \iorq2_n~I .output_mode = "comb_only";
		37396	defparam \iorq2_n~I .packed_mode = "false";
		37397	// synopsys translate_on
		37398
		37399	endmodule
		37400
		37401	module zclock (
		37402	zclk_out,
		37403	zneg,
		37404	zpos,
		37405	cbeg,
		37406	pre_cend,
		37407	WideOr0,
		37408	peff7_int_4,
		37409	fclk,
		37410	rfsh_n,
		37411	devpor,
		37412	devclrn,
		37413	devoe);
		37414	output zclk_out;
		37415	output zneg;
		37416	output zpos;
		37417	input cbeg;
		37418	input pre_cend;
		37419	input WideOr0;
		37420	input peff7_int_4;
		37421	input fclk;
		37422	input rfsh_n;
		37423	input devpor;
		37424	input devclrn;
		37425	input devoe;
		37426
		37427	wire gnd = 1'b0;
		37428	wire vcc = 1'b1;
		37429
		37430	wire old_rfsh_n;
		37431	wire \int_turbo[0]~25 ;
		37432	wire precend_cnt;
		37433	wire \zneg~51 ;
		37434	wire [1:0] int_turbo;
		37435
		37436
		37437	// atom is at LC7_A1
		37438	flex10ke_lcell \old_rfsh_n~I (
		37439	// Equation(s):
		37440	// old_rfsh_n = DFFEA(\rfsh_n~dataout , GLOBAL(\fclk~dataout ), , , zpos, , )
		37441
		37442	.dataa(zpos),
		37443	.datab(vcc),
		37444	.datac(vcc),
		37445	.datad(rfsh_n),
		37446	.aclr(gnd),
		37447	.aload(gnd),
		37448	.clk(fclk),
		37449	.cin(gnd),
		37450	.cascin(vcc),
		37451	.devclrn(devclrn),
		37452	.devpor(devpor),
		37453	.combout(),
		37454	.regout(old_rfsh_n),
		37455	.cout(),
		37456	.cascout());
		37457	// synopsys translate_off
		37458	defparam \old_rfsh_n~I .clock_enable_mode = "true";
		37459	defparam \old_rfsh_n~I .lut_mask = "ff00";
		37460	defparam \old_rfsh_n~I .operation_mode = "normal";
		37461	defparam \old_rfsh_n~I .output_mode = "reg_only";
		37462	defparam \old_rfsh_n~I .packed_mode = "false";
		37463	// synopsys translate_on
		37464
		37465	// atom is at LC8_A1
		37466	flex10ke_lcell \int_turbo[0]~25_I (
		37467	// Equation(s):
		37468	// \int_turbo[0]~25 = !\rfsh_n~dataout & old_rfsh_n & zpos
		37469
		37470	.dataa(vcc),
		37471	.datab(rfsh_n),
		37472	.datac(old_rfsh_n),
		37473	.datad(zpos),
		37474	.aclr(gnd),
		37475	.aload(gnd),
		37476	.clk(gnd),
		37477	.cin(gnd),
		37478	.cascin(vcc),
		37479	.devclrn(devclrn),
		37480	.devpor(devpor),
		37481	.combout(\int_turbo[0]~25 ),
		37482	.regout(),
		37483	.cout(),
		37484	.cascout());
		37485	// synopsys translate_off
		37486	defparam \int_turbo[0]~25_I .clock_enable_mode = "false";
		37487	defparam \int_turbo[0]~25_I .lut_mask = "3000";
		37488	defparam \int_turbo[0]~25_I .operation_mode = "normal";
		37489	defparam \int_turbo[0]~25_I .output_mode = "comb_only";
		37490	defparam \int_turbo[0]~25_I .packed_mode = "false";
		37491	// synopsys translate_on
		37492
		37493	// atom is at LC8_C7
		37494	flex10ke_lcell \zclk_out~I (
		37495	// Equation(s):
		37496	// zclk_out = DFFEA(zneg # !zpos & zclk_out, !GLOBAL(\fclk~dataout ), , , , , )
		37497
		37498	.dataa(vcc),
		37499	.datab(zpos),
		37500	.datac(zclk_out),
		37501	.datad(zneg),
		37502	.aclr(gnd),
		37503	.aload(gnd),
		37504	.clk(!fclk),
		37505	.cin(gnd),
		37506	.cascin(vcc),
		37507	.devclrn(devclrn),
		37508	.devpor(devpor),
		37509	.combout(),
		37510	.regout(zclk_out),
		37511	.cout(),
		37512	.cascout());
		37513	// synopsys translate_off
		37514	defparam \zclk_out~I .clock_enable_mode = "false";
		37515	defparam \zclk_out~I .lut_mask = "ff30";
		37516	defparam \zclk_out~I .operation_mode = "normal";
		37517	defparam \zclk_out~I .output_mode = "reg_only";
		37518	defparam \zclk_out~I .packed_mode = "false";
		37519	// synopsys translate_on
		37520
		37521	// atom is at LC2_A2
		37522	flex10ke_lcell \zneg~I (
		37523	// Equation(s):
		37524	// zneg = DFFEA(!WideOr0 & \zneg~51 , GLOBAL(\fclk~dataout ), , , , , )
		37525
		37526	.dataa(vcc),
		37527	.datab(vcc),
		37528	.datac(WideOr0),
		37529	.datad(\zneg~51 ),
		37530	.aclr(gnd),
		37531	.aload(gnd),
		37532	.clk(fclk),
		37533	.cin(gnd),
		37534	.cascin(vcc),
		37535	.devclrn(devclrn),
		37536	.devpor(devpor),
		37537	.combout(),
		37538	.regout(zneg),
		37539	.cout(),
		37540	.cascout());
		37541	// synopsys translate_off
		37542	defparam \zneg~I .clock_enable_mode = "false";
		37543	defparam \zneg~I .lut_mask = "0f00";
		37544	defparam \zneg~I .operation_mode = "normal";
		37545	defparam \zneg~I .output_mode = "reg_only";
		37546	defparam \zneg~I .packed_mode = "false";
		37547	// synopsys translate_on
		37548
		37549	// atom is at LC5_A1
		37550	flex10ke_lcell \zpos~I (
		37551	// Equation(s):
		37552	// zpos = DFFEA(!WideOr0 & pre_cend & (int_turbo[0] # !precend_cnt), GLOBAL(\fclk~dataout ), , , , , )
		37553
		37554	.dataa(WideOr0),
		37555	.datab(precend_cnt),
		37556	.datac(int_turbo[0]),
		37557	.datad(pre_cend),
		37558	.aclr(gnd),
		37559	.aload(gnd),
		37560	.clk(fclk),
		37561	.cin(gnd),
		37562	.cascin(vcc),
		37563	.devclrn(devclrn),
		37564	.devpor(devpor),
		37565	.combout(),
		37566	.regout(zpos),
		37567	.cout(),
		37568	.cascout());
		37569	// synopsys translate_off
		37570	defparam \zpos~I .clock_enable_mode = "false";
		37571	defparam \zpos~I .lut_mask = "5100";
		37572	defparam \zpos~I .operation_mode = "normal";
		37573	defparam \zpos~I .output_mode = "reg_only";
		37574	defparam \zpos~I .packed_mode = "false";
		37575	// synopsys translate_on
		37576
		37577	// atom is at LC2_A1
		37578	flex10ke_lcell \int_turbo[0]~I (
		37579	// Equation(s):
		37580	// int_turbo[0] = DFFEA(!peff7_int_4, GLOBAL(\fclk~dataout ), , , \int_turbo[0]~25 , , )
		37581
		37582	.dataa(\int_turbo[0]~25 ),
		37583	.datab(vcc),
		37584	.datac(vcc),
		37585	.datad(peff7_int_4),
		37586	.aclr(gnd),
		37587	.aload(gnd),
		37588	.clk(fclk),
		37589	.cin(gnd),
		37590	.cascin(vcc),
		37591	.devclrn(devclrn),
		37592	.devpor(devpor),
		37593	.combout(),
		37594	.regout(int_turbo[0]),
		37595	.cout(),
		37596	.cascout());
		37597	// synopsys translate_off
		37598	defparam \int_turbo[0]~I .clock_enable_mode = "true";
		37599	defparam \int_turbo[0]~I .lut_mask = "00ff";
		37600	defparam \int_turbo[0]~I .operation_mode = "normal";
		37601	defparam \int_turbo[0]~I .output_mode = "reg_only";
		37602	defparam \int_turbo[0]~I .packed_mode = "false";
		37603	// synopsys translate_on
		37604
		37605	// atom is at LC1_A1
		37606	flex10ke_lcell \precend_cnt~I (
		37607	// Equation(s):
		37608	// precend_cnt = DFFEA(!precend_cnt, GLOBAL(\fclk~dataout ), , , pre_cend, , )
		37609
		37610	.dataa(pre_cend),
		37611	.datab(vcc),
		37612	.datac(vcc),
		37613	.datad(precend_cnt),
		37614	.aclr(gnd),
		37615	.aload(gnd),
		37616	.clk(fclk),
		37617	.cin(gnd),
		37618	.cascin(vcc),
		37619	.devclrn(devclrn),
		37620	.devpor(devpor),
		37621	.combout(),
		37622	.regout(precend_cnt),
		37623	.cout(),
		37624	.cascout());
		37625	// synopsys translate_off
		37626	defparam \precend_cnt~I .clock_enable_mode = "true";
		37627	defparam \precend_cnt~I .lut_mask = "00ff";
		37628	defparam \precend_cnt~I .operation_mode = "normal";
		37629	defparam \precend_cnt~I .output_mode = "reg_only";
		37630	defparam \precend_cnt~I .packed_mode = "false";
		37631	// synopsys translate_on
		37632
		37633	// atom is at LC6_A1
		37634	flex10ke_lcell \zneg~51_I (
		37635	// Equation(s):
		37636	// \zneg~51 = int_turbo[0] & (cbeg) # !int_turbo[0] & precend_cnt & pre_cend
		37637
		37638	.dataa(int_turbo[0]),
		37639	.datab(precend_cnt),
		37640	.datac(pre_cend),
		37641	.datad(cbeg),
		37642	.aclr(gnd),
		37643	.aload(gnd),
		37644	.clk(gnd),
		37645	.cin(gnd),
		37646	.cascin(vcc),
		37647	.devclrn(devclrn),
		37648	.devpor(devpor),
		37649	.combout(\zneg~51 ),
		37650	.regout(),
		37651	.cout(),
		37652	.cascout());
		37653	// synopsys translate_off
		37654	defparam \zneg~51_I .clock_enable_mode = "false";
		37655	defparam \zneg~51_I .lut_mask = "ea40";
		37656	defparam \zneg~51_I .operation_mode = "normal";
		37657	defparam \zneg~51_I .output_mode = "comb_only";
		37658	defparam \zneg~51_I .packed_mode = "false";
		37659	// synopsys translate_on
		37660
		37661	endmodule
		37662
		37663	module zdos (
		37664	rst_out_n,
		37665	dos,
		37666	always0,
		37667	always01,
		37668	WideOr0,
		37669	atm_cpm_n,
		37670	dos_turn_off,
		37671	ramnrom_0,
		37672	ramnrom_01,
		37673	dos_turn_off1,
		37674	dos_turn_off2,
		37675	fclk,
		37676	devpor,
		37677	devclrn,
		37678	devoe);
		37679	input rst_out_n;
		37680	output dos;
		37681	input always0;
		37682	input always01;
		37683	input WideOr0;
		37684	input atm_cpm_n;
		37685	input dos_turn_off;
		37686	input ramnrom_0;
		37687	input ramnrom_01;
		37688	input dos_turn_off1;
		37689	input dos_turn_off2;
		37690	input fclk;
		37691	input devpor;
		37692	input devclrn;
		37693	input devoe;
		37694
		37695	wire gnd = 1'b0;
		37696	wire vcc = 1'b1;
		37697
		37698	wire \dos~86 ;
		37699	wire \dos~92 ;
		37700	wire \dos~88 ;
		37701
		37702
		37703	// atom is at LC1_A7
		37704	flex10ke_lcell \dos~I (
		37705	// Equation(s):
		37706	// dos = DFFEA(atm_cpm_n & (\WideOr0~82 & dos # !\dos~88 ), GLOBAL(\fclk~dataout ), rst_out_n, , , , )
		37707
		37708	.dataa(atm_cpm_n),
		37709	.datab(WideOr0),
		37710	.datac(dos),
		37711	.datad(\dos~88 ),
		37712	.aclr(!rst_out_n),
		37713	.aload(gnd),
		37714	.clk(fclk),
		37715	.cin(gnd),
		37716	.cascin(vcc),
		37717	.devclrn(devclrn),
		37718	.devpor(devpor),
		37719	.combout(),
		37720	.regout(dos),
		37721	.cout(),
		37722	.cascout());
		37723	// synopsys translate_off
		37724	defparam \dos~I .clock_enable_mode = "false";
		37725	defparam \dos~I .lut_mask = "80aa";
		37726	defparam \dos~I .operation_mode = "normal";
		37727	defparam \dos~I .output_mode = "reg_only";
		37728	defparam \dos~I .packed_mode = "false";
		37729	// synopsys translate_on
		37730
		37731	// atom is at LC3_A7
		37732	flex10ke_lcell \dos~86_I (
		37733	// Equation(s):
		37734	// \dos~92 = !dos_turn_off & (!always0 # !ramnrom_0) # !dos_turn_off
		37735
		37736	.dataa(dos_turn_off),
		37737	.datab(dos_turn_off1),
		37738	.datac(ramnrom_0),
		37739	.datad(always01),
		37740	.aclr(gnd),
		37741	.aload(gnd),
		37742	.clk(gnd),
		37743	.cin(gnd),
		37744	.cascin(vcc),
		37745	.devclrn(devclrn),
		37746	.devpor(devpor),
		37747	.combout(\dos~86 ),
		37748	.regout(),
		37749	.cout(),
		37750	.cascout(\dos~92 ));
		37751	// synopsys translate_off
		37752	defparam \dos~86_I .clock_enable_mode = "false";
		37753	defparam \dos~86_I .lut_mask = "5777";
		37754	defparam \dos~86_I .operation_mode = "normal";
		37755	defparam \dos~86_I .output_mode = "none";
		37756	defparam \dos~86_I .packed_mode = "false";
		37757	// synopsys translate_on
		37758
		37759	// atom is at LC4_A7
		37760	flex10ke_lcell \dos~88_I (
		37761	// Equation(s):
		37762	// \dos~88 = (!dos_turn_off1 & (!always0 # !ramnrom_0) # !dos_turn_off) & CASCADE(\dos~92 )
		37763
		37764	.dataa(dos_turn_off),
		37765	.datab(dos_turn_off2),
		37766	.datac(ramnrom_01),
		37767	.datad(always0),
		37768	.aclr(gnd),
		37769	.aload(gnd),
		37770	.clk(gnd),
		37771	.cin(gnd),
		37772	.cascin(\dos~92 ),
		37773	.devclrn(devclrn),
		37774	.devpor(devpor),
		37775	.combout(\dos~88 ),
		37776	.regout(),
		37777	.cout(),
		37778	.cascout());
		37779	// synopsys translate_off
		37780	defparam \dos~88_I .clock_enable_mode = "false";
		37781	defparam \dos~88_I .lut_mask = "5777";
		37782	defparam \dos~88_I .operation_mode = "normal";
		37783	defparam \dos~88_I .output_mode = "comb_only";
		37784	defparam \dos~88_I .packed_mode = "false";
		37785	// synopsys translate_on
		37786
		37787	endmodule
		37788
		37789	module zint (
		37790	int_n,
		37791	m1_n,
		37792	int_start,
		37793	fclk,
		37794	zclk,
		37795	devpor,
		37796	devclrn,
		37797	devoe);
		37798	output int_n;
		37799	input m1_n;
		37800	input int_start;
		37801	input fclk;
		37802	input zclk;
		37803	input devpor;
		37804	input devclrn;
		37805	input devoe;
		37806
		37807	wire gnd = 1'b0;
		37808	wire vcc = 1'b1;
		37809
		37810	wire ibeg;
		37811	wire ibg1;
		37812	wire ibg2;
		37813	wire ibg3;
		37814	wire \always3~0 ;
		37815	wire \intctr_rtl_2\|wysi_counter\|counter_cell[0]~COUT ;
		37816	wire \intctr_rtl_2\|wysi_counter\|counter_cell[1]~COUT ;
		37817	wire \intctr_rtl_2\|wysi_counter\|counter_cell[2]~COUT ;
		37818	wire \intctr_rtl_2\|wysi_counter\|counter_cell[3]~COUT ;
		37819	wire \intctr_rtl_2\|wysi_counter\|counter_cell[4]~COUT ;
		37820	wire [6:0] \intctr_rtl_2\|wysi_counter\|q ;
		37821
		37822
		37823	// atom is at LC1_E16
		37824	flex10ke_lcell \int_n~I (
		37825	// Equation(s):
		37826	// int_n = DFFEA(\always3~0 & (\intctr_rtl_2\|wysi_counter\|q [5] # int_n # \m1_n~9 ), GLOBAL(\clkz_in~dataout ), , , , , )
		37827
		37828	.dataa(\always3~0 ),
		37829	.datab(\intctr_rtl_2\|wysi_counter\|q [5]),
		37830	.datac(int_n),
		37831	.datad(m1_n),
		37832	.aclr(gnd),
		37833	.aload(gnd),
		37834	.clk(zclk),
		37835	.cin(gnd),
		37836	.cascin(vcc),
		37837	.devclrn(devclrn),
		37838	.devpor(devpor),
		37839	.combout(),
		37840	.regout(int_n),
		37841	.cout(),
		37842	.cascout());
		37843	// synopsys translate_off
		37844	defparam \int_n~I .clock_enable_mode = "false";
		37845	defparam \int_n~I .lut_mask = "aaa8";
		37846	defparam \int_n~I .operation_mode = "normal";
		37847	defparam \int_n~I .output_mode = "reg_only";
		37848	defparam \int_n~I .packed_mode = "false";
		37849	// synopsys translate_on
		37850
		37851	// atom is at LC6_I4
		37852	flex10ke_lcell \ibeg~I (
		37853	// Equation(s):
		37854	// ibeg = DFFEA(!ibeg, GLOBAL(\fclk~dataout ), , , int_start, , )
		37855
		37856	.dataa(int_start),
		37857	.datab(vcc),
		37858	.datac(vcc),
		37859	.datad(ibeg),
		37860	.aclr(gnd),
		37861	.aload(gnd),
		37862	.clk(fclk),
		37863	.cin(gnd),
		37864	.cascin(vcc),
		37865	.devclrn(devclrn),
		37866	.devpor(devpor),
		37867	.combout(),
		37868	.regout(ibeg),
		37869	.cout(),
		37870	.cascout());
		37871	// synopsys translate_off
		37872	defparam \ibeg~I .clock_enable_mode = "true";
		37873	defparam \ibeg~I .lut_mask = "00ff";
		37874	defparam \ibeg~I .operation_mode = "normal";
		37875	defparam \ibeg~I .output_mode = "reg_only";
		37876	defparam \ibeg~I .packed_mode = "false";
		37877	// synopsys translate_on
		37878
		37879	// atom is at LC5_I4
		37880	flex10ke_lcell \ibg1~I (
		37881	// Equation(s):
		37882	// ibg1 = DFFEA(ibeg, GLOBAL(\clkz_in~dataout ), , , , , )
		37883
		37884	.dataa(vcc),
		37885	.datab(vcc),
		37886	.datac(vcc),
		37887	.datad(ibeg),
		37888	.aclr(gnd),
		37889	.aload(gnd),
		37890	.clk(zclk),
		37891	.cin(gnd),
		37892	.cascin(vcc),
		37893	.devclrn(devclrn),
		37894	.devpor(devpor),
		37895	.combout(),
		37896	.regout(ibg1),
		37897	.cout(),
		37898	.cascout());
		37899	// synopsys translate_off
		37900	defparam \ibg1~I .clock_enable_mode = "false";
		37901	defparam \ibg1~I .lut_mask = "ff00";
		37902	defparam \ibg1~I .operation_mode = "normal";
		37903	defparam \ibg1~I .output_mode = "reg_only";
		37904	defparam \ibg1~I .packed_mode = "false";
		37905	// synopsys translate_on
		37906
		37907	// atom is at LC2_I4
		37908	flex10ke_lcell \ibg2~I (
		37909	// Equation(s):
		37910	// ibg2 = DFFEA(ibg1, GLOBAL(\clkz_in~dataout ), , , , , )
		37911
		37912	.dataa(vcc),
		37913	.datab(vcc),
		37914	.datac(vcc),
		37915	.datad(ibg1),
		37916	.aclr(gnd),
		37917	.aload(gnd),
		37918	.clk(zclk),
		37919	.cin(gnd),
		37920	.cascin(vcc),
		37921	.devclrn(devclrn),
		37922	.devpor(devpor),
		37923	.combout(),
		37924	.regout(ibg2),
		37925	.cout(),
		37926	.cascout());
		37927	// synopsys translate_off
		37928	defparam \ibg2~I .clock_enable_mode = "false";
		37929	defparam \ibg2~I .lut_mask = "ff00";
		37930	defparam \ibg2~I .operation_mode = "normal";
		37931	defparam \ibg2~I .output_mode = "reg_only";
		37932	defparam \ibg2~I .packed_mode = "false";
		37933	// synopsys translate_on
		37934
		37935	// atom is at LC3_I4
		37936	flex10ke_lcell \ibg3~I (
		37937	// Equation(s):
		37938	// ibg3 = DFFEA(ibg2, GLOBAL(\clkz_in~dataout ), , , , , )
		37939
		37940	.dataa(vcc),
		37941	.datab(vcc),
		37942	.datac(vcc),
		37943	.datad(ibg2),
		37944	.aclr(gnd),
		37945	.aload(gnd),
		37946	.clk(zclk),
		37947	.cin(gnd),
		37948	.cascin(vcc),
		37949	.devclrn(devclrn),
		37950	.devpor(devpor),
		37951	.combout(),
		37952	.regout(ibg3),
		37953	.cout(),
		37954	.cascout());
		37955	// synopsys translate_off
		37956	defparam \ibg3~I .clock_enable_mode = "false";
		37957	defparam \ibg3~I .lut_mask = "ff00";
		37958	defparam \ibg3~I .operation_mode = "normal";
		37959	defparam \ibg3~I .output_mode = "reg_only";
		37960	defparam \ibg3~I .packed_mode = "false";
		37961	// synopsys translate_on
		37962
		37963	// atom is at LC1_I4
		37964	flex10ke_lcell \always3~0_I (
		37965	// Equation(s):
		37966	// \always3~0 = ibg3 $ !ibg2
		37967
		37968	.dataa(vcc),
		37969	.datab(vcc),
		37970	.datac(ibg3),
		37971	.datad(ibg2),
		37972	.aclr(gnd),
		37973	.aload(gnd),
		37974	.clk(gnd),
		37975	.cin(gnd),
		37976	.cascin(vcc),
		37977	.devclrn(devclrn),
		37978	.devpor(devpor),
		37979	.combout(\always3~0 ),
		37980	.regout(),
		37981	.cout(),
		37982	.cascout());
		37983	// synopsys translate_off
		37984	defparam \always3~0_I .clock_enable_mode = "false";
		37985	defparam \always3~0_I .lut_mask = "f00f";
		37986	defparam \always3~0_I .operation_mode = "normal";
		37987	defparam \always3~0_I .output_mode = "comb_only";
		37988	defparam \always3~0_I .packed_mode = "false";
		37989	// synopsys translate_on
		37990
		37991	// atom is at LC3_E16
		37992	flex10ke_lcell \intctr_rtl_2\|wysi_counter\|counter_cell[0] (
		37993	// Equation(s):
		37994	// \intctr_rtl_2\|wysi_counter\|counter_cell[0]~COUT = CARRY()
		37995
		37996	.dataa(\intctr_rtl_2\|wysi_counter\|q [5]),
		37997	.datab(\always3~0 ),
		37998	.datac(vcc),
		37999	.datad(vcc),
		38000	.aclr(gnd),
		38001	.aload(gnd),
		38002	.clk(zclk),
		38003	.cin(gnd),
		38004	.cascin(vcc),
		38005	.devclrn(devclrn),
		38006	.devpor(devpor),
		38007	.combout(),
		38008	.regout(\intctr_rtl_2\|wysi_counter\|q [0]),
		38009	.cout(\intctr_rtl_2\|wysi_counter\|counter_cell[0]~COUT ),
		38010	.cascout());
		38011	// synopsys translate_off
		38012	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[0] .clock_enable_mode = "false";
		38013	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[0] .lut_mask = "99aa";
		38014	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[0] .operation_mode = "clrb_cntr";
		38015	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[0] .output_mode = "none";
		38016	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[0] .packed_mode = "false";
		38017	// synopsys translate_on
		38018
		38019	// atom is at LC4_E16
		38020	flex10ke_lcell \intctr_rtl_2\|wysi_counter\|counter_cell[1] (
		38021	// Equation(s):
		38022	// \intctr_rtl_2\|wysi_counter\|counter_cell[1]~COUT = CARRY( & (\intctr_rtl_2\|wysi_counter\|counter_cell[0]~COUT ))
		38023
		38024	.dataa(\intctr_rtl_2\|wysi_counter\|q [5]),
		38025	.datab(\always3~0 ),
		38026	.datac(vcc),
		38027	.datad(vcc),
		38028	.aclr(gnd),
		38029	.aload(gnd),
		38030	.clk(zclk),
		38031	.cin(\intctr_rtl_2\|wysi_counter\|counter_cell[0]~COUT ),
		38032	.cascin(vcc),
		38033	.devclrn(devclrn),
		38034	.devpor(devpor),
		38035	.combout(),
		38036	.regout(\intctr_rtl_2\|wysi_counter\|q [1]),
		38037	.cout(\intctr_rtl_2\|wysi_counter\|counter_cell[1]~COUT ),
		38038	.cascout());
		38039	// synopsys translate_off
		38040	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[1] .cin_used = "true";
		38041	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[1] .clock_enable_mode = "false";
		38042	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[1] .lut_mask = "9ca0";
		38043	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[1] .operation_mode = "clrb_cntr";
		38044	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[1] .output_mode = "none";
		38045	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[1] .packed_mode = "false";
		38046	// synopsys translate_on
		38047
		38048	// atom is at LC5_E16
		38049	flex10ke_lcell \intctr_rtl_2\|wysi_counter\|counter_cell[2] (
		38050	// Equation(s):
		38051	// \intctr_rtl_2\|wysi_counter\|counter_cell[2]~COUT = CARRY( & (\intctr_rtl_2\|wysi_counter\|counter_cell[1]~COUT ))
		38052
		38053	.dataa(\intctr_rtl_2\|wysi_counter\|q [5]),
		38054	.datab(\always3~0 ),
		38055	.datac(vcc),
		38056	.datad(vcc),
		38057	.aclr(gnd),
		38058	.aload(gnd),
		38059	.clk(zclk),
		38060	.cin(\intctr_rtl_2\|wysi_counter\|counter_cell[1]~COUT ),
		38061	.cascin(vcc),
		38062	.devclrn(devclrn),
		38063	.devpor(devpor),
		38064	.combout(),
		38065	.regout(\intctr_rtl_2\|wysi_counter\|q [2]),
		38066	.cout(\intctr_rtl_2\|wysi_counter\|counter_cell[2]~COUT ),
		38067	.cascout());
		38068	// synopsys translate_off
		38069	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[2] .cin_used = "true";
		38070	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[2] .clock_enable_mode = "false";
		38071	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[2] .lut_mask = "9ca0";
		38072	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[2] .operation_mode = "clrb_cntr";
		38073	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[2] .output_mode = "none";
		38074	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[2] .packed_mode = "false";
		38075	// synopsys translate_on
		38076
		38077	// atom is at LC6_E16
		38078	flex10ke_lcell \intctr_rtl_2\|wysi_counter\|counter_cell[3] (
		38079	// Equation(s):
		38080	// \intctr_rtl_2\|wysi_counter\|counter_cell[3]~COUT = CARRY( & (\intctr_rtl_2\|wysi_counter\|counter_cell[2]~COUT ))
		38081
		38082	.dataa(\intctr_rtl_2\|wysi_counter\|q [5]),
		38083	.datab(\always3~0 ),
		38084	.datac(vcc),
		38085	.datad(vcc),
		38086	.aclr(gnd),
		38087	.aload(gnd),
		38088	.clk(zclk),
		38089	.cin(\intctr_rtl_2\|wysi_counter\|counter_cell[2]~COUT ),
		38090	.cascin(vcc),
		38091	.devclrn(devclrn),
		38092	.devpor(devpor),
		38093	.combout(),
		38094	.regout(\intctr_rtl_2\|wysi_counter\|q [3]),
		38095	.cout(\intctr_rtl_2\|wysi_counter\|counter_cell[3]~COUT ),
		38096	.cascout());
		38097	// synopsys translate_off
		38098	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[3] .cin_used = "true";
		38099	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[3] .clock_enable_mode = "false";
		38100	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[3] .lut_mask = "9ca0";
		38101	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[3] .operation_mode = "clrb_cntr";
		38102	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[3] .output_mode = "none";
		38103	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[3] .packed_mode = "false";
		38104	// synopsys translate_on
		38105
		38106	// atom is at LC7_E16
		38107	flex10ke_lcell \intctr_rtl_2\|wysi_counter\|counter_cell[4] (
		38108	// Equation(s):
		38109	// \intctr_rtl_2\|wysi_counter\|counter_cell[4]~COUT = CARRY( & (\intctr_rtl_2\|wysi_counter\|counter_cell[3]~COUT ))
		38110
		38111	.dataa(\intctr_rtl_2\|wysi_counter\|q [5]),
		38112	.datab(\always3~0 ),
		38113	.datac(vcc),
		38114	.datad(vcc),
		38115	.aclr(gnd),
		38116	.aload(gnd),
		38117	.clk(zclk),
		38118	.cin(\intctr_rtl_2\|wysi_counter\|counter_cell[3]~COUT ),
		38119	.cascin(vcc),
		38120	.devclrn(devclrn),
		38121	.devpor(devpor),
		38122	.combout(),
		38123	.regout(\intctr_rtl_2\|wysi_counter\|q [4]),
		38124	.cout(\intctr_rtl_2\|wysi_counter\|counter_cell[4]~COUT ),
		38125	.cascout());
		38126	// synopsys translate_off
		38127	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[4] .cin_used = "true";
		38128	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[4] .clock_enable_mode = "false";
		38129	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[4] .lut_mask = "9ca0";
		38130	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[4] .operation_mode = "clrb_cntr";
		38131	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[4] .output_mode = "none";
		38132	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[4] .packed_mode = "false";
		38133	// synopsys translate_on
		38134
		38135	// atom is at LC8_E16
		38136	flex10ke_lcell \intctr_rtl_2\|wysi_counter\|counter_cell[5] (
		38137	// Equation(s):
		38138	// \intctr_rtl_2\|wysi_counter\|q [5] = DFFEA((\intctr_rtl_2\|wysi_counter\|q [5] $ (!\intctr_rtl_2\|wysi_counter\|q [5] & \intctr_rtl_2\|wysi_counter\|counter_cell[4]~COUT )) & \always3~0 , GLOBAL(\clkz_in~dataout ), , , , , )
		38139
		38140	.dataa(\intctr_rtl_2\|wysi_counter\|q [5]),
		38141	.datab(\always3~0 ),
		38142	.datac(vcc),
		38143	.datad(vcc),
		38144	.aclr(gnd),
		38145	.aload(gnd),
		38146	.clk(zclk),
		38147	.cin(\intctr_rtl_2\|wysi_counter\|counter_cell[4]~COUT ),
		38148	.cascin(vcc),
		38149	.devclrn(devclrn),
		38150	.devpor(devpor),
		38151	.combout(),
		38152	.regout(\intctr_rtl_2\|wysi_counter\|q [5]),
		38153	.cout(),
		38154	.cascout());
		38155	// synopsys translate_off
		38156	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[5] .cin_used = "true";
		38157	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[5] .clock_enable_mode = "false";
		38158	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[5] .lut_mask = "9c9c";
		38159	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[5] .operation_mode = "clrb_cntr";
		38160	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[5] .output_mode = "reg_only";
		38161	defparam \intctr_rtl_2\|wysi_counter\|counter_cell[5] .packed_mode = "false";
		38162	// synopsys translate_on
		38163
		38164	endmodule
		38165
		38166	module zkbdmus (
		38167	musy_5,
		38168	musx_5,
		38169	musbtn_5,
		38170	musy_6,
		38171	musx_6,
		38172	musbtn_6,
		38173	musy_7,
		38174	musx_7,
		38175	musbtn_7,
		38176	mouse_buf_5,
		38177	mus_ystb,
		38178	mus_xstb,
		38179	mus_btnstb,
		38180	mouse_buf_6,
		38181	mouse_buf_7,
		38182	musy_0,
		38183	musx_0,
		38184	musbtn_0,
		38185	kj_data_0,
		38186	musy_1,
		38187	musx_1,
		38188	musbtn_1,
		38189	kj_data_1,
		38190	musy_2,
		38191	musx_2,
		38192	musbtn_2,
		38193	kj_data_2,
		38194	musy_3,
		38195	musx_3,
		38196	musbtn_3,
		38197	kj_data_3,
		38198	musy_4,
		38199	musx_4,
		38200	musbtn_4,
		38201	kj_data_4,
		38202	mouse_buf_0,
		38203	kj_stb,
		38204	mouse_buf_1,
		38205	mouse_buf_2,
		38206	mouse_buf_3,
		38207	mouse_buf_4,
		38208	kbd_34,
		38209	kbd_39,
		38210	kbd_33,
		38211	kbd_38,
		38212	kbd_37,
		38213	kbd_32,
		38214	kbd_35,
		38215	kbd_36,
		38216	kbd_26,
		38217	kbd_31,
		38218	kbd_25,
		38219	kbd_30,
		38220	kbd_29,
		38221	kbd_24,
		38222	kbd_27,
		38223	kbd_28,
		38224	kbd_18,
		38225	kbd_23,
		38226	kbd_17,
		38227	kbd_22,
		38228	kbd_21,
		38229	kbd_16,
		38230	kbd_19,
		38231	kbd_20,
		38232	kbd_10,
		38233	kbd_15,
		38234	kbd_9,
		38235	kbd_14,
		38236	kbd_13,
		38237	kbd_8,
		38238	kbd_11,
		38239	kbd_12,
		38240	kbd_2,
		38241	kbd_7,
		38242	kbd_1,
		38243	kbd_6,
		38244	kbd_5,
		38245	kbd_0,
		38246	kbd_3,
		38247	kbd_4,
		38248	kbd_reg_34,
		38249	kbd_stb,
		38250	kbd_reg_39,
		38251	kbd_reg_33,
		38252	kbd_reg_38,
		38253	kbd_reg_37,
		38254	kbd_reg_32,
		38255	kbd_reg_35,
		38256	kbd_reg_36,
		38257	kbd_reg_26,
		38258	kbd_reg_31,
		38259	kbd_reg_25,
		38260	kbd_reg_30,
		38261	kbd_reg_29,
		38262	kbd_reg_24,
		38263	kbd_reg_27,
		38264	kbd_reg_28,
		38265	kbd_reg_18,
		38266	kbd_reg_23,
		38267	kbd_reg_17,
		38268	kbd_reg_22,
		38269	kbd_reg_21,
		38270	kbd_reg_16,
		38271	kbd_reg_19,
		38272	kbd_reg_20,
		38273	kbd_reg_10,
		38274	kbd_reg_15,
		38275	kbd_reg_9,
		38276	kbd_reg_14,
		38277	kbd_reg_13,
		38278	kbd_reg_8,
		38279	kbd_reg_11,
		38280	kbd_reg_12,
		38281	kbd_reg_2,
		38282	kbd_reg_7,
		38283	kbd_reg_1,
		38284	kbd_reg_6,
		38285	kbd_reg_5,
		38286	kbd_reg_0,
		38287	kbd_reg_3,
		38288	kbd_reg_4,
		38289	fclk,
		38290	devpor,
		38291	devclrn,
		38292	devoe);
		38293	output musy_5;
		38294	output musx_5;
		38295	output musbtn_5;
		38296	output musy_6;
		38297	output musx_6;
		38298	output musbtn_6;
		38299	output musy_7;
		38300	output musx_7;
		38301	output musbtn_7;
		38302	input mouse_buf_5;
		38303	input mus_ystb;
		38304	input mus_xstb;
		38305	input mus_btnstb;
		38306	input mouse_buf_6;
		38307	input mouse_buf_7;
		38308	output musy_0;
		38309	output musx_0;
		38310	output musbtn_0;
		38311	output kj_data_0;
		38312	output musy_1;
		38313	output musx_1;
		38314	output musbtn_1;
		38315	output kj_data_1;
		38316	output musy_2;
		38317	output musx_2;
		38318	output musbtn_2;
		38319	output kj_data_2;
		38320	output musy_3;
		38321	output musx_3;
		38322	output musbtn_3;
		38323	output kj_data_3;
		38324	output musy_4;
		38325	output musx_4;
		38326	output musbtn_4;
		38327	output kj_data_4;
		38328	input mouse_buf_0;
		38329	input kj_stb;
		38330	input mouse_buf_1;
		38331	input mouse_buf_2;
		38332	input mouse_buf_3;
		38333	input mouse_buf_4;
		38334	output kbd_34;
		38335	output kbd_39;
		38336	output kbd_33;
		38337	output kbd_38;
		38338	output kbd_37;
		38339	output kbd_32;
		38340	output kbd_35;
		38341	output kbd_36;
		38342	output kbd_26;
		38343	output kbd_31;
		38344	output kbd_25;
		38345	output kbd_30;
		38346	output kbd_29;
		38347	output kbd_24;
		38348	output kbd_27;
		38349	output kbd_28;
		38350	output kbd_18;
		38351	output kbd_23;
		38352	output kbd_17;
		38353	output kbd_22;
		38354	output kbd_21;
		38355	output kbd_16;
		38356	output kbd_19;
		38357	output kbd_20;
		38358	output kbd_10;
		38359	output kbd_15;
		38360	output kbd_9;
		38361	output kbd_14;
		38362	output kbd_13;
		38363	output kbd_8;
		38364	output kbd_11;
		38365	output kbd_12;
		38366	output kbd_2;
		38367	output kbd_7;
		38368	output kbd_1;
		38369	output kbd_6;
		38370	output kbd_5;
		38371	output kbd_0;
		38372	output kbd_3;
		38373	output kbd_4;
		38374	input kbd_reg_34;
		38375	input kbd_stb;
		38376	input kbd_reg_39;
		38377	input kbd_reg_33;
		38378	input kbd_reg_38;
		38379	input kbd_reg_37;
		38380	input kbd_reg_32;
		38381	input kbd_reg_35;
		38382	input kbd_reg_36;
		38383	input kbd_reg_26;
		38384	input kbd_reg_31;
		38385	input kbd_reg_25;
		38386	input kbd_reg_30;
		38387	input kbd_reg_29;
		38388	input kbd_reg_24;
		38389	input kbd_reg_27;
		38390	input kbd_reg_28;
		38391	input kbd_reg_18;
		38392	input kbd_reg_23;
		38393	input kbd_reg_17;
		38394	input kbd_reg_22;
		38395	input kbd_reg_21;
		38396	input kbd_reg_16;
		38397	input kbd_reg_19;
		38398	input kbd_reg_20;
		38399	input kbd_reg_10;
		38400	input kbd_reg_15;
		38401	input kbd_reg_9;
		38402	input kbd_reg_14;
		38403	input kbd_reg_13;
		38404	input kbd_reg_8;
		38405	input kbd_reg_11;
		38406	input kbd_reg_12;
		38407	input kbd_reg_2;
		38408	input kbd_reg_7;
		38409	input kbd_reg_1;
		38410	input kbd_reg_6;
		38411	input kbd_reg_5;
		38412	input kbd_reg_0;
		38413	input kbd_reg_3;
		38414	input kbd_reg_4;
		38415	input fclk;
		38416	input devpor;
		38417	input devclrn;
		38418	input devoe;
		38419
		38420	wire gnd = 1'b0;
		38421	wire vcc = 1'b1;
		38422
		38423
		38424
		38425	// atom is at LC1_E26
		38426	flex10ke_lcell \musy[5]~I (
		38427	// Equation(s):
		38428	// musy_5 = DFFEA(mouse_buf_5, GLOBAL(\fclk~dataout ), , , mus_ystb, , )
		38429
		38430	.dataa(mus_ystb),
		38431	.datab(vcc),
		38432	.datac(vcc),
		38433	.datad(mouse_buf_5),
		38434	.aclr(gnd),
		38435	.aload(gnd),
		38436	.clk(fclk),
		38437	.cin(gnd),
		38438	.cascin(vcc),
		38439	.devclrn(devclrn),
		38440	.devpor(devpor),
		38441	.combout(),
		38442	.regout(musy_5),
		38443	.cout(),
		38444	.cascout());
		38445	// synopsys translate_off
		38446	defparam \musy[5]~I .clock_enable_mode = "true";
		38447	defparam \musy[5]~I .lut_mask = "ff00";
		38448	defparam \musy[5]~I .operation_mode = "normal";
		38449	defparam \musy[5]~I .output_mode = "reg_only";
		38450	defparam \musy[5]~I .packed_mode = "false";
		38451	// synopsys translate_on
		38452
		38453	// atom is at LC2_E26
		38454	flex10ke_lcell \musx[5]~I (
		38455	// Equation(s):
		38456	// musx_5 = DFFEA(mouse_buf_5, GLOBAL(\fclk~dataout ), , , mus_xstb, , )
		38457
		38458	.dataa(mus_xstb),
		38459	.datab(vcc),
		38460	.datac(vcc),
		38461	.datad(mouse_buf_5),
		38462	.aclr(gnd),
		38463	.aload(gnd),
		38464	.clk(fclk),
		38465	.cin(gnd),
		38466	.cascin(vcc),
		38467	.devclrn(devclrn),
		38468	.devpor(devpor),
		38469	.combout(),
		38470	.regout(musx_5),
		38471	.cout(),
		38472	.cascout());
		38473	// synopsys translate_off
		38474	defparam \musx[5]~I .clock_enable_mode = "true";
		38475	defparam \musx[5]~I .lut_mask = "ff00";
		38476	defparam \musx[5]~I .operation_mode = "normal";
		38477	defparam \musx[5]~I .output_mode = "reg_only";
		38478	defparam \musx[5]~I .packed_mode = "false";
		38479	// synopsys translate_on
		38480
		38481	// atom is at LC4_E26
		38482	flex10ke_lcell \musbtn[5]~I (
		38483	// Equation(s):
		38484	// musbtn_5 = DFFEA(mouse_buf_5, GLOBAL(\fclk~dataout ), , , mus_btnstb, , )
		38485
		38486	.dataa(mus_btnstb),
		38487	.datab(vcc),
		38488	.datac(vcc),
		38489	.datad(mouse_buf_5),
		38490	.aclr(gnd),
		38491	.aload(gnd),
		38492	.clk(fclk),
		38493	.cin(gnd),
		38494	.cascin(vcc),
		38495	.devclrn(devclrn),
		38496	.devpor(devpor),
		38497	.combout(),
		38498	.regout(musbtn_5),
		38499	.cout(),
		38500	.cascout());
		38501	// synopsys translate_off
		38502	defparam \musbtn[5]~I .clock_enable_mode = "true";
		38503	defparam \musbtn[5]~I .lut_mask = "ff00";
		38504	defparam \musbtn[5]~I .operation_mode = "normal";
		38505	defparam \musbtn[5]~I .output_mode = "reg_only";
		38506	defparam \musbtn[5]~I .packed_mode = "false";
		38507	// synopsys translate_on
		38508
		38509	// atom is at LC3_E31
		38510	flex10ke_lcell \musy[6]~I (
		38511	// Equation(s):
		38512	// musy_6 = DFFEA(mouse_buf_6, GLOBAL(\fclk~dataout ), , , mus_ystb, , )
		38513
		38514	.dataa(mus_ystb),
		38515	.datab(vcc),
		38516	.datac(vcc),
		38517	.datad(mouse_buf_6),
		38518	.aclr(gnd),
		38519	.aload(gnd),
		38520	.clk(fclk),
		38521	.cin(gnd),
		38522	.cascin(vcc),
		38523	.devclrn(devclrn),
		38524	.devpor(devpor),
		38525	.combout(),
		38526	.regout(musy_6),
		38527	.cout(),
		38528	.cascout());
		38529	// synopsys translate_off
		38530	defparam \musy[6]~I .clock_enable_mode = "true";
		38531	defparam \musy[6]~I .lut_mask = "ff00";
		38532	defparam \musy[6]~I .operation_mode = "normal";
		38533	defparam \musy[6]~I .output_mode = "reg_only";
		38534	defparam \musy[6]~I .packed_mode = "false";
		38535	// synopsys translate_on
		38536
		38537	// atom is at LC4_E31
		38538	flex10ke_lcell \musx[6]~I (
		38539	// Equation(s):
		38540	// musx_6 = DFFEA(mouse_buf_6, GLOBAL(\fclk~dataout ), , , mus_xstb, , )
		38541
		38542	.dataa(mus_xstb),
		38543	.datab(vcc),
		38544	.datac(vcc),
		38545	.datad(mouse_buf_6),
		38546	.aclr(gnd),
		38547	.aload(gnd),
		38548	.clk(fclk),
		38549	.cin(gnd),
		38550	.cascin(vcc),
		38551	.devclrn(devclrn),
		38552	.devpor(devpor),
		38553	.combout(),
		38554	.regout(musx_6),
		38555	.cout(),
		38556	.cascout());
		38557	// synopsys translate_off
		38558	defparam \musx[6]~I .clock_enable_mode = "true";
		38559	defparam \musx[6]~I .lut_mask = "ff00";
		38560	defparam \musx[6]~I .operation_mode = "normal";
		38561	defparam \musx[6]~I .output_mode = "reg_only";
		38562	defparam \musx[6]~I .packed_mode = "false";
		38563	// synopsys translate_on
		38564
		38565	// atom is at LC6_E31
		38566	flex10ke_lcell \musbtn[6]~I (
		38567	// Equation(s):
		38568	// musbtn_6 = DFFEA(mouse_buf_6, GLOBAL(\fclk~dataout ), , , mus_btnstb, , )
		38569
		38570	.dataa(mus_btnstb),
		38571	.datab(vcc),
		38572	.datac(vcc),
		38573	.datad(mouse_buf_6),
		38574	.aclr(gnd),
		38575	.aload(gnd),
		38576	.clk(fclk),
		38577	.cin(gnd),
		38578	.cascin(vcc),
		38579	.devclrn(devclrn),
		38580	.devpor(devpor),
		38581	.combout(),
		38582	.regout(musbtn_6),
		38583	.cout(),
		38584	.cascout());
		38585	// synopsys translate_off
		38586	defparam \musbtn[6]~I .clock_enable_mode = "true";
		38587	defparam \musbtn[6]~I .lut_mask = "ff00";
		38588	defparam \musbtn[6]~I .operation_mode = "normal";
		38589	defparam \musbtn[6]~I .output_mode = "reg_only";
		38590	defparam \musbtn[6]~I .packed_mode = "false";
		38591	// synopsys translate_on
		38592
		38593	// atom is at LC2_E19
		38594	flex10ke_lcell \musy[7]~I (
		38595	// Equation(s):
		38596	// musy_7 = DFFEA(mouse_buf_7, GLOBAL(\fclk~dataout ), , , mus_ystb, , )
		38597
		38598	.dataa(mus_ystb),
		38599	.datab(vcc),
		38600	.datac(vcc),
		38601	.datad(mouse_buf_7),
		38602	.aclr(gnd),
		38603	.aload(gnd),
		38604	.clk(fclk),
		38605	.cin(gnd),
		38606	.cascin(vcc),
		38607	.devclrn(devclrn),
		38608	.devpor(devpor),
		38609	.combout(),
		38610	.regout(musy_7),
		38611	.cout(),
		38612	.cascout());
		38613	// synopsys translate_off
		38614	defparam \musy[7]~I .clock_enable_mode = "true";
		38615	defparam \musy[7]~I .lut_mask = "ff00";
		38616	defparam \musy[7]~I .operation_mode = "normal";
		38617	defparam \musy[7]~I .output_mode = "reg_only";
		38618	defparam \musy[7]~I .packed_mode = "false";
		38619	// synopsys translate_on
		38620
		38621	// atom is at LC3_E19
		38622	flex10ke_lcell \musx[7]~I (
		38623	// Equation(s):
		38624	// musx_7 = DFFEA(mouse_buf_7, GLOBAL(\fclk~dataout ), , , mus_xstb, , )
		38625
		38626	.dataa(mus_xstb),
		38627	.datab(vcc),
		38628	.datac(vcc),
		38629	.datad(mouse_buf_7),
		38630	.aclr(gnd),
		38631	.aload(gnd),
		38632	.clk(fclk),
		38633	.cin(gnd),
		38634	.cascin(vcc),
		38635	.devclrn(devclrn),
		38636	.devpor(devpor),
		38637	.combout(),
		38638	.regout(musx_7),
		38639	.cout(),
		38640	.cascout());
		38641	// synopsys translate_off
		38642	defparam \musx[7]~I .clock_enable_mode = "true";
		38643	defparam \musx[7]~I .lut_mask = "ff00";
		38644	defparam \musx[7]~I .operation_mode = "normal";
		38645	defparam \musx[7]~I .output_mode = "reg_only";
		38646	defparam \musx[7]~I .packed_mode = "false";
		38647	// synopsys translate_on
		38648
		38649	// atom is at LC6_E19
		38650	flex10ke_lcell \musbtn[7]~I (
		38651	// Equation(s):
		38652	// musbtn_7 = DFFEA(mouse_buf_7, GLOBAL(\fclk~dataout ), , , mus_btnstb, , )
		38653
		38654	.dataa(mus_btnstb),
		38655	.datab(vcc),
		38656	.datac(vcc),
		38657	.datad(mouse_buf_7),
		38658	.aclr(gnd),
		38659	.aload(gnd),
		38660	.clk(fclk),
		38661	.cin(gnd),
		38662	.cascin(vcc),
		38663	.devclrn(devclrn),
		38664	.devpor(devpor),
		38665	.combout(),
		38666	.regout(musbtn_7),
		38667	.cout(),
		38668	.cascout());
		38669	// synopsys translate_off
		38670	defparam \musbtn[7]~I .clock_enable_mode = "true";
		38671	defparam \musbtn[7]~I .lut_mask = "ff00";
		38672	defparam \musbtn[7]~I .operation_mode = "normal";
		38673	defparam \musbtn[7]~I .output_mode = "reg_only";
		38674	defparam \musbtn[7]~I .packed_mode = "false";
		38675	// synopsys translate_on
		38676
		38677	// atom is at LC1_E35
		38678	flex10ke_lcell \musy[0]~I (
		38679	// Equation(s):
		38680	// musy_0 = DFFEA(mouse_buf_0, GLOBAL(\fclk~dataout ), , , mus_ystb, , )
		38681
		38682	.dataa(mus_ystb),
		38683	.datab(vcc),
		38684	.datac(vcc),
		38685	.datad(mouse_buf_0),
		38686	.aclr(gnd),
		38687	.aload(gnd),
		38688	.clk(fclk),
		38689	.cin(gnd),
		38690	.cascin(vcc),
		38691	.devclrn(devclrn),
		38692	.devpor(devpor),
		38693	.combout(),
		38694	.regout(musy_0),
		38695	.cout(),
		38696	.cascout());
		38697	// synopsys translate_off
		38698	defparam \musy[0]~I .clock_enable_mode = "true";
		38699	defparam \musy[0]~I .lut_mask = "ff00";
		38700	defparam \musy[0]~I .operation_mode = "normal";
		38701	defparam \musy[0]~I .output_mode = "reg_only";
		38702	defparam \musy[0]~I .packed_mode = "false";
		38703	// synopsys translate_on
		38704
		38705	// atom is at LC2_E35
		38706	flex10ke_lcell \musx[0]~I (
		38707	// Equation(s):
		38708	// musx_0 = DFFEA(mouse_buf_0, GLOBAL(\fclk~dataout ), , , mus_xstb, , )
		38709
		38710	.dataa(mus_xstb),
		38711	.datab(vcc),
		38712	.datac(vcc),
		38713	.datad(mouse_buf_0),
		38714	.aclr(gnd),
		38715	.aload(gnd),
		38716	.clk(fclk),
		38717	.cin(gnd),
		38718	.cascin(vcc),
		38719	.devclrn(devclrn),
		38720	.devpor(devpor),
		38721	.combout(),
		38722	.regout(musx_0),
		38723	.cout(),
		38724	.cascout());
		38725	// synopsys translate_off
		38726	defparam \musx[0]~I .clock_enable_mode = "true";
		38727	defparam \musx[0]~I .lut_mask = "ff00";
		38728	defparam \musx[0]~I .operation_mode = "normal";
		38729	defparam \musx[0]~I .output_mode = "reg_only";
		38730	defparam \musx[0]~I .packed_mode = "false";
		38731	// synopsys translate_on
		38732
		38733	// atom is at LC4_E35
		38734	flex10ke_lcell \musbtn[0]~I (
		38735	// Equation(s):
		38736	// musbtn_0 = DFFEA(mouse_buf_0, GLOBAL(\fclk~dataout ), , , mus_btnstb, , )
		38737
		38738	.dataa(mus_btnstb),
		38739	.datab(vcc),
		38740	.datac(vcc),
		38741	.datad(mouse_buf_0),
		38742	.aclr(gnd),
		38743	.aload(gnd),
		38744	.clk(fclk),
		38745	.cin(gnd),
		38746	.cascin(vcc),
		38747	.devclrn(devclrn),
		38748	.devpor(devpor),
		38749	.combout(),
		38750	.regout(musbtn_0),
		38751	.cout(),
		38752	.cascout());
		38753	// synopsys translate_off
		38754	defparam \musbtn[0]~I .clock_enable_mode = "true";
		38755	defparam \musbtn[0]~I .lut_mask = "ff00";
		38756	defparam \musbtn[0]~I .operation_mode = "normal";
		38757	defparam \musbtn[0]~I .output_mode = "reg_only";
		38758	defparam \musbtn[0]~I .packed_mode = "false";
		38759	// synopsys translate_on
		38760
		38761	// atom is at LC8_E35
		38762	flex10ke_lcell \kj_data[0]~I (
		38763	// Equation(s):
		38764	// kj_data_0 = DFFEA(mouse_buf_0, GLOBAL(\fclk~dataout ), , , kj_stb, , )
		38765
		38766	.dataa(kj_stb),
		38767	.datab(vcc),
		38768	.datac(vcc),
		38769	.datad(mouse_buf_0),
		38770	.aclr(gnd),
		38771	.aload(gnd),
		38772	.clk(fclk),
		38773	.cin(gnd),
		38774	.cascin(vcc),
		38775	.devclrn(devclrn),
		38776	.devpor(devpor),
		38777	.combout(),
		38778	.regout(kj_data_0),
		38779	.cout(),
		38780	.cascout());
		38781	// synopsys translate_off
		38782	defparam \kj_data[0]~I .clock_enable_mode = "true";
		38783	defparam \kj_data[0]~I .lut_mask = "ff00";
		38784	defparam \kj_data[0]~I .operation_mode = "normal";
		38785	defparam \kj_data[0]~I .output_mode = "reg_only";
		38786	defparam \kj_data[0]~I .packed_mode = "false";
		38787	// synopsys translate_on
		38788
		38789	// atom is at LC7_E31
		38790	flex10ke_lcell \musy[1]~I (
		38791	// Equation(s):
		38792	// musy_1 = DFFEA(mouse_buf_1, GLOBAL(\fclk~dataout ), , , mus_ystb, , )
		38793
		38794	.dataa(mus_ystb),
		38795	.datab(vcc),
		38796	.datac(vcc),
		38797	.datad(mouse_buf_1),
		38798	.aclr(gnd),
		38799	.aload(gnd),
		38800	.clk(fclk),
		38801	.cin(gnd),
		38802	.cascin(vcc),
		38803	.devclrn(devclrn),
		38804	.devpor(devpor),
		38805	.combout(),
		38806	.regout(musy_1),
		38807	.cout(),
		38808	.cascout());
		38809	// synopsys translate_off
		38810	defparam \musy[1]~I .clock_enable_mode = "true";
		38811	defparam \musy[1]~I .lut_mask = "ff00";
		38812	defparam \musy[1]~I .operation_mode = "normal";
		38813	defparam \musy[1]~I .output_mode = "reg_only";
		38814	defparam \musy[1]~I .packed_mode = "false";
		38815	// synopsys translate_on
		38816
		38817	// atom is at LC8_E31
		38818	flex10ke_lcell \musx[1]~I (
		38819	// Equation(s):
		38820	// musx_1 = DFFEA(mouse_buf_1, GLOBAL(\fclk~dataout ), , , mus_xstb, , )
		38821
		38822	.dataa(mus_xstb),
		38823	.datab(vcc),
		38824	.datac(vcc),
		38825	.datad(mouse_buf_1),
		38826	.aclr(gnd),
		38827	.aload(gnd),
		38828	.clk(fclk),
		38829	.cin(gnd),
		38830	.cascin(vcc),
		38831	.devclrn(devclrn),
		38832	.devpor(devpor),
		38833	.combout(),
		38834	.regout(musx_1),
		38835	.cout(),
		38836	.cascout());
		38837	// synopsys translate_off
		38838	defparam \musx[1]~I .clock_enable_mode = "true";
		38839	defparam \musx[1]~I .lut_mask = "ff00";
		38840	defparam \musx[1]~I .operation_mode = "normal";
		38841	defparam \musx[1]~I .output_mode = "reg_only";
		38842	defparam \musx[1]~I .packed_mode = "false";
		38843	// synopsys translate_on
		38844
		38845	// atom is at LC4_I32
		38846	flex10ke_lcell \musbtn[1]~I (
		38847	// Equation(s):
		38848	// musbtn_1 = DFFEA(mouse_buf_1, GLOBAL(\fclk~dataout ), , , mus_btnstb, , )
		38849
		38850	.dataa(mus_btnstb),
		38851	.datab(vcc),
		38852	.datac(vcc),
		38853	.datad(mouse_buf_1),
		38854	.aclr(gnd),
		38855	.aload(gnd),
		38856	.clk(fclk),
		38857	.cin(gnd),
		38858	.cascin(vcc),
		38859	.devclrn(devclrn),
		38860	.devpor(devpor),
		38861	.combout(),
		38862	.regout(musbtn_1),
		38863	.cout(),
		38864	.cascout());
		38865	// synopsys translate_off
		38866	defparam \musbtn[1]~I .clock_enable_mode = "true";
		38867	defparam \musbtn[1]~I .lut_mask = "ff00";
		38868	defparam \musbtn[1]~I .operation_mode = "normal";
		38869	defparam \musbtn[1]~I .output_mode = "reg_only";
		38870	defparam \musbtn[1]~I .packed_mode = "false";
		38871	// synopsys translate_on
		38872
		38873	// atom is at LC8_H33
		38874	flex10ke_lcell \kj_data[1]~I (
		38875	// Equation(s):
		38876	// kj_data_1 = DFFEA(mouse_buf_1, GLOBAL(\fclk~dataout ), , , kj_stb, , )
		38877
		38878	.dataa(kj_stb),
		38879	.datab(vcc),
		38880	.datac(vcc),
		38881	.datad(mouse_buf_1),
		38882	.aclr(gnd),
		38883	.aload(gnd),
		38884	.clk(fclk),
		38885	.cin(gnd),
		38886	.cascin(vcc),
		38887	.devclrn(devclrn),
		38888	.devpor(devpor),
		38889	.combout(),
		38890	.regout(kj_data_1),
		38891	.cout(),
		38892	.cascout());
		38893	// synopsys translate_off
		38894	defparam \kj_data[1]~I .clock_enable_mode = "true";
		38895	defparam \kj_data[1]~I .lut_mask = "ff00";
		38896	defparam \kj_data[1]~I .operation_mode = "normal";
		38897	defparam \kj_data[1]~I .output_mode = "reg_only";
		38898	defparam \kj_data[1]~I .packed_mode = "false";
		38899	// synopsys translate_on
		38900
		38901	// atom is at LC1_E34
		38902	flex10ke_lcell \musy[2]~I (
		38903	// Equation(s):
		38904	// musy_2 = DFFEA(mouse_buf_2, GLOBAL(\fclk~dataout ), , , mus_ystb, , )
		38905
		38906	.dataa(mus_ystb),
		38907	.datab(vcc),
		38908	.datac(vcc),
		38909	.datad(mouse_buf_2),
		38910	.aclr(gnd),
		38911	.aload(gnd),
		38912	.clk(fclk),
		38913	.cin(gnd),
		38914	.cascin(vcc),
		38915	.devclrn(devclrn),
		38916	.devpor(devpor),
		38917	.combout(),
		38918	.regout(musy_2),
		38919	.cout(),
		38920	.cascout());
		38921	// synopsys translate_off
		38922	defparam \musy[2]~I .clock_enable_mode = "true";
		38923	defparam \musy[2]~I .lut_mask = "ff00";
		38924	defparam \musy[2]~I .operation_mode = "normal";
		38925	defparam \musy[2]~I .output_mode = "reg_only";
		38926	defparam \musy[2]~I .packed_mode = "false";
		38927	// synopsys translate_on
		38928
		38929	// atom is at LC2_E34
		38930	flex10ke_lcell \musx[2]~I (
		38931	// Equation(s):
		38932	// musx_2 = DFFEA(mouse_buf_2, GLOBAL(\fclk~dataout ), , , mus_xstb, , )
		38933
		38934	.dataa(mus_xstb),
		38935	.datab(vcc),
		38936	.datac(vcc),
		38937	.datad(mouse_buf_2),
		38938	.aclr(gnd),
		38939	.aload(gnd),
		38940	.clk(fclk),
		38941	.cin(gnd),
		38942	.cascin(vcc),
		38943	.devclrn(devclrn),
		38944	.devpor(devpor),
		38945	.combout(),
		38946	.regout(musx_2),
		38947	.cout(),
		38948	.cascout());
		38949	// synopsys translate_off
		38950	defparam \musx[2]~I .clock_enable_mode = "true";
		38951	defparam \musx[2]~I .lut_mask = "ff00";
		38952	defparam \musx[2]~I .operation_mode = "normal";
		38953	defparam \musx[2]~I .output_mode = "reg_only";
		38954	defparam \musx[2]~I .packed_mode = "false";
		38955	// synopsys translate_on
		38956
		38957	// atom is at LC4_E34
		38958	flex10ke_lcell \musbtn[2]~I (
		38959	// Equation(s):
		38960	// musbtn_2 = DFFEA(mouse_buf_2, GLOBAL(\fclk~dataout ), , , mus_btnstb, , )
		38961
		38962	.dataa(mus_btnstb),
		38963	.datab(vcc),
		38964	.datac(vcc),
		38965	.datad(mouse_buf_2),
		38966	.aclr(gnd),
		38967	.aload(gnd),
		38968	.clk(fclk),
		38969	.cin(gnd),
		38970	.cascin(vcc),
		38971	.devclrn(devclrn),
		38972	.devpor(devpor),
		38973	.combout(),
		38974	.regout(musbtn_2),
		38975	.cout(),
		38976	.cascout());
		38977	// synopsys translate_off
		38978	defparam \musbtn[2]~I .clock_enable_mode = "true";
		38979	defparam \musbtn[2]~I .lut_mask = "ff00";
		38980	defparam \musbtn[2]~I .operation_mode = "normal";
		38981	defparam \musbtn[2]~I .output_mode = "reg_only";
		38982	defparam \musbtn[2]~I .packed_mode = "false";
		38983	// synopsys translate_on
		38984
		38985	// atom is at LC6_E34
		38986	flex10ke_lcell \kj_data[2]~I (
		38987	// Equation(s):
		38988	// kj_data_2 = DFFEA(mouse_buf_2, GLOBAL(\fclk~dataout ), , , kj_stb, , )
		38989
		38990	.dataa(kj_stb),
		38991	.datab(vcc),
		38992	.datac(vcc),
		38993	.datad(mouse_buf_2),
		38994	.aclr(gnd),
		38995	.aload(gnd),
		38996	.clk(fclk),
		38997	.cin(gnd),
		38998	.cascin(vcc),
		38999	.devclrn(devclrn),
		39000	.devpor(devpor),
		39001	.combout(),
		39002	.regout(kj_data_2),
		39003	.cout(),
		39004	.cascout());
		39005	// synopsys translate_off
		39006	defparam \kj_data[2]~I .clock_enable_mode = "true";
		39007	defparam \kj_data[2]~I .lut_mask = "ff00";
		39008	defparam \kj_data[2]~I .operation_mode = "normal";
		39009	defparam \kj_data[2]~I .output_mode = "reg_only";
		39010	defparam \kj_data[2]~I .packed_mode = "false";
		39011	// synopsys translate_on
		39012
		39013	// atom is at LC1_E29
		39014	flex10ke_lcell \musy[3]~I (
		39015	// Equation(s):
		39016	// musy_3 = DFFEA(mouse_buf_3, GLOBAL(\fclk~dataout ), , , mus_ystb, , )
		39017
		39018	.dataa(mus_ystb),
		39019	.datab(vcc),
		39020	.datac(vcc),
		39021	.datad(mouse_buf_3),
		39022	.aclr(gnd),
		39023	.aload(gnd),
		39024	.clk(fclk),
		39025	.cin(gnd),
		39026	.cascin(vcc),
		39027	.devclrn(devclrn),
		39028	.devpor(devpor),
		39029	.combout(),
		39030	.regout(musy_3),
		39031	.cout(),
		39032	.cascout());
		39033	// synopsys translate_off
		39034	defparam \musy[3]~I .clock_enable_mode = "true";
		39035	defparam \musy[3]~I .lut_mask = "ff00";
		39036	defparam \musy[3]~I .operation_mode = "normal";
		39037	defparam \musy[3]~I .output_mode = "reg_only";
		39038	defparam \musy[3]~I .packed_mode = "false";
		39039	// synopsys translate_on
		39040
		39041	// atom is at LC2_E29
		39042	flex10ke_lcell \musx[3]~I (
		39043	// Equation(s):
		39044	// musx_3 = DFFEA(mouse_buf_3, GLOBAL(\fclk~dataout ), , , mus_xstb, , )
		39045
		39046	.dataa(mus_xstb),
		39047	.datab(vcc),
		39048	.datac(vcc),
		39049	.datad(mouse_buf_3),
		39050	.aclr(gnd),
		39051	.aload(gnd),
		39052	.clk(fclk),
		39053	.cin(gnd),
		39054	.cascin(vcc),
		39055	.devclrn(devclrn),
		39056	.devpor(devpor),
		39057	.combout(),
		39058	.regout(musx_3),
		39059	.cout(),
		39060	.cascout());
		39061	// synopsys translate_off
		39062	defparam \musx[3]~I .clock_enable_mode = "true";
		39063	defparam \musx[3]~I .lut_mask = "ff00";
		39064	defparam \musx[3]~I .operation_mode = "normal";
		39065	defparam \musx[3]~I .output_mode = "reg_only";
		39066	defparam \musx[3]~I .packed_mode = "false";
		39067	// synopsys translate_on
		39068
		39069	// atom is at LC4_E29
		39070	flex10ke_lcell \musbtn[3]~I (
		39071	// Equation(s):
		39072	// musbtn_3 = DFFEA(mouse_buf_3, GLOBAL(\fclk~dataout ), , , mus_btnstb, , )
		39073
		39074	.dataa(mus_btnstb),
		39075	.datab(vcc),
		39076	.datac(vcc),
		39077	.datad(mouse_buf_3),
		39078	.aclr(gnd),
		39079	.aload(gnd),
		39080	.clk(fclk),
		39081	.cin(gnd),
		39082	.cascin(vcc),
		39083	.devclrn(devclrn),
		39084	.devpor(devpor),
		39085	.combout(),
		39086	.regout(musbtn_3),
		39087	.cout(),
		39088	.cascout());
		39089	// synopsys translate_off
		39090	defparam \musbtn[3]~I .clock_enable_mode = "true";
		39091	defparam \musbtn[3]~I .lut_mask = "ff00";
		39092	defparam \musbtn[3]~I .operation_mode = "normal";
		39093	defparam \musbtn[3]~I .output_mode = "reg_only";
		39094	defparam \musbtn[3]~I .packed_mode = "false";
		39095	// synopsys translate_on
		39096
		39097	// atom is at LC8_E29
		39098	flex10ke_lcell \kj_data[3]~I (
		39099	// Equation(s):
		39100	// kj_data_3 = DFFEA(mouse_buf_3, GLOBAL(\fclk~dataout ), , , kj_stb, , )
		39101
		39102	.dataa(kj_stb),
		39103	.datab(vcc),
		39104	.datac(vcc),
		39105	.datad(mouse_buf_3),
		39106	.aclr(gnd),
		39107	.aload(gnd),
		39108	.clk(fclk),
		39109	.cin(gnd),
		39110	.cascin(vcc),
		39111	.devclrn(devclrn),
		39112	.devpor(devpor),
		39113	.combout(),
		39114	.regout(kj_data_3),
		39115	.cout(),
		39116	.cascout());
		39117	// synopsys translate_off
		39118	defparam \kj_data[3]~I .clock_enable_mode = "true";
		39119	defparam \kj_data[3]~I .lut_mask = "ff00";
		39120	defparam \kj_data[3]~I .operation_mode = "normal";
		39121	defparam \kj_data[3]~I .output_mode = "reg_only";
		39122	defparam \kj_data[3]~I .packed_mode = "false";
		39123	// synopsys translate_on
		39124
		39125	// atom is at LC7_E19
		39126	flex10ke_lcell \musy[4]~I (
		39127	// Equation(s):
		39128	// musy_4 = DFFEA(mouse_buf_4, GLOBAL(\fclk~dataout ), , , mus_ystb, , )
		39129
		39130	.dataa(mus_ystb),
		39131	.datab(vcc),
		39132	.datac(vcc),
		39133	.datad(mouse_buf_4),
		39134	.aclr(gnd),
		39135	.aload(gnd),
		39136	.clk(fclk),
		39137	.cin(gnd),
		39138	.cascin(vcc),
		39139	.devclrn(devclrn),
		39140	.devpor(devpor),
		39141	.combout(),
		39142	.regout(musy_4),
		39143	.cout(),
		39144	.cascout());
		39145	// synopsys translate_off
		39146	defparam \musy[4]~I .clock_enable_mode = "true";
		39147	defparam \musy[4]~I .lut_mask = "ff00";
		39148	defparam \musy[4]~I .operation_mode = "normal";
		39149	defparam \musy[4]~I .output_mode = "reg_only";
		39150	defparam \musy[4]~I .packed_mode = "false";
		39151	// synopsys translate_on
		39152
		39153	// atom is at LC8_E19
		39154	flex10ke_lcell \musx[4]~I (
		39155	// Equation(s):
		39156	// musx_4 = DFFEA(mouse_buf_4, GLOBAL(\fclk~dataout ), , , mus_xstb, , )
		39157
		39158	.dataa(mus_xstb),
		39159	.datab(vcc),
		39160	.datac(vcc),
		39161	.datad(mouse_buf_4),
		39162	.aclr(gnd),
		39163	.aload(gnd),
		39164	.clk(fclk),
		39165	.cin(gnd),
		39166	.cascin(vcc),
		39167	.devclrn(devclrn),
		39168	.devpor(devpor),
		39169	.combout(),
		39170	.regout(musx_4),
		39171	.cout(),
		39172	.cascout());
		39173	// synopsys translate_off
		39174	defparam \musx[4]~I .clock_enable_mode = "true";
		39175	defparam \musx[4]~I .lut_mask = "ff00";
		39176	defparam \musx[4]~I .operation_mode = "normal";
		39177	defparam \musx[4]~I .output_mode = "reg_only";
		39178	defparam \musx[4]~I .packed_mode = "false";
		39179	// synopsys translate_on
		39180
		39181	// atom is at LC7_E26
		39182	flex10ke_lcell \musbtn[4]~I (
		39183	// Equation(s):
		39184	// musbtn_4 = DFFEA(mouse_buf_4, GLOBAL(\fclk~dataout ), , , mus_btnstb, , )
		39185
		39186	.dataa(mus_btnstb),
		39187	.datab(vcc),
		39188	.datac(vcc),
		39189	.datad(mouse_buf_4),
		39190	.aclr(gnd),
		39191	.aload(gnd),
		39192	.clk(fclk),
		39193	.cin(gnd),
		39194	.cascin(vcc),
		39195	.devclrn(devclrn),
		39196	.devpor(devpor),
		39197	.combout(),
		39198	.regout(musbtn_4),
		39199	.cout(),
		39200	.cascout());
		39201	// synopsys translate_off
		39202	defparam \musbtn[4]~I .clock_enable_mode = "true";
		39203	defparam \musbtn[4]~I .lut_mask = "ff00";
		39204	defparam \musbtn[4]~I .operation_mode = "normal";
		39205	defparam \musbtn[4]~I .output_mode = "reg_only";
		39206	defparam \musbtn[4]~I .packed_mode = "false";
		39207	// synopsys translate_on
		39208
		39209	// atom is at LC4_A23
		39210	flex10ke_lcell \kj_data[4]~I (
		39211	// Equation(s):
		39212	// kj_data_4 = DFFEA(mouse_buf_4, GLOBAL(\fclk~dataout ), , , kj_stb, , )
		39213
		39214	.dataa(kj_stb),
		39215	.datab(vcc),
		39216	.datac(vcc),
		39217	.datad(mouse_buf_4),
		39218	.aclr(gnd),
		39219	.aload(gnd),
		39220	.clk(fclk),
		39221	.cin(gnd),
		39222	.cascin(vcc),
		39223	.devclrn(devclrn),
		39224	.devpor(devpor),
		39225	.combout(),
		39226	.regout(kj_data_4),
		39227	.cout(),
		39228	.cascout());
		39229	// synopsys translate_off
		39230	defparam \kj_data[4]~I .clock_enable_mode = "true";
		39231	defparam \kj_data[4]~I .lut_mask = "ff00";
		39232	defparam \kj_data[4]~I .operation_mode = "normal";
		39233	defparam \kj_data[4]~I .output_mode = "reg_only";
		39234	defparam \kj_data[4]~I .packed_mode = "false";
		39235	// synopsys translate_on
		39236
		39237	// atom is at LC1_I25
		39238	flex10ke_lcell \kbd[34]~I (
		39239	// Equation(s):
		39240	// kbd_34 = DFFEA(kbd_reg_34, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39241
		39242	.dataa(kbd_stb),
		39243	.datab(vcc),
		39244	.datac(vcc),
		39245	.datad(kbd_reg_34),
		39246	.aclr(gnd),
		39247	.aload(gnd),
		39248	.clk(fclk),
		39249	.cin(gnd),
		39250	.cascin(vcc),
		39251	.devclrn(devclrn),
		39252	.devpor(devpor),
		39253	.combout(),
		39254	.regout(kbd_34),
		39255	.cout(),
		39256	.cascout());
		39257	// synopsys translate_off
		39258	defparam \kbd[34]~I .clock_enable_mode = "true";
		39259	defparam \kbd[34]~I .lut_mask = "ff00";
		39260	defparam \kbd[34]~I .operation_mode = "normal";
		39261	defparam \kbd[34]~I .output_mode = "reg_only";
		39262	defparam \kbd[34]~I .packed_mode = "false";
		39263	// synopsys translate_on
		39264
		39265	// atom is at LC2_I30
		39266	flex10ke_lcell \kbd[39]~I (
		39267	// Equation(s):
		39268	// kbd_39 = DFFEA(kbd_reg_39, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39269
		39270	.dataa(kbd_stb),
		39271	.datab(vcc),
		39272	.datac(vcc),
		39273	.datad(kbd_reg_39),
		39274	.aclr(gnd),
		39275	.aload(gnd),
		39276	.clk(fclk),
		39277	.cin(gnd),
		39278	.cascin(vcc),
		39279	.devclrn(devclrn),
		39280	.devpor(devpor),
		39281	.combout(),
		39282	.regout(kbd_39),
		39283	.cout(),
		39284	.cascout());
		39285	// synopsys translate_off
		39286	defparam \kbd[39]~I .clock_enable_mode = "true";
		39287	defparam \kbd[39]~I .lut_mask = "ff00";
		39288	defparam \kbd[39]~I .operation_mode = "normal";
		39289	defparam \kbd[39]~I .output_mode = "reg_only";
		39290	defparam \kbd[39]~I .packed_mode = "false";
		39291	// synopsys translate_on
		39292
		39293	// atom is at LC5_I30
		39294	flex10ke_lcell \kbd[33]~I (
		39295	// Equation(s):
		39296	// kbd_33 = DFFEA(kbd_reg_33, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39297
		39298	.dataa(kbd_stb),
		39299	.datab(vcc),
		39300	.datac(vcc),
		39301	.datad(kbd_reg_33),
		39302	.aclr(gnd),
		39303	.aload(gnd),
		39304	.clk(fclk),
		39305	.cin(gnd),
		39306	.cascin(vcc),
		39307	.devclrn(devclrn),
		39308	.devpor(devpor),
		39309	.combout(),
		39310	.regout(kbd_33),
		39311	.cout(),
		39312	.cascout());
		39313	// synopsys translate_off
		39314	defparam \kbd[33]~I .clock_enable_mode = "true";
		39315	defparam \kbd[33]~I .lut_mask = "ff00";
		39316	defparam \kbd[33]~I .operation_mode = "normal";
		39317	defparam \kbd[33]~I .output_mode = "reg_only";
		39318	defparam \kbd[33]~I .packed_mode = "false";
		39319	// synopsys translate_on
		39320
		39321	// atom is at LC6_I30
		39322	flex10ke_lcell \kbd[38]~I (
		39323	// Equation(s):
		39324	// kbd_38 = DFFEA(kbd_reg_38, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39325
		39326	.dataa(kbd_stb),
		39327	.datab(vcc),
		39328	.datac(vcc),
		39329	.datad(kbd_reg_38),
		39330	.aclr(gnd),
		39331	.aload(gnd),
		39332	.clk(fclk),
		39333	.cin(gnd),
		39334	.cascin(vcc),
		39335	.devclrn(devclrn),
		39336	.devpor(devpor),
		39337	.combout(),
		39338	.regout(kbd_38),
		39339	.cout(),
		39340	.cascout());
		39341	// synopsys translate_off
		39342	defparam \kbd[38]~I .clock_enable_mode = "true";
		39343	defparam \kbd[38]~I .lut_mask = "ff00";
		39344	defparam \kbd[38]~I .operation_mode = "normal";
		39345	defparam \kbd[38]~I .output_mode = "reg_only";
		39346	defparam \kbd[38]~I .packed_mode = "false";
		39347	// synopsys translate_on
		39348
		39349	// atom is at LC5_I32
		39350	flex10ke_lcell \kbd[37]~I (
		39351	// Equation(s):
		39352	// kbd_37 = DFFEA(kbd_reg_37, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39353
		39354	.dataa(kbd_stb),
		39355	.datab(vcc),
		39356	.datac(vcc),
		39357	.datad(kbd_reg_37),
		39358	.aclr(gnd),
		39359	.aload(gnd),
		39360	.clk(fclk),
		39361	.cin(gnd),
		39362	.cascin(vcc),
		39363	.devclrn(devclrn),
		39364	.devpor(devpor),
		39365	.combout(),
		39366	.regout(kbd_37),
		39367	.cout(),
		39368	.cascout());
		39369	// synopsys translate_off
		39370	defparam \kbd[37]~I .clock_enable_mode = "true";
		39371	defparam \kbd[37]~I .lut_mask = "ff00";
		39372	defparam \kbd[37]~I .operation_mode = "normal";
		39373	defparam \kbd[37]~I .output_mode = "reg_only";
		39374	defparam \kbd[37]~I .packed_mode = "false";
		39375	// synopsys translate_on
		39376
		39377	// atom is at LC6_I32
		39378	flex10ke_lcell \kbd[32]~I (
		39379	// Equation(s):
		39380	// kbd_32 = DFFEA(kbd_reg_32, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39381
		39382	.dataa(kbd_stb),
		39383	.datab(vcc),
		39384	.datac(vcc),
		39385	.datad(kbd_reg_32),
		39386	.aclr(gnd),
		39387	.aload(gnd),
		39388	.clk(fclk),
		39389	.cin(gnd),
		39390	.cascin(vcc),
		39391	.devclrn(devclrn),
		39392	.devpor(devpor),
		39393	.combout(),
		39394	.regout(kbd_32),
		39395	.cout(),
		39396	.cascout());
		39397	// synopsys translate_off
		39398	defparam \kbd[32]~I .clock_enable_mode = "true";
		39399	defparam \kbd[32]~I .lut_mask = "ff00";
		39400	defparam \kbd[32]~I .operation_mode = "normal";
		39401	defparam \kbd[32]~I .output_mode = "reg_only";
		39402	defparam \kbd[32]~I .packed_mode = "false";
		39403	// synopsys translate_on
		39404
		39405	// atom is at LC7_I25
		39406	flex10ke_lcell \kbd[35]~I (
		39407	// Equation(s):
		39408	// kbd_35 = DFFEA(kbd_reg_35, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39409
		39410	.dataa(kbd_stb),
		39411	.datab(vcc),
		39412	.datac(vcc),
		39413	.datad(kbd_reg_35),
		39414	.aclr(gnd),
		39415	.aload(gnd),
		39416	.clk(fclk),
		39417	.cin(gnd),
		39418	.cascin(vcc),
		39419	.devclrn(devclrn),
		39420	.devpor(devpor),
		39421	.combout(),
		39422	.regout(kbd_35),
		39423	.cout(),
		39424	.cascout());
		39425	// synopsys translate_off
		39426	defparam \kbd[35]~I .clock_enable_mode = "true";
		39427	defparam \kbd[35]~I .lut_mask = "ff00";
		39428	defparam \kbd[35]~I .operation_mode = "normal";
		39429	defparam \kbd[35]~I .output_mode = "reg_only";
		39430	defparam \kbd[35]~I .packed_mode = "false";
		39431	// synopsys translate_on
		39432
		39433	// atom is at LC6_I25
		39434	flex10ke_lcell \kbd[36]~I (
		39435	// Equation(s):
		39436	// kbd_36 = DFFEA(kbd_reg_36, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39437
		39438	.dataa(kbd_stb),
		39439	.datab(vcc),
		39440	.datac(vcc),
		39441	.datad(kbd_reg_36),
		39442	.aclr(gnd),
		39443	.aload(gnd),
		39444	.clk(fclk),
		39445	.cin(gnd),
		39446	.cascin(vcc),
		39447	.devclrn(devclrn),
		39448	.devpor(devpor),
		39449	.combout(),
		39450	.regout(kbd_36),
		39451	.cout(),
		39452	.cascout());
		39453	// synopsys translate_off
		39454	defparam \kbd[36]~I .clock_enable_mode = "true";
		39455	defparam \kbd[36]~I .lut_mask = "ff00";
		39456	defparam \kbd[36]~I .operation_mode = "normal";
		39457	defparam \kbd[36]~I .output_mode = "reg_only";
		39458	defparam \kbd[36]~I .packed_mode = "false";
		39459	// synopsys translate_on
		39460
		39461	// atom is at LC2_I34
		39462	flex10ke_lcell \kbd[26]~I (
		39463	// Equation(s):
		39464	// kbd_26 = DFFEA(kbd_reg_26, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39465
		39466	.dataa(kbd_stb),
		39467	.datab(vcc),
		39468	.datac(vcc),
		39469	.datad(kbd_reg_26),
		39470	.aclr(gnd),
		39471	.aload(gnd),
		39472	.clk(fclk),
		39473	.cin(gnd),
		39474	.cascin(vcc),
		39475	.devclrn(devclrn),
		39476	.devpor(devpor),
		39477	.combout(),
		39478	.regout(kbd_26),
		39479	.cout(),
		39480	.cascout());
		39481	// synopsys translate_off
		39482	defparam \kbd[26]~I .clock_enable_mode = "true";
		39483	defparam \kbd[26]~I .lut_mask = "ff00";
		39484	defparam \kbd[26]~I .operation_mode = "normal";
		39485	defparam \kbd[26]~I .output_mode = "reg_only";
		39486	defparam \kbd[26]~I .packed_mode = "false";
		39487	// synopsys translate_on
		39488
		39489	// atom is at LC4_I36
		39490	flex10ke_lcell \kbd[31]~I (
		39491	// Equation(s):
		39492	// kbd_31 = DFFEA(kbd_reg_31, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39493
		39494	.dataa(kbd_stb),
		39495	.datab(vcc),
		39496	.datac(vcc),
		39497	.datad(kbd_reg_31),
		39498	.aclr(gnd),
		39499	.aload(gnd),
		39500	.clk(fclk),
		39501	.cin(gnd),
		39502	.cascin(vcc),
		39503	.devclrn(devclrn),
		39504	.devpor(devpor),
		39505	.combout(),
		39506	.regout(kbd_31),
		39507	.cout(),
		39508	.cascout());
		39509	// synopsys translate_off
		39510	defparam \kbd[31]~I .clock_enable_mode = "true";
		39511	defparam \kbd[31]~I .lut_mask = "ff00";
		39512	defparam \kbd[31]~I .operation_mode = "normal";
		39513	defparam \kbd[31]~I .output_mode = "reg_only";
		39514	defparam \kbd[31]~I .packed_mode = "false";
		39515	// synopsys translate_on
		39516
		39517	// atom is at LC1_I34
		39518	flex10ke_lcell \kbd[25]~I (
		39519	// Equation(s):
		39520	// kbd_25 = DFFEA(kbd_reg_25, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39521
		39522	.dataa(kbd_stb),
		39523	.datab(vcc),
		39524	.datac(vcc),
		39525	.datad(kbd_reg_25),
		39526	.aclr(gnd),
		39527	.aload(gnd),
		39528	.clk(fclk),
		39529	.cin(gnd),
		39530	.cascin(vcc),
		39531	.devclrn(devclrn),
		39532	.devpor(devpor),
		39533	.combout(),
		39534	.regout(kbd_25),
		39535	.cout(),
		39536	.cascout());
		39537	// synopsys translate_off
		39538	defparam \kbd[25]~I .clock_enable_mode = "true";
		39539	defparam \kbd[25]~I .lut_mask = "ff00";
		39540	defparam \kbd[25]~I .operation_mode = "normal";
		39541	defparam \kbd[25]~I .output_mode = "reg_only";
		39542	defparam \kbd[25]~I .packed_mode = "false";
		39543	// synopsys translate_on
		39544
		39545	// atom is at LC5_I36
		39546	flex10ke_lcell \kbd[30]~I (
		39547	// Equation(s):
		39548	// kbd_30 = DFFEA(kbd_reg_30, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39549
		39550	.dataa(kbd_stb),
		39551	.datab(vcc),
		39552	.datac(vcc),
		39553	.datad(kbd_reg_30),
		39554	.aclr(gnd),
		39555	.aload(gnd),
		39556	.clk(fclk),
		39557	.cin(gnd),
		39558	.cascin(vcc),
		39559	.devclrn(devclrn),
		39560	.devpor(devpor),
		39561	.combout(),
		39562	.regout(kbd_30),
		39563	.cout(),
		39564	.cascout());
		39565	// synopsys translate_off
		39566	defparam \kbd[30]~I .clock_enable_mode = "true";
		39567	defparam \kbd[30]~I .lut_mask = "ff00";
		39568	defparam \kbd[30]~I .operation_mode = "normal";
		39569	defparam \kbd[30]~I .output_mode = "reg_only";
		39570	defparam \kbd[30]~I .packed_mode = "false";
		39571	// synopsys translate_on
		39572
		39573	// atom is at LC2_I35
		39574	flex10ke_lcell \kbd[29]~I (
		39575	// Equation(s):
		39576	// kbd_29 = DFFEA(kbd_reg_29, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39577
		39578	.dataa(kbd_stb),
		39579	.datab(vcc),
		39580	.datac(vcc),
		39581	.datad(kbd_reg_29),
		39582	.aclr(gnd),
		39583	.aload(gnd),
		39584	.clk(fclk),
		39585	.cin(gnd),
		39586	.cascin(vcc),
		39587	.devclrn(devclrn),
		39588	.devpor(devpor),
		39589	.combout(),
		39590	.regout(kbd_29),
		39591	.cout(),
		39592	.cascout());
		39593	// synopsys translate_off
		39594	defparam \kbd[29]~I .clock_enable_mode = "true";
		39595	defparam \kbd[29]~I .lut_mask = "ff00";
		39596	defparam \kbd[29]~I .operation_mode = "normal";
		39597	defparam \kbd[29]~I .output_mode = "reg_only";
		39598	defparam \kbd[29]~I .packed_mode = "false";
		39599	// synopsys translate_on
		39600
		39601	// atom is at LC3_B31
		39602	flex10ke_lcell \kbd[24]~I (
		39603	// Equation(s):
		39604	// kbd_24 = DFFEA(kbd_reg_24, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39605
		39606	.dataa(kbd_stb),
		39607	.datab(vcc),
		39608	.datac(vcc),
		39609	.datad(kbd_reg_24),
		39610	.aclr(gnd),
		39611	.aload(gnd),
		39612	.clk(fclk),
		39613	.cin(gnd),
		39614	.cascin(vcc),
		39615	.devclrn(devclrn),
		39616	.devpor(devpor),
		39617	.combout(),
		39618	.regout(kbd_24),
		39619	.cout(),
		39620	.cascout());
		39621	// synopsys translate_off
		39622	defparam \kbd[24]~I .clock_enable_mode = "true";
		39623	defparam \kbd[24]~I .lut_mask = "ff00";
		39624	defparam \kbd[24]~I .operation_mode = "normal";
		39625	defparam \kbd[24]~I .output_mode = "reg_only";
		39626	defparam \kbd[24]~I .packed_mode = "false";
		39627	// synopsys translate_on
		39628
		39629	// atom is at LC3_I35
		39630	flex10ke_lcell \kbd[27]~I (
		39631	// Equation(s):
		39632	// kbd_27 = DFFEA(kbd_reg_27, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39633
		39634	.dataa(kbd_stb),
		39635	.datab(vcc),
		39636	.datac(vcc),
		39637	.datad(kbd_reg_27),
		39638	.aclr(gnd),
		39639	.aload(gnd),
		39640	.clk(fclk),
		39641	.cin(gnd),
		39642	.cascin(vcc),
		39643	.devclrn(devclrn),
		39644	.devpor(devpor),
		39645	.combout(),
		39646	.regout(kbd_27),
		39647	.cout(),
		39648	.cascout());
		39649	// synopsys translate_off
		39650	defparam \kbd[27]~I .clock_enable_mode = "true";
		39651	defparam \kbd[27]~I .lut_mask = "ff00";
		39652	defparam \kbd[27]~I .operation_mode = "normal";
		39653	defparam \kbd[27]~I .output_mode = "reg_only";
		39654	defparam \kbd[27]~I .packed_mode = "false";
		39655	// synopsys translate_on
		39656
		39657	// atom is at LC6_I35
		39658	flex10ke_lcell \kbd[28]~I (
		39659	// Equation(s):
		39660	// kbd_28 = DFFEA(kbd_reg_28, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39661
		39662	.dataa(kbd_stb),
		39663	.datab(vcc),
		39664	.datac(vcc),
		39665	.datad(kbd_reg_28),
		39666	.aclr(gnd),
		39667	.aload(gnd),
		39668	.clk(fclk),
		39669	.cin(gnd),
		39670	.cascin(vcc),
		39671	.devclrn(devclrn),
		39672	.devpor(devpor),
		39673	.combout(),
		39674	.regout(kbd_28),
		39675	.cout(),
		39676	.cascout());
		39677	// synopsys translate_off
		39678	defparam \kbd[28]~I .clock_enable_mode = "true";
		39679	defparam \kbd[28]~I .lut_mask = "ff00";
		39680	defparam \kbd[28]~I .operation_mode = "normal";
		39681	defparam \kbd[28]~I .output_mode = "reg_only";
		39682	defparam \kbd[28]~I .packed_mode = "false";
		39683	// synopsys translate_on
		39684
		39685	// atom is at LC4_B22
		39686	flex10ke_lcell \kbd[18]~I (
		39687	// Equation(s):
		39688	// kbd_18 = DFFEA(kbd_reg_18, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39689
		39690	.dataa(kbd_stb),
		39691	.datab(vcc),
		39692	.datac(vcc),
		39693	.datad(kbd_reg_18),
		39694	.aclr(gnd),
		39695	.aload(gnd),
		39696	.clk(fclk),
		39697	.cin(gnd),
		39698	.cascin(vcc),
		39699	.devclrn(devclrn),
		39700	.devpor(devpor),
		39701	.combout(),
		39702	.regout(kbd_18),
		39703	.cout(),
		39704	.cascout());
		39705	// synopsys translate_off
		39706	defparam \kbd[18]~I .clock_enable_mode = "true";
		39707	defparam \kbd[18]~I .lut_mask = "ff00";
		39708	defparam \kbd[18]~I .operation_mode = "normal";
		39709	defparam \kbd[18]~I .output_mode = "reg_only";
		39710	defparam \kbd[18]~I .packed_mode = "false";
		39711	// synopsys translate_on
		39712
		39713	// atom is at LC2_B31
		39714	flex10ke_lcell \kbd[23]~I (
		39715	// Equation(s):
		39716	// kbd_23 = DFFEA(kbd_reg_23, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39717
		39718	.dataa(kbd_stb),
		39719	.datab(vcc),
		39720	.datac(vcc),
		39721	.datad(kbd_reg_23),
		39722	.aclr(gnd),
		39723	.aload(gnd),
		39724	.clk(fclk),
		39725	.cin(gnd),
		39726	.cascin(vcc),
		39727	.devclrn(devclrn),
		39728	.devpor(devpor),
		39729	.combout(),
		39730	.regout(kbd_23),
		39731	.cout(),
		39732	.cascout());
		39733	// synopsys translate_off
		39734	defparam \kbd[23]~I .clock_enable_mode = "true";
		39735	defparam \kbd[23]~I .lut_mask = "ff00";
		39736	defparam \kbd[23]~I .operation_mode = "normal";
		39737	defparam \kbd[23]~I .output_mode = "reg_only";
		39738	defparam \kbd[23]~I .packed_mode = "false";
		39739	// synopsys translate_on
		39740
		39741	// atom is at LC5_B22
		39742	flex10ke_lcell \kbd[17]~I (
		39743	// Equation(s):
		39744	// kbd_17 = DFFEA(kbd_reg_17, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39745
		39746	.dataa(kbd_stb),
		39747	.datab(vcc),
		39748	.datac(vcc),
		39749	.datad(kbd_reg_17),
		39750	.aclr(gnd),
		39751	.aload(gnd),
		39752	.clk(fclk),
		39753	.cin(gnd),
		39754	.cascin(vcc),
		39755	.devclrn(devclrn),
		39756	.devpor(devpor),
		39757	.combout(),
		39758	.regout(kbd_17),
		39759	.cout(),
		39760	.cascout());
		39761	// synopsys translate_off
		39762	defparam \kbd[17]~I .clock_enable_mode = "true";
		39763	defparam \kbd[17]~I .lut_mask = "ff00";
		39764	defparam \kbd[17]~I .operation_mode = "normal";
		39765	defparam \kbd[17]~I .output_mode = "reg_only";
		39766	defparam \kbd[17]~I .packed_mode = "false";
		39767	// synopsys translate_on
		39768
		39769	// atom is at LC5_B31
		39770	flex10ke_lcell \kbd[22]~I (
		39771	// Equation(s):
		39772	// kbd_22 = DFFEA(kbd_reg_22, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39773
		39774	.dataa(kbd_stb),
		39775	.datab(vcc),
		39776	.datac(vcc),
		39777	.datad(kbd_reg_22),
		39778	.aclr(gnd),
		39779	.aload(gnd),
		39780	.clk(fclk),
		39781	.cin(gnd),
		39782	.cascin(vcc),
		39783	.devclrn(devclrn),
		39784	.devpor(devpor),
		39785	.combout(),
		39786	.regout(kbd_22),
		39787	.cout(),
		39788	.cascout());
		39789	// synopsys translate_off
		39790	defparam \kbd[22]~I .clock_enable_mode = "true";
		39791	defparam \kbd[22]~I .lut_mask = "ff00";
		39792	defparam \kbd[22]~I .operation_mode = "normal";
		39793	defparam \kbd[22]~I .output_mode = "reg_only";
		39794	defparam \kbd[22]~I .packed_mode = "false";
		39795	// synopsys translate_on
		39796
		39797	// atom is at LC4_B31
		39798	flex10ke_lcell \kbd[21]~I (
		39799	// Equation(s):
		39800	// kbd_21 = DFFEA(kbd_reg_21, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39801
		39802	.dataa(kbd_stb),
		39803	.datab(vcc),
		39804	.datac(vcc),
		39805	.datad(kbd_reg_21),
		39806	.aclr(gnd),
		39807	.aload(gnd),
		39808	.clk(fclk),
		39809	.cin(gnd),
		39810	.cascin(vcc),
		39811	.devclrn(devclrn),
		39812	.devpor(devpor),
		39813	.combout(),
		39814	.regout(kbd_21),
		39815	.cout(),
		39816	.cascout());
		39817	// synopsys translate_off
		39818	defparam \kbd[21]~I .clock_enable_mode = "true";
		39819	defparam \kbd[21]~I .lut_mask = "ff00";
		39820	defparam \kbd[21]~I .operation_mode = "normal";
		39821	defparam \kbd[21]~I .output_mode = "reg_only";
		39822	defparam \kbd[21]~I .packed_mode = "false";
		39823	// synopsys translate_on
		39824
		39825	// atom is at LC1_B27
		39826	flex10ke_lcell \kbd[16]~I (
		39827	// Equation(s):
		39828	// kbd_16 = DFFEA(kbd_reg_16, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39829
		39830	.dataa(kbd_stb),
		39831	.datab(vcc),
		39832	.datac(vcc),
		39833	.datad(kbd_reg_16),
		39834	.aclr(gnd),
		39835	.aload(gnd),
		39836	.clk(fclk),
		39837	.cin(gnd),
		39838	.cascin(vcc),
		39839	.devclrn(devclrn),
		39840	.devpor(devpor),
		39841	.combout(),
		39842	.regout(kbd_16),
		39843	.cout(),
		39844	.cascout());
		39845	// synopsys translate_off
		39846	defparam \kbd[16]~I .clock_enable_mode = "true";
		39847	defparam \kbd[16]~I .lut_mask = "ff00";
		39848	defparam \kbd[16]~I .operation_mode = "normal";
		39849	defparam \kbd[16]~I .output_mode = "reg_only";
		39850	defparam \kbd[16]~I .packed_mode = "false";
		39851	// synopsys translate_on
		39852
		39853	// atom is at LC2_B27
		39854	flex10ke_lcell \kbd[19]~I (
		39855	// Equation(s):
		39856	// kbd_19 = DFFEA(kbd_reg_19, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39857
		39858	.dataa(kbd_stb),
		39859	.datab(vcc),
		39860	.datac(vcc),
		39861	.datad(kbd_reg_19),
		39862	.aclr(gnd),
		39863	.aload(gnd),
		39864	.clk(fclk),
		39865	.cin(gnd),
		39866	.cascin(vcc),
		39867	.devclrn(devclrn),
		39868	.devpor(devpor),
		39869	.combout(),
		39870	.regout(kbd_19),
		39871	.cout(),
		39872	.cascout());
		39873	// synopsys translate_off
		39874	defparam \kbd[19]~I .clock_enable_mode = "true";
		39875	defparam \kbd[19]~I .lut_mask = "ff00";
		39876	defparam \kbd[19]~I .operation_mode = "normal";
		39877	defparam \kbd[19]~I .output_mode = "reg_only";
		39878	defparam \kbd[19]~I .packed_mode = "false";
		39879	// synopsys translate_on
		39880
		39881	// atom is at LC4_B27
		39882	flex10ke_lcell \kbd[20]~I (
		39883	// Equation(s):
		39884	// kbd_20 = DFFEA(kbd_reg_20, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39885
		39886	.dataa(kbd_stb),
		39887	.datab(vcc),
		39888	.datac(vcc),
		39889	.datad(kbd_reg_20),
		39890	.aclr(gnd),
		39891	.aload(gnd),
		39892	.clk(fclk),
		39893	.cin(gnd),
		39894	.cascin(vcc),
		39895	.devclrn(devclrn),
		39896	.devpor(devpor),
		39897	.combout(),
		39898	.regout(kbd_20),
		39899	.cout(),
		39900	.cascout());
		39901	// synopsys translate_off
		39902	defparam \kbd[20]~I .clock_enable_mode = "true";
		39903	defparam \kbd[20]~I .lut_mask = "ff00";
		39904	defparam \kbd[20]~I .operation_mode = "normal";
		39905	defparam \kbd[20]~I .output_mode = "reg_only";
		39906	defparam \kbd[20]~I .packed_mode = "false";
		39907	// synopsys translate_on
		39908
		39909	// atom is at LC4_B24
		39910	flex10ke_lcell \kbd[10]~I (
		39911	// Equation(s):
		39912	// kbd_10 = DFFEA(kbd_reg_10, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39913
		39914	.dataa(kbd_stb),
		39915	.datab(vcc),
		39916	.datac(vcc),
		39917	.datad(kbd_reg_10),
		39918	.aclr(gnd),
		39919	.aload(gnd),
		39920	.clk(fclk),
		39921	.cin(gnd),
		39922	.cascin(vcc),
		39923	.devclrn(devclrn),
		39924	.devpor(devpor),
		39925	.combout(),
		39926	.regout(kbd_10),
		39927	.cout(),
		39928	.cascout());
		39929	// synopsys translate_off
		39930	defparam \kbd[10]~I .clock_enable_mode = "true";
		39931	defparam \kbd[10]~I .lut_mask = "ff00";
		39932	defparam \kbd[10]~I .operation_mode = "normal";
		39933	defparam \kbd[10]~I .output_mode = "reg_only";
		39934	defparam \kbd[10]~I .packed_mode = "false";
		39935	// synopsys translate_on
		39936
		39937	// atom is at LC2_B25
		39938	flex10ke_lcell \kbd[15]~I (
		39939	// Equation(s):
		39940	// kbd_15 = DFFEA(kbd_reg_15, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39941
		39942	.dataa(kbd_stb),
		39943	.datab(vcc),
		39944	.datac(vcc),
		39945	.datad(kbd_reg_15),
		39946	.aclr(gnd),
		39947	.aload(gnd),
		39948	.clk(fclk),
		39949	.cin(gnd),
		39950	.cascin(vcc),
		39951	.devclrn(devclrn),
		39952	.devpor(devpor),
		39953	.combout(),
		39954	.regout(kbd_15),
		39955	.cout(),
		39956	.cascout());
		39957	// synopsys translate_off
		39958	defparam \kbd[15]~I .clock_enable_mode = "true";
		39959	defparam \kbd[15]~I .lut_mask = "ff00";
		39960	defparam \kbd[15]~I .operation_mode = "normal";
		39961	defparam \kbd[15]~I .output_mode = "reg_only";
		39962	defparam \kbd[15]~I .packed_mode = "false";
		39963	// synopsys translate_on
		39964
		39965	// atom is at LC5_B24
		39966	flex10ke_lcell \kbd[9]~I (
		39967	// Equation(s):
		39968	// kbd_9 = DFFEA(kbd_reg_9, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39969
		39970	.dataa(kbd_stb),
		39971	.datab(vcc),
		39972	.datac(vcc),
		39973	.datad(kbd_reg_9),
		39974	.aclr(gnd),
		39975	.aload(gnd),
		39976	.clk(fclk),
		39977	.cin(gnd),
		39978	.cascin(vcc),
		39979	.devclrn(devclrn),
		39980	.devpor(devpor),
		39981	.combout(),
		39982	.regout(kbd_9),
		39983	.cout(),
		39984	.cascout());
		39985	// synopsys translate_off
		39986	defparam \kbd[9]~I .clock_enable_mode = "true";
		39987	defparam \kbd[9]~I .lut_mask = "ff00";
		39988	defparam \kbd[9]~I .operation_mode = "normal";
		39989	defparam \kbd[9]~I .output_mode = "reg_only";
		39990	defparam \kbd[9]~I .packed_mode = "false";
		39991	// synopsys translate_on
		39992
		39993	// atom is at LC1_B25
		39994	flex10ke_lcell \kbd[14]~I (
		39995	// Equation(s):
		39996	// kbd_14 = DFFEA(kbd_reg_14, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		39997
		39998	.dataa(kbd_stb),
		39999	.datab(vcc),
		40000	.datac(vcc),
		40001	.datad(kbd_reg_14),
		40002	.aclr(gnd),
		40003	.aload(gnd),
		40004	.clk(fclk),
		40005	.cin(gnd),
		40006	.cascin(vcc),
		40007	.devclrn(devclrn),
		40008	.devpor(devpor),
		40009	.combout(),
		40010	.regout(kbd_14),
		40011	.cout(),
		40012	.cascout());
		40013	// synopsys translate_off
		40014	defparam \kbd[14]~I .clock_enable_mode = "true";
		40015	defparam \kbd[14]~I .lut_mask = "ff00";
		40016	defparam \kbd[14]~I .operation_mode = "normal";
		40017	defparam \kbd[14]~I .output_mode = "reg_only";
		40018	defparam \kbd[14]~I .packed_mode = "false";
		40019	// synopsys translate_on
		40020
		40021	// atom is at LC1_B29
		40022	flex10ke_lcell \kbd[13]~I (
		40023	// Equation(s):
		40024	// kbd_13 = DFFEA(kbd_reg_13, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		40025
		40026	.dataa(kbd_stb),
		40027	.datab(vcc),
		40028	.datac(vcc),
		40029	.datad(kbd_reg_13),
		40030	.aclr(gnd),
		40031	.aload(gnd),
		40032	.clk(fclk),
		40033	.cin(gnd),
		40034	.cascin(vcc),
		40035	.devclrn(devclrn),
		40036	.devpor(devpor),
		40037	.combout(),
		40038	.regout(kbd_13),
		40039	.cout(),
		40040	.cascout());
		40041	// synopsys translate_off
		40042	defparam \kbd[13]~I .clock_enable_mode = "true";
		40043	defparam \kbd[13]~I .lut_mask = "ff00";
		40044	defparam \kbd[13]~I .operation_mode = "normal";
		40045	defparam \kbd[13]~I .output_mode = "reg_only";
		40046	defparam \kbd[13]~I .packed_mode = "false";
		40047	// synopsys translate_on
		40048
		40049	// atom is at LC2_B29
		40050	flex10ke_lcell \kbd[8]~I (
		40051	// Equation(s):
		40052	// kbd_8 = DFFEA(kbd_reg_8, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		40053
		40054	.dataa(kbd_stb),
		40055	.datab(vcc),
		40056	.datac(vcc),
		40057	.datad(kbd_reg_8),
		40058	.aclr(gnd),
		40059	.aload(gnd),
		40060	.clk(fclk),
		40061	.cin(gnd),
		40062	.cascin(vcc),
		40063	.devclrn(devclrn),
		40064	.devpor(devpor),
		40065	.combout(),
		40066	.regout(kbd_8),
		40067	.cout(),
		40068	.cascout());
		40069	// synopsys translate_off
		40070	defparam \kbd[8]~I .clock_enable_mode = "true";
		40071	defparam \kbd[8]~I .lut_mask = "ff00";
		40072	defparam \kbd[8]~I .operation_mode = "normal";
		40073	defparam \kbd[8]~I .output_mode = "reg_only";
		40074	defparam \kbd[8]~I .packed_mode = "false";
		40075	// synopsys translate_on
		40076
		40077	// atom is at LC3_B29
		40078	flex10ke_lcell \kbd[11]~I (
		40079	// Equation(s):
		40080	// kbd_11 = DFFEA(kbd_reg_11, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		40081
		40082	.dataa(kbd_stb),
		40083	.datab(vcc),
		40084	.datac(vcc),
		40085	.datad(kbd_reg_11),
		40086	.aclr(gnd),
		40087	.aload(gnd),
		40088	.clk(fclk),
		40089	.cin(gnd),
		40090	.cascin(vcc),
		40091	.devclrn(devclrn),
		40092	.devpor(devpor),
		40093	.combout(),
		40094	.regout(kbd_11),
		40095	.cout(),
		40096	.cascout());
		40097	// synopsys translate_off
		40098	defparam \kbd[11]~I .clock_enable_mode = "true";
		40099	defparam \kbd[11]~I .lut_mask = "ff00";
		40100	defparam \kbd[11]~I .operation_mode = "normal";
		40101	defparam \kbd[11]~I .output_mode = "reg_only";
		40102	defparam \kbd[11]~I .packed_mode = "false";
		40103	// synopsys translate_on
		40104
		40105	// atom is at LC6_B29
		40106	flex10ke_lcell \kbd[12]~I (
		40107	// Equation(s):
		40108	// kbd_12 = DFFEA(kbd_reg_12, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		40109
		40110	.dataa(kbd_stb),
		40111	.datab(vcc),
		40112	.datac(vcc),
		40113	.datad(kbd_reg_12),
		40114	.aclr(gnd),
		40115	.aload(gnd),
		40116	.clk(fclk),
		40117	.cin(gnd),
		40118	.cascin(vcc),
		40119	.devclrn(devclrn),
		40120	.devpor(devpor),
		40121	.combout(),
		40122	.regout(kbd_12),
		40123	.cout(),
		40124	.cascout());
		40125	// synopsys translate_off
		40126	defparam \kbd[12]~I .clock_enable_mode = "true";
		40127	defparam \kbd[12]~I .lut_mask = "ff00";
		40128	defparam \kbd[12]~I .operation_mode = "normal";
		40129	defparam \kbd[12]~I .output_mode = "reg_only";
		40130	defparam \kbd[12]~I .packed_mode = "false";
		40131	// synopsys translate_on
		40132
		40133	// atom is at LC6_A33
		40134	flex10ke_lcell \kbd[2]~I (
		40135	// Equation(s):
		40136	// kbd_2 = DFFEA(kbd_reg_2, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		40137
		40138	.dataa(kbd_stb),
		40139	.datab(vcc),
		40140	.datac(vcc),
		40141	.datad(kbd_reg_2),
		40142	.aclr(gnd),
		40143	.aload(gnd),
		40144	.clk(fclk),
		40145	.cin(gnd),
		40146	.cascin(vcc),
		40147	.devclrn(devclrn),
		40148	.devpor(devpor),
		40149	.combout(),
		40150	.regout(kbd_2),
		40151	.cout(),
		40152	.cascout());
		40153	// synopsys translate_off
		40154	defparam \kbd[2]~I .clock_enable_mode = "true";
		40155	defparam \kbd[2]~I .lut_mask = "ff00";
		40156	defparam \kbd[2]~I .operation_mode = "normal";
		40157	defparam \kbd[2]~I .output_mode = "reg_only";
		40158	defparam \kbd[2]~I .packed_mode = "false";
		40159	// synopsys translate_on
		40160
		40161	// atom is at LC5_A23
		40162	flex10ke_lcell \kbd[7]~I (
		40163	// Equation(s):
		40164	// kbd_7 = DFFEA(kbd_reg_7, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		40165
		40166	.dataa(kbd_stb),
		40167	.datab(vcc),
		40168	.datac(vcc),
		40169	.datad(kbd_reg_7),
		40170	.aclr(gnd),
		40171	.aload(gnd),
		40172	.clk(fclk),
		40173	.cin(gnd),
		40174	.cascin(vcc),
		40175	.devclrn(devclrn),
		40176	.devpor(devpor),
		40177	.combout(),
		40178	.regout(kbd_7),
		40179	.cout(),
		40180	.cascout());
		40181	// synopsys translate_off
		40182	defparam \kbd[7]~I .clock_enable_mode = "true";
		40183	defparam \kbd[7]~I .lut_mask = "ff00";
		40184	defparam \kbd[7]~I .operation_mode = "normal";
		40185	defparam \kbd[7]~I .output_mode = "reg_only";
		40186	defparam \kbd[7]~I .packed_mode = "false";
		40187	// synopsys translate_on
		40188
		40189	// atom is at LC4_A33
		40190	flex10ke_lcell \kbd[1]~I (
		40191	// Equation(s):
		40192	// kbd_1 = DFFEA(kbd_reg_1, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		40193
		40194	.dataa(kbd_stb),
		40195	.datab(vcc),
		40196	.datac(vcc),
		40197	.datad(kbd_reg_1),
		40198	.aclr(gnd),
		40199	.aload(gnd),
		40200	.clk(fclk),
		40201	.cin(gnd),
		40202	.cascin(vcc),
		40203	.devclrn(devclrn),
		40204	.devpor(devpor),
		40205	.combout(),
		40206	.regout(kbd_1),
		40207	.cout(),
		40208	.cascout());
		40209	// synopsys translate_off
		40210	defparam \kbd[1]~I .clock_enable_mode = "true";
		40211	defparam \kbd[1]~I .lut_mask = "ff00";
		40212	defparam \kbd[1]~I .operation_mode = "normal";
		40213	defparam \kbd[1]~I .output_mode = "reg_only";
		40214	defparam \kbd[1]~I .packed_mode = "false";
		40215	// synopsys translate_on
		40216
		40217	// atom is at LC1_A32
		40218	flex10ke_lcell \kbd[6]~I (
		40219	// Equation(s):
		40220	// kbd_6 = DFFEA(kbd_reg_6, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		40221
		40222	.dataa(kbd_stb),
		40223	.datab(vcc),
		40224	.datac(vcc),
		40225	.datad(kbd_reg_6),
		40226	.aclr(gnd),
		40227	.aload(gnd),
		40228	.clk(fclk),
		40229	.cin(gnd),
		40230	.cascin(vcc),
		40231	.devclrn(devclrn),
		40232	.devpor(devpor),
		40233	.combout(),
		40234	.regout(kbd_6),
		40235	.cout(),
		40236	.cascout());
		40237	// synopsys translate_off
		40238	defparam \kbd[6]~I .clock_enable_mode = "true";
		40239	defparam \kbd[6]~I .lut_mask = "ff00";
		40240	defparam \kbd[6]~I .operation_mode = "normal";
		40241	defparam \kbd[6]~I .output_mode = "reg_only";
		40242	defparam \kbd[6]~I .packed_mode = "false";
		40243	// synopsys translate_on
		40244
		40245	// atom is at LC2_A32
		40246	flex10ke_lcell \kbd[5]~I (
		40247	// Equation(s):
		40248	// kbd_5 = DFFEA(kbd_reg_5, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		40249
		40250	.dataa(kbd_stb),
		40251	.datab(vcc),
		40252	.datac(vcc),
		40253	.datad(kbd_reg_5),
		40254	.aclr(gnd),
		40255	.aload(gnd),
		40256	.clk(fclk),
		40257	.cin(gnd),
		40258	.cascin(vcc),
		40259	.devclrn(devclrn),
		40260	.devpor(devpor),
		40261	.combout(),
		40262	.regout(kbd_5),
		40263	.cout(),
		40264	.cascout());
		40265	// synopsys translate_off
		40266	defparam \kbd[5]~I .clock_enable_mode = "true";
		40267	defparam \kbd[5]~I .lut_mask = "ff00";
		40268	defparam \kbd[5]~I .operation_mode = "normal";
		40269	defparam \kbd[5]~I .output_mode = "reg_only";
		40270	defparam \kbd[5]~I .packed_mode = "false";
		40271	// synopsys translate_on
		40272
		40273	// atom is at LC8_A33
		40274	flex10ke_lcell \kbd[0]~I (
		40275	// Equation(s):
		40276	// kbd_0 = DFFEA(kbd_reg_0, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		40277
		40278	.dataa(kbd_stb),
		40279	.datab(vcc),
		40280	.datac(vcc),
		40281	.datad(kbd_reg_0),
		40282	.aclr(gnd),
		40283	.aload(gnd),
		40284	.clk(fclk),
		40285	.cin(gnd),
		40286	.cascin(vcc),
		40287	.devclrn(devclrn),
		40288	.devpor(devpor),
		40289	.combout(),
		40290	.regout(kbd_0),
		40291	.cout(),
		40292	.cascout());
		40293	// synopsys translate_off
		40294	defparam \kbd[0]~I .clock_enable_mode = "true";
		40295	defparam \kbd[0]~I .lut_mask = "ff00";
		40296	defparam \kbd[0]~I .operation_mode = "normal";
		40297	defparam \kbd[0]~I .output_mode = "reg_only";
		40298	defparam \kbd[0]~I .packed_mode = "false";
		40299	// synopsys translate_on
		40300
		40301	// atom is at LC1_A33
		40302	flex10ke_lcell \kbd[3]~I (
		40303	// Equation(s):
		40304	// kbd_3 = DFFEA(kbd_reg_3, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		40305
		40306	.dataa(kbd_stb),
		40307	.datab(vcc),
		40308	.datac(vcc),
		40309	.datad(kbd_reg_3),
		40310	.aclr(gnd),
		40311	.aload(gnd),
		40312	.clk(fclk),
		40313	.cin(gnd),
		40314	.cascin(vcc),
		40315	.devclrn(devclrn),
		40316	.devpor(devpor),
		40317	.combout(),
		40318	.regout(kbd_3),
		40319	.cout(),
		40320	.cascout());
		40321	// synopsys translate_off
		40322	defparam \kbd[3]~I .clock_enable_mode = "true";
		40323	defparam \kbd[3]~I .lut_mask = "ff00";
		40324	defparam \kbd[3]~I .operation_mode = "normal";
		40325	defparam \kbd[3]~I .output_mode = "reg_only";
		40326	defparam \kbd[3]~I .packed_mode = "false";
		40327	// synopsys translate_on
		40328
		40329	// atom is at LC6_A32
		40330	flex10ke_lcell \kbd[4]~I (
		40331	// Equation(s):
		40332	// kbd_4 = DFFEA(kbd_reg_4, GLOBAL(\fclk~dataout ), , , kbd_stb, , )
		40333
		40334	.dataa(kbd_stb),
		40335	.datab(vcc),
		40336	.datac(vcc),
		40337	.datad(kbd_reg_4),
		40338	.aclr(gnd),
		40339	.aload(gnd),
		40340	.clk(fclk),
		40341	.cin(gnd),
		40342	.cascin(vcc),
		40343	.devclrn(devclrn),
		40344	.devpor(devpor),
		40345	.combout(),
		40346	.regout(kbd_4),
		40347	.cout(),
		40348	.cascout());
		40349	// synopsys translate_off
		40350	defparam \kbd[4]~I .clock_enable_mode = "true";
		40351	defparam \kbd[4]~I .lut_mask = "ff00";
		40352	defparam \kbd[4]~I .operation_mode = "normal";
		40353	defparam \kbd[4]~I .output_mode = "reg_only";
		40354	defparam \kbd[4]~I .packed_mode = "false";
		40355	// synopsys translate_on
		40356
		40357	endmodule
		40358
		40359	module zmem (
		40360	romnram,
		40361	romnram1,
		40362	romnram2,
		40363	romnram3,
		40364	Mux8,
		40365	romoe_n,
		40366	romrw_en_reg,
		40367	romwe_n,
		40368	page_0,
		40369	page_01,
		40370	page_02,
		40371	page_03,
		40372	Mux7,
		40373	page_1,
		40374	page_11,
		40375	page_12,
		40376	page_13,
		40377	Mux6,
		40378	page_2,
		40379	page_21,
		40380	page_22,
		40381	page_23,
		40382	Mux5,
		40383	page_3,
		40384	page_31,
		40385	page_32,
		40386	page_33,
		40387	Mux4,
		40388	page_4,
		40389	page_41,
		40390	page_42,
		40391	page_43,
		40392	Mux3,
		40393	cpu_rnw,
		40394	cpu_req,
		40395	page_5,
		40396	page_51,
		40397	page_52,
		40398	page_53,
		40399	Mux2,
		40400	page_6,
		40401	page_61,
		40402	page_62,
		40403	page_63,
		40404	Mux1,
		40405	page_7,
		40406	page_71,
		40407	page_72,
		40408	page_73,
		40409	Mux0,
		40410	cend,
		40411	rddata_15,
		40412	rddata_6,
		40413	rddata_14,
		40414	rddata_7,
		40415	rddata_1,
		40416	rddata_12,
		40417	rddata_9,
		40418	rddata_4,
		40419	rddata_5,
		40420	rddata_13,
		40421	rddata_2,
		40422	rddata_10,
		40423	rddata_3,
		40424	rddata_11,
		40425	rddata_0,
		40426	rddata_8,
		40427	cpu_strobe,
		40428	zd_out_0,
		40429	zd_out_1,
		40430	zd_out_2,
		40431	zd_out_3,
		40432	zd_out_4,
		40433	zd_out_5,
		40434	zd_out_6,
		40435	zd_out_7,
		40436	a_14,
		40437	a_15,
		40438	rd_n,
		40439	mreq_n,
		40440	wr_n,
		40441	a_0,
		40442	fclk,
		40443	rfsh_n,
		40444	devpor,
		40445	devclrn,
		40446	devoe);
		40447	input romnram;
		40448	input romnram1;
		40449	input romnram2;
		40450	input romnram3;
		40451	output Mux8;
		40452	output romoe_n;
		40453	input romrw_en_reg;
		40454	output romwe_n;
		40455	input page_0;
		40456	input page_01;
		40457	input page_02;
		40458	input page_03;
		40459	output Mux7;
		40460	input page_1;
		40461	input page_11;
		40462	input page_12;
		40463	input page_13;
		40464	output Mux6;
		40465	input page_2;
		40466	input page_21;
		40467	input page_22;
		40468	input page_23;
		40469	output Mux5;
		40470	input page_3;
		40471	input page_31;
		40472	input page_32;
		40473	input page_33;
		40474	output Mux4;
		40475	input page_4;
		40476	input page_41;
		40477	input page_42;
		40478	input page_43;
		40479	output Mux3;
		40480	output cpu_rnw;
		40481	output cpu_req;
		40482	input page_5;
		40483	input page_51;
		40484	input page_52;
		40485	input page_53;
		40486	output Mux2;
		40487	input page_6;
		40488	input page_61;
		40489	input page_62;
		40490	input page_63;
		40491	output Mux1;
		40492	input page_7;
		40493	input page_71;
		40494	input page_72;
		40495	input page_73;
		40496	output Mux0;
		40497	input cend;
		40498	input rddata_15;
		40499	input rddata_6;
		40500	input rddata_14;
		40501	input rddata_7;
		40502	input rddata_1;
		40503	input rddata_12;
		40504	input rddata_9;
		40505	input rddata_4;
		40506	input rddata_5;
		40507	input rddata_13;
		40508	input rddata_2;
		40509	input rddata_10;
		40510	input rddata_3;
		40511	input rddata_11;
		40512	input rddata_0;
		40513	input rddata_8;
		40514	input cpu_strobe;
		40515	output zd_out_0;
		40516	output zd_out_1;
		40517	output zd_out_2;
		40518	output zd_out_3;
		40519	output zd_out_4;
		40520	output zd_out_5;
		40521	output zd_out_6;
		40522	output zd_out_7;
		40523	input a_14;
		40524	input a_15;
		40525	input rd_n;
		40526	input mreq_n;
		40527	input wr_n;
		40528	input a_0;
		40529	input fclk;
		40530	input rfsh_n;
		40531	input devpor;
		40532	input devclrn;
		40533	input devoe;
		40534
		40535	wire gnd = 1'b0;
		40536	wire vcc = 1'b1;
		40537
		40538	wire \Mux8~2 ;
		40539	wire \Mux7~2 ;
		40540	wire \Mux6~2 ;
		40541	wire \Mux5~9 ;
		40542	wire \Mux4~2 ;
		40543	wire \Mux3~2 ;
		40544	wire \ramwr~9 ;
		40545	wire ramwr_reg;
		40546	wire ramrd_reg;
		40547	wire \Mux2~2 ;
		40548	wire \Mux1~2 ;
		40549	wire \Mux0~2 ;
		40550	wire \zd_out~48 ;
		40551	wire \zd_out~49 ;
		40552	wire \zd_out~50 ;
		40553	wire \zd_out~51 ;
		40554	wire \zd_out~52 ;
		40555	wire \zd_out~53 ;
		40556	wire \zd_out~54 ;
		40557	wire \zd_out~55 ;
		40558
		40559
		40560	// atom is at LC1_A13
		40561	flex10ke_lcell \Mux8~3_I (
		40562	// Equation(s):
		40563	// Mux8 = \Mux8~2 & (romnram # !\a~dataout [14]) # !\Mux8~2 & (\a~dataout [14] & romnram)
		40564
		40565	.dataa(romnram3),
		40566	.datab(\Mux8~2 ),
		40567	.datac(a_14),
		40568	.datad(romnram),
		40569	.aclr(gnd),
		40570	.aload(gnd),
		40571	.clk(gnd),
		40572	.cin(gnd),
		40573	.cascin(vcc),
		40574	.devclrn(devclrn),
		40575	.devpor(devpor),
		40576	.combout(Mux8),
		40577	.regout(),
		40578	.cout(),
		40579	.cascout());
		40580	// synopsys translate_off
		40581	defparam \Mux8~3_I .clock_enable_mode = "false";
		40582	defparam \Mux8~3_I .lut_mask = "bc8c";
		40583	defparam \Mux8~3_I .operation_mode = "normal";
		40584	defparam \Mux8~3_I .output_mode = "comb_only";
		40585	defparam \Mux8~3_I .packed_mode = "false";
		40586	// synopsys translate_on
		40587
		40588	// atom is at LC8_E7
		40589	flex10ke_lcell \romoe_n~I (
		40590	// Equation(s):
		40591	// romoe_n = \mreq_n~dataout # \rd_n~dataout
		40592
		40593	.dataa(vcc),
		40594	.datab(vcc),
		40595	.datac(mreq_n),
		40596	.datad(rd_n),
		40597	.aclr(gnd),
		40598	.aload(gnd),
		40599	.clk(gnd),
		40600	.cin(gnd),
		40601	.cascin(vcc),
		40602	.devclrn(devclrn),
		40603	.devpor(devpor),
		40604	.combout(romoe_n),
		40605	.regout(),
		40606	.cout(),
		40607	.cascout());
		40608	// synopsys translate_off
		40609	defparam \romoe_n~I .clock_enable_mode = "false";
		40610	defparam \romoe_n~I .lut_mask = "fff0";
		40611	defparam \romoe_n~I .operation_mode = "normal";
		40612	defparam \romoe_n~I .output_mode = "comb_only";
		40613	defparam \romoe_n~I .packed_mode = "false";
		40614	// synopsys translate_on
		40615
		40616	// atom is at LC4_D7
		40617	flex10ke_lcell \romwe_n~15_I (
		40618	// Equation(s):
		40619	// romwe_n = \wr_n~dataout # \mreq_n~dataout # !romrw_en_reg
		40620
		40621	.dataa(vcc),
		40622	.datab(romrw_en_reg),
		40623	.datac(wr_n),
		40624	.datad(mreq_n),
		40625	.aclr(gnd),
		40626	.aload(gnd),
		40627	.clk(gnd),
		40628	.cin(gnd),
		40629	.cascin(vcc),
		40630	.devclrn(devclrn),
		40631	.devpor(devpor),
		40632	.combout(romwe_n),
		40633	.regout(),
		40634	.cout(),
		40635	.cascout());
		40636	// synopsys translate_off
		40637	defparam \romwe_n~15_I .clock_enable_mode = "false";
		40638	defparam \romwe_n~15_I .lut_mask = "fff3";
		40639	defparam \romwe_n~15_I .operation_mode = "normal";
		40640	defparam \romwe_n~15_I .output_mode = "comb_only";
		40641	defparam \romwe_n~15_I .packed_mode = "false";
		40642	// synopsys translate_on
		40643
		40644	// atom is at LC8_A4
		40645	flex10ke_lcell \Mux7~3_I (
		40646	// Equation(s):
		40647	// Mux7 = \Mux7~2 & (page_0 # !\a~dataout [15]) # !\Mux7~2 & (\a~dataout [15] & page_0)
		40648
		40649	.dataa(page_03),
		40650	.datab(\Mux7~2 ),
		40651	.datac(a_15),
		40652	.datad(page_0),
		40653	.aclr(gnd),
		40654	.aload(gnd),
		40655	.clk(gnd),
		40656	.cin(gnd),
		40657	.cascin(vcc),
		40658	.devclrn(devclrn),
		40659	.devpor(devpor),
		40660	.combout(Mux7),
		40661	.regout(),
		40662	.cout(),
		40663	.cascout());
		40664	// synopsys translate_off
		40665	defparam \Mux7~3_I .clock_enable_mode = "false";
		40666	defparam \Mux7~3_I .lut_mask = "bc8c";
		40667	defparam \Mux7~3_I .operation_mode = "normal";
		40668	defparam \Mux7~3_I .output_mode = "comb_only";
		40669	defparam \Mux7~3_I .packed_mode = "false";
		40670	// synopsys translate_on
		40671
		40672	// atom is at LC1_B4
		40673	flex10ke_lcell \Mux6~3_I (
		40674	// Equation(s):
		40675	// Mux6 = \Mux6~2 & (page_1 # !\a~dataout [14]) # !\Mux6~2 & (\a~dataout [14] & page_1)
		40676
		40677	.dataa(page_13),
		40678	.datab(\Mux6~2 ),
		40679	.datac(a_14),
		40680	.datad(page_1),
		40681	.aclr(gnd),
		40682	.aload(gnd),
		40683	.clk(gnd),
		40684	.cin(gnd),
		40685	.cascin(vcc),
		40686	.devclrn(devclrn),
		40687	.devpor(devpor),
		40688	.combout(Mux6),
		40689	.regout(),
		40690	.cout(),
		40691	.cascout());
		40692	// synopsys translate_off
		40693	defparam \Mux6~3_I .clock_enable_mode = "false";
		40694	defparam \Mux6~3_I .lut_mask = "bc8c";
		40695	defparam \Mux6~3_I .operation_mode = "normal";
		40696	defparam \Mux6~3_I .output_mode = "comb_only";
		40697	defparam \Mux6~3_I .packed_mode = "false";
		40698	// synopsys translate_on
		40699
		40700	// atom is at LC4_B5
		40701	flex10ke_lcell \Mux5~10_I (
		40702	// Equation(s):
		40703	// Mux5 = \Mux5~9 & (page_2 # !\a~dataout [15]) # !\Mux5~9 & (\a~dataout [15] & page_2)
		40704
		40705	.dataa(page_23),
		40706	.datab(\Mux5~9 ),
		40707	.datac(a_15),
		40708	.datad(page_2),
		40709	.aclr(gnd),
		40710	.aload(gnd),
		40711	.clk(gnd),
		40712	.cin(gnd),
		40713	.cascin(vcc),
		40714	.devclrn(devclrn),
		40715	.devpor(devpor),
		40716	.combout(Mux5),
		40717	.regout(),
		40718	.cout(),
		40719	.cascout());
		40720	// synopsys translate_off
		40721	defparam \Mux5~10_I .clock_enable_mode = "false";
		40722	defparam \Mux5~10_I .lut_mask = "bc8c";
		40723	defparam \Mux5~10_I .operation_mode = "normal";
		40724	defparam \Mux5~10_I .output_mode = "comb_only";
		40725	defparam \Mux5~10_I .packed_mode = "false";
		40726	// synopsys translate_on
		40727
		40728	// atom is at LC2_B6
		40729	flex10ke_lcell \Mux4~3_I (
		40730	// Equation(s):
		40731	// Mux4 = \Mux4~2 & (page_3 # !\a~dataout [14]) # !\Mux4~2 & (\a~dataout [14] & page_3)
		40732
		40733	.dataa(page_33),
		40734	.datab(\Mux4~2 ),
		40735	.datac(a_14),
		40736	.datad(page_3),
		40737	.aclr(gnd),
		40738	.aload(gnd),
		40739	.clk(gnd),
		40740	.cin(gnd),
		40741	.cascin(vcc),
		40742	.devclrn(devclrn),
		40743	.devpor(devpor),
		40744	.combout(Mux4),
		40745	.regout(),
		40746	.cout(),
		40747	.cascout());
		40748	// synopsys translate_off
		40749	defparam \Mux4~3_I .clock_enable_mode = "false";
		40750	defparam \Mux4~3_I .lut_mask = "bc8c";
		40751	defparam \Mux4~3_I .operation_mode = "normal";
		40752	defparam \Mux4~3_I .output_mode = "comb_only";
		40753	defparam \Mux4~3_I .packed_mode = "false";
		40754	// synopsys translate_on
		40755
		40756	// atom is at LC2_B5
		40757	flex10ke_lcell \Mux3~3_I (
		40758	// Equation(s):
		40759	// Mux3 = \Mux3~2 & (page_4 # !\a~dataout [15]) # !\Mux3~2 & (\a~dataout [15] & page_4)
		40760
		40761	.dataa(page_43),
		40762	.datab(\Mux3~2 ),
		40763	.datac(a_15),
		40764	.datad(page_4),
		40765	.aclr(gnd),
		40766	.aload(gnd),
		40767	.clk(gnd),
		40768	.cin(gnd),
		40769	.cascin(vcc),
		40770	.devclrn(devclrn),
		40771	.devpor(devpor),
		40772	.combout(Mux3),
		40773	.regout(),
		40774	.cout(),
		40775	.cascout());
		40776	// synopsys translate_off
		40777	defparam \Mux3~3_I .clock_enable_mode = "false";
		40778	defparam \Mux3~3_I .lut_mask = "bc8c";
		40779	defparam \Mux3~3_I .operation_mode = "normal";
		40780	defparam \Mux3~3_I .output_mode = "comb_only";
		40781	defparam \Mux3~3_I .packed_mode = "false";
		40782	// synopsys translate_on
		40783
		40784	// atom is at LC3_E7
		40785	flex10ke_lcell \cpu_rnw~38_I (
		40786	// Equation(s):
		40787	// cpu_rnw = !\mreq_n~dataout & !Mux8 & !\rd_n~dataout & \rfsh_n~dataout
		40788
		40789	.dataa(mreq_n),
		40790	.datab(Mux8),
		40791	.datac(rd_n),
		40792	.datad(rfsh_n),
		40793	.aclr(gnd),
		40794	.aload(gnd),
		40795	.clk(gnd),
		40796	.cin(gnd),
		40797	.cascin(vcc),
		40798	.devclrn(devclrn),
		40799	.devpor(devpor),
		40800	.combout(cpu_rnw),
		40801	.regout(),
		40802	.cout(),
		40803	.cascout());
		40804	// synopsys translate_off
		40805	defparam \cpu_rnw~38_I .clock_enable_mode = "false";
		40806	defparam \cpu_rnw~38_I .lut_mask = "0100";
		40807	defparam \cpu_rnw~38_I .operation_mode = "normal";
		40808	defparam \cpu_rnw~38_I .output_mode = "comb_only";
		40809	defparam \cpu_rnw~38_I .packed_mode = "false";
		40810	// synopsys translate_on
		40811
		40812	// atom is at LC2_E7
		40813	flex10ke_lcell \cpu_req~I (
		40814	// Equation(s):
		40815	// cpu_req = ramwr_reg & !ramrd_reg & (cpu_rnw) # !ramwr_reg & (\ramwr~9 # !ramrd_reg & cpu_rnw)
		40816
		40817	.dataa(ramwr_reg),
		40818	.datab(ramrd_reg),
		40819	.datac(\ramwr~9 ),
		40820	.datad(cpu_rnw),
		40821	.aclr(gnd),
		40822	.aload(gnd),
		40823	.clk(gnd),
		40824	.cin(gnd),
		40825	.cascin(vcc),
		40826	.devclrn(devclrn),
		40827	.devpor(devpor),
		40828	.combout(cpu_req),
		40829	.regout(),
		40830	.cout(),
		40831	.cascout());
		40832	// synopsys translate_off
		40833	defparam \cpu_req~I .clock_enable_mode = "false";
		40834	defparam \cpu_req~I .lut_mask = "7350";
		40835	defparam \cpu_req~I .operation_mode = "normal";
		40836	defparam \cpu_req~I .output_mode = "comb_only";
		40837	defparam \cpu_req~I .packed_mode = "false";
		40838	// synopsys translate_on
		40839
		40840	// atom is at LC1_B6
		40841	flex10ke_lcell \Mux2~3_I (
		40842	// Equation(s):
		40843	// Mux2 = \Mux2~2 & (page_5 # !\a~dataout [14]) # !\Mux2~2 & (\a~dataout [14] & page_5)
		40844
		40845	.dataa(page_53),
		40846	.datab(\Mux2~2 ),
		40847	.datac(a_14),
		40848	.datad(page_5),
		40849	.aclr(gnd),
		40850	.aload(gnd),
		40851	.clk(gnd),
		40852	.cin(gnd),
		40853	.cascin(vcc),
		40854	.devclrn(devclrn),
		40855	.devpor(devpor),
		40856	.combout(Mux2),
		40857	.regout(),
		40858	.cout(),
		40859	.cascout());
		40860	// synopsys translate_off
		40861	defparam \Mux2~3_I .clock_enable_mode = "false";
		40862	defparam \Mux2~3_I .lut_mask = "bc8c";
		40863	defparam \Mux2~3_I .operation_mode = "normal";
		40864	defparam \Mux2~3_I .output_mode = "comb_only";
		40865	defparam \Mux2~3_I .packed_mode = "false";
		40866	// synopsys translate_on
		40867
		40868	// atom is at LC2_D27
		40869	flex10ke_lcell \Mux1~3_I (
		40870	// Equation(s):
		40871	// Mux1 = \Mux1~2 & (page_6 # !\a~dataout [15]) # !\Mux1~2 & (\a~dataout [15] & page_6)
		40872
		40873	.dataa(page_63),
		40874	.datab(\Mux1~2 ),
		40875	.datac(a_15),
		40876	.datad(page_6),
		40877	.aclr(gnd),
		40878	.aload(gnd),
		40879	.clk(gnd),
		40880	.cin(gnd),
		40881	.cascin(vcc),
		40882	.devclrn(devclrn),
		40883	.devpor(devpor),
		40884	.combout(Mux1),
		40885	.regout(),
		40886	.cout(),
		40887	.cascout());
		40888	// synopsys translate_off
		40889	defparam \Mux1~3_I .clock_enable_mode = "false";
		40890	defparam \Mux1~3_I .lut_mask = "bc8c";
		40891	defparam \Mux1~3_I .operation_mode = "normal";
		40892	defparam \Mux1~3_I .output_mode = "comb_only";
		40893	defparam \Mux1~3_I .packed_mode = "false";
		40894	// synopsys translate_on
		40895
		40896	// atom is at LC1_D27
		40897	flex10ke_lcell \Mux0~3_I (
		40898	// Equation(s):
		40899	// Mux0 = \Mux0~2 & (page_7 # !\a~dataout [14]) # !\Mux0~2 & (\a~dataout [14] & page_7)
		40900
		40901	.dataa(page_73),
		40902	.datab(\Mux0~2 ),
		40903	.datac(a_14),
		40904	.datad(page_7),
		40905	.aclr(gnd),
		40906	.aload(gnd),
		40907	.clk(gnd),
		40908	.cin(gnd),
		40909	.cascin(vcc),
		40910	.devclrn(devclrn),
		40911	.devpor(devpor),
		40912	.combout(Mux0),
		40913	.regout(),
		40914	.cout(),
		40915	.cascout());
		40916	// synopsys translate_off
		40917	defparam \Mux0~3_I .clock_enable_mode = "false";
		40918	defparam \Mux0~3_I .lut_mask = "bc8c";
		40919	defparam \Mux0~3_I .operation_mode = "normal";
		40920	defparam \Mux0~3_I .output_mode = "comb_only";
		40921	defparam \Mux0~3_I .packed_mode = "false";
		40922	// synopsys translate_on
		40923
		40924	// atom is at LC4_H5
		40925	flex10ke_lcell \zd_out[0]~I (
		40926	// Equation(s):
		40927	// zd_out_0 = cpu_strobe & (\zd_out~48 ) # !cpu_strobe & zd_out_0
		40928
		40929	.dataa(vcc),
		40930	.datab(cpu_strobe),
		40931	.datac(zd_out_0),
		40932	.datad(\zd_out~48 ),
		40933	.aclr(gnd),
		40934	.aload(gnd),
		40935	.clk(gnd),
		40936	.cin(gnd),
		40937	.cascin(vcc),
		40938	.devclrn(devclrn),
		40939	.devpor(devpor),
		40940	.combout(zd_out_0),
		40941	.regout(),
		40942	.cout(),
		40943	.cascout());
		40944	// synopsys translate_off
		40945	defparam \zd_out[0]~I .clock_enable_mode = "false";
		40946	defparam \zd_out[0]~I .lut_mask = "fc30";
		40947	defparam \zd_out[0]~I .operation_mode = "normal";
		40948	defparam \zd_out[0]~I .output_mode = "comb_only";
		40949	defparam \zd_out[0]~I .packed_mode = "false";
		40950	// synopsys translate_on
		40951
		40952	// atom is at LC7_H33
		40953	flex10ke_lcell \zd_out[1]~I (
		40954	// Equation(s):
		40955	// zd_out_1 = cpu_strobe & (\zd_out~49 ) # !cpu_strobe & zd_out_1
		40956
		40957	.dataa(vcc),
		40958	.datab(cpu_strobe),
		40959	.datac(zd_out_1),
		40960	.datad(\zd_out~49 ),
		40961	.aclr(gnd),
		40962	.aload(gnd),
		40963	.clk(gnd),
		40964	.cin(gnd),
		40965	.cascin(vcc),
		40966	.devclrn(devclrn),
		40967	.devpor(devpor),
		40968	.combout(zd_out_1),
		40969	.regout(),
		40970	.cout(),
		40971	.cascout());
		40972	// synopsys translate_off
		40973	defparam \zd_out[1]~I .clock_enable_mode = "false";
		40974	defparam \zd_out[1]~I .lut_mask = "fc30";
		40975	defparam \zd_out[1]~I .operation_mode = "normal";
		40976	defparam \zd_out[1]~I .output_mode = "comb_only";
		40977	defparam \zd_out[1]~I .packed_mode = "false";
		40978	// synopsys translate_on
		40979
		40980	// atom is at LC7_H25
		40981	flex10ke_lcell \zd_out[2]~I (
		40982	// Equation(s):
		40983	// zd_out_2 = cpu_strobe & (\zd_out~50 ) # !cpu_strobe & zd_out_2
		40984
		40985	.dataa(vcc),
		40986	.datab(cpu_strobe),
		40987	.datac(zd_out_2),
		40988	.datad(\zd_out~50 ),
		40989	.aclr(gnd),
		40990	.aload(gnd),
		40991	.clk(gnd),
		40992	.cin(gnd),
		40993	.cascin(vcc),
		40994	.devclrn(devclrn),
		40995	.devpor(devpor),
		40996	.combout(zd_out_2),
		40997	.regout(),
		40998	.cout(),
		40999	.cascout());
		41000	// synopsys translate_off
		41001	defparam \zd_out[2]~I .clock_enable_mode = "false";
		41002	defparam \zd_out[2]~I .lut_mask = "fc30";
		41003	defparam \zd_out[2]~I .operation_mode = "normal";
		41004	defparam \zd_out[2]~I .output_mode = "comb_only";
		41005	defparam \zd_out[2]~I .packed_mode = "false";
		41006	// synopsys translate_on
		41007
		41008	// atom is at LC6_H17
		41009	flex10ke_lcell \zd_out[3]~I (
		41010	// Equation(s):
		41011	// zd_out_3 = cpu_strobe & (\zd_out~51 ) # !cpu_strobe & zd_out_3
		41012
		41013	.dataa(vcc),
		41014	.datab(cpu_strobe),
		41015	.datac(zd_out_3),
		41016	.datad(\zd_out~51 ),
		41017	.aclr(gnd),
		41018	.aload(gnd),
		41019	.clk(gnd),
		41020	.cin(gnd),
		41021	.cascin(vcc),
		41022	.devclrn(devclrn),
		41023	.devpor(devpor),
		41024	.combout(zd_out_3),
		41025	.regout(),
		41026	.cout(),
		41027	.cascout());
		41028	// synopsys translate_off
		41029	defparam \zd_out[3]~I .clock_enable_mode = "false";
		41030	defparam \zd_out[3]~I .lut_mask = "fc30";
		41031	defparam \zd_out[3]~I .operation_mode = "normal";
		41032	defparam \zd_out[3]~I .output_mode = "comb_only";
		41033	defparam \zd_out[3]~I .packed_mode = "false";
		41034	// synopsys translate_on
		41035
		41036	// atom is at LC5_G27
		41037	flex10ke_lcell \zd_out[4]~I (
		41038	// Equation(s):
		41039	// zd_out_4 = cpu_strobe & (\zd_out~52 ) # !cpu_strobe & zd_out_4
		41040
		41041	.dataa(vcc),
		41042	.datab(cpu_strobe),
		41043	.datac(zd_out_4),
		41044	.datad(\zd_out~52 ),
		41045	.aclr(gnd),
		41046	.aload(gnd),
		41047	.clk(gnd),
		41048	.cin(gnd),
		41049	.cascin(vcc),
		41050	.devclrn(devclrn),
		41051	.devpor(devpor),
		41052	.combout(zd_out_4),
		41053	.regout(),
		41054	.cout(),
		41055	.cascout());
		41056	// synopsys translate_off
		41057	defparam \zd_out[4]~I .clock_enable_mode = "false";
		41058	defparam \zd_out[4]~I .lut_mask = "fc30";
		41059	defparam \zd_out[4]~I .operation_mode = "normal";
		41060	defparam \zd_out[4]~I .output_mode = "comb_only";
		41061	defparam \zd_out[4]~I .packed_mode = "false";
		41062	// synopsys translate_on
		41063
		41064	// atom is at LC7_H8
		41065	flex10ke_lcell \zd_out[5]~I (
		41066	// Equation(s):
		41067	// zd_out_5 = cpu_strobe & (\zd_out~53 ) # !cpu_strobe & zd_out_5
		41068
		41069	.dataa(vcc),
		41070	.datab(cpu_strobe),
		41071	.datac(zd_out_5),
		41072	.datad(\zd_out~53 ),
		41073	.aclr(gnd),
		41074	.aload(gnd),
		41075	.clk(gnd),
		41076	.cin(gnd),
		41077	.cascin(vcc),
		41078	.devclrn(devclrn),
		41079	.devpor(devpor),
		41080	.combout(zd_out_5),
		41081	.regout(),
		41082	.cout(),
		41083	.cascout());
		41084	// synopsys translate_off
		41085	defparam \zd_out[5]~I .clock_enable_mode = "false";
		41086	defparam \zd_out[5]~I .lut_mask = "fc30";
		41087	defparam \zd_out[5]~I .operation_mode = "normal";
		41088	defparam \zd_out[5]~I .output_mode = "comb_only";
		41089	defparam \zd_out[5]~I .packed_mode = "false";
		41090	// synopsys translate_on
		41091
		41092	// atom is at LC5_H34
		41093	flex10ke_lcell \zd_out[6]~I (
		41094	// Equation(s):
		41095	// zd_out_6 = cpu_strobe & (\zd_out~54 ) # !cpu_strobe & zd_out_6
		41096
		41097	.dataa(vcc),
		41098	.datab(cpu_strobe),
		41099	.datac(zd_out_6),
		41100	.datad(\zd_out~54 ),
		41101	.aclr(gnd),
		41102	.aload(gnd),
		41103	.clk(gnd),
		41104	.cin(gnd),
		41105	.cascin(vcc),
		41106	.devclrn(devclrn),
		41107	.devpor(devpor),
		41108	.combout(zd_out_6),
		41109	.regout(),
		41110	.cout(),
		41111	.cascout());
		41112	// synopsys translate_off
		41113	defparam \zd_out[6]~I .clock_enable_mode = "false";
		41114	defparam \zd_out[6]~I .lut_mask = "fc30";
		41115	defparam \zd_out[6]~I .operation_mode = "normal";
		41116	defparam \zd_out[6]~I .output_mode = "comb_only";
		41117	defparam \zd_out[6]~I .packed_mode = "false";
		41118	// synopsys translate_on
		41119
		41120	// atom is at LC6_H23
		41121	flex10ke_lcell \zd_out[7]~I (
		41122	// Equation(s):
		41123	// zd_out_7 = cpu_strobe & (\zd_out~55 ) # !cpu_strobe & zd_out_7
		41124
		41125	.dataa(vcc),
		41126	.datab(cpu_strobe),
		41127	.datac(zd_out_7),
		41128	.datad(\zd_out~55 ),
		41129	.aclr(gnd),
		41130	.aload(gnd),
		41131	.clk(gnd),
		41132	.cin(gnd),
		41133	.cascin(vcc),
		41134	.devclrn(devclrn),
		41135	.devpor(devpor),
		41136	.combout(zd_out_7),
		41137	.regout(),
		41138	.cout(),
		41139	.cascout());
		41140	// synopsys translate_off
		41141	defparam \zd_out[7]~I .clock_enable_mode = "false";
		41142	defparam \zd_out[7]~I .lut_mask = "fc30";
		41143	defparam \zd_out[7]~I .operation_mode = "normal";
		41144	defparam \zd_out[7]~I .output_mode = "comb_only";
		41145	defparam \zd_out[7]~I .packed_mode = "false";
		41146	// synopsys translate_on
		41147
		41148	// atom is at LC5_A13
		41149	flex10ke_lcell \Mux8~2_I (
		41150	// Equation(s):
		41151	// \Mux8~2 = \a~dataout [15] & (romnram # \a~dataout [14]) # !\a~dataout [15] & romnram & (!\a~dataout [14])
		41152
		41153	.dataa(romnram2),
		41154	.datab(a_15),
		41155	.datac(romnram1),
		41156	.datad(a_14),
		41157	.aclr(gnd),
		41158	.aload(gnd),
		41159	.clk(gnd),
		41160	.cin(gnd),
		41161	.cascin(vcc),
		41162	.devclrn(devclrn),
		41163	.devpor(devpor),
		41164	.combout(\Mux8~2 ),
		41165	.regout(),
		41166	.cout(),
		41167	.cascout());
		41168	// synopsys translate_off
		41169	defparam \Mux8~2_I .clock_enable_mode = "false";
		41170	defparam \Mux8~2_I .lut_mask = "cce2";
		41171	defparam \Mux8~2_I .operation_mode = "normal";
		41172	defparam \Mux8~2_I .output_mode = "comb_only";
		41173	defparam \Mux8~2_I .packed_mode = "false";
		41174	// synopsys translate_on
		41175
		41176	// atom is at LC1_A4
		41177	flex10ke_lcell \Mux7~2_I (
		41178	// Equation(s):
		41179	// \Mux7~2 = \a~dataout [14] & (page_0 # \a~dataout [15]) # !\a~dataout [14] & page_0 & (!\a~dataout [15])
		41180
		41181	.dataa(page_02),
		41182	.datab(a_14),
		41183	.datac(page_01),
		41184	.datad(a_15),
		41185	.aclr(gnd),
		41186	.aload(gnd),
		41187	.clk(gnd),
		41188	.cin(gnd),
		41189	.cascin(vcc),
		41190	.devclrn(devclrn),
		41191	.devpor(devpor),
		41192	.combout(\Mux7~2 ),
		41193	.regout(),
		41194	.cout(),
		41195	.cascout());
		41196	// synopsys translate_off
		41197	defparam \Mux7~2_I .clock_enable_mode = "false";
		41198	defparam \Mux7~2_I .lut_mask = "cce2";
		41199	defparam \Mux7~2_I .operation_mode = "normal";
		41200	defparam \Mux7~2_I .output_mode = "comb_only";
		41201	defparam \Mux7~2_I .packed_mode = "false";
		41202	// synopsys translate_on
		41203
		41204	// atom is at LC7_B4
		41205	flex10ke_lcell \Mux6~2_I (
		41206	// Equation(s):
		41207	// \Mux6~2 = \a~dataout [15] & (page_1 # \a~dataout [14]) # !\a~dataout [15] & page_1 & (!\a~dataout [14])
		41208
		41209	.dataa(page_12),
		41210	.datab(a_15),
		41211	.datac(page_11),
		41212	.datad(a_14),
		41213	.aclr(gnd),
		41214	.aload(gnd),
		41215	.clk(gnd),
		41216	.cin(gnd),
		41217	.cascin(vcc),
		41218	.devclrn(devclrn),
		41219	.devpor(devpor),
		41220	.combout(\Mux6~2 ),
		41221	.regout(),
		41222	.cout(),
		41223	.cascout());
		41224	// synopsys translate_off
		41225	defparam \Mux6~2_I .clock_enable_mode = "false";
		41226	defparam \Mux6~2_I .lut_mask = "cce2";
		41227	defparam \Mux6~2_I .operation_mode = "normal";
		41228	defparam \Mux6~2_I .output_mode = "comb_only";
		41229	defparam \Mux6~2_I .packed_mode = "false";
		41230	// synopsys translate_on
		41231
		41232	// atom is at LC1_B5
		41233	flex10ke_lcell \Mux5~9_I (
		41234	// Equation(s):
		41235	// \Mux5~9 = \a~dataout [14] & (page_2 # \a~dataout [15]) # !\a~dataout [14] & page_2 & (!\a~dataout [15])
		41236
		41237	.dataa(page_22),
		41238	.datab(a_14),
		41239	.datac(page_21),
		41240	.datad(a_15),
		41241	.aclr(gnd),
		41242	.aload(gnd),
		41243	.clk(gnd),
		41244	.cin(gnd),
		41245	.cascin(vcc),
		41246	.devclrn(devclrn),
		41247	.devpor(devpor),
		41248	.combout(\Mux5~9 ),
		41249	.regout(),
		41250	.cout(),
		41251	.cascout());
		41252	// synopsys translate_off
		41253	defparam \Mux5~9_I .clock_enable_mode = "false";
		41254	defparam \Mux5~9_I .lut_mask = "cce2";
		41255	defparam \Mux5~9_I .operation_mode = "normal";
		41256	defparam \Mux5~9_I .output_mode = "comb_only";
		41257	defparam \Mux5~9_I .packed_mode = "false";
		41258	// synopsys translate_on
		41259
		41260	// atom is at LC3_B6
		41261	flex10ke_lcell \Mux4~2_I (
		41262	// Equation(s):
		41263	// \Mux4~2 = \a~dataout [15] & (page_3 # \a~dataout [14]) # !\a~dataout [15] & page_3 & (!\a~dataout [14])
		41264
		41265	.dataa(page_32),
		41266	.datab(a_15),
		41267	.datac(page_31),
		41268	.datad(a_14),
		41269	.aclr(gnd),
		41270	.aload(gnd),
		41271	.clk(gnd),
		41272	.cin(gnd),
		41273	.cascin(vcc),
		41274	.devclrn(devclrn),
		41275	.devpor(devpor),
		41276	.combout(\Mux4~2 ),
		41277	.regout(),
		41278	.cout(),
		41279	.cascout());
		41280	// synopsys translate_off
		41281	defparam \Mux4~2_I .clock_enable_mode = "false";
		41282	defparam \Mux4~2_I .lut_mask = "cce2";
		41283	defparam \Mux4~2_I .operation_mode = "normal";
		41284	defparam \Mux4~2_I .output_mode = "comb_only";
		41285	defparam \Mux4~2_I .packed_mode = "false";
		41286	// synopsys translate_on
		41287
		41288	// atom is at LC3_B5
		41289	flex10ke_lcell \Mux3~2_I (
		41290	// Equation(s):
		41291	// \Mux3~2 = \a~dataout [14] & (page_4 # \a~dataout [15]) # !\a~dataout [14] & page_4 & (!\a~dataout [15])
		41292
		41293	.dataa(page_42),
		41294	.datab(a_14),
		41295	.datac(page_41),
		41296	.datad(a_15),
		41297	.aclr(gnd),
		41298	.aload(gnd),
		41299	.clk(gnd),
		41300	.cin(gnd),
		41301	.cascin(vcc),
		41302	.devclrn(devclrn),
		41303	.devpor(devpor),
		41304	.combout(\Mux3~2 ),
		41305	.regout(),
		41306	.cout(),
		41307	.cascout());
		41308	// synopsys translate_off
		41309	defparam \Mux3~2_I .clock_enable_mode = "false";
		41310	defparam \Mux3~2_I .lut_mask = "cce2";
		41311	defparam \Mux3~2_I .operation_mode = "normal";
		41312	defparam \Mux3~2_I .output_mode = "comb_only";
		41313	defparam \Mux3~2_I .packed_mode = "false";
		41314	// synopsys translate_on
		41315
		41316	// atom is at LC4_E7
		41317	flex10ke_lcell \ramwr~9_I (
		41318	// Equation(s):
		41319	// \ramwr~9 = !\mreq_n~dataout & !Mux8 & !\wr_n~dataout & \rfsh_n~dataout
		41320
		41321	.dataa(mreq_n),
		41322	.datab(Mux8),
		41323	.datac(wr_n),
		41324	.datad(rfsh_n),
		41325	.aclr(gnd),
		41326	.aload(gnd),
		41327	.clk(gnd),
		41328	.cin(gnd),
		41329	.cascin(vcc),
		41330	.devclrn(devclrn),
		41331	.devpor(devpor),
		41332	.combout(\ramwr~9 ),
		41333	.regout(),
		41334	.cout(),
		41335	.cascout());
		41336	// synopsys translate_off
		41337	defparam \ramwr~9_I .clock_enable_mode = "false";
		41338	defparam \ramwr~9_I .lut_mask = "0100";
		41339	defparam \ramwr~9_I .operation_mode = "normal";
		41340	defparam \ramwr~9_I .output_mode = "comb_only";
		41341	defparam \ramwr~9_I .packed_mode = "false";
		41342	// synopsys translate_on
		41343
		41344	// atom is at LC6_E7
		41345	flex10ke_lcell \ramwr_reg~I (
		41346	// Equation(s):
		41347	// ramwr_reg = DFFEA(\ramwr~9 , GLOBAL(\fclk~dataout ), , , cend, , )
		41348
		41349	.dataa(cend),
		41350	.datab(vcc),
		41351	.datac(vcc),
		41352	.datad(\ramwr~9 ),
		41353	.aclr(gnd),
		41354	.aload(gnd),
		41355	.clk(fclk),
		41356	.cin(gnd),
		41357	.cascin(vcc),
		41358	.devclrn(devclrn),
		41359	.devpor(devpor),
		41360	.combout(),
		41361	.regout(ramwr_reg),
		41362	.cout(),
		41363	.cascout());
		41364	// synopsys translate_off
		41365	defparam \ramwr_reg~I .clock_enable_mode = "true";
		41366	defparam \ramwr_reg~I .lut_mask = "ff00";
		41367	defparam \ramwr_reg~I .operation_mode = "normal";
		41368	defparam \ramwr_reg~I .output_mode = "reg_only";
		41369	defparam \ramwr_reg~I .packed_mode = "false";
		41370	// synopsys translate_on
		41371
		41372	// atom is at LC5_E7
		41373	flex10ke_lcell \ramrd_reg~I (
		41374	// Equation(s):
		41375	// ramrd_reg = DFFEA(cpu_rnw, GLOBAL(\fclk~dataout ), , , cend, , )
		41376
		41377	.dataa(cend),
		41378	.datab(vcc),
		41379	.datac(vcc),
		41380	.datad(cpu_rnw),
		41381	.aclr(gnd),
		41382	.aload(gnd),
		41383	.clk(fclk),
		41384	.cin(gnd),
		41385	.cascin(vcc),
		41386	.devclrn(devclrn),
		41387	.devpor(devpor),
		41388	.combout(),
		41389	.regout(ramrd_reg),
		41390	.cout(),
		41391	.cascout());
		41392	// synopsys translate_off
		41393	defparam \ramrd_reg~I .clock_enable_mode = "true";
		41394	defparam \ramrd_reg~I .lut_mask = "ff00";
		41395	defparam \ramrd_reg~I .operation_mode = "normal";
		41396	defparam \ramrd_reg~I .output_mode = "reg_only";
		41397	defparam \ramrd_reg~I .packed_mode = "false";
		41398	// synopsys translate_on
		41399
		41400	// atom is at LC7_B6
		41401	flex10ke_lcell \Mux2~2_I (
		41402	// Equation(s):
		41403	// \Mux2~2 = \a~dataout [15] & (page_5 # \a~dataout [14]) # !\a~dataout [15] & page_5 & (!\a~dataout [14])
		41404
		41405	.dataa(page_52),
		41406	.datab(a_15),
		41407	.datac(page_51),
		41408	.datad(a_14),
		41409	.aclr(gnd),
		41410	.aload(gnd),
		41411	.clk(gnd),
		41412	.cin(gnd),
		41413	.cascin(vcc),
		41414	.devclrn(devclrn),
		41415	.devpor(devpor),
		41416	.combout(\Mux2~2 ),
		41417	.regout(),
		41418	.cout(),
		41419	.cascout());
		41420	// synopsys translate_off
		41421	defparam \Mux2~2_I .clock_enable_mode = "false";
		41422	defparam \Mux2~2_I .lut_mask = "cce2";
		41423	defparam \Mux2~2_I .operation_mode = "normal";
		41424	defparam \Mux2~2_I .output_mode = "comb_only";
		41425	defparam \Mux2~2_I .packed_mode = "false";
		41426	// synopsys translate_on
		41427
		41428	// atom is at LC3_D27
		41429	flex10ke_lcell \Mux1~2_I (
		41430	// Equation(s):
		41431	// \Mux1~2 = \a~dataout [14] & (page_6 # \a~dataout [15]) # !\a~dataout [14] & page_6 & (!\a~dataout [15])
		41432
		41433	.dataa(page_62),
		41434	.datab(a_14),
		41435	.datac(page_61),
		41436	.datad(a_15),
		41437	.aclr(gnd),
		41438	.aload(gnd),
		41439	.clk(gnd),
		41440	.cin(gnd),
		41441	.cascin(vcc),
		41442	.devclrn(devclrn),
		41443	.devpor(devpor),
		41444	.combout(\Mux1~2 ),
		41445	.regout(),
		41446	.cout(),
		41447	.cascout());
		41448	// synopsys translate_off
		41449	defparam \Mux1~2_I .clock_enable_mode = "false";
		41450	defparam \Mux1~2_I .lut_mask = "cce2";
		41451	defparam \Mux1~2_I .operation_mode = "normal";
		41452	defparam \Mux1~2_I .output_mode = "comb_only";
		41453	defparam \Mux1~2_I .packed_mode = "false";
		41454	// synopsys translate_on
		41455
		41456	// atom is at LC4_D27
		41457	flex10ke_lcell \Mux0~2_I (
		41458	// Equation(s):
		41459	// \Mux0~2 = \a~dataout [15] & (page_7 # \a~dataout [14]) # !\a~dataout [15] & page_7 & (!\a~dataout [14])
		41460
		41461	.dataa(page_72),
		41462	.datab(a_15),
		41463	.datac(page_71),
		41464	.datad(a_14),
		41465	.aclr(gnd),
		41466	.aload(gnd),
		41467	.clk(gnd),
		41468	.cin(gnd),
		41469	.cascin(vcc),
		41470	.devclrn(devclrn),
		41471	.devpor(devpor),
		41472	.combout(\Mux0~2 ),
		41473	.regout(),
		41474	.cout(),
		41475	.cascout());
		41476	// synopsys translate_off
		41477	defparam \Mux0~2_I .clock_enable_mode = "false";
		41478	defparam \Mux0~2_I .lut_mask = "cce2";
		41479	defparam \Mux0~2_I .operation_mode = "normal";
		41480	defparam \Mux0~2_I .output_mode = "comb_only";
		41481	defparam \Mux0~2_I .packed_mode = "false";
		41482	// synopsys translate_on
		41483
		41484	// atom is at LC3_H5
		41485	flex10ke_lcell \zd_out~48_I (
		41486	// Equation(s):
		41487	// \zd_out~48 = \a~dataout [0] & (rddata_0) # !\a~dataout [0] & rddata_8
		41488
		41489	.dataa(vcc),
		41490	.datab(a_0),
		41491	.datac(rddata_8),
		41492	.datad(rddata_0),
		41493	.aclr(gnd),
		41494	.aload(gnd),
		41495	.clk(gnd),
		41496	.cin(gnd),
		41497	.cascin(vcc),
		41498	.devclrn(devclrn),
		41499	.devpor(devpor),
		41500	.combout(\zd_out~48 ),
		41501	.regout(),
		41502	.cout(),
		41503	.cascout());
		41504	// synopsys translate_off
		41505	defparam \zd_out~48_I .clock_enable_mode = "false";
		41506	defparam \zd_out~48_I .lut_mask = "fc30";
		41507	defparam \zd_out~48_I .operation_mode = "normal";
		41508	defparam \zd_out~48_I .output_mode = "comb_only";
		41509	defparam \zd_out~48_I .packed_mode = "false";
		41510	// synopsys translate_on
		41511
		41512	// atom is at LC6_H33
		41513	flex10ke_lcell \zd_out~49_I (
		41514	// Equation(s):
		41515	// \zd_out~49 = \a~dataout [0] & (rddata_1) # !\a~dataout [0] & rddata_9
		41516
		41517	.dataa(vcc),
		41518	.datab(a_0),
		41519	.datac(rddata_9),
		41520	.datad(rddata_1),
		41521	.aclr(gnd),
		41522	.aload(gnd),
		41523	.clk(gnd),
		41524	.cin(gnd),
		41525	.cascin(vcc),
		41526	.devclrn(devclrn),
		41527	.devpor(devpor),
		41528	.combout(\zd_out~49 ),
		41529	.regout(),
		41530	.cout(),
		41531	.cascout());
		41532	// synopsys translate_off
		41533	defparam \zd_out~49_I .clock_enable_mode = "false";
		41534	defparam \zd_out~49_I .lut_mask = "fc30";
		41535	defparam \zd_out~49_I .operation_mode = "normal";
		41536	defparam \zd_out~49_I .output_mode = "comb_only";
		41537	defparam \zd_out~49_I .packed_mode = "false";
		41538	// synopsys translate_on
		41539
		41540	// atom is at LC2_G25
		41541	flex10ke_lcell \zd_out~50_I (
		41542	// Equation(s):
		41543	// \zd_out~50 = \a~dataout [0] & (rddata_2) # !\a~dataout [0] & rddata_10
		41544
		41545	.dataa(vcc),
		41546	.datab(a_0),
		41547	.datac(rddata_10),
		41548	.datad(rddata_2),
		41549	.aclr(gnd),
		41550	.aload(gnd),
		41551	.clk(gnd),
		41552	.cin(gnd),
		41553	.cascin(vcc),
		41554	.devclrn(devclrn),
		41555	.devpor(devpor),
		41556	.combout(\zd_out~50 ),
		41557	.regout(),
		41558	.cout(),
		41559	.cascout());
		41560	// synopsys translate_off
		41561	defparam \zd_out~50_I .clock_enable_mode = "false";
		41562	defparam \zd_out~50_I .lut_mask = "fc30";
		41563	defparam \zd_out~50_I .operation_mode = "normal";
		41564	defparam \zd_out~50_I .output_mode = "comb_only";
		41565	defparam \zd_out~50_I .packed_mode = "false";
		41566	// synopsys translate_on
		41567
		41568	// atom is at LC5_H17
		41569	flex10ke_lcell \zd_out~51_I (
		41570	// Equation(s):
		41571	// \zd_out~51 = \a~dataout [0] & (rddata_3) # !\a~dataout [0] & rddata_11
		41572
		41573	.dataa(vcc),
		41574	.datab(a_0),
		41575	.datac(rddata_11),
		41576	.datad(rddata_3),
		41577	.aclr(gnd),
		41578	.aload(gnd),
		41579	.clk(gnd),
		41580	.cin(gnd),
		41581	.cascin(vcc),
		41582	.devclrn(devclrn),
		41583	.devpor(devpor),
		41584	.combout(\zd_out~51 ),
		41585	.regout(),
		41586	.cout(),
		41587	.cascout());
		41588	// synopsys translate_off
		41589	defparam \zd_out~51_I .clock_enable_mode = "false";
		41590	defparam \zd_out~51_I .lut_mask = "fc30";
		41591	defparam \zd_out~51_I .operation_mode = "normal";
		41592	defparam \zd_out~51_I .output_mode = "comb_only";
		41593	defparam \zd_out~51_I .packed_mode = "false";
		41594	// synopsys translate_on
		41595
		41596	// atom is at LC1_G27
		41597	flex10ke_lcell \zd_out~52_I (
		41598	// Equation(s):
		41599	// \zd_out~52 = \a~dataout [0] & (rddata_4) # !\a~dataout [0] & rddata_12
		41600
		41601	.dataa(vcc),
		41602	.datab(a_0),
		41603	.datac(rddata_12),
		41604	.datad(rddata_4),
		41605	.aclr(gnd),
		41606	.aload(gnd),
		41607	.clk(gnd),
		41608	.cin(gnd),
		41609	.cascin(vcc),
		41610	.devclrn(devclrn),
		41611	.devpor(devpor),
		41612	.combout(\zd_out~52 ),
		41613	.regout(),
		41614	.cout(),
		41615	.cascout());
		41616	// synopsys translate_off
		41617	defparam \zd_out~52_I .clock_enable_mode = "false";
		41618	defparam \zd_out~52_I .lut_mask = "fc30";
		41619	defparam \zd_out~52_I .operation_mode = "normal";
		41620	defparam \zd_out~52_I .output_mode = "comb_only";
		41621	defparam \zd_out~52_I .packed_mode = "false";
		41622	// synopsys translate_on
		41623
		41624	// atom is at LC6_H8
		41625	flex10ke_lcell \zd_out~53_I (
		41626	// Equation(s):
		41627	// \zd_out~53 = \a~dataout [0] & (rddata_5) # !\a~dataout [0] & rddata_13
		41628
		41629	.dataa(vcc),
		41630	.datab(a_0),
		41631	.datac(rddata_13),
		41632	.datad(rddata_5),
		41633	.aclr(gnd),
		41634	.aload(gnd),
		41635	.clk(gnd),
		41636	.cin(gnd),
		41637	.cascin(vcc),
		41638	.devclrn(devclrn),
		41639	.devpor(devpor),
		41640	.combout(\zd_out~53 ),
		41641	.regout(),
		41642	.cout(),
		41643	.cascout());
		41644	// synopsys translate_off
		41645	defparam \zd_out~53_I .clock_enable_mode = "false";
		41646	defparam \zd_out~53_I .lut_mask = "fc30";
		41647	defparam \zd_out~53_I .operation_mode = "normal";
		41648	defparam \zd_out~53_I .output_mode = "comb_only";
		41649	defparam \zd_out~53_I .packed_mode = "false";
		41650	// synopsys translate_on
		41651
		41652	// atom is at LC7_G34
		41653	flex10ke_lcell \zd_out~54_I (
		41654	// Equation(s):
		41655	// \zd_out~54 = \a~dataout [0] & (rddata_6) # !\a~dataout [0] & rddata_14
		41656
		41657	.dataa(vcc),
		41658	.datab(a_0),
		41659	.datac(rddata_14),
		41660	.datad(rddata_6),
		41661	.aclr(gnd),
		41662	.aload(gnd),
		41663	.clk(gnd),
		41664	.cin(gnd),
		41665	.cascin(vcc),
		41666	.devclrn(devclrn),
		41667	.devpor(devpor),
		41668	.combout(\zd_out~54 ),
		41669	.regout(),
		41670	.cout(),
		41671	.cascout());
		41672	// synopsys translate_off
		41673	defparam \zd_out~54_I .clock_enable_mode = "false";
		41674	defparam \zd_out~54_I .lut_mask = "fc30";
		41675	defparam \zd_out~54_I .operation_mode = "normal";
		41676	defparam \zd_out~54_I .output_mode = "comb_only";
		41677	defparam \zd_out~54_I .packed_mode = "false";
		41678	// synopsys translate_on
		41679
		41680	// atom is at LC1_G34
		41681	flex10ke_lcell \zd_out~55_I (
		41682	// Equation(s):
		41683	// \zd_out~55 = \a~dataout [0] & (rddata_7) # !\a~dataout [0] & rddata_15
		41684
		41685	.dataa(vcc),
		41686	.datab(a_0),
		41687	.datac(rddata_15),
		41688	.datad(rddata_7),
		41689	.aclr(gnd),
		41690	.aload(gnd),
		41691	.clk(gnd),
		41692	.cin(gnd),
		41693	.cascin(vcc),
		41694	.devclrn(devclrn),
		41695	.devpor(devpor),
		41696	.combout(\zd_out~55 ),
		41697	.regout(),
		41698	.cout(),
		41699	.cascout());
		41700	// synopsys translate_off
		41701	defparam \zd_out~55_I .clock_enable_mode = "false";
		41702	defparam \zd_out~55_I .lut_mask = "fc30";
		41703	defparam \zd_out~55_I .operation_mode = "normal";
		41704	defparam \zd_out~55_I .output_mode = "comb_only";
		41705	defparam \zd_out~55_I .packed_mode = "false";
		41706	// synopsys translate_on
		41707
		41708	endmodule
		41709
		41710	module zports (
		41711	rst_n,
		41712	romrw_en_reg,
		41713	dos,
		41714	always0,
		41715	porthit,
		41716	ay_bdir,
		41717	ay_bc1,
		41718	beep,
		41719	ide_rd_n,
		41720	ide_cs0_n,
		41721	ide_cs1_n,
		41722	ide_wr_n,
		41723	vg_cs_n,
		41724	sdcs_n,
		41725	zpos,
		41726	p7ffd_int_4,
		41727	atm_pen,
		41728	peff7_int_3,
		41729	p7ffd_int_0,
		41730	p7ffd_int_1,
		41731	p7ffd_int_2,
		41732	p7ffd_int_5,
		41733	peff7_int_2,
		41734	p7ffd_int_6,
		41735	atm_cpm_n,
		41736	peff7_int_0,
		41737	border_1,
		41738	border_2,
		41739	border_0,
		41740	port_wr,
		41741	vg_wrFF,
		41742	sd_stgl_2,
		41743	sd_stgl_1,
		41744	sd_start,
		41745	wait_write_0,
		41746	gluclock_addr_0,
		41747	comport_addr_0,
		41748	wait_start_comport,
		41749	wait_start_gluclock,
		41750	atmF7_wr_fclk,
		41751	pre_bc1,
		41752	p7ffd_int_3,
		41753	wait_write_1,
		41754	gluclock_addr_1,
		41755	comport_addr_1,
		41756	Selector7,
		41757	musy_5,
		41758	musx_5,
		41759	musbtn_5,
		41760	Selector2,
		41761	drq_sync_1,
		41762	cfg0_reg_out_2,
		41763	musy_6,
		41764	musx_6,
		41765	musbtn_6,
		41766	Selector1,
		41767	intrq_sync_1,
		41768	musy_7,
		41769	musx_7,
		41770	musbtn_7,
		41771	Selector0,
		41772	ideout_0,
		41773	ideout_1,
		41774	ideout_2,
		41775	ideout_3,
		41776	ideout_4,
		41777	ideout_5,
		41778	ideout_6,
		41779	ideout_7,
		41780	ideout_8,
		41781	ideout_9,
		41782	ideout_10,
		41783	ideout_11,
		41784	ideout_12,
		41785	ideout_13,
		41786	ideout_14,
		41787	ideout_15,
		41788	peff7_int_4,
		41789	peff7_int_5,
		41790	wait_write_2,
		41791	gluclock_addr_2,
		41792	comport_addr_2,
		41793	p7ffd_int_7,
		41794	wait_write_3,
		41795	gluclock_addr_3,
		41796	wait_reg_0,
		41797	Selector01,
		41798	dataout,
		41799	dout_0,
		41800	Selector71,
		41801	musy_0,
		41802	musx_0,
		41803	musbtn_0,
		41804	kj_data_0,
		41805	Selector72,
		41806	wait_reg_1,
		41807	dout_1,
		41808	Selector6,
		41809	musy_1,
		41810	musx_1,
		41811	musbtn_1,
		41812	kj_data_1,
		41813	Selector61,
		41814	wait_reg_2,
		41815	dout_2,
		41816	Selector5,
		41817	musy_2,
		41818	musx_2,
		41819	musbtn_2,
		41820	kj_data_2,
		41821	Selector51,
		41822	wait_reg_3,
		41823	dout_3,
		41824	Selector4,
		41825	musy_3,
		41826	musx_3,
		41827	musbtn_3,
		41828	kj_data_3,
		41829	Selector41,
		41830	wait_reg_4,
		41831	dout_4,
		41832	Selector3,
		41833	musy_4,
		41834	musx_4,
		41835	musbtn_4,
		41836	kj_data_4,
		41837	Selector31,
		41838	wait_reg_5,
		41839	dout_5,
		41840	Selector21,
		41841	wait_reg_6,
		41842	dout_6,
		41843	Selector11,
		41844	wait_reg_7,
		41845	dout_7,
		41846	Selector02,
		41847	wait_write_4,
		41848	gluclock_addr_4,
		41849	wait_write_5,
		41850	gluclock_addr_5,
		41851	kbd_34,
		41852	kbd_39,
		41853	kbd_33,
		41854	kbd_38,
		41855	kbd_37,
		41856	kbd_32,
		41857	kbd_35,
		41858	kbd_36,
		41859	kbd_26,
		41860	kbd_31,
		41861	kbd_25,
		41862	kbd_30,
		41863	kbd_29,
		41864	kbd_24,
		41865	kbd_27,
		41866	kbd_28,
		41867	kbd_18,
		41868	kbd_23,
		41869	kbd_17,
		41870	kbd_22,
		41871	kbd_21,
		41872	kbd_16,
		41873	kbd_19,
		41874	kbd_20,
		41875	kbd_10,
		41876	kbd_15,
		41877	kbd_9,
		41878	kbd_14,
		41879	kbd_13,
		41880	kbd_8,
		41881	kbd_11,
		41882	kbd_12,
		41883	kbd_2,
		41884	kbd_7,
		41885	kbd_1,
		41886	kbd_6,
		41887	kbd_5,
		41888	kbd_0,
		41889	kbd_3,
		41890	kbd_4,
		41891	wait_write_6,
		41892	gluclock_addr_6,
		41893	wait_write_7,
		41894	gluclock_addr_7,
		41895	wait_rnw,
		41896	Selector62,
		41897	Selector52,
		41898	Selector42,
		41899	Selector32,
		41900	Selector22,
		41901	Selector12,
		41902	a_14,
		41903	a_15,
		41904	rd_n,
		41905	wr_n,
		41906	iorq_n,
		41907	a_3,
		41908	a_4,
		41909	a_0,
		41910	a_1,
		41911	a_2,
		41912	a_6,
		41913	a_5,
		41914	a_7,
		41915	fclk,
		41916	zclk,
		41917	a_8,
		41918	a_11,
		41919	a_12,
		41920	a_13,
		41921	a_10,
		41922	a_9,
		41923	d_0,
		41924	d_1,
		41925	d_2,
		41926	d_3,
		41927	d_4,
		41928	d_5,
		41929	d_6,
		41930	d_7,
		41931	ide_d_0,
		41932	ide_d_1,
		41933	ide_d_2,
		41934	ide_d_3,
		41935	ide_d_4,
		41936	ide_d_5,
		41937	ide_d_6,
		41938	ide_d_7,
		41939	ide_d_8,
		41940	ide_d_9,
		41941	ide_d_10,
		41942	ide_d_11,
		41943	ide_d_12,
		41944	ide_d_13,
		41945	ide_d_14,
		41946	ide_d_15,
		41947	sd_start1,
		41948	ide_rd_n1,
		41949	devpor,
		41950	devclrn,
		41951	devoe);
		41952	input rst_n;
		41953	output romrw_en_reg;
		41954	input dos;
		41955	output always0;
		41956	output porthit;
		41957	output ay_bdir;
		41958	output ay_bc1;
		41959	output beep;
		41960	output ide_rd_n;
		41961	output ide_cs0_n;
		41962	output ide_cs1_n;
		41963	output ide_wr_n;
		41964	output vg_cs_n;
		41965	output sdcs_n;
		41966	input zpos;
		41967	output p7ffd_int_4;
		41968	output atm_pen;
		41969	output peff7_int_3;
		41970	output p7ffd_int_0;
		41971	output p7ffd_int_1;
		41972	output p7ffd_int_2;
		41973	output p7ffd_int_5;
		41974	output peff7_int_2;
		41975	output p7ffd_int_6;
		41976	output atm_cpm_n;
		41977	output peff7_int_0;
		41978	output border_1;
		41979	output border_2;
		41980	output border_0;
		41981	output port_wr;
		41982	output vg_wrFF;
		41983	output sd_stgl_2;
		41984	output sd_stgl_1;
		41985	output sd_start;
		41986	output wait_write_0;
		41987	output gluclock_addr_0;
		41988	output comport_addr_0;
		41989	output wait_start_comport;
		41990	output wait_start_gluclock;
		41991	output atmF7_wr_fclk;
		41992	output pre_bc1;
		41993	output p7ffd_int_3;
		41994	output wait_write_1;
		41995	output gluclock_addr_1;
		41996	output comport_addr_1;
		41997	output Selector7;
		41998	input musy_5;
		41999	input musx_5;
		42000	input musbtn_5;
		42001	output Selector2;
		42002	input drq_sync_1;
		42003	input cfg0_reg_out_2;
		42004	input musy_6;
		42005	input musx_6;
		42006	input musbtn_6;
		42007	output Selector1;
		42008	input intrq_sync_1;
		42009	input musy_7;
		42010	input musx_7;
		42011	input musbtn_7;
		42012	output Selector0;
		42013	output ideout_0;
		42014	output ideout_1;
		42015	output ideout_2;
		42016	output ideout_3;
		42017	output ideout_4;
		42018	output ideout_5;
		42019	output ideout_6;
		42020	output ideout_7;
		42021	output ideout_8;
		42022	output ideout_9;
		42023	output ideout_10;
		42024	output ideout_11;
		42025	output ideout_12;
		42026	output ideout_13;
		42027	output ideout_14;
		42028	output ideout_15;
		42029	output peff7_int_4;
		42030	output peff7_int_5;
		42031	output wait_write_2;
		42032	output gluclock_addr_2;
		42033	output comport_addr_2;
		42034	output p7ffd_int_7;
		42035	output wait_write_3;
		42036	output gluclock_addr_3;
		42037	input wait_reg_0;
		42038	output Selector01;
		42039	output dataout;
		42040	input dout_0;
		42041	output Selector71;
		42042	input musy_0;
		42043	input musx_0;
		42044	input musbtn_0;
		42045	input kj_data_0;
		42046	output Selector72;
		42047	input wait_reg_1;
		42048	input dout_1;
		42049	output Selector6;
		42050	input musy_1;
		42051	input musx_1;
		42052	input musbtn_1;
		42053	input kj_data_1;
		42054	output Selector61;
		42055	input wait_reg_2;
		42056	input dout_2;
		42057	output Selector5;
		42058	input musy_2;
		42059	input musx_2;
		42060	input musbtn_2;
		42061	input kj_data_2;
		42062	output Selector51;
		42063	input wait_reg_3;
		42064	input dout_3;
		42065	output Selector4;
		42066	input musy_3;
		42067	input musx_3;
		42068	input musbtn_3;
		42069	input kj_data_3;
		42070	output Selector41;
		42071	input wait_reg_4;
		42072	input dout_4;
		42073	output Selector3;
		42074	input musy_4;
		42075	input musx_4;
		42076	input musbtn_4;
		42077	input kj_data_4;
		42078	output Selector31;
		42079	input wait_reg_5;
		42080	input dout_5;
		42081	output Selector21;
		42082	input wait_reg_6;
		42083	input dout_6;
		42084	output Selector11;
		42085	input wait_reg_7;
		42086	input dout_7;
		42087	output Selector02;
		42088	output wait_write_4;
		42089	output gluclock_addr_4;
		42090	output wait_write_5;
		42091	output gluclock_addr_5;
		42092	input kbd_34;
		42093	input kbd_39;
		42094	input kbd_33;
		42095	input kbd_38;
		42096	input kbd_37;
		42097	input kbd_32;
		42098	input kbd_35;
		42099	input kbd_36;
		42100	input kbd_26;
		42101	input kbd_31;
		42102	input kbd_25;
		42103	input kbd_30;
		42104	input kbd_29;
		42105	input kbd_24;
		42106	input kbd_27;
		42107	input kbd_28;
		42108	input kbd_18;
		42109	input kbd_23;
		42110	input kbd_17;
		42111	input kbd_22;
		42112	input kbd_21;
		42113	input kbd_16;
		42114	input kbd_19;
		42115	input kbd_20;
		42116	input kbd_10;
		42117	input kbd_15;
		42118	input kbd_9;
		42119	input kbd_14;
		42120	input kbd_13;
		42121	input kbd_8;
		42122	input kbd_11;
		42123	input kbd_12;
		42124	input kbd_2;
		42125	input kbd_7;
		42126	input kbd_1;
		42127	input kbd_6;
		42128	input kbd_5;
		42129	input kbd_0;
		42130	input kbd_3;
		42131	input kbd_4;
		42132	output wait_write_6;
		42133	output gluclock_addr_6;
		42134	output wait_write_7;
		42135	output gluclock_addr_7;
		42136	output wait_rnw;
		42137	output Selector62;
		42138	output Selector52;
		42139	output Selector42;
		42140	output Selector32;
		42141	output Selector22;
		42142	output Selector12;
		42143	input a_14;
		42144	input a_15;
		42145	input rd_n;
		42146	input wr_n;
		42147	input iorq_n;
		42148	input a_3;
		42149	input a_4;
		42150	input a_0;
		42151	input a_1;
		42152	input a_2;
		42153	input a_6;
		42154	input a_5;
		42155	input a_7;
		42156	input fclk;
		42157	input zclk;
		42158	input a_8;
		42159	input a_11;
		42160	input a_12;
		42161	input a_13;
		42162	input a_10;
		42163	input a_9;
		42164	input d_0;
		42165	input d_1;
		42166	input d_2;
		42167	input d_3;
		42168	input d_4;
		42169	input d_5;
		42170	input d_6;
		42171	input d_7;
		42172	input ide_d_0;
		42173	input ide_d_1;
		42174	input ide_d_2;
		42175	input ide_d_3;
		42176	input ide_d_4;
		42177	input ide_d_5;
		42178	input ide_d_6;
		42179	input ide_d_7;
		42180	input ide_d_8;
		42181	input ide_d_9;
		42182	input ide_d_10;
		42183	input ide_d_11;
		42184	input ide_d_12;
		42185	input ide_d_13;
		42186	input ide_d_14;
		42187	input ide_d_15;
		42188	output sd_start1;
		42189	output ide_rd_n1;
		42190	input devpor;
		42191	input devclrn;
		42192	input devoe;
		42193
		42194	wire gnd = 1'b0;
		42195	wire vcc = 1'b1;
		42196
		42197	wire \Equal16~49 ;
		42198	wire \porthit~589 ;
		42199	wire \always9~80 ;
		42200	wire \always26~82 ;
		42201	wire \Selector7~1871 ;
		42202	wire \dataout~111 ;
		42203	wire \Selector7~1873 ;
		42204	wire \always6~2 ;
		42205	wire \Selector7~1877 ;
		42206	wire \Selector7~1883 ;
		42207	wire \Selector7~1885 ;
		42208	wire \Selector6~1384 ;
		42209	wire \Selector6~1388 ;
		42210	wire \Selector6~1395 ;
		42211	wire \Selector5~1384 ;
		42212	wire \Selector5~1388 ;
		42213	wire \Selector5~1395 ;
		42214	wire \Selector4~1384 ;
		42215	wire \Selector4~1388 ;
		42216	wire \Selector4~1395 ;
		42217	wire \Selector3~1384 ;
		42218	wire \Selector3~1388 ;
		42219	wire \Selector3~1395 ;
		42220	wire \Selector2~1461 ;
		42221	wire \Selector2~1465 ;
		42222	wire \Selector1~1393 ;
		42223	wire \Selector1~1397 ;
		42224	wire \Selector0~1463 ;
		42225	wire \Selector0~1467 ;
		42226	wire \Selector7~1893 ;
		42227	wire \Selector7~1895 ;
		42228	wire \Selector6~1403 ;
		42229	wire \Selector6~1405 ;
		42230	wire \Selector5~1403 ;
		42231	wire \Selector5~1405 ;
		42232	wire \Selector4~1403 ;
		42233	wire \Selector4~1405 ;
		42234	wire \Selector3~1403 ;
		42235	wire \Selector3~1405 ;
		42236	wire port_wr_fclk;
		42237	wire \Equal16~48 ;
		42238	wire \Equal15~33 ;
		42239	wire \Equal15~34 ;
		42240	wire zxevbf_wr_fclk;
		42241	wire \Equal0~44 ;
		42242	wire shadow_en_reg;
		42243	wire shadow;
		42244	wire \Equal20~46 ;
		42245	wire \Equal19~29 ;
		42246	wire \Equal9~56 ;
		42247	wire \porthit~590 ;
		42248	wire \Equal9~57 ;
		42249	wire \Equal12~39 ;
		42250	wire \Equal13~23 ;
		42251	wire \Equal14~22 ;
		42252	wire \Equal0~46 ;
		42253	wire \Equal0~45 ;
		42254	wire \Equal17~39 ;
		42255	wire \porthit~588 ;
		42256	wire \porthit~599 ;
		42257	wire \porthit~592 ;
		42258	wire \Equal9~58 ;
		42259	wire \Equal16~50 ;
		42260	wire \Equal23~24 ;
		42261	wire \Equal19~30 ;
		42262	wire \porthit~581 ;
		42263	wire \porthit~583 ;
		42264	wire \vg_cs_n~27 ;
		42265	wire portfe_wr;
		42266	wire \WideOr1~109 ;
		42267	wire iord_reg;
		42268	wire port_rd;
		42269	wire ide_rd_trig;
		42270	wire ide_rd_latch;
		42271	wire \iderdeven~0 ;
		42272	wire \Equal1~40 ;
		42273	wire \Equal1~41 ;
		42274	wire ide_wrhi_trig;
		42275	wire \always11~20 ;
		42276	wire ide_wrlo_trig;
		42277	wire ide_wrlo_latch;
		42278	wire ide_wrhi_latch;
		42279	wire \ide_wr_n~3 ;
		42280	wire \sdcfg_wr~122 ;
		42281	wire \Equal12~40 ;
		42282	wire \sdcfg_wr~123 ;
		42283	wire \sdcfg_wr~124 ;
		42284	wire \always18~42 ;
		42285	wire \always18~43 ;
		42286	wire \atm77_wr_fclk~22 ;
		42287	wire \wait_start_gluclock~56 ;
		42288	wire \always19~42 ;
		42289	wire iowr_reg;
		42290	wire sd_start_toggle;
		42291	wire \wait_start_gluclock~57 ;
		42292	wire \wait_write~358 ;
		42293	wire \gluclock_addr[0]~56 ;
		42294	wire \Selector7~1918 ;
		42295	wire \Selector7~1897 ;
		42296	wire \Selector7~1856 ;
		42297	wire \Selector7~1861 ;
		42298	wire \Selector2~1450 ;
		42299	wire \Selector2~1451 ;
		42300	wire \Equal9~59 ;
		42301	wire \Selector2~1449 ;
		42302	wire \Selector1~1382 ;
		42303	wire \Selector1~1383 ;
		42304	wire \Selector1~1380 ;
		42305	wire \Selector1~1381 ;
		42306	wire \Selector1~1379 ;
		42307	wire \Selector0~1452 ;
		42308	wire \Selector0~1453 ;
		42309	wire \Selector0~1450 ;
		42310	wire \Selector0~1451 ;
		42311	wire \always10~0 ;
		42312	wire \Selector0~1462 ;
		42313	wire \Selector0~1481 ;
		42314	wire \dataout~116 ;
		42315	wire \idein_lo_rd~25 ;
		42316	wire \Selector7~1876 ;
		42317	wire \Selector7~1874 ;
		42318	wire \Selector7~1875 ;
		42319	wire \Selector7~1924 ;
		42320	wire \Equal1~42 ;
		42321	wire \Selector7~1937 ;
		42322	wire \Selector7~1901 ;
		42323	wire \Selector7~1934 ;
		42324	wire \Selector7~1900 ;
		42325	wire \Selector7~1884 ;
		42326	wire \Selector7~1879 ;
		42327	wire \Selector7~1880 ;
		42328	wire \Selector7~1931 ;
		42329	wire \Selector6~1387 ;
		42330	wire \Selector6~1385 ;
		42331	wire \Selector6~1386 ;
		42332	wire \Selector6~1424 ;
		42333	wire \Selector6~1436 ;
		42334	wire \Selector6~1411 ;
		42335	wire \Selector6~1433 ;
		42336	wire \Selector6~1410 ;
		42337	wire \Selector6~1394 ;
		42338	wire \Selector6~1390 ;
		42339	wire \Selector6~1391 ;
		42340	wire \Selector6~1430 ;
		42341	wire \Selector5~1387 ;
		42342	wire \Selector5~1385 ;
		42343	wire \Selector5~1386 ;
		42344	wire \Selector5~1424 ;
		42345	wire \Selector5~1436 ;
		42346	wire \Selector5~1411 ;
		42347	wire \Selector5~1433 ;
		42348	wire \Selector5~1410 ;
		42349	wire \Selector5~1394 ;
		42350	wire \Selector5~1390 ;
		42351	wire \Selector5~1391 ;
		42352	wire \Selector5~1430 ;
		42353	wire \Selector4~1387 ;
		42354	wire \Selector4~1385 ;
		42355	wire \Selector4~1386 ;
		42356	wire \Selector4~1424 ;
		42357	wire \Selector4~1436 ;
		42358	wire \Selector4~1411 ;
		42359	wire \Selector4~1433 ;
		42360	wire \Selector4~1410 ;
		42361	wire \Selector4~1394 ;
		42362	wire \Selector4~1390 ;
		42363	wire \Selector4~1391 ;
		42364	wire \Selector4~1430 ;
		42365	wire \Selector3~1387 ;
		42366	wire \Selector3~1385 ;
		42367	wire \Selector3~1386 ;
		42368	wire \Selector3~1424 ;
		42369	wire \Selector3~1436 ;
		42370	wire \Selector3~1411 ;
		42371	wire \Selector3~1433 ;
		42372	wire \Selector3~1410 ;
		42373	wire \Selector3~1394 ;
		42374	wire \Selector3~1390 ;
		42375	wire \Selector3~1391 ;
		42376	wire \Selector3~1430 ;
		42377	wire \Selector2~1464 ;
		42378	wire \Selector2~1462 ;
		42379	wire \Selector2~1463 ;
		42380	wire \Selector2~1482 ;
		42381	wire \Selector1~1396 ;
		42382	wire \Selector1~1394 ;
		42383	wire \Selector1~1395 ;
		42384	wire \Selector1~1416 ;
		42385	wire \Selector0~1466 ;
		42386	wire \Selector0~1464 ;
		42387	wire \Selector0~1465 ;
		42388	wire \Selector0~1486 ;
		42389	wire \Selector6~1383 ;
		42390	wire \Selector6~1419 ;
		42391	wire \Selector5~1383 ;
		42392	wire \Selector5~1419 ;
		42393	wire \Selector4~1383 ;
		42394	wire \Selector4~1419 ;
		42395	wire \Selector3~1383 ;
		42396	wire \Selector3~1419 ;
		42397	wire \Selector2~1460 ;
		42398	wire \Selector2~1477 ;
		42399	wire \Selector1~1392 ;
		42400	wire \Selector1~1411 ;
		42401	wire [7:0] idehiin;
		42402	wire [15:0] idewrreg;
		42403	wire [1:0] iowr_reg_fclk;
		42404	wire [7:0] peff7_int;
		42405	wire [2:0] sd_stgl;
		42406
		42407
		42408	// atom is at LC4_H25
		42409	flex10ke_lcell \Equal16~49_I (
		42410	// Equation(s):
		42411	// \Equal16~49 = !\a~dataout [4] & \a~dataout [3]
		42412
		42413	.dataa(vcc),
		42414	.datab(vcc),
		42415	.datac(a_4),
		42416	.datad(a_3),
		42417	.aclr(gnd),
		42418	.aload(gnd),
		42419	.clk(gnd),
		42420	.cin(gnd),
		42421	.cascin(vcc),
		42422	.devclrn(devclrn),
		42423	.devpor(devpor),
		42424	.combout(\Equal16~49 ),
		42425	.regout(),
		42426	.cout(),
		42427	.cascout());
		42428	// synopsys translate_off
		42429	defparam \Equal16~49_I .clock_enable_mode = "false";
		42430	defparam \Equal16~49_I .lut_mask = "0f00";
		42431	defparam \Equal16~49_I .operation_mode = "normal";
		42432	defparam \Equal16~49_I .output_mode = "comb_only";
		42433	defparam \Equal16~49_I .packed_mode = "false";
		42434	// synopsys translate_on
		42435
		42436	// atom is at LC3_D5
		42437	flex10ke_lcell \always9~80_I (
		42438	// Equation(s):
		42439	// \always9~80 = \WideOr1~109 & (port_rd # port_wr) # !\WideOr1~109 & \Equal1~41 & (port_rd # port_wr)
		42440
		42441	.dataa(\WideOr1~109 ),
		42442	.datab(\Equal1~41 ),
		42443	.datac(port_rd),
		42444	.datad(port_wr),
		42445	.aclr(gnd),
		42446	.aload(gnd),
		42447	.clk(gnd),
		42448	.cin(gnd),
		42449	.cascin(vcc),
		42450	.devclrn(devclrn),
		42451	.devpor(devpor),
		42452	.combout(\always9~80 ),
		42453	.regout(),
		42454	.cout(),
		42455	.cascout());
		42456	// synopsys translate_off
		42457	defparam \always9~80_I .clock_enable_mode = "false";
		42458	defparam \always9~80_I .lut_mask = "eee0";
		42459	defparam \always9~80_I .operation_mode = "normal";
		42460	defparam \always9~80_I .output_mode = "comb_only";
		42461	defparam \always9~80_I .packed_mode = "false";
		42462	// synopsys translate_on
		42463
		42464	// atom is at LC5_D12
		42465	flex10ke_lcell \always26~82_I (
		42466	// Equation(s):
		42467	// \always26~82 = \Equal12~40 & (port_rd # !\sdcfg_wr~122 & port_wr)
		42468
		42469	.dataa(\sdcfg_wr~122 ),
		42470	.datab(port_wr),
		42471	.datac(port_rd),
		42472	.datad(\Equal12~40 ),
		42473	.aclr(gnd),
		42474	.aload(gnd),
		42475	.clk(gnd),
		42476	.cin(gnd),
		42477	.cascin(vcc),
		42478	.devclrn(devclrn),
		42479	.devpor(devpor),
		42480	.combout(\always26~82 ),
		42481	.regout(),
		42482	.cout(),
		42483	.cascout());
		42484	// synopsys translate_off
		42485	defparam \always26~82_I .clock_enable_mode = "false";
		42486	defparam \always26~82_I .lut_mask = "f400";
		42487	defparam \always26~82_I .operation_mode = "normal";
		42488	defparam \always26~82_I .output_mode = "comb_only";
		42489	defparam \always26~82_I .packed_mode = "false";
		42490	// synopsys translate_on
		42491
		42492	// atom is at LC6_H24
		42493	flex10ke_lcell \Selector7~1873_I (
		42494	// Equation(s):
		42495	// \Selector7~1873 = \a~dataout [0] & \a~dataout [6] & (\a~dataout [5] # !\a~dataout [7])
		42496
		42497	.dataa(a_7),
		42498	.datab(a_5),
		42499	.datac(a_0),
		42500	.datad(a_6),
		42501	.aclr(gnd),
		42502	.aload(gnd),
		42503	.clk(gnd),
		42504	.cin(gnd),
		42505	.cascin(vcc),
		42506	.devclrn(devclrn),
		42507	.devpor(devpor),
		42508	.combout(\Selector7~1873 ),
		42509	.regout(),
		42510	.cout(),
		42511	.cascout());
		42512	// synopsys translate_off
		42513	defparam \Selector7~1873_I .clock_enable_mode = "false";
		42514	defparam \Selector7~1873_I .lut_mask = "d000";
		42515	defparam \Selector7~1873_I .operation_mode = "normal";
		42516	defparam \Selector7~1873_I .output_mode = "comb_only";
		42517	defparam \Selector7~1873_I .packed_mode = "false";
		42518	// synopsys translate_on
		42519
		42520	// atom is at LC6_D1
		42521	flex10ke_lcell \always6~2_I (
		42522	// Equation(s):
		42523	// \always6~2 = !\a~dataout [14] & peff7_int[7] & (\a~dataout [8] $ shadow)
		42524
		42525	.dataa(a_14),
		42526	.datab(a_8),
		42527	.datac(shadow),
		42528	.datad(peff7_int[7]),
		42529	.aclr(gnd),
		42530	.aload(gnd),
		42531	.clk(gnd),
		42532	.cin(gnd),
		42533	.cascin(vcc),
		42534	.devclrn(devclrn),
		42535	.devpor(devpor),
		42536	.combout(\always6~2 ),
		42537	.regout(),
		42538	.cout(),
		42539	.cascout());
		42540	// synopsys translate_off
		42541	defparam \always6~2_I .clock_enable_mode = "false";
		42542	defparam \always6~2_I .lut_mask = "1400";
		42543	defparam \always6~2_I .operation_mode = "normal";
		42544	defparam \always6~2_I .output_mode = "comb_only";
		42545	defparam \always6~2_I .packed_mode = "false";
		42546	// synopsys translate_on
		42547
		42548	// atom is at LC8_A23
		42549	flex10ke_lcell \Selector7~1883_I (
		42550	// Equation(s):
		42551	// \Selector7~1883 = !\a~dataout [0] & \a~dataout [7]
		42552
		42553	.dataa(vcc),
		42554	.datab(vcc),
		42555	.datac(a_0),
		42556	.datad(a_7),
		42557	.aclr(gnd),
		42558	.aload(gnd),
		42559	.clk(gnd),
		42560	.cin(gnd),
		42561	.cascin(vcc),
		42562	.devclrn(devclrn),
		42563	.devpor(devpor),
		42564	.combout(\Selector7~1883 ),
		42565	.regout(),
		42566	.cout(),
		42567	.cascout());
		42568	// synopsys translate_off
		42569	defparam \Selector7~1883_I .clock_enable_mode = "false";
		42570	defparam \Selector7~1883_I .lut_mask = "0f00";
		42571	defparam \Selector7~1883_I .operation_mode = "normal";
		42572	defparam \Selector7~1883_I .output_mode = "comb_only";
		42573	defparam \Selector7~1883_I .packed_mode = "false";
		42574	// synopsys translate_on
		42575
		42576	// atom is at LC1_D7
		42577	flex10ke_lcell \romrw_en_reg~I (
		42578	// Equation(s):
		42579	// romrw_en_reg = DFFEA(\d[1]~6 , GLOBAL(\fclk~dataout ), rst_out_n, , zxevbf_wr_fclk, , )
		42580
		42581	.dataa(zxevbf_wr_fclk),
		42582	.datab(vcc),
		42583	.datac(vcc),
		42584	.datad(d_1),
		42585	.aclr(!rst_n),
		42586	.aload(gnd),
		42587	.clk(fclk),
		42588	.cin(gnd),
		42589	.cascin(vcc),
		42590	.devclrn(devclrn),
		42591	.devpor(devpor),
		42592	.combout(),
		42593	.regout(romrw_en_reg),
		42594	.cout(),
		42595	.cascout());
		42596	// synopsys translate_off
		42597	defparam \romrw_en_reg~I .clock_enable_mode = "true";
		42598	defparam \romrw_en_reg~I .lut_mask = "ff00";
		42599	defparam \romrw_en_reg~I .operation_mode = "normal";
		42600	defparam \romrw_en_reg~I .output_mode = "reg_only";
		42601	defparam \romrw_en_reg~I .packed_mode = "false";
		42602	// synopsys translate_on
		42603
		42604	// atom is at LC5_D24
		42605	flex10ke_lcell \always0~81_I (
		42606	// Equation(s):
		42607	// always0 = \Equal0~44 & \a~dataout [6] & shadow & \Equal15~33
		42608
		42609	.dataa(\Equal0~44 ),
		42610	.datab(a_6),
		42611	.datac(shadow),
		42612	.datad(\Equal15~33 ),
		42613	.aclr(gnd),
		42614	.aload(gnd),
		42615	.clk(gnd),
		42616	.cin(gnd),
		42617	.cascin(vcc),
		42618	.devclrn(devclrn),
		42619	.devpor(devpor),
		42620	.combout(always0),
		42621	.regout(),
		42622	.cout(),
		42623	.cascout());
		42624	// synopsys translate_off
		42625	defparam \always0~81_I .clock_enable_mode = "false";
		42626	defparam \always0~81_I .lut_mask = "8000";
		42627	defparam \always0~81_I .operation_mode = "normal";
		42628	defparam \always0~81_I .output_mode = "comb_only";
		42629	defparam \always0~81_I .packed_mode = "false";
		42630	// synopsys translate_on
		42631
		42632	// atom is at LC6_D24
		42633	flex10ke_lcell \porthit~584_I (
		42634	// Equation(s):
		42635	// porthit = \porthit~583 # always0 # !\Equal20~46 & shadow
		42636
		42637	.dataa(\Equal20~46 ),
		42638	.datab(shadow),
		42639	.datac(\porthit~583 ),
		42640	.datad(always0),
		42641	.aclr(gnd),
		42642	.aload(gnd),
		42643	.clk(gnd),
		42644	.cin(gnd),
		42645	.cascin(vcc),
		42646	.devclrn(devclrn),
		42647	.devpor(devpor),
		42648	.combout(porthit),
		42649	.regout(),
		42650	.cout(),
		42651	.cascout());
		42652	// synopsys translate_off
		42653	defparam \porthit~584_I .clock_enable_mode = "false";
		42654	defparam \porthit~584_I .lut_mask = "fff4";
		42655	defparam \porthit~584_I .operation_mode = "normal";
		42656	defparam \porthit~584_I .output_mode = "comb_only";
		42657	defparam \porthit~584_I .packed_mode = "false";
		42658	// synopsys translate_on
		42659
		42660	// atom is at LC8_D18
		42661	flex10ke_lcell \ay_bdir~I (
		42662	// Equation(s):
		42663	// ay_bdir = !\iorq_n~dataout & !\wr_n~dataout & \a~dataout [15] & \Equal17~39
		42664
		42665	.dataa(iorq_n),
		42666	.datab(wr_n),
		42667	.datac(a_15),
		42668	.datad(\Equal17~39 ),
		42669	.aclr(gnd),
		42670	.aload(gnd),
		42671	.clk(gnd),
		42672	.cin(gnd),
		42673	.cascin(vcc),
		42674	.devclrn(devclrn),
		42675	.devpor(devpor),
		42676	.combout(ay_bdir),
		42677	.regout(),
		42678	.cout(),
		42679	.cascout());
		42680	// synopsys translate_off
		42681	defparam \ay_bdir~I .clock_enable_mode = "false";
		42682	defparam \ay_bdir~I .lut_mask = "1000";
		42683	defparam \ay_bdir~I .operation_mode = "normal";
		42684	defparam \ay_bdir~I .output_mode = "comb_only";
		42685	defparam \ay_bdir~I .packed_mode = "false";
		42686	// synopsys translate_on
		42687
		42688	// atom is at LC1_D18
		42689	flex10ke_lcell \ay_bc1~38_I (
		42690	// Equation(s):
		42691	// ay_bc1 = \a~dataout [15] & \a~dataout [14] & \vg_cs_n~27 & \Equal17~39
		42692
		42693	.dataa(a_15),
		42694	.datab(a_14),
		42695	.datac(\vg_cs_n~27 ),
		42696	.datad(\Equal17~39 ),
		42697	.aclr(gnd),
		42698	.aload(gnd),
		42699	.clk(gnd),
		42700	.cin(gnd),
		42701	.cascin(vcc),
		42702	.devclrn(devclrn),
		42703	.devpor(devpor),
		42704	.combout(ay_bc1),
		42705	.regout(),
		42706	.cout(),
		42707	.cascout());
		42708	// synopsys translate_off
		42709	defparam \ay_bc1~38_I .clock_enable_mode = "false";
		42710	defparam \ay_bc1~38_I .lut_mask = "8000";
		42711	defparam \ay_bc1~38_I .operation_mode = "normal";
		42712	defparam \ay_bc1~38_I .output_mode = "comb_only";
		42713	defparam \ay_bc1~38_I .packed_mode = "false";
		42714	// synopsys translate_on
		42715
		42716	// atom is at LC4_F6
		42717	flex10ke_lcell \beep~I (
		42718	// Equation(s):
		42719	// beep = DFFEA(\d[4]~3 $ \d[3]~4 , GLOBAL(\clkz_in~dataout ), , , portfe_wr, , )
		42720
		42721	.dataa(portfe_wr),
		42722	.datab(vcc),
		42723	.datac(d_4),
		42724	.datad(d_3),
		42725	.aclr(gnd),
		42726	.aload(gnd),
		42727	.clk(zclk),
		42728	.cin(gnd),
		42729	.cascin(vcc),
		42730	.devclrn(devclrn),
		42731	.devpor(devpor),
		42732	.combout(),
		42733	.regout(beep),
		42734	.cout(),
		42735	.cascout());
		42736	// synopsys translate_off
		42737	defparam \beep~I .clock_enable_mode = "true";
		42738	defparam \beep~I .lut_mask = "0ff0";
		42739	defparam \beep~I .operation_mode = "normal";
		42740	defparam \beep~I .output_mode = "reg_only";
		42741	defparam \beep~I .packed_mode = "false";
		42742	// synopsys translate_on
		42743
		42744	// atom is at LC1_D4
		42745	flex10ke_lcell \ide_rd_n~64_I (
		42746	// Equation(s):
		42747	// ide_rd_n = \iorq_n~dataout # \rd_n~dataout # \iderdeven~0 # !\WideOr1~109
		42748
		42749	.dataa(\WideOr1~109 ),
		42750	.datab(iorq_n),
		42751	.datac(rd_n),
		42752	.datad(\iderdeven~0 ),
		42753	.aclr(gnd),
		42754	.aload(gnd),
		42755	.clk(gnd),
		42756	.cin(gnd),
		42757	.cascin(vcc),
		42758	.devclrn(devclrn),
		42759	.devpor(devpor),
		42760	.combout(ide_rd_n),
		42761	.regout(),
		42762	.cout(),
		42763	.cascout());
		42764	// synopsys translate_off
		42765	defparam \ide_rd_n~64_I .clock_enable_mode = "false";
		42766	defparam \ide_rd_n~64_I .lut_mask = "fffd";
		42767	defparam \ide_rd_n~64_I .operation_mode = "normal";
		42768	defparam \ide_rd_n~64_I .output_mode = "comb_only";
		42769	defparam \ide_rd_n~64_I .packed_mode = "false";
		42770	// synopsys translate_on
		42771
		42772	// atom is at LC4_D22
		42773	flex10ke_lcell \ide_cs0_n~I (
		42774	// Equation(s):
		42775	// ide_cs0_n = \a~dataout [3] # !\Equal9~56 # !\a~dataout [4]
		42776
		42777	.dataa(vcc),
		42778	.datab(a_4),
		42779	.datac(\Equal9~56 ),
		42780	.datad(a_3),
		42781	.aclr(gnd),
		42782	.aload(gnd),
		42783	.clk(gnd),
		42784	.cin(gnd),
		42785	.cascin(vcc),
		42786	.devclrn(devclrn),
		42787	.devpor(devpor),
		42788	.combout(ide_cs0_n),
		42789	.regout(),
		42790	.cout(),
		42791	.cascout());
		42792	// synopsys translate_off
		42793	defparam \ide_cs0_n~I .clock_enable_mode = "false";
		42794	defparam \ide_cs0_n~I .lut_mask = "ff3f";
		42795	defparam \ide_cs0_n~I .operation_mode = "normal";
		42796	defparam \ide_cs0_n~I .output_mode = "comb_only";
		42797	defparam \ide_cs0_n~I .packed_mode = "false";
		42798	// synopsys translate_on
		42799
		42800	// atom is at LC6_D32
		42801	flex10ke_lcell \ide_cs1_n~I (
		42802	// Equation(s):
		42803	// ide_cs1_n = \a~dataout [4] # !\Equal9~56 # !\Equal9~57
		42804
		42805	.dataa(vcc),
		42806	.datab(\Equal9~57 ),
		42807	.datac(\Equal9~56 ),
		42808	.datad(a_4),
		42809	.aclr(gnd),
		42810	.aload(gnd),
		42811	.clk(gnd),
		42812	.cin(gnd),
		42813	.cascin(vcc),
		42814	.devclrn(devclrn),
		42815	.devpor(devpor),
		42816	.combout(ide_cs1_n),
		42817	.regout(),
		42818	.cout(),
		42819	.cascout());
		42820	// synopsys translate_off
		42821	defparam \ide_cs1_n~I .clock_enable_mode = "false";
		42822	defparam \ide_cs1_n~I .lut_mask = "ff3f";
		42823	defparam \ide_cs1_n~I .operation_mode = "normal";
		42824	defparam \ide_cs1_n~I .output_mode = "comb_only";
		42825	defparam \ide_cs1_n~I .packed_mode = "false";
		42826	// synopsys translate_on
		42827
		42828	// atom is at LC8_D5
		42829	flex10ke_lcell \ide_wr_n~73_I (
		42830	// Equation(s):
		42831	// ide_wr_n = \ide_wr_n~3 # \iorq_n~dataout # \wr_n~dataout # !\WideOr1~109
		42832
		42833	.dataa(\WideOr1~109 ),
		42834	.datab(\ide_wr_n~3 ),
		42835	.datac(iorq_n),
		42836	.datad(wr_n),
		42837	.aclr(gnd),
		42838	.aload(gnd),
		42839	.clk(gnd),
		42840	.cin(gnd),
		42841	.cascin(vcc),
		42842	.devclrn(devclrn),
		42843	.devpor(devpor),
		42844	.combout(ide_wr_n),
		42845	.regout(),
		42846	.cout(),
		42847	.cascout());
		42848	// synopsys translate_off
		42849	defparam \ide_wr_n~73_I .clock_enable_mode = "false";
		42850	defparam \ide_wr_n~73_I .lut_mask = "fffd";
		42851	defparam \ide_wr_n~73_I .operation_mode = "normal";
		42852	defparam \ide_wr_n~73_I .output_mode = "comb_only";
		42853	defparam \ide_wr_n~73_I .packed_mode = "false";
		42854	// synopsys translate_on
		42855
		42856	// atom is at LC7_D24
		42857	flex10ke_lcell \vg_cs_n~I (
		42858	// Equation(s):
		42859	// vg_cs_n = !\Equal19~30 & \Equal20~46 # !\vg_cs_n~27 # !shadow
		42860
		42861	.dataa(shadow),
		42862	.datab(\vg_cs_n~27 ),
		42863	.datac(\Equal19~30 ),
		42864	.datad(\Equal20~46 ),
		42865	.aclr(gnd),
		42866	.aload(gnd),
		42867	.clk(gnd),
		42868	.cin(gnd),
		42869	.cascin(vcc),
		42870	.devclrn(devclrn),
		42871	.devpor(devpor),
		42872	.combout(vg_cs_n),
		42873	.regout(),
		42874	.cout(),
		42875	.cascout());
		42876	// synopsys translate_off
		42877	defparam \vg_cs_n~I .clock_enable_mode = "false";
		42878	defparam \vg_cs_n~I .lut_mask = "7f77";
		42879	defparam \vg_cs_n~I .operation_mode = "normal";
		42880	defparam \vg_cs_n~I .output_mode = "comb_only";
		42881	defparam \vg_cs_n~I .packed_mode = "false";
		42882	// synopsys translate_on
		42883
		42884	// atom is at LC2_D12
		42885	flex10ke_lcell \sdcs_n~I (
		42886	// Equation(s):
		42887	// sdcs_n = DFFEA(!\d[1]~6 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \sdcfg_wr~124 , , )
		42888
		42889	.dataa(\sdcfg_wr~124 ),
		42890	.datab(vcc),
		42891	.datac(vcc),
		42892	.datad(d_1),
		42893	.aclr(!rst_n),
		42894	.aload(gnd),
		42895	.clk(zclk),
		42896	.cin(gnd),
		42897	.cascin(vcc),
		42898	.devclrn(devclrn),
		42899	.devpor(devpor),
		42900	.combout(),
		42901	.regout(sdcs_n),
		42902	.cout(),
		42903	.cascout());
		42904	// synopsys translate_off
		42905	defparam \sdcs_n~I .clock_enable_mode = "true";
		42906	defparam \sdcs_n~I .lut_mask = "00ff";
		42907	defparam \sdcs_n~I .operation_mode = "normal";
		42908	defparam \sdcs_n~I .output_mode = "reg_only";
		42909	defparam \sdcs_n~I .packed_mode = "false";
		42910	// synopsys translate_on
		42911
		42912	// atom is at LC4_A3
		42913	flex10ke_lcell \p7ffd_int[4]~I (
		42914	// Equation(s):
		42915	// p7ffd_int_4 = DFFEA(\d[4]~3 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \always18~43 , , )
		42916
		42917	.dataa(\always18~43 ),
		42918	.datab(vcc),
		42919	.datac(vcc),
		42920	.datad(d_4),
		42921	.aclr(!rst_n),
		42922	.aload(gnd),
		42923	.clk(zclk),
		42924	.cin(gnd),
		42925	.cascin(vcc),
		42926	.devclrn(devclrn),
		42927	.devpor(devpor),
		42928	.combout(),
		42929	.regout(p7ffd_int_4),
		42930	.cout(),
		42931	.cascout());
		42932	// synopsys translate_off
		42933	defparam \p7ffd_int[4]~I .clock_enable_mode = "true";
		42934	defparam \p7ffd_int[4]~I .lut_mask = "ff00";
		42935	defparam \p7ffd_int[4]~I .operation_mode = "normal";
		42936	defparam \p7ffd_int[4]~I .output_mode = "reg_only";
		42937	defparam \p7ffd_int[4]~I .packed_mode = "false";
		42938	// synopsys translate_on
		42939
		42940	// atom is at LC1_D8
		42941	flex10ke_lcell \atm_pen~I (
		42942	// Equation(s):
		42943	// atm_pen = DFFEA(\a~dataout [8], GLOBAL(\fclk~dataout ), rst_out_n, , \atm77_wr_fclk~22 , , )
		42944
		42945	.dataa(\atm77_wr_fclk~22 ),
		42946	.datab(vcc),
		42947	.datac(vcc),
		42948	.datad(a_8),
		42949	.aclr(!rst_n),
		42950	.aload(gnd),
		42951	.clk(fclk),
		42952	.cin(gnd),
		42953	.cascin(vcc),
		42954	.devclrn(devclrn),
		42955	.devpor(devpor),
		42956	.combout(),
		42957	.regout(atm_pen),
		42958	.cout(),
		42959	.cascout());
		42960	// synopsys translate_off
		42961	defparam \atm_pen~I .clock_enable_mode = "true";
		42962	defparam \atm_pen~I .lut_mask = "ff00";
		42963	defparam \atm_pen~I .operation_mode = "normal";
		42964	defparam \atm_pen~I .output_mode = "reg_only";
		42965	defparam \atm_pen~I .packed_mode = "false";
		42966	// synopsys translate_on
		42967
		42968	// atom is at LC2_F3
		42969	flex10ke_lcell \peff7_int[3]~I (
		42970	// Equation(s):
		42971	// peff7_int_3 = DFFEA(\d[3]~4 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \always19~42 , , )
		42972
		42973	.dataa(\always19~42 ),
		42974	.datab(vcc),
		42975	.datac(vcc),
		42976	.datad(d_3),
		42977	.aclr(!rst_n),
		42978	.aload(gnd),
		42979	.clk(zclk),
		42980	.cin(gnd),
		42981	.cascin(vcc),
		42982	.devclrn(devclrn),
		42983	.devpor(devpor),
		42984	.combout(),
		42985	.regout(peff7_int_3),
		42986	.cout(),
		42987	.cascout());
		42988	// synopsys translate_off
		42989	defparam \peff7_int[3]~I .clock_enable_mode = "true";
		42990	defparam \peff7_int[3]~I .lut_mask = "ff00";
		42991	defparam \peff7_int[3]~I .operation_mode = "normal";
		42992	defparam \peff7_int[3]~I .output_mode = "reg_only";
		42993	defparam \peff7_int[3]~I .packed_mode = "false";
		42994	// synopsys translate_on
		42995
		42996	// atom is at LC7_F3
		42997	flex10ke_lcell \p7ffd_int[0]~I (
		42998	// Equation(s):
		42999	// p7ffd_int_0 = DFFEA(\d[0]~7 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \always18~43 , , )
		43000
		43001	.dataa(\always18~43 ),
		43002	.datab(vcc),
		43003	.datac(vcc),
		43004	.datad(d_0),
		43005	.aclr(!rst_n),
		43006	.aload(gnd),
		43007	.clk(zclk),
		43008	.cin(gnd),
		43009	.cascin(vcc),
		43010	.devclrn(devclrn),
		43011	.devpor(devpor),
		43012	.combout(),
		43013	.regout(p7ffd_int_0),
		43014	.cout(),
		43015	.cascout());
		43016	// synopsys translate_off
		43017	defparam \p7ffd_int[0]~I .clock_enable_mode = "true";
		43018	defparam \p7ffd_int[0]~I .lut_mask = "ff00";
		43019	defparam \p7ffd_int[0]~I .operation_mode = "normal";
		43020	defparam \p7ffd_int[0]~I .output_mode = "reg_only";
		43021	defparam \p7ffd_int[0]~I .packed_mode = "false";
		43022	// synopsys translate_on
		43023
		43024	// atom is at LC2_B35
		43025	flex10ke_lcell \p7ffd_int[1]~I (
		43026	// Equation(s):
		43027	// p7ffd_int_1 = DFFEA(\d[1]~6 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \always18~43 , , )
		43028
		43029	.dataa(\always18~43 ),
		43030	.datab(vcc),
		43031	.datac(vcc),
		43032	.datad(d_1),
		43033	.aclr(!rst_n),
		43034	.aload(gnd),
		43035	.clk(zclk),
		43036	.cin(gnd),
		43037	.cascin(vcc),
		43038	.devclrn(devclrn),
		43039	.devpor(devpor),
		43040	.combout(),
		43041	.regout(p7ffd_int_1),
		43042	.cout(),
		43043	.cascout());
		43044	// synopsys translate_off
		43045	defparam \p7ffd_int[1]~I .clock_enable_mode = "true";
		43046	defparam \p7ffd_int[1]~I .lut_mask = "ff00";
		43047	defparam \p7ffd_int[1]~I .operation_mode = "normal";
		43048	defparam \p7ffd_int[1]~I .output_mode = "reg_only";
		43049	defparam \p7ffd_int[1]~I .packed_mode = "false";
		43050	// synopsys translate_on
		43051
		43052	// atom is at LC2_B17
		43053	flex10ke_lcell \p7ffd_int[2]~I (
		43054	// Equation(s):
		43055	// p7ffd_int_2 = DFFEA(\d[2]~5 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \always18~43 , , )
		43056
		43057	.dataa(\always18~43 ),
		43058	.datab(vcc),
		43059	.datac(vcc),
		43060	.datad(d_2),
		43061	.aclr(!rst_n),
		43062	.aload(gnd),
		43063	.clk(zclk),
		43064	.cin(gnd),
		43065	.cascin(vcc),
		43066	.devclrn(devclrn),
		43067	.devpor(devpor),
		43068	.combout(),
		43069	.regout(p7ffd_int_2),
		43070	.cout(),
		43071	.cascout());
		43072	// synopsys translate_off
		43073	defparam \p7ffd_int[2]~I .clock_enable_mode = "true";
		43074	defparam \p7ffd_int[2]~I .lut_mask = "ff00";
		43075	defparam \p7ffd_int[2]~I .operation_mode = "normal";
		43076	defparam \p7ffd_int[2]~I .output_mode = "reg_only";
		43077	defparam \p7ffd_int[2]~I .packed_mode = "false";
		43078	// synopsys translate_on
		43079
		43080	// atom is at LC3_B35
		43081	flex10ke_lcell \p7ffd_int[5]~I (
		43082	// Equation(s):
		43083	// p7ffd_int_5 = DFFEA(\d[5]~2 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \always18~43 , , )
		43084
		43085	.dataa(\always18~43 ),
		43086	.datab(vcc),
		43087	.datac(vcc),
		43088	.datad(d_5),
		43089	.aclr(!rst_n),
		43090	.aload(gnd),
		43091	.clk(zclk),
		43092	.cin(gnd),
		43093	.cascin(vcc),
		43094	.devclrn(devclrn),
		43095	.devpor(devpor),
		43096	.combout(),
		43097	.regout(p7ffd_int_5),
		43098	.cout(),
		43099	.cascout());
		43100	// synopsys translate_off
		43101	defparam \p7ffd_int[5]~I .clock_enable_mode = "true";
		43102	defparam \p7ffd_int[5]~I .lut_mask = "ff00";
		43103	defparam \p7ffd_int[5]~I .operation_mode = "normal";
		43104	defparam \p7ffd_int[5]~I .output_mode = "reg_only";
		43105	defparam \p7ffd_int[5]~I .packed_mode = "false";
		43106	// synopsys translate_on
		43107
		43108	// atom is at LC6_F3
		43109	flex10ke_lcell \peff7_int[2]~I (
		43110	// Equation(s):
		43111	// peff7_int_2 = DFFEA(\d[2]~5 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \always19~42 , , )
		43112
		43113	.dataa(\always19~42 ),
		43114	.datab(vcc),
		43115	.datac(vcc),
		43116	.datad(d_2),
		43117	.aclr(!rst_n),
		43118	.aload(gnd),
		43119	.clk(zclk),
		43120	.cin(gnd),
		43121	.cascin(vcc),
		43122	.devclrn(devclrn),
		43123	.devpor(devpor),
		43124	.combout(),
		43125	.regout(peff7_int_2),
		43126	.cout(),
		43127	.cascout());
		43128	// synopsys translate_off
		43129	defparam \peff7_int[2]~I .clock_enable_mode = "true";
		43130	defparam \peff7_int[2]~I .lut_mask = "ff00";
		43131	defparam \peff7_int[2]~I .operation_mode = "normal";
		43132	defparam \peff7_int[2]~I .output_mode = "reg_only";
		43133	defparam \peff7_int[2]~I .packed_mode = "false";
		43134	// synopsys translate_on
		43135
		43136	// atom is at LC1_B35
		43137	flex10ke_lcell \p7ffd_int[6]~I (
		43138	// Equation(s):
		43139	// p7ffd_int_6 = DFFEA(\d[6]~1 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \always18~43 , , )
		43140
		43141	.dataa(\always18~43 ),
		43142	.datab(vcc),
		43143	.datac(vcc),
		43144	.datad(d_6),
		43145	.aclr(!rst_n),
		43146	.aload(gnd),
		43147	.clk(zclk),
		43148	.cin(gnd),
		43149	.cascin(vcc),
		43150	.devclrn(devclrn),
		43151	.devpor(devpor),
		43152	.combout(),
		43153	.regout(p7ffd_int_6),
		43154	.cout(),
		43155	.cascout());
		43156	// synopsys translate_off
		43157	defparam \p7ffd_int[6]~I .clock_enable_mode = "true";
		43158	defparam \p7ffd_int[6]~I .lut_mask = "ff00";
		43159	defparam \p7ffd_int[6]~I .operation_mode = "normal";
		43160	defparam \p7ffd_int[6]~I .output_mode = "reg_only";
		43161	defparam \p7ffd_int[6]~I .packed_mode = "false";
		43162	// synopsys translate_on
		43163
		43164	// atom is at LC5_D8
		43165	flex10ke_lcell \atm_cpm_n~I (
		43166	// Equation(s):
		43167	// atm_cpm_n = DFFEA(\a~dataout [9], GLOBAL(\fclk~dataout ), rst_out_n, , \atm77_wr_fclk~22 , , )
		43168
		43169	.dataa(\atm77_wr_fclk~22 ),
		43170	.datab(vcc),
		43171	.datac(vcc),
		43172	.datad(a_9),
		43173	.aclr(!rst_n),
		43174	.aload(gnd),
		43175	.clk(fclk),
		43176	.cin(gnd),
		43177	.cascin(vcc),
		43178	.devclrn(devclrn),
		43179	.devpor(devpor),
		43180	.combout(),
		43181	.regout(atm_cpm_n),
		43182	.cout(),
		43183	.cascout());
		43184	// synopsys translate_off
		43185	defparam \atm_cpm_n~I .clock_enable_mode = "true";
		43186	defparam \atm_cpm_n~I .lut_mask = "ff00";
		43187	defparam \atm_cpm_n~I .operation_mode = "normal";
		43188	defparam \atm_cpm_n~I .output_mode = "reg_only";
		43189	defparam \atm_cpm_n~I .packed_mode = "false";
		43190	// synopsys translate_on
		43191
		43192	// atom is at LC1_F3
		43193	flex10ke_lcell \peff7_int[0]~I (
		43194	// Equation(s):
		43195	// peff7_int_0 = DFFEA(\d[0]~7 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \always19~42 , , )
		43196
		43197	.dataa(\always19~42 ),
		43198	.datab(vcc),
		43199	.datac(vcc),
		43200	.datad(d_0),
		43201	.aclr(!rst_n),
		43202	.aload(gnd),
		43203	.clk(zclk),
		43204	.cin(gnd),
		43205	.cascin(vcc),
		43206	.devclrn(devclrn),
		43207	.devpor(devpor),
		43208	.combout(),
		43209	.regout(peff7_int_0),
		43210	.cout(),
		43211	.cascout());
		43212	// synopsys translate_off
		43213	defparam \peff7_int[0]~I .clock_enable_mode = "true";
		43214	defparam \peff7_int[0]~I .lut_mask = "ff00";
		43215	defparam \peff7_int[0]~I .operation_mode = "normal";
		43216	defparam \peff7_int[0]~I .output_mode = "reg_only";
		43217	defparam \peff7_int[0]~I .packed_mode = "false";
		43218	// synopsys translate_on
		43219
		43220	// atom is at LC6_F6
		43221	flex10ke_lcell \border[1]~I (
		43222	// Equation(s):
		43223	// border_1 = DFFEA(\d[1]~6 , GLOBAL(\clkz_in~dataout ), , , portfe_wr, , )
		43224
		43225	.dataa(portfe_wr),
		43226	.datab(vcc),
		43227	.datac(vcc),
		43228	.datad(d_1),
		43229	.aclr(gnd),
		43230	.aload(gnd),
		43231	.clk(zclk),
		43232	.cin(gnd),
		43233	.cascin(vcc),
		43234	.devclrn(devclrn),
		43235	.devpor(devpor),
		43236	.combout(),
		43237	.regout(border_1),
		43238	.cout(),
		43239	.cascout());
		43240	// synopsys translate_off
		43241	defparam \border[1]~I .clock_enable_mode = "true";
		43242	defparam \border[1]~I .lut_mask = "ff00";
		43243	defparam \border[1]~I .operation_mode = "normal";
		43244	defparam \border[1]~I .output_mode = "reg_only";
		43245	defparam \border[1]~I .packed_mode = "false";
		43246	// synopsys translate_on
		43247
		43248	// atom is at LC3_F6
		43249	flex10ke_lcell \border[2]~I (
		43250	// Equation(s):
		43251	// border_2 = DFFEA(\d[2]~5 , GLOBAL(\clkz_in~dataout ), , , portfe_wr, , )
		43252
		43253	.dataa(portfe_wr),
		43254	.datab(vcc),
		43255	.datac(vcc),
		43256	.datad(d_2),
		43257	.aclr(gnd),
		43258	.aload(gnd),
		43259	.clk(zclk),
		43260	.cin(gnd),
		43261	.cascin(vcc),
		43262	.devclrn(devclrn),
		43263	.devpor(devpor),
		43264	.combout(),
		43265	.regout(border_2),
		43266	.cout(),
		43267	.cascout());
		43268	// synopsys translate_off
		43269	defparam \border[2]~I .clock_enable_mode = "true";
		43270	defparam \border[2]~I .lut_mask = "ff00";
		43271	defparam \border[2]~I .operation_mode = "normal";
		43272	defparam \border[2]~I .output_mode = "reg_only";
		43273	defparam \border[2]~I .packed_mode = "false";
		43274	// synopsys translate_on
		43275
		43276	// atom is at LC8_F6
		43277	flex10ke_lcell \border[0]~I (
		43278	// Equation(s):
		43279	// border_0 = DFFEA(\d[0]~7 , GLOBAL(\clkz_in~dataout ), , , portfe_wr, , )
		43280
		43281	.dataa(portfe_wr),
		43282	.datab(vcc),
		43283	.datac(vcc),
		43284	.datad(d_0),
		43285	.aclr(gnd),
		43286	.aload(gnd),
		43287	.clk(zclk),
		43288	.cin(gnd),
		43289	.cascin(vcc),
		43290	.devclrn(devclrn),
		43291	.devpor(devpor),
		43292	.combout(),
		43293	.regout(border_0),
		43294	.cout(),
		43295	.cascout());
		43296	// synopsys translate_off
		43297	defparam \border[0]~I .clock_enable_mode = "true";
		43298	defparam \border[0]~I .lut_mask = "ff00";
		43299	defparam \border[0]~I .operation_mode = "normal";
		43300	defparam \border[0]~I .output_mode = "reg_only";
		43301	defparam \border[0]~I .packed_mode = "false";
		43302	// synopsys translate_on
		43303
		43304	// atom is at LC4_D5
		43305	flex10ke_lcell \port_wr~I (
		43306	// Equation(s):
		43307	// port_wr = DFFEA(!iowr_reg & !\iorq_n~dataout & !\wr_n~dataout , GLOBAL(\clkz_in~dataout ), , , , , )
		43308
		43309	.dataa(vcc),
		43310	.datab(iowr_reg),
		43311	.datac(iorq_n),
		43312	.datad(wr_n),
		43313	.aclr(gnd),
		43314	.aload(gnd),
		43315	.clk(zclk),
		43316	.cin(gnd),
		43317	.cascin(vcc),
		43318	.devclrn(devclrn),
		43319	.devpor(devpor),
		43320	.combout(),
		43321	.regout(port_wr),
		43322	.cout(),
		43323	.cascout());
		43324	// synopsys translate_off
		43325	defparam \port_wr~I .clock_enable_mode = "false";
		43326	defparam \port_wr~I .lut_mask = "0003";
		43327	defparam \port_wr~I .operation_mode = "normal";
		43328	defparam \port_wr~I .output_mode = "reg_only";
		43329	defparam \port_wr~I .packed_mode = "false";
		43330	// synopsys translate_on
		43331
		43332	// atom is at LC4_B35
		43333	flex10ke_lcell \vg_wrFF~I (
		43334	// Equation(s):
		43335	// vg_wrFF = port_wr & always0
		43336
		43337	.dataa(vcc),
		43338	.datab(vcc),
		43339	.datac(port_wr),
		43340	.datad(always0),
		43341	.aclr(gnd),
		43342	.aload(gnd),
		43343	.clk(gnd),
		43344	.cin(gnd),
		43345	.cascin(vcc),
		43346	.devclrn(devclrn),
		43347	.devpor(devpor),
		43348	.combout(vg_wrFF),
		43349	.regout(),
		43350	.cout(),
		43351	.cascout());
		43352	// synopsys translate_off
		43353	defparam \vg_wrFF~I .clock_enable_mode = "false";
		43354	defparam \vg_wrFF~I .lut_mask = "f000";
		43355	defparam \vg_wrFF~I .operation_mode = "normal";
		43356	defparam \vg_wrFF~I .output_mode = "comb_only";
		43357	defparam \vg_wrFF~I .packed_mode = "false";
		43358	// synopsys translate_on
		43359
		43360	// atom is at LC2_J16
		43361	flex10ke_lcell \sd_stgl[2]~I (
		43362	// Equation(s):
		43363	// sd_stgl_2 = DFFEA(sd_stgl_1, GLOBAL(\fclk~dataout ), , , , , )
		43364
		43365	.dataa(vcc),
		43366	.datab(vcc),
		43367	.datac(vcc),
		43368	.datad(sd_stgl_1),
		43369	.aclr(gnd),
		43370	.aload(gnd),
		43371	.clk(fclk),
		43372	.cin(gnd),
		43373	.cascin(vcc),
		43374	.devclrn(devclrn),
		43375	.devpor(devpor),
		43376	.combout(),
		43377	.regout(sd_stgl_2),
		43378	.cout(),
		43379	.cascout());
		43380	// synopsys translate_off
		43381	defparam \sd_stgl[2]~I .clock_enable_mode = "false";
		43382	defparam \sd_stgl[2]~I .lut_mask = "ff00";
		43383	defparam \sd_stgl[2]~I .operation_mode = "normal";
		43384	defparam \sd_stgl[2]~I .output_mode = "reg_only";
		43385	defparam \sd_stgl[2]~I .packed_mode = "false";
		43386	// synopsys translate_on
		43387
		43388	// atom is at LC3_J16
		43389	flex10ke_lcell \sd_stgl[1]~I (
		43390	// Equation(s):
		43391	// sd_stgl_1 = DFFEA(sd_stgl[0], GLOBAL(\fclk~dataout ), , , , , )
		43392
		43393	.dataa(vcc),
		43394	.datab(vcc),
		43395	.datac(vcc),
		43396	.datad(sd_stgl[0]),
		43397	.aclr(gnd),
		43398	.aload(gnd),
		43399	.clk(fclk),
		43400	.cin(gnd),
		43401	.cascin(vcc),
		43402	.devclrn(devclrn),
		43403	.devpor(devpor),
		43404	.combout(),
		43405	.regout(sd_stgl_1),
		43406	.cout(),
		43407	.cascout());
		43408	// synopsys translate_off
		43409	defparam \sd_stgl[1]~I .clock_enable_mode = "false";
		43410	defparam \sd_stgl[1]~I .lut_mask = "ff00";
		43411	defparam \sd_stgl[1]~I .operation_mode = "normal";
		43412	defparam \sd_stgl[1]~I .output_mode = "reg_only";
		43413	defparam \sd_stgl[1]~I .packed_mode = "false";
		43414	// synopsys translate_on
		43415
		43416	// atom is at LC1_J16
		43417	flex10ke_lcell \sd_start~I (
		43418	// Equation(s):
		43419	// sd_start = sd_stgl_1 $ sd_stgl_2
		43420
		43421	.dataa(vcc),
		43422	.datab(vcc),
		43423	.datac(sd_stgl_1),
		43424	.datad(sd_stgl_2),
		43425	.aclr(gnd),
		43426	.aload(gnd),
		43427	.clk(gnd),
		43428	.cin(gnd),
		43429	.cascin(vcc),
		43430	.devclrn(devclrn),
		43431	.devpor(devpor),
		43432	.combout(sd_start),
		43433	.regout(),
		43434	.cout(),
		43435	.cascout());
		43436	// synopsys translate_off
		43437	defparam \sd_start~I .clock_enable_mode = "false";
		43438	defparam \sd_start~I .lut_mask = "0ff0";
		43439	defparam \sd_start~I .operation_mode = "normal";
		43440	defparam \sd_start~I .output_mode = "comb_only";
		43441	defparam \sd_start~I .packed_mode = "false";
		43442	// synopsys translate_on
		43443
		43444	// atom is at LC4_D1
		43445	flex10ke_lcell \wait_write[0]~I (
		43446	// Equation(s):
		43447	// wait_write_0 = DFFEA(\d[0]~7 , GLOBAL(\clkz_in~dataout ), , , \wait_write~358 , , )
		43448
		43449	.dataa(\wait_write~358 ),
		43450	.datab(vcc),
		43451	.datac(vcc),
		43452	.datad(d_0),
		43453	.aclr(gnd),
		43454	.aload(gnd),
		43455	.clk(zclk),
		43456	.cin(gnd),
		43457	.cascin(vcc),
		43458	.devclrn(devclrn),
		43459	.devpor(devpor),
		43460	.combout(),
		43461	.regout(wait_write_0),
		43462	.cout(),
		43463	.cascout());
		43464	// synopsys translate_off
		43465	defparam \wait_write[0]~I .clock_enable_mode = "true";
		43466	defparam \wait_write[0]~I .lut_mask = "ff00";
		43467	defparam \wait_write[0]~I .operation_mode = "normal";
		43468	defparam \wait_write[0]~I .output_mode = "reg_only";
		43469	defparam \wait_write[0]~I .packed_mode = "false";
		43470	// synopsys translate_on
		43471
		43472	// atom is at LC5_D1
		43473	flex10ke_lcell \gluclock_addr[0]~I (
		43474	// Equation(s):
		43475	// gluclock_addr_0 = DFFEA(\d[0]~7 , GLOBAL(\clkz_in~dataout ), , , \gluclock_addr[0]~56 , , )
		43476
		43477	.dataa(\gluclock_addr[0]~56 ),
		43478	.datab(vcc),
		43479	.datac(vcc),
		43480	.datad(d_0),
		43481	.aclr(gnd),
		43482	.aload(gnd),
		43483	.clk(zclk),
		43484	.cin(gnd),
		43485	.cascin(vcc),
		43486	.devclrn(devclrn),
		43487	.devpor(devpor),
		43488	.combout(),
		43489	.regout(gluclock_addr_0),
		43490	.cout(),
		43491	.cascout());
		43492	// synopsys translate_off
		43493	defparam \gluclock_addr[0]~I .clock_enable_mode = "true";
		43494	defparam \gluclock_addr[0]~I .lut_mask = "ff00";
		43495	defparam \gluclock_addr[0]~I .operation_mode = "normal";
		43496	defparam \gluclock_addr[0]~I .output_mode = "reg_only";
		43497	defparam \gluclock_addr[0]~I .packed_mode = "false";
		43498	// synopsys translate_on
		43499
		43500	// atom is at LC7_D13
		43501	flex10ke_lcell \comport_addr[0]~I (
		43502	// Equation(s):
		43503	// comport_addr_0 = DFFEA(\a~dataout [8], GLOBAL(\clkz_in~dataout ), , , wait_start_comport, , )
		43504
		43505	.dataa(wait_start_comport),
		43506	.datab(vcc),
		43507	.datac(vcc),
		43508	.datad(a_8),
		43509	.aclr(gnd),
		43510	.aload(gnd),
		43511	.clk(zclk),
		43512	.cin(gnd),
		43513	.cascin(vcc),
		43514	.devclrn(devclrn),
		43515	.devpor(devpor),
		43516	.combout(),
		43517	.regout(comport_addr_0),
		43518	.cout(),
		43519	.cascout());
		43520	// synopsys translate_off
		43521	defparam \comport_addr[0]~I .clock_enable_mode = "true";
		43522	defparam \comport_addr[0]~I .lut_mask = "ff00";
		43523	defparam \comport_addr[0]~I .operation_mode = "normal";
		43524	defparam \comport_addr[0]~I .output_mode = "reg_only";
		43525	defparam \comport_addr[0]~I .packed_mode = "false";
		43526	// synopsys translate_on
		43527
		43528	// atom is at LC5_D13
		43529	flex10ke_lcell \wait_start_comport~22_I (
		43530	// Equation(s):
		43531	// wait_start_comport = \Equal16~50 & (port_rd # port_wr)
		43532
		43533	.dataa(vcc),
		43534	.datab(port_rd),
		43535	.datac(port_wr),
		43536	.datad(\Equal16~50 ),
		43537	.aclr(gnd),
		43538	.aload(gnd),
		43539	.clk(gnd),
		43540	.cin(gnd),
		43541	.cascin(vcc),
		43542	.devclrn(devclrn),
		43543	.devpor(devpor),
		43544	.combout(wait_start_comport),
		43545	.regout(),
		43546	.cout(),
		43547	.cascout());
		43548	// synopsys translate_off
		43549	defparam \wait_start_comport~22_I .clock_enable_mode = "false";
		43550	defparam \wait_start_comport~22_I .lut_mask = "fc00";
		43551	defparam \wait_start_comport~22_I .operation_mode = "normal";
		43552	defparam \wait_start_comport~22_I .output_mode = "comb_only";
		43553	defparam \wait_start_comport~22_I .packed_mode = "false";
		43554	// synopsys translate_on
		43555
		43556	// atom is at LC6_D13
		43557	flex10ke_lcell \wait_start_gluclock~58_I (
		43558	// Equation(s):
		43559	// wait_start_gluclock = !\a~dataout [14] & \wait_start_gluclock~57 & (port_rd # port_wr)
		43560
		43561	.dataa(a_14),
		43562	.datab(port_rd),
		43563	.datac(port_wr),
		43564	.datad(\wait_start_gluclock~57 ),
		43565	.aclr(gnd),
		43566	.aload(gnd),
		43567	.clk(gnd),
		43568	.cin(gnd),
		43569	.cascin(vcc),
		43570	.devclrn(devclrn),
		43571	.devpor(devpor),
		43572	.combout(wait_start_gluclock),
		43573	.regout(),
		43574	.cout(),
		43575	.cascout());
		43576	// synopsys translate_off
		43577	defparam \wait_start_gluclock~58_I .clock_enable_mode = "false";
		43578	defparam \wait_start_gluclock~58_I .lut_mask = "5400";
		43579	defparam \wait_start_gluclock~58_I .operation_mode = "normal";
		43580	defparam \wait_start_gluclock~58_I .output_mode = "comb_only";
		43581	defparam \wait_start_gluclock~58_I .packed_mode = "false";
		43582	// synopsys translate_on
		43583
		43584	// atom is at LC2_D8
		43585	flex10ke_lcell \atmF7_wr_fclk~I (
		43586	// Equation(s):
		43587	// atmF7_wr_fclk = port_wr_fclk & shadow & \a~dataout [8] & \Equal13~23
		43588
		43589	.dataa(port_wr_fclk),
		43590	.datab(shadow),
		43591	.datac(a_8),
		43592	.datad(\Equal13~23 ),
		43593	.aclr(gnd),
		43594	.aload(gnd),
		43595	.clk(gnd),
		43596	.cin(gnd),
		43597	.cascin(vcc),
		43598	.devclrn(devclrn),
		43599	.devpor(devpor),
		43600	.combout(atmF7_wr_fclk),
		43601	.regout(),
		43602	.cout(),
		43603	.cascout());
		43604	// synopsys translate_off
		43605	defparam \atmF7_wr_fclk~I .clock_enable_mode = "false";
		43606	defparam \atmF7_wr_fclk~I .lut_mask = "8000";
		43607	defparam \atmF7_wr_fclk~I .operation_mode = "normal";
		43608	defparam \atmF7_wr_fclk~I .output_mode = "comb_only";
		43609	defparam \atmF7_wr_fclk~I .packed_mode = "false";
		43610	// synopsys translate_on
		43611
		43612	// atom is at LC8_B7
		43613	flex10ke_lcell \pre_bc1~13_I (
		43614	// Equation(s):
		43615	// pre_bc1 = \a~dataout [15] & \a~dataout [14]
		43616
		43617	.dataa(vcc),
		43618	.datab(vcc),
		43619	.datac(a_15),
		43620	.datad(a_14),
		43621	.aclr(gnd),
		43622	.aload(gnd),
		43623	.clk(gnd),
		43624	.cin(gnd),
		43625	.cascin(vcc),
		43626	.devclrn(devclrn),
		43627	.devpor(devpor),
		43628	.combout(pre_bc1),
		43629	.regout(),
		43630	.cout(),
		43631	.cascout());
		43632	// synopsys translate_off
		43633	defparam \pre_bc1~13_I .clock_enable_mode = "false";
		43634	defparam \pre_bc1~13_I .lut_mask = "f000";
		43635	defparam \pre_bc1~13_I .operation_mode = "normal";
		43636	defparam \pre_bc1~13_I .output_mode = "comb_only";
		43637	defparam \pre_bc1~13_I .packed_mode = "false";
		43638	// synopsys translate_on
		43639
		43640	// atom is at LC2_F15
		43641	flex10ke_lcell \p7ffd_int[3]~I (
		43642	// Equation(s):
		43643	// p7ffd_int_3 = DFFEA(\d[3]~4 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \always18~43 , , )
		43644
		43645	.dataa(\always18~43 ),
		43646	.datab(vcc),
		43647	.datac(vcc),
		43648	.datad(d_3),
		43649	.aclr(!rst_n),
		43650	.aload(gnd),
		43651	.clk(zclk),
		43652	.cin(gnd),
		43653	.cascin(vcc),
		43654	.devclrn(devclrn),
		43655	.devpor(devpor),
		43656	.combout(),
		43657	.regout(p7ffd_int_3),
		43658	.cout(),
		43659	.cascout());
		43660	// synopsys translate_off
		43661	defparam \p7ffd_int[3]~I .clock_enable_mode = "true";
		43662	defparam \p7ffd_int[3]~I .lut_mask = "ff00";
		43663	defparam \p7ffd_int[3]~I .operation_mode = "normal";
		43664	defparam \p7ffd_int[3]~I .output_mode = "reg_only";
		43665	defparam \p7ffd_int[3]~I .packed_mode = "false";
		43666	// synopsys translate_on
		43667
		43668	// atom is at LC3_D6
		43669	flex10ke_lcell \wait_write[1]~I (
		43670	// Equation(s):
		43671	// wait_write_1 = DFFEA(\d[1]~6 , GLOBAL(\clkz_in~dataout ), , , \wait_write~358 , , )
		43672
		43673	.dataa(\wait_write~358 ),
		43674	.datab(vcc),
		43675	.datac(vcc),
		43676	.datad(d_1),
		43677	.aclr(gnd),
		43678	.aload(gnd),
		43679	.clk(zclk),
		43680	.cin(gnd),
		43681	.cascin(vcc),
		43682	.devclrn(devclrn),
		43683	.devpor(devpor),
		43684	.combout(),
		43685	.regout(wait_write_1),
		43686	.cout(),
		43687	.cascout());
		43688	// synopsys translate_off
		43689	defparam \wait_write[1]~I .clock_enable_mode = "true";
		43690	defparam \wait_write[1]~I .lut_mask = "ff00";
		43691	defparam \wait_write[1]~I .operation_mode = "normal";
		43692	defparam \wait_write[1]~I .output_mode = "reg_only";
		43693	defparam \wait_write[1]~I .packed_mode = "false";
		43694	// synopsys translate_on
		43695
		43696	// atom is at LC4_D6
		43697	flex10ke_lcell \gluclock_addr[1]~I (
		43698	// Equation(s):
		43699	// gluclock_addr_1 = DFFEA(\d[1]~6 , GLOBAL(\clkz_in~dataout ), , , \gluclock_addr[0]~56 , , )
		43700
		43701	.dataa(\gluclock_addr[0]~56 ),
		43702	.datab(vcc),
		43703	.datac(vcc),
		43704	.datad(d_1),
		43705	.aclr(gnd),
		43706	.aload(gnd),
		43707	.clk(zclk),
		43708	.cin(gnd),
		43709	.cascin(vcc),
		43710	.devclrn(devclrn),
		43711	.devpor(devpor),
		43712	.combout(),
		43713	.regout(gluclock_addr_1),
		43714	.cout(),
		43715	.cascout());
		43716	// synopsys translate_off
		43717	defparam \gluclock_addr[1]~I .clock_enable_mode = "true";
		43718	defparam \gluclock_addr[1]~I .lut_mask = "ff00";
		43719	defparam \gluclock_addr[1]~I .operation_mode = "normal";
		43720	defparam \gluclock_addr[1]~I .output_mode = "reg_only";
		43721	defparam \gluclock_addr[1]~I .packed_mode = "false";
		43722	// synopsys translate_on
		43723
		43724	// atom is at LC6_D6
		43725	flex10ke_lcell \comport_addr[1]~I (
		43726	// Equation(s):
		43727	// comport_addr_1 = DFFEA(\a~dataout [9], GLOBAL(\clkz_in~dataout ), , , wait_start_comport, , )
		43728
		43729	.dataa(wait_start_comport),
		43730	.datab(vcc),
		43731	.datac(vcc),
		43732	.datad(a_9),
		43733	.aclr(gnd),
		43734	.aload(gnd),
		43735	.clk(zclk),
		43736	.cin(gnd),
		43737	.cascin(vcc),
		43738	.devclrn(devclrn),
		43739	.devpor(devpor),
		43740	.combout(),
		43741	.regout(comport_addr_1),
		43742	.cout(),
		43743	.cascout());
		43744	// synopsys translate_off
		43745	defparam \comport_addr[1]~I .clock_enable_mode = "true";
		43746	defparam \comport_addr[1]~I .lut_mask = "ff00";
		43747	defparam \comport_addr[1]~I .operation_mode = "normal";
		43748	defparam \comport_addr[1]~I .output_mode = "reg_only";
		43749	defparam \comport_addr[1]~I .packed_mode = "false";
		43750	// synopsys translate_on
		43751
		43752	// atom is at LC4_H14
		43753	flex10ke_lcell \Selector7~1858_I (
		43754	// Equation(s):
		43755	// Selector7 = !\a~dataout [5] & (\ide_d[0]~15 # !\Selector7~1856 ) # !\Selector7~1897
		43756
		43757	.dataa(\Selector7~1897 ),
		43758	.datab(a_5),
		43759	.datac(\Selector7~1856 ),
		43760	.datad(ide_d_0),
		43761	.aclr(gnd),
		43762	.aload(gnd),
		43763	.clk(gnd),
		43764	.cin(gnd),
		43765	.cascin(vcc),
		43766	.devclrn(devclrn),
		43767	.devpor(devpor),
		43768	.combout(Selector7),
		43769	.regout(),
		43770	.cout(),
		43771	.cascout());
		43772	// synopsys translate_off
		43773	defparam \Selector7~1858_I .clock_enable_mode = "false";
		43774	defparam \Selector7~1858_I .lut_mask = "7757";
		43775	defparam \Selector7~1858_I .operation_mode = "normal";
		43776	defparam \Selector7~1858_I .output_mode = "comb_only";
		43777	defparam \Selector7~1858_I .packed_mode = "false";
		43778	// synopsys translate_on
		43779
		43780	// atom is at LC8_E26
		43781	flex10ke_lcell \Selector2~1452_I (
		43782	// Equation(s):
		43783	// Selector2 = \Selector2~1449 # \Selector2~1451 & \Equal9~59 # !\Equal0~46
		43784
		43785	.dataa(\Equal0~46 ),
		43786	.datab(\Selector2~1451 ),
		43787	.datac(\Equal9~59 ),
		43788	.datad(\Selector2~1449 ),
		43789	.aclr(gnd),
		43790	.aload(gnd),
		43791	.clk(gnd),
		43792	.cin(gnd),
		43793	.cascin(vcc),
		43794	.devclrn(devclrn),
		43795	.devpor(devpor),
		43796	.combout(Selector2),
		43797	.regout(),
		43798	.cout(),
		43799	.cascout());
		43800	// synopsys translate_off
		43801	defparam \Selector2~1452_I .clock_enable_mode = "false";
		43802	defparam \Selector2~1452_I .lut_mask = "ffd5";
		43803	defparam \Selector2~1452_I .operation_mode = "normal";
		43804	defparam \Selector2~1452_I .output_mode = "comb_only";
		43805	defparam \Selector2~1452_I .packed_mode = "false";
		43806	// synopsys translate_on
		43807
		43808	// atom is at LC4_E33
		43809	flex10ke_lcell \Selector1~1384_I (
		43810	// Equation(s):
		43811	// Selector1 = \Selector1~1381 # \Selector1~1379 # \Selector1~1383 & \Equal9~59
		43812
		43813	.dataa(\Selector1~1383 ),
		43814	.datab(\Equal9~59 ),
		43815	.datac(\Selector1~1381 ),
		43816	.datad(\Selector1~1379 ),
		43817	.aclr(gnd),
		43818	.aload(gnd),
		43819	.clk(gnd),
		43820	.cin(gnd),
		43821	.cascin(vcc),
		43822	.devclrn(devclrn),
		43823	.devpor(devpor),
		43824	.combout(Selector1),
		43825	.regout(),
		43826	.cout(),
		43827	.cascout());
		43828	// synopsys translate_off
		43829	defparam \Selector1~1384_I .clock_enable_mode = "false";
		43830	defparam \Selector1~1384_I .lut_mask = "fff8";
		43831	defparam \Selector1~1384_I .operation_mode = "normal";
		43832	defparam \Selector1~1384_I .output_mode = "comb_only";
		43833	defparam \Selector1~1384_I .packed_mode = "false";
		43834	// synopsys translate_on
		43835
		43836	// atom is at LC3_H24
		43837	flex10ke_lcell \Selector0~1454_I (
		43838	// Equation(s):
		43839	// Selector0 = \Selector0~1451 # \a~dataout [6] & (\Selector0~1453 # !\a~dataout [7])
		43840
		43841	.dataa(a_7),
		43842	.datab(\Selector0~1453 ),
		43843	.datac(a_6),
		43844	.datad(\Selector0~1451 ),
		43845	.aclr(gnd),
		43846	.aload(gnd),
		43847	.clk(gnd),
		43848	.cin(gnd),
		43849	.cascin(vcc),
		43850	.devclrn(devclrn),
		43851	.devpor(devpor),
		43852	.combout(Selector0),
		43853	.regout(),
		43854	.cout(),
		43855	.cascout());
		43856	// synopsys translate_off
		43857	defparam \Selector0~1454_I .clock_enable_mode = "false";
		43858	defparam \Selector0~1454_I .lut_mask = "ffd0";
		43859	defparam \Selector0~1454_I .operation_mode = "normal";
		43860	defparam \Selector0~1454_I .output_mode = "comb_only";
		43861	defparam \Selector0~1454_I .packed_mode = "false";
		43862	// synopsys translate_on
		43863
		43864	// atom is at LC7_B8
		43865	flex10ke_lcell \ideout[0]~64_I (
		43866	// Equation(s):
		43867	// ideout_0 = ide_wrlo_latch & (idewrreg[0]) # !ide_wrlo_latch & \d[0]~7
		43868
		43869	.dataa(vcc),
		43870	.datab(ide_wrlo_latch),
		43871	.datac(d_0),
		43872	.datad(idewrreg[0]),
		43873	.aclr(gnd),
		43874	.aload(gnd),
		43875	.clk(gnd),
		43876	.cin(gnd),
		43877	.cascin(vcc),
		43878	.devclrn(devclrn),
		43879	.devpor(devpor),
		43880	.combout(ideout_0),
		43881	.regout(),
		43882	.cout(),
		43883	.cascout());
		43884	// synopsys translate_off
		43885	defparam \ideout[0]~64_I .clock_enable_mode = "false";
		43886	defparam \ideout[0]~64_I .lut_mask = "fc30";
		43887	defparam \ideout[0]~64_I .operation_mode = "normal";
		43888	defparam \ideout[0]~64_I .output_mode = "comb_only";
		43889	defparam \ideout[0]~64_I .packed_mode = "false";
		43890	// synopsys translate_on
		43891
		43892	// atom is at LC5_B9
		43893	flex10ke_lcell \ideout[1]~65_I (
		43894	// Equation(s):
		43895	// ideout_1 = ide_wrlo_latch & (idewrreg[1]) # !ide_wrlo_latch & \d[1]~6
		43896
		43897	.dataa(vcc),
		43898	.datab(ide_wrlo_latch),
		43899	.datac(d_1),
		43900	.datad(idewrreg[1]),
		43901	.aclr(gnd),
		43902	.aload(gnd),
		43903	.clk(gnd),
		43904	.cin(gnd),
		43905	.cascin(vcc),
		43906	.devclrn(devclrn),
		43907	.devpor(devpor),
		43908	.combout(ideout_1),
		43909	.regout(),
		43910	.cout(),
		43911	.cascout());
		43912	// synopsys translate_off
		43913	defparam \ideout[1]~65_I .clock_enable_mode = "false";
		43914	defparam \ideout[1]~65_I .lut_mask = "fc30";
		43915	defparam \ideout[1]~65_I .operation_mode = "normal";
		43916	defparam \ideout[1]~65_I .output_mode = "comb_only";
		43917	defparam \ideout[1]~65_I .packed_mode = "false";
		43918	// synopsys translate_on
		43919
		43920	// atom is at LC8_B12
		43921	flex10ke_lcell \ideout[2]~66_I (
		43922	// Equation(s):
		43923	// ideout_2 = ide_wrlo_latch & (idewrreg[2]) # !ide_wrlo_latch & \d[2]~5
		43924
		43925	.dataa(vcc),
		43926	.datab(ide_wrlo_latch),
		43927	.datac(d_2),
		43928	.datad(idewrreg[2]),
		43929	.aclr(gnd),
		43930	.aload(gnd),
		43931	.clk(gnd),
		43932	.cin(gnd),
		43933	.cascin(vcc),
		43934	.devclrn(devclrn),
		43935	.devpor(devpor),
		43936	.combout(ideout_2),
		43937	.regout(),
		43938	.cout(),
		43939	.cascout());
		43940	// synopsys translate_off
		43941	defparam \ideout[2]~66_I .clock_enable_mode = "false";
		43942	defparam \ideout[2]~66_I .lut_mask = "fc30";
		43943	defparam \ideout[2]~66_I .operation_mode = "normal";
		43944	defparam \ideout[2]~66_I .output_mode = "comb_only";
		43945	defparam \ideout[2]~66_I .packed_mode = "false";
		43946	// synopsys translate_on
		43947
		43948	// atom is at LC5_B14
		43949	flex10ke_lcell \ideout[3]~67_I (
		43950	// Equation(s):
		43951	// ideout_3 = ide_wrlo_latch & (idewrreg[3]) # !ide_wrlo_latch & \d[3]~4
		43952
		43953	.dataa(vcc),
		43954	.datab(ide_wrlo_latch),
		43955	.datac(d_3),
		43956	.datad(idewrreg[3]),
		43957	.aclr(gnd),
		43958	.aload(gnd),
		43959	.clk(gnd),
		43960	.cin(gnd),
		43961	.cascin(vcc),
		43962	.devclrn(devclrn),
		43963	.devpor(devpor),
		43964	.combout(ideout_3),
		43965	.regout(),
		43966	.cout(),
		43967	.cascout());
		43968	// synopsys translate_off
		43969	defparam \ideout[3]~67_I .clock_enable_mode = "false";
		43970	defparam \ideout[3]~67_I .lut_mask = "fc30";
		43971	defparam \ideout[3]~67_I .operation_mode = "normal";
		43972	defparam \ideout[3]~67_I .output_mode = "comb_only";
		43973	defparam \ideout[3]~67_I .packed_mode = "false";
		43974	// synopsys translate_on
		43975
		43976	// atom is at LC2_B14
		43977	flex10ke_lcell \ideout[4]~68_I (
		43978	// Equation(s):
		43979	// ideout_4 = ide_wrlo_latch & (idewrreg[4]) # !ide_wrlo_latch & \d[4]~3
		43980
		43981	.dataa(vcc),
		43982	.datab(ide_wrlo_latch),
		43983	.datac(d_4),
		43984	.datad(idewrreg[4]),
		43985	.aclr(gnd),
		43986	.aload(gnd),
		43987	.clk(gnd),
		43988	.cin(gnd),
		43989	.cascin(vcc),
		43990	.devclrn(devclrn),
		43991	.devpor(devpor),
		43992	.combout(ideout_4),
		43993	.regout(),
		43994	.cout(),
		43995	.cascout());
		43996	// synopsys translate_off
		43997	defparam \ideout[4]~68_I .clock_enable_mode = "false";
		43998	defparam \ideout[4]~68_I .lut_mask = "fc30";
		43999	defparam \ideout[4]~68_I .operation_mode = "normal";
		44000	defparam \ideout[4]~68_I .output_mode = "comb_only";
		44001	defparam \ideout[4]~68_I .packed_mode = "false";
		44002	// synopsys translate_on
		44003
		44004	// atom is at LC2_B16
		44005	flex10ke_lcell \ideout[5]~69_I (
		44006	// Equation(s):
		44007	// ideout_5 = ide_wrlo_latch & (idewrreg[5]) # !ide_wrlo_latch & \d[5]~2
		44008
		44009	.dataa(vcc),
		44010	.datab(ide_wrlo_latch),
		44011	.datac(d_5),
		44012	.datad(idewrreg[5]),
		44013	.aclr(gnd),
		44014	.aload(gnd),
		44015	.clk(gnd),
		44016	.cin(gnd),
		44017	.cascin(vcc),
		44018	.devclrn(devclrn),
		44019	.devpor(devpor),
		44020	.combout(ideout_5),
		44021	.regout(),
		44022	.cout(),
		44023	.cascout());
		44024	// synopsys translate_off
		44025	defparam \ideout[5]~69_I .clock_enable_mode = "false";
		44026	defparam \ideout[5]~69_I .lut_mask = "fc30";
		44027	defparam \ideout[5]~69_I .operation_mode = "normal";
		44028	defparam \ideout[5]~69_I .output_mode = "comb_only";
		44029	defparam \ideout[5]~69_I .packed_mode = "false";
		44030	// synopsys translate_on
		44031
		44032	// atom is at LC8_D20
		44033	flex10ke_lcell \ideout[6]~70_I (
		44034	// Equation(s):
		44035	// ideout_6 = ide_wrlo_latch & (idewrreg[6]) # !ide_wrlo_latch & \d[6]~1
		44036
		44037	.dataa(vcc),
		44038	.datab(ide_wrlo_latch),
		44039	.datac(d_6),
		44040	.datad(idewrreg[6]),
		44041	.aclr(gnd),
		44042	.aload(gnd),
		44043	.clk(gnd),
		44044	.cin(gnd),
		44045	.cascin(vcc),
		44046	.devclrn(devclrn),
		44047	.devpor(devpor),
		44048	.combout(ideout_6),
		44049	.regout(),
		44050	.cout(),
		44051	.cascout());
		44052	// synopsys translate_off
		44053	defparam \ideout[6]~70_I .clock_enable_mode = "false";
		44054	defparam \ideout[6]~70_I .lut_mask = "fc30";
		44055	defparam \ideout[6]~70_I .operation_mode = "normal";
		44056	defparam \ideout[6]~70_I .output_mode = "comb_only";
		44057	defparam \ideout[6]~70_I .packed_mode = "false";
		44058	// synopsys translate_on
		44059
		44060	// atom is at LC1_D20
		44061	flex10ke_lcell \ideout[7]~71_I (
		44062	// Equation(s):
		44063	// ideout_7 = ide_wrlo_latch & (idewrreg[7]) # !ide_wrlo_latch & \d[7]~0
		44064
		44065	.dataa(vcc),
		44066	.datab(ide_wrlo_latch),
		44067	.datac(d_7),
		44068	.datad(idewrreg[7]),
		44069	.aclr(gnd),
		44070	.aload(gnd),
		44071	.clk(gnd),
		44072	.cin(gnd),
		44073	.cascin(vcc),
		44074	.devclrn(devclrn),
		44075	.devpor(devpor),
		44076	.combout(ideout_7),
		44077	.regout(),
		44078	.cout(),
		44079	.cascout());
		44080	// synopsys translate_off
		44081	defparam \ideout[7]~71_I .clock_enable_mode = "false";
		44082	defparam \ideout[7]~71_I .lut_mask = "fc30";
		44083	defparam \ideout[7]~71_I .operation_mode = "normal";
		44084	defparam \ideout[7]~71_I .output_mode = "comb_only";
		44085	defparam \ideout[7]~71_I .packed_mode = "false";
		44086	// synopsys translate_on
		44087
		44088	// atom is at LC4_E22
		44089	flex10ke_lcell \ideout[8]~72_I (
		44090	// Equation(s):
		44091	// ideout_8 = ide_wrhi_latch & (idewrreg[8]) # !ide_wrhi_latch & \d[0]~7
		44092
		44093	.dataa(vcc),
		44094	.datab(ide_wrhi_latch),
		44095	.datac(d_0),
		44096	.datad(idewrreg[8]),
		44097	.aclr(gnd),
		44098	.aload(gnd),
		44099	.clk(gnd),
		44100	.cin(gnd),
		44101	.cascin(vcc),
		44102	.devclrn(devclrn),
		44103	.devpor(devpor),
		44104	.combout(ideout_8),
		44105	.regout(),
		44106	.cout(),
		44107	.cascout());
		44108	// synopsys translate_off
		44109	defparam \ideout[8]~72_I .clock_enable_mode = "false";
		44110	defparam \ideout[8]~72_I .lut_mask = "fc30";
		44111	defparam \ideout[8]~72_I .operation_mode = "normal";
		44112	defparam \ideout[8]~72_I .output_mode = "comb_only";
		44113	defparam \ideout[8]~72_I .packed_mode = "false";
		44114	// synopsys translate_on
		44115
		44116	// atom is at LC2_E20
		44117	flex10ke_lcell \ideout[9]~73_I (
		44118	// Equation(s):
		44119	// ideout_9 = ide_wrhi_latch & (idewrreg[9]) # !ide_wrhi_latch & \d[1]~6
		44120
		44121	.dataa(vcc),
		44122	.datab(ide_wrhi_latch),
		44123	.datac(d_1),
		44124	.datad(idewrreg[9]),
		44125	.aclr(gnd),
		44126	.aload(gnd),
		44127	.clk(gnd),
		44128	.cin(gnd),
		44129	.cascin(vcc),
		44130	.devclrn(devclrn),
		44131	.devpor(devpor),
		44132	.combout(ideout_9),
		44133	.regout(),
		44134	.cout(),
		44135	.cascout());
		44136	// synopsys translate_off
		44137	defparam \ideout[9]~73_I .clock_enable_mode = "false";
		44138	defparam \ideout[9]~73_I .lut_mask = "fc30";
		44139	defparam \ideout[9]~73_I .operation_mode = "normal";
		44140	defparam \ideout[9]~73_I .output_mode = "comb_only";
		44141	defparam \ideout[9]~73_I .packed_mode = "false";
		44142	// synopsys translate_on
		44143
		44144	// atom is at LC1_B17
		44145	flex10ke_lcell \ideout[10]~74_I (
		44146	// Equation(s):
		44147	// ideout_10 = ide_wrhi_latch & (idewrreg[10]) # !ide_wrhi_latch & \d[2]~5
		44148
		44149	.dataa(vcc),
		44150	.datab(ide_wrhi_latch),
		44151	.datac(d_2),
		44152	.datad(idewrreg[10]),
		44153	.aclr(gnd),
		44154	.aload(gnd),
		44155	.clk(gnd),
		44156	.cin(gnd),
		44157	.cascin(vcc),
		44158	.devclrn(devclrn),
		44159	.devpor(devpor),
		44160	.combout(ideout_10),
		44161	.regout(),
		44162	.cout(),
		44163	.cascout());
		44164	// synopsys translate_off
		44165	defparam \ideout[10]~74_I .clock_enable_mode = "false";
		44166	defparam \ideout[10]~74_I .lut_mask = "fc30";
		44167	defparam \ideout[10]~74_I .operation_mode = "normal";
		44168	defparam \ideout[10]~74_I .output_mode = "comb_only";
		44169	defparam \ideout[10]~74_I .packed_mode = "false";
		44170	// synopsys translate_on
		44171
		44172	// atom is at LC4_C15
		44173	flex10ke_lcell \ideout[11]~75_I (
		44174	// Equation(s):
		44175	// ideout_11 = ide_wrhi_latch & (idewrreg[11]) # !ide_wrhi_latch & \d[3]~4
		44176
		44177	.dataa(vcc),
		44178	.datab(ide_wrhi_latch),
		44179	.datac(d_3),
		44180	.datad(idewrreg[11]),
		44181	.aclr(gnd),
		44182	.aload(gnd),
		44183	.clk(gnd),
		44184	.cin(gnd),
		44185	.cascin(vcc),
		44186	.devclrn(devclrn),
		44187	.devpor(devpor),
		44188	.combout(ideout_11),
		44189	.regout(),
		44190	.cout(),
		44191	.cascout());
		44192	// synopsys translate_off
		44193	defparam \ideout[11]~75_I .clock_enable_mode = "false";
		44194	defparam \ideout[11]~75_I .lut_mask = "fc30";
		44195	defparam \ideout[11]~75_I .operation_mode = "normal";
		44196	defparam \ideout[11]~75_I .output_mode = "comb_only";
		44197	defparam \ideout[11]~75_I .packed_mode = "false";
		44198	// synopsys translate_on
		44199
		44200	// atom is at LC1_B14
		44201	flex10ke_lcell \ideout[12]~76_I (
		44202	// Equation(s):
		44203	// ideout_12 = ide_wrhi_latch & (idewrreg[12]) # !ide_wrhi_latch & \d[4]~3
		44204
		44205	.dataa(vcc),
		44206	.datab(ide_wrhi_latch),
		44207	.datac(d_4),
		44208	.datad(idewrreg[12]),
		44209	.aclr(gnd),
		44210	.aload(gnd),
		44211	.clk(gnd),
		44212	.cin(gnd),
		44213	.cascin(vcc),
		44214	.devclrn(devclrn),
		44215	.devpor(devpor),
		44216	.combout(ideout_12),
		44217	.regout(),
		44218	.cout(),
		44219	.cascout());
		44220	// synopsys translate_off
		44221	defparam \ideout[12]~76_I .clock_enable_mode = "false";
		44222	defparam \ideout[12]~76_I .lut_mask = "fc30";
		44223	defparam \ideout[12]~76_I .operation_mode = "normal";
		44224	defparam \ideout[12]~76_I .output_mode = "comb_only";
		44225	defparam \ideout[12]~76_I .packed_mode = "false";
		44226	// synopsys translate_on
		44227
		44228	// atom is at LC8_C11
		44229	flex10ke_lcell \ideout[13]~77_I (
		44230	// Equation(s):
		44231	// ideout_13 = ide_wrhi_latch & (idewrreg[13]) # !ide_wrhi_latch & \d[5]~2
		44232
		44233	.dataa(vcc),
		44234	.datab(ide_wrhi_latch),
		44235	.datac(d_5),
		44236	.datad(idewrreg[13]),
		44237	.aclr(gnd),
		44238	.aload(gnd),
		44239	.clk(gnd),
		44240	.cin(gnd),
		44241	.cascin(vcc),
		44242	.devclrn(devclrn),
		44243	.devpor(devpor),
		44244	.combout(ideout_13),
		44245	.regout(),
		44246	.cout(),
		44247	.cascout());
		44248	// synopsys translate_off
		44249	defparam \ideout[13]~77_I .clock_enable_mode = "false";
		44250	defparam \ideout[13]~77_I .lut_mask = "fc30";
		44251	defparam \ideout[13]~77_I .operation_mode = "normal";
		44252	defparam \ideout[13]~77_I .output_mode = "comb_only";
		44253	defparam \ideout[13]~77_I .packed_mode = "false";
		44254	// synopsys translate_on
		44255
		44256	// atom is at LC4_B10
		44257	flex10ke_lcell \ideout[14]~78_I (
		44258	// Equation(s):
		44259	// ideout_14 = ide_wrhi_latch & (idewrreg[14]) # !ide_wrhi_latch & \d[6]~1
		44260
		44261	.dataa(vcc),
		44262	.datab(ide_wrhi_latch),
		44263	.datac(d_6),
		44264	.datad(idewrreg[14]),
		44265	.aclr(gnd),
		44266	.aload(gnd),
		44267	.clk(gnd),
		44268	.cin(gnd),
		44269	.cascin(vcc),
		44270	.devclrn(devclrn),
		44271	.devpor(devpor),
		44272	.combout(ideout_14),
		44273	.regout(),
		44274	.cout(),
		44275	.cascout());
		44276	// synopsys translate_off
		44277	defparam \ideout[14]~78_I .clock_enable_mode = "false";
		44278	defparam \ideout[14]~78_I .lut_mask = "fc30";
		44279	defparam \ideout[14]~78_I .operation_mode = "normal";
		44280	defparam \ideout[14]~78_I .output_mode = "comb_only";
		44281	defparam \ideout[14]~78_I .packed_mode = "false";
		44282	// synopsys translate_on
		44283
		44284	// atom is at LC6_B10
		44285	flex10ke_lcell \ideout[15]~79_I (
		44286	// Equation(s):
		44287	// ideout_15 = ide_wrhi_latch & (idewrreg[15]) # !ide_wrhi_latch & \d[7]~0
		44288
		44289	.dataa(vcc),
		44290	.datab(ide_wrhi_latch),
		44291	.datac(d_7),
		44292	.datad(idewrreg[15]),
		44293	.aclr(gnd),
		44294	.aload(gnd),
		44295	.clk(gnd),
		44296	.cin(gnd),
		44297	.cascin(vcc),
		44298	.devclrn(devclrn),
		44299	.devpor(devpor),
		44300	.combout(ideout_15),
		44301	.regout(),
		44302	.cout(),
		44303	.cascout());
		44304	// synopsys translate_off
		44305	defparam \ideout[15]~79_I .clock_enable_mode = "false";
		44306	defparam \ideout[15]~79_I .lut_mask = "fc30";
		44307	defparam \ideout[15]~79_I .operation_mode = "normal";
		44308	defparam \ideout[15]~79_I .output_mode = "comb_only";
		44309	defparam \ideout[15]~79_I .packed_mode = "false";
		44310	// synopsys translate_on
		44311
		44312	// atom is at LC4_A1
		44313	flex10ke_lcell \peff7_int[4]~I (
		44314	// Equation(s):
		44315	// peff7_int_4 = DFFEA(\d[4]~3 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \always19~42 , , )
		44316
		44317	.dataa(\always19~42 ),
		44318	.datab(vcc),
		44319	.datac(vcc),
		44320	.datad(d_4),
		44321	.aclr(!rst_n),
		44322	.aload(gnd),
		44323	.clk(zclk),
		44324	.cin(gnd),
		44325	.cascin(vcc),
		44326	.devclrn(devclrn),
		44327	.devpor(devpor),
		44328	.combout(),
		44329	.regout(peff7_int_4),
		44330	.cout(),
		44331	.cascout());
		44332	// synopsys translate_off
		44333	defparam \peff7_int[4]~I .clock_enable_mode = "true";
		44334	defparam \peff7_int[4]~I .lut_mask = "ff00";
		44335	defparam \peff7_int[4]~I .operation_mode = "normal";
		44336	defparam \peff7_int[4]~I .output_mode = "reg_only";
		44337	defparam \peff7_int[4]~I .packed_mode = "false";
		44338	// synopsys translate_on
		44339
		44340	// atom is at LC3_F3
		44341	flex10ke_lcell \peff7_int[5]~I (
		44342	// Equation(s):
		44343	// peff7_int_5 = DFFEA(\d[5]~2 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \always19~42 , , )
		44344
		44345	.dataa(\always19~42 ),
		44346	.datab(vcc),
		44347	.datac(vcc),
		44348	.datad(d_5),
		44349	.aclr(!rst_n),
		44350	.aload(gnd),
		44351	.clk(zclk),
		44352	.cin(gnd),
		44353	.cascin(vcc),
		44354	.devclrn(devclrn),
		44355	.devpor(devpor),
		44356	.combout(),
		44357	.regout(peff7_int_5),
		44358	.cout(),
		44359	.cascout());
		44360	// synopsys translate_off
		44361	defparam \peff7_int[5]~I .clock_enable_mode = "true";
		44362	defparam \peff7_int[5]~I .lut_mask = "ff00";
		44363	defparam \peff7_int[5]~I .operation_mode = "normal";
		44364	defparam \peff7_int[5]~I .output_mode = "reg_only";
		44365	defparam \peff7_int[5]~I .packed_mode = "false";
		44366	// synopsys translate_on
		44367
		44368	// atom is at LC3_D28
		44369	flex10ke_lcell \wait_write[2]~I (
		44370	// Equation(s):
		44371	// wait_write_2 = DFFEA(\d[2]~5 , GLOBAL(\clkz_in~dataout ), , , \wait_write~358 , , )
		44372
		44373	.dataa(\wait_write~358 ),
		44374	.datab(vcc),
		44375	.datac(vcc),
		44376	.datad(d_2),
		44377	.aclr(gnd),
		44378	.aload(gnd),
		44379	.clk(zclk),
		44380	.cin(gnd),
		44381	.cascin(vcc),
		44382	.devclrn(devclrn),
		44383	.devpor(devpor),
		44384	.combout(),
		44385	.regout(wait_write_2),
		44386	.cout(),
		44387	.cascout());
		44388	// synopsys translate_off
		44389	defparam \wait_write[2]~I .clock_enable_mode = "true";
		44390	defparam \wait_write[2]~I .lut_mask = "ff00";
		44391	defparam \wait_write[2]~I .operation_mode = "normal";
		44392	defparam \wait_write[2]~I .output_mode = "reg_only";
		44393	defparam \wait_write[2]~I .packed_mode = "false";
		44394	// synopsys translate_on
		44395
		44396	// atom is at LC1_D25
		44397	flex10ke_lcell \gluclock_addr[2]~I (
		44398	// Equation(s):
		44399	// gluclock_addr_2 = DFFEA(\d[2]~5 , GLOBAL(\clkz_in~dataout ), , , \gluclock_addr[0]~56 , , )
		44400
		44401	.dataa(\gluclock_addr[0]~56 ),
		44402	.datab(vcc),
		44403	.datac(vcc),
		44404	.datad(d_2),
		44405	.aclr(gnd),
		44406	.aload(gnd),
		44407	.clk(zclk),
		44408	.cin(gnd),
		44409	.cascin(vcc),
		44410	.devclrn(devclrn),
		44411	.devpor(devpor),
		44412	.combout(),
		44413	.regout(gluclock_addr_2),
		44414	.cout(),
		44415	.cascout());
		44416	// synopsys translate_off
		44417	defparam \gluclock_addr[2]~I .clock_enable_mode = "true";
		44418	defparam \gluclock_addr[2]~I .lut_mask = "ff00";
		44419	defparam \gluclock_addr[2]~I .operation_mode = "normal";
		44420	defparam \gluclock_addr[2]~I .output_mode = "reg_only";
		44421	defparam \gluclock_addr[2]~I .packed_mode = "false";
		44422	// synopsys translate_on
		44423
		44424	// atom is at LC8_D6
		44425	flex10ke_lcell \comport_addr[2]~I (
		44426	// Equation(s):
		44427	// comport_addr_2 = DFFEA(\a~dataout [10], GLOBAL(\clkz_in~dataout ), , , wait_start_comport, , )
		44428
		44429	.dataa(wait_start_comport),
		44430	.datab(vcc),
		44431	.datac(vcc),
		44432	.datad(a_10),
		44433	.aclr(gnd),
		44434	.aload(gnd),
		44435	.clk(zclk),
		44436	.cin(gnd),
		44437	.cascin(vcc),
		44438	.devclrn(devclrn),
		44439	.devpor(devpor),
		44440	.combout(),
		44441	.regout(comport_addr_2),
		44442	.cout(),
		44443	.cascout());
		44444	// synopsys translate_off
		44445	defparam \comport_addr[2]~I .clock_enable_mode = "true";
		44446	defparam \comport_addr[2]~I .lut_mask = "ff00";
		44447	defparam \comport_addr[2]~I .operation_mode = "normal";
		44448	defparam \comport_addr[2]~I .output_mode = "reg_only";
		44449	defparam \comport_addr[2]~I .packed_mode = "false";
		44450	// synopsys translate_on
		44451
		44452	// atom is at LC5_F3
		44453	flex10ke_lcell \p7ffd_int[7]~I (
		44454	// Equation(s):
		44455	// p7ffd_int_7 = DFFEA(\d[7]~0 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \always18~43 , , )
		44456
		44457	.dataa(\always18~43 ),
		44458	.datab(vcc),
		44459	.datac(vcc),
		44460	.datad(d_7),
		44461	.aclr(!rst_n),
		44462	.aload(gnd),
		44463	.clk(zclk),
		44464	.cin(gnd),
		44465	.cascin(vcc),
		44466	.devclrn(devclrn),
		44467	.devpor(devpor),
		44468	.combout(),
		44469	.regout(p7ffd_int_7),
		44470	.cout(),
		44471	.cascout());
		44472	// synopsys translate_off
		44473	defparam \p7ffd_int[7]~I .clock_enable_mode = "true";
		44474	defparam \p7ffd_int[7]~I .lut_mask = "ff00";
		44475	defparam \p7ffd_int[7]~I .operation_mode = "normal";
		44476	defparam \p7ffd_int[7]~I .output_mode = "reg_only";
		44477	defparam \p7ffd_int[7]~I .packed_mode = "false";
		44478	// synopsys translate_on
		44479
		44480	// atom is at LC6_D28
		44481	flex10ke_lcell \wait_write[3]~I (
		44482	// Equation(s):
		44483	// wait_write_3 = DFFEA(\d[3]~4 , GLOBAL(\clkz_in~dataout ), , , \wait_write~358 , , )
		44484
		44485	.dataa(\wait_write~358 ),
		44486	.datab(vcc),
		44487	.datac(vcc),
		44488	.datad(d_3),
		44489	.aclr(gnd),
		44490	.aload(gnd),
		44491	.clk(zclk),
		44492	.cin(gnd),
		44493	.cascin(vcc),
		44494	.devclrn(devclrn),
		44495	.devpor(devpor),
		44496	.combout(),
		44497	.regout(wait_write_3),
		44498	.cout(),
		44499	.cascout());
		44500	// synopsys translate_off
		44501	defparam \wait_write[3]~I .clock_enable_mode = "true";
		44502	defparam \wait_write[3]~I .lut_mask = "ff00";
		44503	defparam \wait_write[3]~I .operation_mode = "normal";
		44504	defparam \wait_write[3]~I .output_mode = "reg_only";
		44505	defparam \wait_write[3]~I .packed_mode = "false";
		44506	// synopsys translate_on
		44507
		44508	// atom is at LC4_D25
		44509	flex10ke_lcell \gluclock_addr[3]~I (
		44510	// Equation(s):
		44511	// gluclock_addr_3 = DFFEA(\d[3]~4 , GLOBAL(\clkz_in~dataout ), , , \gluclock_addr[0]~56 , , )
		44512
		44513	.dataa(\gluclock_addr[0]~56 ),
		44514	.datab(vcc),
		44515	.datac(vcc),
		44516	.datad(d_3),
		44517	.aclr(gnd),
		44518	.aload(gnd),
		44519	.clk(zclk),
		44520	.cin(gnd),
		44521	.cascin(vcc),
		44522	.devclrn(devclrn),
		44523	.devpor(devpor),
		44524	.combout(),
		44525	.regout(gluclock_addr_3),
		44526	.cout(),
		44527	.cascout());
		44528	// synopsys translate_off
		44529	defparam \gluclock_addr[3]~I .clock_enable_mode = "true";
		44530	defparam \gluclock_addr[3]~I .lut_mask = "ff00";
		44531	defparam \gluclock_addr[3]~I .operation_mode = "normal";
		44532	defparam \gluclock_addr[3]~I .output_mode = "reg_only";
		44533	defparam \gluclock_addr[3]~I .packed_mode = "false";
		44534	// synopsys translate_on
		44535
		44536	// atom is at LC8_H36
		44537	flex10ke_lcell \Selector0~1469_I (
		44538	// Equation(s):
		44539	// Selector01 = (\a~dataout [7] & \a~dataout [6] & (\a~dataout [2] $ !\a~dataout [5])) & CASCADE(\Selector0~1481 )
		44540
		44541	.dataa(a_2),
		44542	.datab(a_5),
		44543	.datac(a_7),
		44544	.datad(a_6),
		44545	.aclr(gnd),
		44546	.aload(gnd),
		44547	.clk(gnd),
		44548	.cin(gnd),
		44549	.cascin(\Selector0~1481 ),
		44550	.devclrn(devclrn),
		44551	.devpor(devpor),
		44552	.combout(Selector01),
		44553	.regout(),
		44554	.cout(),
		44555	.cascout());
		44556	// synopsys translate_off
		44557	defparam \Selector0~1469_I .clock_enable_mode = "false";
		44558	defparam \Selector0~1469_I .lut_mask = "9000";
		44559	defparam \Selector0~1469_I .operation_mode = "normal";
		44560	defparam \Selector0~1469_I .output_mode = "comb_only";
		44561	defparam \Selector0~1469_I .packed_mode = "false";
		44562	// synopsys translate_on
		44563
		44564	// atom is at LC4_D24
		44565	flex10ke_lcell \dataout~113_I (
		44566	// Equation(s):
		44567	// dataout = (porthit & (!\Equal19~30 & \Equal20~46 # !shadow)) & CASCADE(\dataout~116 )
		44568
		44569	.dataa(shadow),
		44570	.datab(\Equal19~30 ),
		44571	.datac(\Equal20~46 ),
		44572	.datad(porthit),
		44573	.aclr(gnd),
		44574	.aload(gnd),
		44575	.clk(gnd),
		44576	.cin(gnd),
		44577	.cascin(\dataout~116 ),
		44578	.devclrn(devclrn),
		44579	.devpor(devpor),
		44580	.combout(dataout),
		44581	.regout(),
		44582	.cout(),
		44583	.cascout());
		44584	// synopsys translate_off
		44585	defparam \dataout~113_I .clock_enable_mode = "false";
		44586	defparam \dataout~113_I .lut_mask = "7500";
		44587	defparam \dataout~113_I .operation_mode = "normal";
		44588	defparam \dataout~113_I .output_mode = "comb_only";
		44589	defparam \dataout~113_I .packed_mode = "false";
		44590	// synopsys translate_on
		44591
		44592	// atom is at LC7_H5
		44593	flex10ke_lcell \Selector7~1898_I (
		44594	// Equation(s):
		44595	// Selector71 = (\a~dataout [0] # \iderdeven~0 & !idehiin[0] # !\iderdeven~0 & (!\ide_d[0]~15 )) & CASCADE(\Selector7~1924 )
		44596
		44597	.dataa(idehiin[0]),
		44598	.datab(ide_d_0),
		44599	.datac(\iderdeven~0 ),
		44600	.datad(a_0),
		44601	.aclr(gnd),
		44602	.aload(gnd),
		44603	.clk(gnd),
		44604	.cin(gnd),
		44605	.cascin(\Selector7~1924 ),
		44606	.devclrn(devclrn),
		44607	.devpor(devpor),
		44608	.combout(Selector71),
		44609	.regout(),
		44610	.cout(),
		44611	.cascout());
		44612	// synopsys translate_off
		44613	defparam \Selector7~1898_I .clock_enable_mode = "false";
		44614	defparam \Selector7~1898_I .lut_mask = "ff53";
		44615	defparam \Selector7~1898_I .operation_mode = "normal";
		44616	defparam \Selector7~1898_I .output_mode = "comb_only";
		44617	defparam \Selector7~1898_I .packed_mode = "false";
		44618	// synopsys translate_on
		44619
		44620	// atom is at LC6_E35
		44621	flex10ke_lcell \Selector7~1899_I (
		44622	// Equation(s):
		44623	// Selector72 = (\a~dataout [6] # !kj_data_0 & \Equal1~42 & \a~dataout [0]) & CASCADE(\Selector7~1931 )
		44624
		44625	.dataa(kj_data_0),
		44626	.datab(\Equal1~42 ),
		44627	.datac(a_0),
		44628	.datad(a_6),
		44629	.aclr(gnd),
		44630	.aload(gnd),
		44631	.clk(gnd),
		44632	.cin(gnd),
		44633	.cascin(\Selector7~1931 ),
		44634	.devclrn(devclrn),
		44635	.devpor(devpor),
		44636	.combout(Selector72),
		44637	.regout(),
		44638	.cout(),
		44639	.cascout());
		44640	// synopsys translate_off
		44641	defparam \Selector7~1899_I .clock_enable_mode = "false";
		44642	defparam \Selector7~1899_I .lut_mask = "ff40";
		44643	defparam \Selector7~1899_I .operation_mode = "normal";
		44644	defparam \Selector7~1899_I .output_mode = "comb_only";
		44645	defparam \Selector7~1899_I .packed_mode = "false";
		44646	// synopsys translate_on
		44647
		44648	// atom is at LC7_H32
		44649	flex10ke_lcell \Selector6~1408_I (
		44650	// Equation(s):
		44651	// Selector6 = (\a~dataout [0] # \iderdeven~0 & !idehiin[1] # !\iderdeven~0 & (!\ide_d[1]~14 )) & CASCADE(\Selector6~1424 )
		44652
		44653	.dataa(idehiin[1]),
		44654	.datab(ide_d_1),
		44655	.datac(\iderdeven~0 ),
		44656	.datad(a_0),
		44657	.aclr(gnd),
		44658	.aload(gnd),
		44659	.clk(gnd),
		44660	.cin(gnd),
		44661	.cascin(\Selector6~1424 ),
		44662	.devclrn(devclrn),
		44663	.devpor(devpor),
		44664	.combout(Selector6),
		44665	.regout(),
		44666	.cout(),
		44667	.cascout());
		44668	// synopsys translate_off
		44669	defparam \Selector6~1408_I .clock_enable_mode = "false";
		44670	defparam \Selector6~1408_I .lut_mask = "ff53";
		44671	defparam \Selector6~1408_I .operation_mode = "normal";
		44672	defparam \Selector6~1408_I .output_mode = "comb_only";
		44673	defparam \Selector6~1408_I .packed_mode = "false";
		44674	// synopsys translate_on
		44675
		44676	// atom is at LC2_H33
		44677	flex10ke_lcell \Selector6~1409_I (
		44678	// Equation(s):
		44679	// Selector61 = (\a~dataout [6] # !kj_data_1 & \Equal1~42 & \a~dataout [0]) & CASCADE(\Selector6~1430 )
		44680
		44681	.dataa(kj_data_1),
		44682	.datab(\Equal1~42 ),
		44683	.datac(a_0),
		44684	.datad(a_6),
		44685	.aclr(gnd),
		44686	.aload(gnd),
		44687	.clk(gnd),
		44688	.cin(gnd),
		44689	.cascin(\Selector6~1430 ),
		44690	.devclrn(devclrn),
		44691	.devpor(devpor),
		44692	.combout(Selector61),
		44693	.regout(),
		44694	.cout(),
		44695	.cascout());
		44696	// synopsys translate_off
		44697	defparam \Selector6~1409_I .clock_enable_mode = "false";
		44698	defparam \Selector6~1409_I .lut_mask = "ff40";
		44699	defparam \Selector6~1409_I .operation_mode = "normal";
		44700	defparam \Selector6~1409_I .output_mode = "comb_only";
		44701	defparam \Selector6~1409_I .packed_mode = "false";
		44702	// synopsys translate_on
		44703
		44704	// atom is at LC2_H32
		44705	flex10ke_lcell \Selector5~1408_I (
		44706	// Equation(s):
		44707	// Selector5 = (\a~dataout [0] # \iderdeven~0 & !idehiin[2] # !\iderdeven~0 & (!\ide_d[2]~13 )) & CASCADE(\Selector5~1424 )
		44708
		44709	.dataa(idehiin[2]),
		44710	.datab(ide_d_2),
		44711	.datac(\iderdeven~0 ),
		44712	.datad(a_0),
		44713	.aclr(gnd),
		44714	.aload(gnd),
		44715	.clk(gnd),
		44716	.cin(gnd),
		44717	.cascin(\Selector5~1424 ),
		44718	.devclrn(devclrn),
		44719	.devpor(devpor),
		44720	.combout(Selector5),
		44721	.regout(),
		44722	.cout(),
		44723	.cascout());
		44724	// synopsys translate_off
		44725	defparam \Selector5~1408_I .clock_enable_mode = "false";
		44726	defparam \Selector5~1408_I .lut_mask = "ff53";
		44727	defparam \Selector5~1408_I .operation_mode = "normal";
		44728	defparam \Selector5~1408_I .output_mode = "comb_only";
		44729	defparam \Selector5~1408_I .packed_mode = "false";
		44730	// synopsys translate_on
		44731
		44732	// atom is at LC8_E34
		44733	flex10ke_lcell \Selector5~1409_I (
		44734	// Equation(s):
		44735	// Selector51 = (\a~dataout [6] # !kj_data_2 & \Equal1~42 & \a~dataout [0]) & CASCADE(\Selector5~1430 )
		44736
		44737	.dataa(kj_data_2),
		44738	.datab(\Equal1~42 ),
		44739	.datac(a_0),
		44740	.datad(a_6),
		44741	.aclr(gnd),
		44742	.aload(gnd),
		44743	.clk(gnd),
		44744	.cin(gnd),
		44745	.cascin(\Selector5~1430 ),
		44746	.devclrn(devclrn),
		44747	.devpor(devpor),
		44748	.combout(Selector51),
		44749	.regout(),
		44750	.cout(),
		44751	.cascout());
		44752	// synopsys translate_off
		44753	defparam \Selector5~1409_I .clock_enable_mode = "false";
		44754	defparam \Selector5~1409_I .lut_mask = "ff40";
		44755	defparam \Selector5~1409_I .operation_mode = "normal";
		44756	defparam \Selector5~1409_I .output_mode = "comb_only";
		44757	defparam \Selector5~1409_I .packed_mode = "false";
		44758	// synopsys translate_on
		44759
		44760	// atom is at LC2_H17
		44761	flex10ke_lcell \Selector4~1408_I (
		44762	// Equation(s):
		44763	// Selector4 = (\a~dataout [0] # \iderdeven~0 & !idehiin[3] # !\iderdeven~0 & (!\ide_d[3]~12 )) & CASCADE(\Selector4~1424 )
		44764
		44765	.dataa(idehiin[3]),
		44766	.datab(ide_d_3),
		44767	.datac(\iderdeven~0 ),
		44768	.datad(a_0),
		44769	.aclr(gnd),
		44770	.aload(gnd),
		44771	.clk(gnd),
		44772	.cin(gnd),
		44773	.cascin(\Selector4~1424 ),
		44774	.devclrn(devclrn),
		44775	.devpor(devpor),
		44776	.combout(Selector4),
		44777	.regout(),
		44778	.cout(),
		44779	.cascout());
		44780	// synopsys translate_off
		44781	defparam \Selector4~1408_I .clock_enable_mode = "false";
		44782	defparam \Selector4~1408_I .lut_mask = "ff53";
		44783	defparam \Selector4~1408_I .operation_mode = "normal";
		44784	defparam \Selector4~1408_I .output_mode = "comb_only";
		44785	defparam \Selector4~1408_I .packed_mode = "false";
		44786	// synopsys translate_on
		44787
		44788	// atom is at LC6_E29
		44789	flex10ke_lcell \Selector4~1409_I (
		44790	// Equation(s):
		44791	// Selector41 = (\a~dataout [6] # !kj_data_3 & \Equal1~42 & \a~dataout [0]) & CASCADE(\Selector4~1430 )
		44792
		44793	.dataa(kj_data_3),
		44794	.datab(\Equal1~42 ),
		44795	.datac(a_0),
		44796	.datad(a_6),
		44797	.aclr(gnd),
		44798	.aload(gnd),
		44799	.clk(gnd),
		44800	.cin(gnd),
		44801	.cascin(\Selector4~1430 ),
		44802	.devclrn(devclrn),
		44803	.devpor(devpor),
		44804	.combout(Selector41),
		44805	.regout(),
		44806	.cout(),
		44807	.cascout());
		44808	// synopsys translate_off
		44809	defparam \Selector4~1409_I .clock_enable_mode = "false";
		44810	defparam \Selector4~1409_I .lut_mask = "ff40";
		44811	defparam \Selector4~1409_I .operation_mode = "normal";
		44812	defparam \Selector4~1409_I .output_mode = "comb_only";
		44813	defparam \Selector4~1409_I .packed_mode = "false";
		44814	// synopsys translate_on
		44815
		44816	// atom is at LC7_H27
		44817	flex10ke_lcell \Selector3~1408_I (
		44818	// Equation(s):
		44819	// Selector3 = (\a~dataout [0] # \iderdeven~0 & !idehiin[4] # !\iderdeven~0 & (!\ide_d[4]~11 )) & CASCADE(\Selector3~1424 )
		44820
		44821	.dataa(idehiin[4]),
		44822	.datab(ide_d_4),
		44823	.datac(\iderdeven~0 ),
		44824	.datad(a_0),
		44825	.aclr(gnd),
		44826	.aload(gnd),
		44827	.clk(gnd),
		44828	.cin(gnd),
		44829	.cascin(\Selector3~1424 ),
		44830	.devclrn(devclrn),
		44831	.devpor(devpor),
		44832	.combout(Selector3),
		44833	.regout(),
		44834	.cout(),
		44835	.cascout());
		44836	// synopsys translate_off
		44837	defparam \Selector3~1408_I .clock_enable_mode = "false";
		44838	defparam \Selector3~1408_I .lut_mask = "ff53";
		44839	defparam \Selector3~1408_I .operation_mode = "normal";
		44840	defparam \Selector3~1408_I .output_mode = "comb_only";
		44841	defparam \Selector3~1408_I .packed_mode = "false";
		44842	// synopsys translate_on
		44843
		44844	// atom is at LC2_A23
		44845	flex10ke_lcell \Selector3~1409_I (
		44846	// Equation(s):
		44847	// Selector31 = (\a~dataout [6] # !kj_data_4 & \Equal1~42 & \a~dataout [0]) & CASCADE(\Selector3~1430 )
		44848
		44849	.dataa(kj_data_4),
		44850	.datab(\Equal1~42 ),
		44851	.datac(a_0),
		44852	.datad(a_6),
		44853	.aclr(gnd),
		44854	.aload(gnd),
		44855	.clk(gnd),
		44856	.cin(gnd),
		44857	.cascin(\Selector3~1430 ),
		44858	.devclrn(devclrn),
		44859	.devpor(devpor),
		44860	.combout(Selector31),
		44861	.regout(),
		44862	.cout(),
		44863	.cascout());
		44864	// synopsys translate_off
		44865	defparam \Selector3~1409_I .clock_enable_mode = "false";
		44866	defparam \Selector3~1409_I .lut_mask = "ff40";
		44867	defparam \Selector3~1409_I .operation_mode = "normal";
		44868	defparam \Selector3~1409_I .output_mode = "comb_only";
		44869	defparam \Selector3~1409_I .packed_mode = "false";
		44870	// synopsys translate_on
		44871
		44872	// atom is at LC3_H8
		44873	flex10ke_lcell \Selector2~1468_I (
		44874	// Equation(s):
		44875	// Selector21 = (\a~dataout [0] # \iderdeven~0 & !idehiin[5] # !\iderdeven~0 & (!\ide_d[5]~10 )) & CASCADE(\Selector2~1482 )
		44876
		44877	.dataa(idehiin[5]),
		44878	.datab(ide_d_5),
		44879	.datac(\iderdeven~0 ),
		44880	.datad(a_0),
		44881	.aclr(gnd),
		44882	.aload(gnd),
		44883	.clk(gnd),
		44884	.cin(gnd),
		44885	.cascin(\Selector2~1482 ),
		44886	.devclrn(devclrn),
		44887	.devpor(devpor),
		44888	.combout(Selector21),
		44889	.regout(),
		44890	.cout(),
		44891	.cascout());
		44892	// synopsys translate_off
		44893	defparam \Selector2~1468_I .clock_enable_mode = "false";
		44894	defparam \Selector2~1468_I .lut_mask = "ff53";
		44895	defparam \Selector2~1468_I .operation_mode = "normal";
		44896	defparam \Selector2~1468_I .output_mode = "comb_only";
		44897	defparam \Selector2~1468_I .packed_mode = "false";
		44898	// synopsys translate_on
		44899
		44900	// atom is at LC2_H34
		44901	flex10ke_lcell \Selector1~1400_I (
		44902	// Equation(s):
		44903	// Selector11 = (\a~dataout [0] # \iderdeven~0 & !idehiin[6] # !\iderdeven~0 & (!\ide_d[6]~9 )) & CASCADE(\Selector1~1416 )
		44904
		44905	.dataa(idehiin[6]),
		44906	.datab(ide_d_6),
		44907	.datac(\iderdeven~0 ),
		44908	.datad(a_0),
		44909	.aclr(gnd),
		44910	.aload(gnd),
		44911	.clk(gnd),
		44912	.cin(gnd),
		44913	.cascin(\Selector1~1416 ),
		44914	.devclrn(devclrn),
		44915	.devpor(devpor),
		44916	.combout(Selector11),
		44917	.regout(),
		44918	.cout(),
		44919	.cascout());
		44920	// synopsys translate_off
		44921	defparam \Selector1~1400_I .clock_enable_mode = "false";
		44922	defparam \Selector1~1400_I .lut_mask = "ff53";
		44923	defparam \Selector1~1400_I .operation_mode = "normal";
		44924	defparam \Selector1~1400_I .output_mode = "comb_only";
		44925	defparam \Selector1~1400_I .packed_mode = "false";
		44926	// synopsys translate_on
		44927
		44928	// atom is at LC4_H23
		44929	flex10ke_lcell \Selector0~1470_I (
		44930	// Equation(s):
		44931	// Selector02 = (\a~dataout [0] # \iderdeven~0 & !idehiin[7] # !\iderdeven~0 & (!\ide_d[7]~8 )) & CASCADE(\Selector0~1486 )
		44932
		44933	.dataa(idehiin[7]),
		44934	.datab(ide_d_7),
		44935	.datac(\iderdeven~0 ),
		44936	.datad(a_0),
		44937	.aclr(gnd),
		44938	.aload(gnd),
		44939	.clk(gnd),
		44940	.cin(gnd),
		44941	.cascin(\Selector0~1486 ),
		44942	.devclrn(devclrn),
		44943	.devpor(devpor),
		44944	.combout(Selector02),
		44945	.regout(),
		44946	.cout(),
		44947	.cascout());
		44948	// synopsys translate_off
		44949	defparam \Selector0~1470_I .clock_enable_mode = "false";
		44950	defparam \Selector0~1470_I .lut_mask = "ff53";
		44951	defparam \Selector0~1470_I .operation_mode = "normal";
		44952	defparam \Selector0~1470_I .output_mode = "comb_only";
		44953	defparam \Selector0~1470_I .packed_mode = "false";
		44954	// synopsys translate_on
		44955
		44956	// atom is at LC3_D30
		44957	flex10ke_lcell \wait_write[4]~I (
		44958	// Equation(s):
		44959	// wait_write_4 = DFFEA(\d[4]~3 , GLOBAL(\clkz_in~dataout ), , , \wait_write~358 , , )
		44960
		44961	.dataa(\wait_write~358 ),
		44962	.datab(vcc),
		44963	.datac(vcc),
		44964	.datad(d_4),
		44965	.aclr(gnd),
		44966	.aload(gnd),
		44967	.clk(zclk),
		44968	.cin(gnd),
		44969	.cascin(vcc),
		44970	.devclrn(devclrn),
		44971	.devpor(devpor),
		44972	.combout(),
		44973	.regout(wait_write_4),
		44974	.cout(),
		44975	.cascout());
		44976	// synopsys translate_off
		44977	defparam \wait_write[4]~I .clock_enable_mode = "true";
		44978	defparam \wait_write[4]~I .lut_mask = "ff00";
		44979	defparam \wait_write[4]~I .operation_mode = "normal";
		44980	defparam \wait_write[4]~I .output_mode = "reg_only";
		44981	defparam \wait_write[4]~I .packed_mode = "false";
		44982	// synopsys translate_on
		44983
		44984	// atom is at LC4_D30
		44985	flex10ke_lcell \gluclock_addr[4]~I (
		44986	// Equation(s):
		44987	// gluclock_addr_4 = DFFEA(\d[4]~3 , GLOBAL(\clkz_in~dataout ), , , \gluclock_addr[0]~56 , , )
		44988
		44989	.dataa(\gluclock_addr[0]~56 ),
		44990	.datab(vcc),
		44991	.datac(vcc),
		44992	.datad(d_4),
		44993	.aclr(gnd),
		44994	.aload(gnd),
		44995	.clk(zclk),
		44996	.cin(gnd),
		44997	.cascin(vcc),
		44998	.devclrn(devclrn),
		44999	.devpor(devpor),
		45000	.combout(),
		45001	.regout(gluclock_addr_4),
		45002	.cout(),
		45003	.cascout());
		45004	// synopsys translate_off
		45005	defparam \gluclock_addr[4]~I .clock_enable_mode = "true";
		45006	defparam \gluclock_addr[4]~I .lut_mask = "ff00";
		45007	defparam \gluclock_addr[4]~I .operation_mode = "normal";
		45008	defparam \gluclock_addr[4]~I .output_mode = "reg_only";
		45009	defparam \gluclock_addr[4]~I .packed_mode = "false";
		45010	// synopsys translate_on
		45011
		45012	// atom is at LC6_D30
		45013	flex10ke_lcell \wait_write[5]~I (
		45014	// Equation(s):
		45015	// wait_write_5 = DFFEA(\d[5]~2 , GLOBAL(\clkz_in~dataout ), , , \wait_write~358 , , )
		45016
		45017	.dataa(\wait_write~358 ),
		45018	.datab(vcc),
		45019	.datac(vcc),
		45020	.datad(d_5),
		45021	.aclr(gnd),
		45022	.aload(gnd),
		45023	.clk(zclk),
		45024	.cin(gnd),
		45025	.cascin(vcc),
		45026	.devclrn(devclrn),
		45027	.devpor(devpor),
		45028	.combout(),
		45029	.regout(wait_write_5),
		45030	.cout(),
		45031	.cascout());
		45032	// synopsys translate_off
		45033	defparam \wait_write[5]~I .clock_enable_mode = "true";
		45034	defparam \wait_write[5]~I .lut_mask = "ff00";
		45035	defparam \wait_write[5]~I .operation_mode = "normal";
		45036	defparam \wait_write[5]~I .output_mode = "reg_only";
		45037	defparam \wait_write[5]~I .packed_mode = "false";
		45038	// synopsys translate_on
		45039
		45040	// atom is at LC7_D30
		45041	flex10ke_lcell \gluclock_addr[5]~I (
		45042	// Equation(s):
		45043	// gluclock_addr_5 = DFFEA(\d[5]~2 , GLOBAL(\clkz_in~dataout ), , , \gluclock_addr[0]~56 , , )
		45044
		45045	.dataa(\gluclock_addr[0]~56 ),
		45046	.datab(vcc),
		45047	.datac(vcc),
		45048	.datad(d_5),
		45049	.aclr(gnd),
		45050	.aload(gnd),
		45051	.clk(zclk),
		45052	.cin(gnd),
		45053	.cascin(vcc),
		45054	.devclrn(devclrn),
		45055	.devpor(devpor),
		45056	.combout(),
		45057	.regout(gluclock_addr_5),
		45058	.cout(),
		45059	.cascout());
		45060	// synopsys translate_off
		45061	defparam \gluclock_addr[5]~I .clock_enable_mode = "true";
		45062	defparam \gluclock_addr[5]~I .lut_mask = "ff00";
		45063	defparam \gluclock_addr[5]~I .operation_mode = "normal";
		45064	defparam \gluclock_addr[5]~I .output_mode = "reg_only";
		45065	defparam \gluclock_addr[5]~I .packed_mode = "false";
		45066	// synopsys translate_on
		45067
		45068	// atom is at LC3_D14
		45069	flex10ke_lcell \wait_write[6]~I (
		45070	// Equation(s):
		45071	// wait_write_6 = DFFEA(\d[6]~1 , GLOBAL(\clkz_in~dataout ), , , \wait_write~358 , , )
		45072
		45073	.dataa(\wait_write~358 ),
		45074	.datab(vcc),
		45075	.datac(vcc),
		45076	.datad(d_6),
		45077	.aclr(gnd),
		45078	.aload(gnd),
		45079	.clk(zclk),
		45080	.cin(gnd),
		45081	.cascin(vcc),
		45082	.devclrn(devclrn),
		45083	.devpor(devpor),
		45084	.combout(),
		45085	.regout(wait_write_6),
		45086	.cout(),
		45087	.cascout());
		45088	// synopsys translate_off
		45089	defparam \wait_write[6]~I .clock_enable_mode = "true";
		45090	defparam \wait_write[6]~I .lut_mask = "ff00";
		45091	defparam \wait_write[6]~I .operation_mode = "normal";
		45092	defparam \wait_write[6]~I .output_mode = "reg_only";
		45093	defparam \wait_write[6]~I .packed_mode = "false";
		45094	// synopsys translate_on
		45095
		45096	// atom is at LC5_D25
		45097	flex10ke_lcell \gluclock_addr[6]~I (
		45098	// Equation(s):
		45099	// gluclock_addr_6 = DFFEA(\d[6]~1 , GLOBAL(\clkz_in~dataout ), , , \gluclock_addr[0]~56 , , )
		45100
		45101	.dataa(\gluclock_addr[0]~56 ),
		45102	.datab(vcc),
		45103	.datac(vcc),
		45104	.datad(d_6),
		45105	.aclr(gnd),
		45106	.aload(gnd),
		45107	.clk(zclk),
		45108	.cin(gnd),
		45109	.cascin(vcc),
		45110	.devclrn(devclrn),
		45111	.devpor(devpor),
		45112	.combout(),
		45113	.regout(gluclock_addr_6),
		45114	.cout(),
		45115	.cascout());
		45116	// synopsys translate_off
		45117	defparam \gluclock_addr[6]~I .clock_enable_mode = "true";
		45118	defparam \gluclock_addr[6]~I .lut_mask = "ff00";
		45119	defparam \gluclock_addr[6]~I .operation_mode = "normal";
		45120	defparam \gluclock_addr[6]~I .output_mode = "reg_only";
		45121	defparam \gluclock_addr[6]~I .packed_mode = "false";
		45122	// synopsys translate_on
		45123
		45124	// atom is at LC6_D14
		45125	flex10ke_lcell \wait_write[7]~I (
		45126	// Equation(s):
		45127	// wait_write_7 = DFFEA(\d[7]~0 , GLOBAL(\clkz_in~dataout ), , , \wait_write~358 , , )
		45128
		45129	.dataa(\wait_write~358 ),
		45130	.datab(vcc),
		45131	.datac(vcc),
		45132	.datad(d_7),
		45133	.aclr(gnd),
		45134	.aload(gnd),
		45135	.clk(zclk),
		45136	.cin(gnd),
		45137	.cascin(vcc),
		45138	.devclrn(devclrn),
		45139	.devpor(devpor),
		45140	.combout(),
		45141	.regout(wait_write_7),
		45142	.cout(),
		45143	.cascout());
		45144	// synopsys translate_off
		45145	defparam \wait_write[7]~I .clock_enable_mode = "true";
		45146	defparam \wait_write[7]~I .lut_mask = "ff00";
		45147	defparam \wait_write[7]~I .operation_mode = "normal";
		45148	defparam \wait_write[7]~I .output_mode = "reg_only";
		45149	defparam \wait_write[7]~I .packed_mode = "false";
		45150	// synopsys translate_on
		45151
		45152	// atom is at LC8_D1
		45153	flex10ke_lcell \gluclock_addr[7]~I (
		45154	// Equation(s):
		45155	// gluclock_addr_7 = DFFEA(\d[7]~0 , GLOBAL(\clkz_in~dataout ), , , \gluclock_addr[0]~56 , , )
		45156
		45157	.dataa(\gluclock_addr[0]~56 ),
		45158	.datab(vcc),
		45159	.datac(vcc),
		45160	.datad(d_7),
		45161	.aclr(gnd),
		45162	.aload(gnd),
		45163	.clk(zclk),
		45164	.cin(gnd),
		45165	.cascin(vcc),
		45166	.devclrn(devclrn),
		45167	.devpor(devpor),
		45168	.combout(),
		45169	.regout(gluclock_addr_7),
		45170	.cout(),
		45171	.cascout());
		45172	// synopsys translate_off
		45173	defparam \gluclock_addr[7]~I .clock_enable_mode = "true";
		45174	defparam \gluclock_addr[7]~I .lut_mask = "ff00";
		45175	defparam \gluclock_addr[7]~I .operation_mode = "normal";
		45176	defparam \gluclock_addr[7]~I .output_mode = "reg_only";
		45177	defparam \gluclock_addr[7]~I .packed_mode = "false";
		45178	// synopsys translate_on
		45179
		45180	// atom is at LC8_D12
		45181	flex10ke_lcell \wait_rnw~I (
		45182	// Equation(s):
		45183	// wait_rnw = DFFEA(port_rd # !port_wr & wait_rnw, GLOBAL(\clkz_in~dataout ), , , , , )
		45184
		45185	.dataa(vcc),
		45186	.datab(port_wr),
		45187	.datac(wait_rnw),
		45188	.datad(port_rd),
		45189	.aclr(gnd),
		45190	.aload(gnd),
		45191	.clk(zclk),
		45192	.cin(gnd),
		45193	.cascin(vcc),
		45194	.devclrn(devclrn),
		45195	.devpor(devpor),
		45196	.combout(),
		45197	.regout(wait_rnw),
		45198	.cout(),
		45199	.cascout());
		45200	// synopsys translate_off
		45201	defparam \wait_rnw~I .clock_enable_mode = "false";
		45202	defparam \wait_rnw~I .lut_mask = "ff30";
		45203	defparam \wait_rnw~I .operation_mode = "normal";
		45204	defparam \wait_rnw~I .output_mode = "reg_only";
		45205	defparam \wait_rnw~I .packed_mode = "false";
		45206	// synopsys translate_on
		45207
		45208	// atom is at LC2_H28
		45209	flex10ke_lcell \Selector6~1407_I (
		45210	// Equation(s):
		45211	// Selector62 = (\a~dataout [7] & \a~dataout [6] & (\a~dataout [2] $ !\a~dataout [5])) & CASCADE(\Selector6~1419 )
		45212
		45213	.dataa(a_2),
		45214	.datab(a_5),
		45215	.datac(a_7),
		45216	.datad(a_6),
		45217	.aclr(gnd),
		45218	.aload(gnd),
		45219	.clk(gnd),
		45220	.cin(gnd),
		45221	.cascin(\Selector6~1419 ),
		45222	.devclrn(devclrn),
		45223	.devpor(devpor),
		45224	.combout(Selector62),
		45225	.regout(),
		45226	.cout(),
		45227	.cascout());
		45228	// synopsys translate_off
		45229	defparam \Selector6~1407_I .clock_enable_mode = "false";
		45230	defparam \Selector6~1407_I .lut_mask = "9000";
		45231	defparam \Selector6~1407_I .operation_mode = "normal";
		45232	defparam \Selector6~1407_I .output_mode = "comb_only";
		45233	defparam \Selector6~1407_I .packed_mode = "false";
		45234	// synopsys translate_on
		45235
		45236	// atom is at LC6_H28
		45237	flex10ke_lcell \Selector5~1407_I (
		45238	// Equation(s):
		45239	// Selector52 = (\a~dataout [7] & \a~dataout [6] & (\a~dataout [2] $ !\a~dataout [5])) & CASCADE(\Selector5~1419 )
		45240
		45241	.dataa(a_2),
		45242	.datab(a_5),
		45243	.datac(a_7),
		45244	.datad(a_6),
		45245	.aclr(gnd),
		45246	.aload(gnd),
		45247	.clk(gnd),
		45248	.cin(gnd),
		45249	.cascin(\Selector5~1419 ),
		45250	.devclrn(devclrn),
		45251	.devpor(devpor),
		45252	.combout(Selector52),
		45253	.regout(),
		45254	.cout(),
		45255	.cascout());
		45256	// synopsys translate_off
		45257	defparam \Selector5~1407_I .clock_enable_mode = "false";
		45258	defparam \Selector5~1407_I .lut_mask = "9000";
		45259	defparam \Selector5~1407_I .operation_mode = "normal";
		45260	defparam \Selector5~1407_I .output_mode = "comb_only";
		45261	defparam \Selector5~1407_I .packed_mode = "false";
		45262	// synopsys translate_on
		45263
		45264	// atom is at LC8_H14
		45265	flex10ke_lcell \Selector4~1407_I (
		45266	// Equation(s):
		45267	// Selector42 = (\a~dataout [7] & \a~dataout [6] & (\a~dataout [2] $ !\a~dataout [5])) & CASCADE(\Selector4~1419 )
		45268
		45269	.dataa(a_2),
		45270	.datab(a_5),
		45271	.datac(a_7),
		45272	.datad(a_6),
		45273	.aclr(gnd),
		45274	.aload(gnd),
		45275	.clk(gnd),
		45276	.cin(gnd),
		45277	.cascin(\Selector4~1419 ),
		45278	.devclrn(devclrn),
		45279	.devpor(devpor),
		45280	.combout(Selector42),
		45281	.regout(),
		45282	.cout(),
		45283	.cascout());
		45284	// synopsys translate_off
		45285	defparam \Selector4~1407_I .clock_enable_mode = "false";
		45286	defparam \Selector4~1407_I .lut_mask = "9000";
		45287	defparam \Selector4~1407_I .operation_mode = "normal";
		45288	defparam \Selector4~1407_I .output_mode = "comb_only";
		45289	defparam \Selector4~1407_I .packed_mode = "false";
		45290	// synopsys translate_on
		45291
		45292	// atom is at LC2_H27
		45293	flex10ke_lcell \Selector3~1407_I (
		45294	// Equation(s):
		45295	// Selector32 = (\a~dataout [7] & \a~dataout [6] & (\a~dataout [2] $ !\a~dataout [5])) & CASCADE(\Selector3~1419 )
		45296
		45297	.dataa(a_2),
		45298	.datab(a_5),
		45299	.datac(a_7),
		45300	.datad(a_6),
		45301	.aclr(gnd),
		45302	.aload(gnd),
		45303	.clk(gnd),
		45304	.cin(gnd),
		45305	.cascin(\Selector3~1419 ),
		45306	.devclrn(devclrn),
		45307	.devpor(devpor),
		45308	.combout(Selector32),
		45309	.regout(),
		45310	.cout(),
		45311	.cascout());
		45312	// synopsys translate_off
		45313	defparam \Selector3~1407_I .clock_enable_mode = "false";
		45314	defparam \Selector3~1407_I .lut_mask = "9000";
		45315	defparam \Selector3~1407_I .operation_mode = "normal";
		45316	defparam \Selector3~1407_I .output_mode = "comb_only";
		45317	defparam \Selector3~1407_I .packed_mode = "false";
		45318	// synopsys translate_on
		45319
		45320	// atom is at LC2_H14
		45321	flex10ke_lcell \Selector2~1467_I (
		45322	// Equation(s):
		45323	// Selector22 = (\a~dataout [7] & \a~dataout [6] & (\a~dataout [2] $ !\a~dataout [5])) & CASCADE(\Selector2~1477 )
		45324
		45325	.dataa(a_2),
		45326	.datab(a_5),
		45327	.datac(a_7),
		45328	.datad(a_6),
		45329	.aclr(gnd),
		45330	.aload(gnd),
		45331	.clk(gnd),
		45332	.cin(gnd),
		45333	.cascin(\Selector2~1477 ),
		45334	.devclrn(devclrn),
		45335	.devpor(devpor),
		45336	.combout(Selector22),
		45337	.regout(),
		45338	.cout(),
		45339	.cascout());
		45340	// synopsys translate_off
		45341	defparam \Selector2~1467_I .clock_enable_mode = "false";
		45342	defparam \Selector2~1467_I .lut_mask = "9000";
		45343	defparam \Selector2~1467_I .operation_mode = "normal";
		45344	defparam \Selector2~1467_I .output_mode = "comb_only";
		45345	defparam \Selector2~1467_I .packed_mode = "false";
		45346	// synopsys translate_on
		45347
		45348	// atom is at LC5_H36
		45349	flex10ke_lcell \Selector1~1399_I (
		45350	// Equation(s):
		45351	// Selector12 = (\a~dataout [7] & \a~dataout [6] & (\a~dataout [2] $ !\a~dataout [5])) & CASCADE(\Selector1~1411 )
		45352
		45353	.dataa(a_2),
		45354	.datab(a_5),
		45355	.datac(a_7),
		45356	.datad(a_6),
		45357	.aclr(gnd),
		45358	.aload(gnd),
		45359	.clk(gnd),
		45360	.cin(gnd),
		45361	.cascin(\Selector1~1411 ),
		45362	.devclrn(devclrn),
		45363	.devpor(devpor),
		45364	.combout(Selector12),
		45365	.regout(),
		45366	.cout(),
		45367	.cascout());
		45368	// synopsys translate_off
		45369	defparam \Selector1~1399_I .clock_enable_mode = "false";
		45370	defparam \Selector1~1399_I .lut_mask = "9000";
		45371	defparam \Selector1~1399_I .operation_mode = "normal";
		45372	defparam \Selector1~1399_I .output_mode = "comb_only";
		45373	defparam \Selector1~1399_I .packed_mode = "false";
		45374	// synopsys translate_on
		45375
		45376	// atom is at LC7_J9
		45377	flex10ke_lcell \sd_start~_wirecell_I (
		45378	// Equation(s):
		45379	// sd_start1 = !sd_start
		45380
		45381	.dataa(vcc),
		45382	.datab(vcc),
		45383	.datac(vcc),
		45384	.datad(sd_start),
		45385	.aclr(gnd),
		45386	.aload(gnd),
		45387	.clk(gnd),
		45388	.cin(gnd),
		45389	.cascin(vcc),
		45390	.devclrn(devclrn),
		45391	.devpor(devpor),
		45392	.combout(sd_start1),
		45393	.regout(),
		45394	.cout(),
		45395	.cascout());
		45396	// synopsys translate_off
		45397	defparam \sd_start~_wirecell_I .clock_enable_mode = "false";
		45398	defparam \sd_start~_wirecell_I .lut_mask = "00ff";
		45399	defparam \sd_start~_wirecell_I .operation_mode = "normal";
		45400	defparam \sd_start~_wirecell_I .output_mode = "comb_only";
		45401	defparam \sd_start~_wirecell_I .packed_mode = "false";
		45402	// synopsys translate_on
		45403
		45404	// atom is at LC2_D4
		45405	flex10ke_lcell \ide_rd_n~66_I (
		45406	// Equation(s):
		45407	// ide_rd_n1 = \iorq_n~dataout # \rd_n~dataout # \iderdeven~0 # !\WideOr1~109
		45408
		45409	.dataa(\WideOr1~109 ),
		45410	.datab(iorq_n),
		45411	.datac(rd_n),
		45412	.datad(\iderdeven~0 ),
		45413	.aclr(gnd),
		45414	.aload(gnd),
		45415	.clk(gnd),
		45416	.cin(gnd),
		45417	.cascin(vcc),
		45418	.devclrn(devclrn),
		45419	.devpor(devpor),
		45420	.combout(ide_rd_n1),
		45421	.regout(),
		45422	.cout(),
		45423	.cascout());
		45424	// synopsys translate_off
		45425	defparam \ide_rd_n~66_I .clock_enable_mode = "false";
		45426	defparam \ide_rd_n~66_I .lut_mask = "fffd";
		45427	defparam \ide_rd_n~66_I .operation_mode = "normal";
		45428	defparam \ide_rd_n~66_I .output_mode = "comb_only";
		45429	defparam \ide_rd_n~66_I .packed_mode = "false";
		45430	// synopsys translate_on
		45431
		45432	// atom is at LC2_D18
		45433	flex10ke_lcell \iowr_reg_fclk[0]~I (
		45434	// Equation(s):
		45435	// iowr_reg_fclk[0] = DFFEA(!\iorq_n~dataout & !\wr_n~dataout , GLOBAL(\fclk~dataout ), , , zpos, , )
		45436
		45437	.dataa(zpos),
		45438	.datab(vcc),
		45439	.datac(iorq_n),
		45440	.datad(wr_n),
		45441	.aclr(gnd),
		45442	.aload(gnd),
		45443	.clk(fclk),
		45444	.cin(gnd),
		45445	.cascin(vcc),
		45446	.devclrn(devclrn),
		45447	.devpor(devpor),
		45448	.combout(),
		45449	.regout(iowr_reg_fclk[0]),
		45450	.cout(),
		45451	.cascout());
		45452	// synopsys translate_off
		45453	defparam \iowr_reg_fclk[0]~I .clock_enable_mode = "true";
		45454	defparam \iowr_reg_fclk[0]~I .lut_mask = "000f";
		45455	defparam \iowr_reg_fclk[0]~I .operation_mode = "normal";
		45456	defparam \iowr_reg_fclk[0]~I .output_mode = "reg_only";
		45457	defparam \iowr_reg_fclk[0]~I .packed_mode = "false";
		45458	// synopsys translate_on
		45459
		45460	// atom is at LC4_D18
		45461	flex10ke_lcell \iowr_reg_fclk[1]~I (
		45462	// Equation(s):
		45463	// iowr_reg_fclk[1] = DFFEA(iowr_reg_fclk[0], GLOBAL(\fclk~dataout ), , , , , )
		45464
		45465	.dataa(vcc),
		45466	.datab(vcc),
		45467	.datac(vcc),
		45468	.datad(iowr_reg_fclk[0]),
		45469	.aclr(gnd),
		45470	.aload(gnd),
		45471	.clk(fclk),
		45472	.cin(gnd),
		45473	.cascin(vcc),
		45474	.devclrn(devclrn),
		45475	.devpor(devpor),
		45476	.combout(),
		45477	.regout(iowr_reg_fclk[1]),
		45478	.cout(),
		45479	.cascout());
		45480	// synopsys translate_off
		45481	defparam \iowr_reg_fclk[1]~I .clock_enable_mode = "false";
		45482	defparam \iowr_reg_fclk[1]~I .lut_mask = "ff00";
		45483	defparam \iowr_reg_fclk[1]~I .operation_mode = "normal";
		45484	defparam \iowr_reg_fclk[1]~I .output_mode = "reg_only";
		45485	defparam \iowr_reg_fclk[1]~I .packed_mode = "false";
		45486	// synopsys translate_on
		45487
		45488	// atom is at LC3_D18
		45489	flex10ke_lcell \port_wr_fclk~I (
		45490	// Equation(s):
		45491	// port_wr_fclk = DFFEA(!iowr_reg_fclk[1] & iowr_reg_fclk[0], GLOBAL(\fclk~dataout ), , , , , )
		45492
		45493	.dataa(vcc),
		45494	.datab(vcc),
		45495	.datac(iowr_reg_fclk[1]),
		45496	.datad(iowr_reg_fclk[0]),
		45497	.aclr(gnd),
		45498	.aload(gnd),
		45499	.clk(fclk),
		45500	.cin(gnd),
		45501	.cascin(vcc),
		45502	.devclrn(devclrn),
		45503	.devpor(devpor),
		45504	.combout(),
		45505	.regout(port_wr_fclk),
		45506	.cout(),
		45507	.cascout());
		45508	// synopsys translate_off
		45509	defparam \port_wr_fclk~I .clock_enable_mode = "false";
		45510	defparam \port_wr_fclk~I .lut_mask = "0f00";
		45511	defparam \port_wr_fclk~I .operation_mode = "normal";
		45512	defparam \port_wr_fclk~I .output_mode = "reg_only";
		45513	defparam \port_wr_fclk~I .packed_mode = "false";
		45514	// synopsys translate_on
		45515
		45516	// atom is at LC8_D34
		45517	flex10ke_lcell \Equal16~48_I (
		45518	// Equation(s):
		45519	// \Equal16~48 = \a~dataout [2] & \a~dataout [1] & \a~dataout [0]
		45520
		45521	.dataa(vcc),
		45522	.datab(a_2),
		45523	.datac(a_1),
		45524	.datad(a_0),
		45525	.aclr(gnd),
		45526	.aload(gnd),
		45527	.clk(gnd),
		45528	.cin(gnd),
		45529	.cascin(vcc),
		45530	.devclrn(devclrn),
		45531	.devpor(devpor),
		45532	.combout(\Equal16~48 ),
		45533	.regout(),
		45534	.cout(),
		45535	.cascout());
		45536	// synopsys translate_off
		45537	defparam \Equal16~48_I .clock_enable_mode = "false";
		45538	defparam \Equal16~48_I .lut_mask = "c000";
		45539	defparam \Equal16~48_I .operation_mode = "normal";
		45540	defparam \Equal16~48_I .output_mode = "comb_only";
		45541	defparam \Equal16~48_I .packed_mode = "false";
		45542	// synopsys translate_on
		45543
		45544	// atom is at LC1_D24
		45545	flex10ke_lcell \Equal15~33_I (
		45546	// Equation(s):
		45547	// \Equal15~33 = \Equal16~48 & \a~dataout [4] & \a~dataout [3]
		45548
		45549	.dataa(vcc),
		45550	.datab(\Equal16~48 ),
		45551	.datac(a_4),
		45552	.datad(a_3),
		45553	.aclr(gnd),
		45554	.aload(gnd),
		45555	.clk(gnd),
		45556	.cin(gnd),
		45557	.cascin(vcc),
		45558	.devclrn(devclrn),
		45559	.devpor(devpor),
		45560	.combout(\Equal15~33 ),
		45561	.regout(),
		45562	.cout(),
		45563	.cascout());
		45564	// synopsys translate_off
		45565	defparam \Equal15~33_I .clock_enable_mode = "false";
		45566	defparam \Equal15~33_I .lut_mask = "c000";
		45567	defparam \Equal15~33_I .operation_mode = "normal";
		45568	defparam \Equal15~33_I .output_mode = "comb_only";
		45569	defparam \Equal15~33_I .packed_mode = "false";
		45570	// synopsys translate_on
		45571
		45572	// atom is at LC8_D24
		45573	flex10ke_lcell \Equal15~34_I (
		45574	// Equation(s):
		45575	// \Equal15~34 = !\a~dataout [6] & \a~dataout [7] & \a~dataout [5] & \Equal15~33
		45576
		45577	.dataa(a_6),
		45578	.datab(a_7),
		45579	.datac(a_5),
		45580	.datad(\Equal15~33 ),
		45581	.aclr(gnd),
		45582	.aload(gnd),
		45583	.clk(gnd),
		45584	.cin(gnd),
		45585	.cascin(vcc),
		45586	.devclrn(devclrn),
		45587	.devpor(devpor),
		45588	.combout(\Equal15~34 ),
		45589	.regout(),
		45590	.cout(),
		45591	.cascout());
		45592	// synopsys translate_off
		45593	defparam \Equal15~34_I .clock_enable_mode = "false";
		45594	defparam \Equal15~34_I .lut_mask = "4000";
		45595	defparam \Equal15~34_I .operation_mode = "normal";
		45596	defparam \Equal15~34_I .output_mode = "comb_only";
		45597	defparam \Equal15~34_I .packed_mode = "false";
		45598	// synopsys translate_on
		45599
		45600	// atom is at LC5_D7
		45601	flex10ke_lcell \zxevbf_wr_fclk~I (
		45602	// Equation(s):
		45603	// zxevbf_wr_fclk = port_wr_fclk & \Equal15~34
		45604
		45605	.dataa(vcc),
		45606	.datab(vcc),
		45607	.datac(port_wr_fclk),
		45608	.datad(\Equal15~34 ),
		45609	.aclr(gnd),
		45610	.aload(gnd),
		45611	.clk(gnd),
		45612	.cin(gnd),
		45613	.cascin(vcc),
		45614	.devclrn(devclrn),
		45615	.devpor(devpor),
		45616	.combout(zxevbf_wr_fclk),
		45617	.regout(),
		45618	.cout(),
		45619	.cascout());
		45620	// synopsys translate_off
		45621	defparam \zxevbf_wr_fclk~I .clock_enable_mode = "false";
		45622	defparam \zxevbf_wr_fclk~I .lut_mask = "f000";
		45623	defparam \zxevbf_wr_fclk~I .operation_mode = "normal";
		45624	defparam \zxevbf_wr_fclk~I .output_mode = "comb_only";
		45625	defparam \zxevbf_wr_fclk~I .packed_mode = "false";
		45626	// synopsys translate_on
		45627
		45628	// atom is at LC4_H11
		45629	flex10ke_lcell \Equal0~44_I (
		45630	// Equation(s):
		45631	// \Equal0~44 = \a~dataout [7] & \a~dataout [5]
		45632
		45633	.dataa(vcc),
		45634	.datab(vcc),
		45635	.datac(a_7),
		45636	.datad(a_5),
		45637	.aclr(gnd),
		45638	.aload(gnd),
		45639	.clk(gnd),
		45640	.cin(gnd),
		45641	.cascin(vcc),
		45642	.devclrn(devclrn),
		45643	.devpor(devpor),
		45644	.combout(\Equal0~44 ),
		45645	.regout(),
		45646	.cout(),
		45647	.cascout());
		45648	// synopsys translate_off
		45649	defparam \Equal0~44_I .clock_enable_mode = "false";
		45650	defparam \Equal0~44_I .lut_mask = "f000";
		45651	defparam \Equal0~44_I .operation_mode = "normal";
		45652	defparam \Equal0~44_I .output_mode = "comb_only";
		45653	defparam \Equal0~44_I .packed_mode = "false";
		45654	// synopsys translate_on
		45655
		45656	// atom is at LC3_D8
		45657	flex10ke_lcell \shadow_en_reg~I (
		45658	// Equation(s):
		45659	// shadow_en_reg = DFFEA(\d[0]~7 , GLOBAL(\fclk~dataout ), rst_out_n, , zxevbf_wr_fclk, , )
		45660
		45661	.dataa(zxevbf_wr_fclk),
		45662	.datab(vcc),
		45663	.datac(vcc),
		45664	.datad(d_0),
		45665	.aclr(!rst_n),
		45666	.aload(gnd),
		45667	.clk(fclk),
		45668	.cin(gnd),
		45669	.cascin(vcc),
		45670	.devclrn(devclrn),
		45671	.devpor(devpor),
		45672	.combout(),
		45673	.regout(shadow_en_reg),
		45674	.cout(),
		45675	.cascout());
		45676	// synopsys translate_off
		45677	defparam \shadow_en_reg~I .clock_enable_mode = "true";
		45678	defparam \shadow_en_reg~I .lut_mask = "ff00";
		45679	defparam \shadow_en_reg~I .operation_mode = "normal";
		45680	defparam \shadow_en_reg~I .output_mode = "reg_only";
		45681	defparam \shadow_en_reg~I .packed_mode = "false";
		45682	// synopsys translate_on
		45683
		45684	// atom is at LC4_D8
		45685	flex10ke_lcell \shadow~I (
		45686	// Equation(s):
		45687	// shadow = shadow_en_reg # !dos
		45688
		45689	.dataa(vcc),
		45690	.datab(vcc),
		45691	.datac(dos),
		45692	.datad(shadow_en_reg),
		45693	.aclr(gnd),
		45694	.aload(gnd),
		45695	.clk(gnd),
		45696	.cin(gnd),
		45697	.cascin(vcc),
		45698	.devclrn(devclrn),
		45699	.devpor(devpor),
		45700	.combout(shadow),
		45701	.regout(),
		45702	.cout(),
		45703	.cascout());
		45704	// synopsys translate_off
		45705	defparam \shadow~I .clock_enable_mode = "false";
		45706	defparam \shadow~I .lut_mask = "ff0f";
		45707	defparam \shadow~I .operation_mode = "normal";
		45708	defparam \shadow~I .output_mode = "comb_only";
		45709	defparam \shadow~I .packed_mode = "false";
		45710	// synopsys translate_on
		45711
		45712	// atom is at LC2_D24
		45713	flex10ke_lcell \Equal20~46_I (
		45714	// Equation(s):
		45715	// \Equal20~46 = \a~dataout [7] # !\a~dataout [6] & !\a~dataout [5] # !\Equal15~33
		45716
		45717	.dataa(\Equal15~33 ),
		45718	.datab(a_6),
		45719	.datac(a_5),
		45720	.datad(a_7),
		45721	.aclr(gnd),
		45722	.aload(gnd),
		45723	.clk(gnd),
		45724	.cin(gnd),
		45725	.cascin(vcc),
		45726	.devclrn(devclrn),
		45727	.devpor(devpor),
		45728	.combout(\Equal20~46 ),
		45729	.regout(),
		45730	.cout(),
		45731	.cascout());
		45732	// synopsys translate_off
		45733	defparam \Equal20~46_I .clock_enable_mode = "false";
		45734	defparam \Equal20~46_I .lut_mask = "ff57";
		45735	defparam \Equal20~46_I .operation_mode = "normal";
		45736	defparam \Equal20~46_I .output_mode = "comb_only";
		45737	defparam \Equal20~46_I .packed_mode = "false";
		45738	// synopsys translate_on
		45739
		45740	// atom is at LC7_D26
		45741	flex10ke_lcell \Equal19~29_I (
		45742	// Equation(s):
		45743	// \Equal19~29 = !\a~dataout [7] & !\a~dataout [5] & !\a~dataout [6]
		45744
		45745	.dataa(vcc),
		45746	.datab(a_7),
		45747	.datac(a_5),
		45748	.datad(a_6),
		45749	.aclr(gnd),
		45750	.aload(gnd),
		45751	.clk(gnd),
		45752	.cin(gnd),
		45753	.cascin(vcc),
		45754	.devclrn(devclrn),
		45755	.devpor(devpor),
		45756	.combout(\Equal19~29 ),
		45757	.regout(),
		45758	.cout(),
		45759	.cascout());
		45760	// synopsys translate_off
		45761	defparam \Equal19~29_I .clock_enable_mode = "false";
		45762	defparam \Equal19~29_I .lut_mask = "0003";
		45763	defparam \Equal19~29_I .operation_mode = "normal";
		45764	defparam \Equal19~29_I .output_mode = "comb_only";
		45765	defparam \Equal19~29_I .packed_mode = "false";
		45766	// synopsys translate_on
		45767
		45768	// atom is at LC6_D31
		45769	flex10ke_lcell \Equal9~56_I (
		45770	// Equation(s):
		45771	// \Equal9~56 = !\a~dataout [1] & !\a~dataout [0] & !\a~dataout [2]
		45772
		45773	.dataa(vcc),
		45774	.datab(a_1),
		45775	.datac(a_0),
		45776	.datad(a_2),
		45777	.aclr(gnd),
		45778	.aload(gnd),
		45779	.clk(gnd),
		45780	.cin(gnd),
		45781	.cascin(vcc),
		45782	.devclrn(devclrn),
		45783	.devpor(devpor),
		45784	.combout(\Equal9~56 ),
		45785	.regout(),
		45786	.cout(),
		45787	.cascout());
		45788	// synopsys translate_off
		45789	defparam \Equal9~56_I .clock_enable_mode = "false";
		45790	defparam \Equal9~56_I .lut_mask = "0003";
		45791	defparam \Equal9~56_I .operation_mode = "normal";
		45792	defparam \Equal9~56_I .output_mode = "comb_only";
		45793	defparam \Equal9~56_I .packed_mode = "false";
		45794	// synopsys translate_on
		45795
		45796	// atom is at LC7_D22
		45797	flex10ke_lcell \porthit~590_I (
		45798	// Equation(s):
		45799	// \porthit~590 = !\Equal19~29 & !\a~dataout [3] & \Equal9~56
		45800
		45801	.dataa(vcc),
		45802	.datab(\Equal19~29 ),
		45803	.datac(a_3),
		45804	.datad(\Equal9~56 ),
		45805	.aclr(gnd),
		45806	.aload(gnd),
		45807	.clk(gnd),
		45808	.cin(gnd),
		45809	.cascin(vcc),
		45810	.devclrn(devclrn),
		45811	.devpor(devpor),
		45812	.combout(\porthit~590 ),
		45813	.regout(),
		45814	.cout(),
		45815	.cascout());
		45816	// synopsys translate_off
		45817	defparam \porthit~590_I .clock_enable_mode = "false";
		45818	defparam \porthit~590_I .lut_mask = "0300";
		45819	defparam \porthit~590_I .operation_mode = "normal";
		45820	defparam \porthit~590_I .output_mode = "comb_only";
		45821	defparam \porthit~590_I .packed_mode = "false";
		45822	// synopsys translate_on
		45823
		45824	// atom is at LC1_D26
		45825	flex10ke_lcell \Equal9~57_I (
		45826	// Equation(s):
		45827	// \Equal9~57 = !\a~dataout [5] & \a~dataout [6] & \a~dataout [3] & \a~dataout [7]
		45828
		45829	.dataa(a_5),
		45830	.datab(a_6),
		45831	.datac(a_3),
		45832	.datad(a_7),
		45833	.aclr(gnd),
		45834	.aload(gnd),
		45835	.clk(gnd),
		45836	.cin(gnd),
		45837	.cascin(vcc),
		45838	.devclrn(devclrn),
		45839	.devpor(devpor),
		45840	.combout(\Equal9~57 ),
		45841	.regout(),
		45842	.cout(),
		45843	.cascout());
		45844	// synopsys translate_off
		45845	defparam \Equal9~57_I .clock_enable_mode = "false";
		45846	defparam \Equal9~57_I .lut_mask = "4000";
		45847	defparam \Equal9~57_I .operation_mode = "normal";
		45848	defparam \Equal9~57_I .output_mode = "comb_only";
		45849	defparam \Equal9~57_I .packed_mode = "false";
		45850	// synopsys translate_on
		45851
		45852	// atom is at LC2_D26
		45853	flex10ke_lcell \Equal12~39_I (
		45854	// Equation(s):
		45855	// \Equal12~39 = !\a~dataout [3] & \a~dataout [6] & \Equal16~48 & \a~dataout [4]
		45856
		45857	.dataa(a_3),
		45858	.datab(a_6),
		45859	.datac(\Equal16~48 ),
		45860	.datad(a_4),
		45861	.aclr(gnd),
		45862	.aload(gnd),
		45863	.clk(gnd),
		45864	.cin(gnd),
		45865	.cascin(vcc),
		45866	.devclrn(devclrn),
		45867	.devpor(devpor),
		45868	.combout(\Equal12~39 ),
		45869	.regout(),
		45870	.cout(),
		45871	.cascout());
		45872	// synopsys translate_off
		45873	defparam \Equal12~39_I .clock_enable_mode = "false";
		45874	defparam \Equal12~39_I .lut_mask = "4000";
		45875	defparam \Equal12~39_I .operation_mode = "normal";
		45876	defparam \Equal12~39_I .output_mode = "comb_only";
		45877	defparam \Equal12~39_I .packed_mode = "false";
		45878	// synopsys translate_on
		45879
		45880	// atom is at LC8_D26
		45881	flex10ke_lcell \Equal13~23_I (
		45882	// Equation(s):
		45883	// \Equal13~23 = \a~dataout [7] & \a~dataout [5] & \Equal12~39
		45884
		45885	.dataa(vcc),
		45886	.datab(a_7),
		45887	.datac(a_5),
		45888	.datad(\Equal12~39 ),
		45889	.aclr(gnd),
		45890	.aload(gnd),
		45891	.clk(gnd),
		45892	.cin(gnd),
		45893	.cascin(vcc),
		45894	.devclrn(devclrn),
		45895	.devpor(devpor),
		45896	.combout(\Equal13~23 ),
		45897	.regout(),
		45898	.cout(),
		45899	.cascout());
		45900	// synopsys translate_off
		45901	defparam \Equal13~23_I .clock_enable_mode = "false";
		45902	defparam \Equal13~23_I .lut_mask = "c000";
		45903	defparam \Equal13~23_I .operation_mode = "normal";
		45904	defparam \Equal13~23_I .output_mode = "comb_only";
		45905	defparam \Equal13~23_I .packed_mode = "false";
		45906	// synopsys translate_on
		45907
		45908	// atom is at LC3_D26
		45909	flex10ke_lcell \Equal14~22_I (
		45910	// Equation(s):
		45911	// \Equal14~22 = !\a~dataout [7] & \Equal12~39 & \a~dataout [5]
		45912
		45913	.dataa(vcc),
		45914	.datab(a_7),
		45915	.datac(\Equal12~39 ),
		45916	.datad(a_5),
		45917	.aclr(gnd),
		45918	.aload(gnd),
		45919	.clk(gnd),
		45920	.cin(gnd),
		45921	.cascin(vcc),
		45922	.devclrn(devclrn),
		45923	.devpor(devpor),
		45924	.combout(\Equal14~22 ),
		45925	.regout(),
		45926	.cout(),
		45927	.cascout());
		45928	// synopsys translate_off
		45929	defparam \Equal14~22_I .clock_enable_mode = "false";
		45930	defparam \Equal14~22_I .lut_mask = "3000";
		45931	defparam \Equal14~22_I .operation_mode = "normal";
		45932	defparam \Equal14~22_I .output_mode = "comb_only";
		45933	defparam \Equal14~22_I .packed_mode = "false";
		45934	// synopsys translate_on
		45935
		45936	// atom is at LC7_F6
		45937	flex10ke_lcell \Equal0~46_I (
		45938	// Equation(s):
		45939	// \Equal0~46 = \a~dataout [2] & \a~dataout [1]
		45940
		45941	.dataa(vcc),
		45942	.datab(vcc),
		45943	.datac(a_2),
		45944	.datad(a_1),
		45945	.aclr(gnd),
		45946	.aload(gnd),
		45947	.clk(gnd),
		45948	.cin(gnd),
		45949	.cascin(vcc),
		45950	.devclrn(devclrn),
		45951	.devpor(devpor),
		45952	.combout(\Equal0~46 ),
		45953	.regout(),
		45954	.cout(),
		45955	.cascout());
		45956	// synopsys translate_off
		45957	defparam \Equal0~46_I .clock_enable_mode = "false";
		45958	defparam \Equal0~46_I .lut_mask = "f000";
		45959	defparam \Equal0~46_I .operation_mode = "normal";
		45960	defparam \Equal0~46_I .output_mode = "comb_only";
		45961	defparam \Equal0~46_I .packed_mode = "false";
		45962	// synopsys translate_on
		45963
		45964	// atom is at LC2_H25
		45965	flex10ke_lcell \Equal0~45_I (
		45966	// Equation(s):
		45967	// \Equal0~45 = \Equal0~44 & \a~dataout [6] & \a~dataout [3] & \a~dataout [4]
		45968
		45969	.dataa(\Equal0~44 ),
		45970	.datab(a_6),
		45971	.datac(a_3),
		45972	.datad(a_4),
		45973	.aclr(gnd),
		45974	.aload(gnd),
		45975	.clk(gnd),
		45976	.cin(gnd),
		45977	.cascin(vcc),
		45978	.devclrn(devclrn),
		45979	.devpor(devpor),
		45980	.combout(\Equal0~45 ),
		45981	.regout(),
		45982	.cout(),
		45983	.cascout());
		45984	// synopsys translate_off
		45985	defparam \Equal0~45_I .clock_enable_mode = "false";
		45986	defparam \Equal0~45_I .lut_mask = "8000";
		45987	defparam \Equal0~45_I .operation_mode = "normal";
		45988	defparam \Equal0~45_I .output_mode = "comb_only";
		45989	defparam \Equal0~45_I .packed_mode = "false";
		45990	// synopsys translate_on
		45991
		45992	// atom is at LC2_F6
		45993	flex10ke_lcell \Equal17~39_I (
		45994	// Equation(s):
		45995	// \Equal17~39 = !\a~dataout [1] & \a~dataout [2] & \a~dataout [0] & \Equal0~45
		45996
		45997	.dataa(a_1),
		45998	.datab(a_2),
		45999	.datac(a_0),
		46000	.datad(\Equal0~45 ),
		46001	.aclr(gnd),
		46002	.aload(gnd),
		46003	.clk(gnd),
		46004	.cin(gnd),
		46005	.cascin(vcc),
		46006	.devclrn(devclrn),
		46007	.devpor(devpor),
		46008	.combout(\Equal17~39 ),
		46009	.regout(),
		46010	.cout(),
		46011	.cascout());
		46012	// synopsys translate_off
		46013	defparam \Equal17~39_I .clock_enable_mode = "false";
		46014	defparam \Equal17~39_I .lut_mask = "4000";
		46015	defparam \Equal17~39_I .operation_mode = "normal";
		46016	defparam \Equal17~39_I .output_mode = "comb_only";
		46017	defparam \Equal17~39_I .packed_mode = "false";
		46018	// synopsys translate_on
		46019
		46020	// atom is at LC5_F6
		46021	flex10ke_lcell \porthit~588_I (
		46022	// Equation(s):
		46023	// \porthit~588 = \Equal17~39 # !\a~dataout [0] & \Equal0~46 & \Equal0~45
		46024
		46025	.dataa(a_0),
		46026	.datab(\Equal0~46 ),
		46027	.datac(\Equal0~45 ),
		46028	.datad(\Equal17~39 ),
		46029	.aclr(gnd),
		46030	.aload(gnd),
		46031	.clk(gnd),
		46032	.cin(gnd),
		46033	.cascin(vcc),
		46034	.devclrn(devclrn),
		46035	.devpor(devpor),
		46036	.combout(\porthit~588 ),
		46037	.regout(),
		46038	.cout(),
		46039	.cascout());
		46040	// synopsys translate_off
		46041	defparam \porthit~588_I .clock_enable_mode = "false";
		46042	defparam \porthit~588_I .lut_mask = "ff40";
		46043	defparam \porthit~588_I .operation_mode = "normal";
		46044	defparam \porthit~588_I .output_mode = "comb_only";
		46045	defparam \porthit~588_I .packed_mode = "false";
		46046	// synopsys translate_on
		46047
		46048	// atom is at LC5_D22
		46049	flex10ke_lcell \porthit~589_I (
		46050	// Equation(s):
		46051	// \porthit~599 = !\Equal12~40 & !\Equal13~23 & !\Equal14~22 & !\porthit~588
		46052
		46053	.dataa(\Equal12~40 ),
		46054	.datab(\Equal13~23 ),
		46055	.datac(\Equal14~22 ),
		46056	.datad(\porthit~588 ),
		46057	.aclr(gnd),
		46058	.aload(gnd),
		46059	.clk(gnd),
		46060	.cin(gnd),
		46061	.cascin(vcc),
		46062	.devclrn(devclrn),
		46063	.devpor(devpor),
		46064	.combout(\porthit~589 ),
		46065	.regout(),
		46066	.cout(),
		46067	.cascout(\porthit~599 ));
		46068	// synopsys translate_off
		46069	defparam \porthit~589_I .clock_enable_mode = "false";
		46070	defparam \porthit~589_I .lut_mask = "0001";
		46071	defparam \porthit~589_I .operation_mode = "normal";
		46072	defparam \porthit~589_I .output_mode = "none";
		46073	defparam \porthit~589_I .packed_mode = "false";
		46074	// synopsys translate_on
		46075
		46076	// atom is at LC6_D22
		46077	flex10ke_lcell \porthit~592_I (
		46078	// Equation(s):
		46079	// \porthit~592 = (!\porthit~590 & (!\Equal16~48 # !\Equal9~57 ) # !\a~dataout [4]) & CASCADE(\porthit~599 )
		46080
		46081	.dataa(a_4),
		46082	.datab(\porthit~590 ),
		46083	.datac(\Equal9~57 ),
		46084	.datad(\Equal16~48 ),
		46085	.aclr(gnd),
		46086	.aload(gnd),
		46087	.clk(gnd),
		46088	.cin(gnd),
		46089	.cascin(\porthit~599 ),
		46090	.devclrn(devclrn),
		46091	.devpor(devpor),
		46092	.combout(\porthit~592 ),
		46093	.regout(),
		46094	.cout(),
		46095	.cascout());
		46096	// synopsys translate_off
		46097	defparam \porthit~592_I .clock_enable_mode = "false";
		46098	defparam \porthit~592_I .lut_mask = "5777";
		46099	defparam \porthit~592_I .operation_mode = "normal";
		46100	defparam \porthit~592_I .output_mode = "comb_only";
		46101	defparam \porthit~592_I .packed_mode = "false";
		46102	// synopsys translate_on
		46103
		46104	// atom is at LC2_D22
		46105	flex10ke_lcell \Equal9~58_I (
		46106	// Equation(s):
		46107	// \Equal9~58 = !\a~dataout [4] & \Equal9~57 & \Equal9~56
		46108
		46109	.dataa(vcc),
		46110	.datab(a_4),
		46111	.datac(\Equal9~57 ),
		46112	.datad(\Equal9~56 ),
		46113	.aclr(gnd),
		46114	.aload(gnd),
		46115	.clk(gnd),
		46116	.cin(gnd),
		46117	.cascin(vcc),
		46118	.devclrn(devclrn),
		46119	.devpor(devpor),
		46120	.combout(\Equal9~58 ),
		46121	.regout(),
		46122	.cout(),
		46123	.cascout());
		46124	// synopsys translate_off
		46125	defparam \Equal9~58_I .clock_enable_mode = "false";
		46126	defparam \Equal9~58_I .lut_mask = "3000";
		46127	defparam \Equal9~58_I .operation_mode = "normal";
		46128	defparam \Equal9~58_I .output_mode = "comb_only";
		46129	defparam \Equal9~58_I .packed_mode = "false";
		46130	// synopsys translate_on
		46131
		46132	// atom is at LC3_H25
		46133	flex10ke_lcell \Equal16~50_I (
		46134	// Equation(s):
		46135	// \Equal16~50 = \Equal16~49 & \Equal0~44 & \a~dataout [6] & \Equal16~48
		46136
		46137	.dataa(\Equal16~49 ),
		46138	.datab(\Equal0~44 ),
		46139	.datac(a_6),
		46140	.datad(\Equal16~48 ),
		46141	.aclr(gnd),
		46142	.aload(gnd),
		46143	.clk(gnd),
		46144	.cin(gnd),
		46145	.cascin(vcc),
		46146	.devclrn(devclrn),
		46147	.devpor(devpor),
		46148	.combout(\Equal16~50 ),
		46149	.regout(),
		46150	.cout(),
		46151	.cascout());
		46152	// synopsys translate_off
		46153	defparam \Equal16~50_I .clock_enable_mode = "false";
		46154	defparam \Equal16~50_I .lut_mask = "8000";
		46155	defparam \Equal16~50_I .operation_mode = "normal";
		46156	defparam \Equal16~50_I .output_mode = "comb_only";
		46157	defparam \Equal16~50_I .packed_mode = "false";
		46158	// synopsys translate_on
		46159
		46160	// atom is at LC3_D31
		46161	flex10ke_lcell \Equal23~24_I (
		46162	// Equation(s):
		46163	// \Equal23~24 = !\a~dataout [3] & \a~dataout [4] & \Equal19~29 & \Equal9~56
		46164
		46165	.dataa(a_3),
		46166	.datab(a_4),
		46167	.datac(\Equal19~29 ),
		46168	.datad(\Equal9~56 ),
		46169	.aclr(gnd),
		46170	.aload(gnd),
		46171	.clk(gnd),
		46172	.cin(gnd),
		46173	.cascin(vcc),
		46174	.devclrn(devclrn),
		46175	.devpor(devpor),
		46176	.combout(\Equal23~24 ),
		46177	.regout(),
		46178	.cout(),
		46179	.cascout());
		46180	// synopsys translate_off
		46181	defparam \Equal23~24_I .clock_enable_mode = "false";
		46182	defparam \Equal23~24_I .lut_mask = "4000";
		46183	defparam \Equal23~24_I .operation_mode = "normal";
		46184	defparam \Equal23~24_I .output_mode = "comb_only";
		46185	defparam \Equal23~24_I .packed_mode = "false";
		46186	// synopsys translate_on
		46187
		46188	// atom is at LC5_D31
		46189	flex10ke_lcell \Equal19~30_I (
		46190	// Equation(s):
		46191	// \Equal19~30 = \Equal16~48 & \a~dataout [4] & \a~dataout [3] & \Equal19~29
		46192
		46193	.dataa(\Equal16~48 ),
		46194	.datab(a_4),
		46195	.datac(a_3),
		46196	.datad(\Equal19~29 ),
		46197	.aclr(gnd),
		46198	.aload(gnd),
		46199	.clk(gnd),
		46200	.cin(gnd),
		46201	.cascin(vcc),
		46202	.devclrn(devclrn),
		46203	.devpor(devpor),
		46204	.combout(\Equal19~30 ),
		46205	.regout(),
		46206	.cout(),
		46207	.cascout());
		46208	// synopsys translate_off
		46209	defparam \Equal19~30_I .clock_enable_mode = "false";
		46210	defparam \Equal19~30_I .lut_mask = "8000";
		46211	defparam \Equal19~30_I .operation_mode = "normal";
		46212	defparam \Equal19~30_I .output_mode = "comb_only";
		46213	defparam \Equal19~30_I .packed_mode = "false";
		46214	// synopsys translate_on
		46215
		46216	// atom is at LC1_D31
		46217	flex10ke_lcell \porthit~581_I (
		46218	// Equation(s):
		46219	// \porthit~581 = \Equal1~41 # \Equal23~24 # \Equal15~34 # \Equal19~30
		46220
		46221	.dataa(\Equal1~41 ),
		46222	.datab(\Equal23~24 ),
		46223	.datac(\Equal15~34 ),
		46224	.datad(\Equal19~30 ),
		46225	.aclr(gnd),
		46226	.aload(gnd),
		46227	.clk(gnd),
		46228	.cin(gnd),
		46229	.cascin(vcc),
		46230	.devclrn(devclrn),
		46231	.devpor(devpor),
		46232	.combout(\porthit~581 ),
		46233	.regout(),
		46234	.cout(),
		46235	.cascout());
		46236	// synopsys translate_off
		46237	defparam \porthit~581_I .clock_enable_mode = "false";
		46238	defparam \porthit~581_I .lut_mask = "fffe";
		46239	defparam \porthit~581_I .operation_mode = "normal";
		46240	defparam \porthit~581_I .output_mode = "comb_only";
		46241	defparam \porthit~581_I .packed_mode = "false";
		46242	// synopsys translate_on
		46243
		46244	// atom is at LC1_D22
		46245	flex10ke_lcell \porthit~583_I (
		46246	// Equation(s):
		46247	// \porthit~583 = \Equal9~58 # \Equal16~50 # \porthit~581 # !\porthit~592
		46248
		46249	.dataa(\porthit~592 ),
		46250	.datab(\Equal9~58 ),
		46251	.datac(\Equal16~50 ),
		46252	.datad(\porthit~581 ),
		46253	.aclr(gnd),
		46254	.aload(gnd),
		46255	.clk(gnd),
		46256	.cin(gnd),
		46257	.cascin(vcc),
		46258	.devclrn(devclrn),
		46259	.devpor(devpor),
		46260	.combout(\porthit~583 ),
		46261	.regout(),
		46262	.cout(),
		46263	.cascout());
		46264	// synopsys translate_off
		46265	defparam \porthit~583_I .clock_enable_mode = "false";
		46266	defparam \porthit~583_I .lut_mask = "fffd";
		46267	defparam \porthit~583_I .operation_mode = "normal";
		46268	defparam \porthit~583_I .output_mode = "comb_only";
		46269	defparam \porthit~583_I .packed_mode = "false";
		46270	// synopsys translate_on
		46271
		46272	// atom is at LC6_D18
		46273	flex10ke_lcell \vg_cs_n~27_I (
		46274	// Equation(s):
		46275	// \vg_cs_n~27 = !\iorq_n~dataout & (!\rd_n~dataout # !\wr_n~dataout )
		46276
		46277	.dataa(vcc),
		46278	.datab(iorq_n),
		46279	.datac(wr_n),
		46280	.datad(rd_n),
		46281	.aclr(gnd),
		46282	.aload(gnd),
		46283	.clk(gnd),
		46284	.cin(gnd),
		46285	.cascin(vcc),
		46286	.devclrn(devclrn),
		46287	.devpor(devpor),
		46288	.combout(\vg_cs_n~27 ),
		46289	.regout(),
		46290	.cout(),
		46291	.cascout());
		46292	// synopsys translate_off
		46293	defparam \vg_cs_n~27_I .clock_enable_mode = "false";
		46294	defparam \vg_cs_n~27_I .lut_mask = "0333";
		46295	defparam \vg_cs_n~27_I .operation_mode = "normal";
		46296	defparam \vg_cs_n~27_I .output_mode = "comb_only";
		46297	defparam \vg_cs_n~27_I .packed_mode = "false";
		46298	// synopsys translate_on
		46299
		46300	// atom is at LC1_F6
		46301	flex10ke_lcell \portfe_wr~I (
		46302	// Equation(s):
		46303	// portfe_wr = !\a~dataout [0] & port_wr & \Equal0~46 & \Equal0~45
		46304
		46305	.dataa(a_0),
		46306	.datab(port_wr),
		46307	.datac(\Equal0~46 ),
		46308	.datad(\Equal0~45 ),
		46309	.aclr(gnd),
		46310	.aload(gnd),
		46311	.clk(gnd),
		46312	.cin(gnd),
		46313	.cascin(vcc),
		46314	.devclrn(devclrn),
		46315	.devpor(devpor),
		46316	.combout(portfe_wr),
		46317	.regout(),
		46318	.cout(),
		46319	.cascout());
		46320	// synopsys translate_off
		46321	defparam \portfe_wr~I .clock_enable_mode = "false";
		46322	defparam \portfe_wr~I .lut_mask = "4000";
		46323	defparam \portfe_wr~I .operation_mode = "normal";
		46324	defparam \portfe_wr~I .output_mode = "comb_only";
		46325	defparam \portfe_wr~I .packed_mode = "false";
		46326	// synopsys translate_on
		46327
		46328	// atom is at LC3_D22
		46329	flex10ke_lcell \WideOr1~109_I (
		46330	// Equation(s):
		46331	// \WideOr1~109 = \Equal9~56 & (\a~dataout [4] & !\a~dataout [3] # !\a~dataout [4] & (\Equal9~57 ))
		46332
		46333	.dataa(a_3),
		46334	.datab(a_4),
		46335	.datac(\Equal9~57 ),
		46336	.datad(\Equal9~56 ),
		46337	.aclr(gnd),
		46338	.aload(gnd),
		46339	.clk(gnd),
		46340	.cin(gnd),
		46341	.cascin(vcc),
		46342	.devclrn(devclrn),
		46343	.devpor(devpor),
		46344	.combout(\WideOr1~109 ),
		46345	.regout(),
		46346	.cout(),
		46347	.cascout());
		46348	// synopsys translate_off
		46349	defparam \WideOr1~109_I .clock_enable_mode = "false";
		46350	defparam \WideOr1~109_I .lut_mask = "7400";
		46351	defparam \WideOr1~109_I .operation_mode = "normal";
		46352	defparam \WideOr1~109_I .output_mode = "comb_only";
		46353	defparam \WideOr1~109_I .packed_mode = "false";
		46354	// synopsys translate_on
		46355
		46356	// atom is at LC8_D4
		46357	flex10ke_lcell \iord_reg~I (
		46358	// Equation(s):
		46359	// iord_reg = DFFEA(!\iorq_n~dataout & !\rd_n~dataout , GLOBAL(\clkz_in~dataout ), , , , , )
		46360
		46361	.dataa(vcc),
		46362	.datab(vcc),
		46363	.datac(iorq_n),
		46364	.datad(rd_n),
		46365	.aclr(gnd),
		46366	.aload(gnd),
		46367	.clk(zclk),
		46368	.cin(gnd),
		46369	.cascin(vcc),
		46370	.devclrn(devclrn),
		46371	.devpor(devpor),
		46372	.combout(),
		46373	.regout(iord_reg),
		46374	.cout(),
		46375	.cascout());
		46376	// synopsys translate_off
		46377	defparam \iord_reg~I .clock_enable_mode = "false";
		46378	defparam \iord_reg~I .lut_mask = "000f";
		46379	defparam \iord_reg~I .operation_mode = "normal";
		46380	defparam \iord_reg~I .output_mode = "reg_only";
		46381	defparam \iord_reg~I .packed_mode = "false";
		46382	// synopsys translate_on
		46383
		46384	// atom is at LC5_D4
		46385	flex10ke_lcell \port_rd~I (
		46386	// Equation(s):
		46387	// port_rd = DFFEA(!iord_reg & !\iorq_n~dataout & !\rd_n~dataout , GLOBAL(\clkz_in~dataout ), , , , , )
		46388
		46389	.dataa(vcc),
		46390	.datab(iord_reg),
		46391	.datac(iorq_n),
		46392	.datad(rd_n),
		46393	.aclr(gnd),
		46394	.aload(gnd),
		46395	.clk(zclk),
		46396	.cin(gnd),
		46397	.cascin(vcc),
		46398	.devclrn(devclrn),
		46399	.devpor(devpor),
		46400	.combout(),
		46401	.regout(port_rd),
		46402	.cout(),
		46403	.cascout());
		46404	// synopsys translate_off
		46405	defparam \port_rd~I .clock_enable_mode = "false";
		46406	defparam \port_rd~I .lut_mask = "0003";
		46407	defparam \port_rd~I .operation_mode = "normal";
		46408	defparam \port_rd~I .output_mode = "reg_only";
		46409	defparam \port_rd~I .packed_mode = "false";
		46410	// synopsys translate_on
		46411
		46412	// atom is at LC4_D4
		46413	flex10ke_lcell \ide_rd_trig~I (
		46414	// Equation(s):
		46415	// ide_rd_trig = DFFEA(ide_rd_trig & !\always9~80 # !ide_rd_trig & (port_rd & \Equal23~24 ), GLOBAL(\clkz_in~dataout ), , , , , )
		46416
		46417	.dataa(\always9~80 ),
		46418	.datab(ide_rd_trig),
		46419	.datac(port_rd),
		46420	.datad(\Equal23~24 ),
		46421	.aclr(gnd),
		46422	.aload(gnd),
		46423	.clk(zclk),
		46424	.cin(gnd),
		46425	.cascin(vcc),
		46426	.devclrn(devclrn),
		46427	.devpor(devpor),
		46428	.combout(),
		46429	.regout(ide_rd_trig),
		46430	.cout(),
		46431	.cascout());
		46432	// synopsys translate_off
		46433	defparam \ide_rd_trig~I .clock_enable_mode = "false";
		46434	defparam \ide_rd_trig~I .lut_mask = "7444";
		46435	defparam \ide_rd_trig~I .operation_mode = "normal";
		46436	defparam \ide_rd_trig~I .output_mode = "reg_only";
		46437	defparam \ide_rd_trig~I .packed_mode = "false";
		46438	// synopsys translate_on
		46439
		46440	// atom is at LC6_D4
		46441	flex10ke_lcell \ide_rd_latch~I (
		46442	// Equation(s):
		46443	// ide_rd_latch = \rd_n~dataout & (ide_rd_trig) # !\rd_n~dataout & ide_rd_latch
		46444
		46445	.dataa(vcc),
		46446	.datab(rd_n),
		46447	.datac(ide_rd_latch),
		46448	.datad(ide_rd_trig),
		46449	.aclr(gnd),
		46450	.aload(gnd),
		46451	.clk(gnd),
		46452	.cin(gnd),
		46453	.cascin(vcc),
		46454	.devclrn(devclrn),
		46455	.devpor(devpor),
		46456	.combout(ide_rd_latch),
		46457	.regout(),
		46458	.cout(),
		46459	.cascout());
		46460	// synopsys translate_off
		46461	defparam \ide_rd_latch~I .clock_enable_mode = "false";
		46462	defparam \ide_rd_latch~I .lut_mask = "fc30";
		46463	defparam \ide_rd_latch~I .operation_mode = "normal";
		46464	defparam \ide_rd_latch~I .output_mode = "comb_only";
		46465	defparam \ide_rd_latch~I .packed_mode = "false";
		46466	// synopsys translate_on
		46467
		46468	// atom is at LC3_D4
		46469	flex10ke_lcell \iderdeven~0_I (
		46470	// Equation(s):
		46471	// \iderdeven~0 = ide_rd_latch & \Equal23~24
		46472
		46473	.dataa(vcc),
		46474	.datab(vcc),
		46475	.datac(ide_rd_latch),
		46476	.datad(\Equal23~24 ),
		46477	.aclr(gnd),
		46478	.aload(gnd),
		46479	.clk(gnd),
		46480	.cin(gnd),
		46481	.cascin(vcc),
		46482	.devclrn(devclrn),
		46483	.devpor(devpor),
		46484	.combout(\iderdeven~0 ),
		46485	.regout(),
		46486	.cout(),
		46487	.cascout());
		46488	// synopsys translate_off
		46489	defparam \iderdeven~0_I .clock_enable_mode = "false";
		46490	defparam \iderdeven~0_I .lut_mask = "f000";
		46491	defparam \iderdeven~0_I .operation_mode = "normal";
		46492	defparam \iderdeven~0_I .output_mode = "comb_only";
		46493	defparam \iderdeven~0_I .packed_mode = "false";
		46494	// synopsys translate_on
		46495
		46496	// atom is at LC2_D31
		46497	flex10ke_lcell \Equal1~40_I (
		46498	// Equation(s):
		46499	// \Equal1~40 = !\a~dataout [3] & \a~dataout [4] & \Equal19~29
		46500
		46501	.dataa(vcc),
		46502	.datab(a_3),
		46503	.datac(a_4),
		46504	.datad(\Equal19~29 ),
		46505	.aclr(gnd),
		46506	.aload(gnd),
		46507	.clk(gnd),
		46508	.cin(gnd),
		46509	.cascin(vcc),
		46510	.devclrn(devclrn),
		46511	.devpor(devpor),
		46512	.combout(\Equal1~40 ),
		46513	.regout(),
		46514	.cout(),
		46515	.cascout());
		46516	// synopsys translate_off
		46517	defparam \Equal1~40_I .clock_enable_mode = "false";
		46518	defparam \Equal1~40_I .lut_mask = "3000";
		46519	defparam \Equal1~40_I .operation_mode = "normal";
		46520	defparam \Equal1~40_I .output_mode = "comb_only";
		46521	defparam \Equal1~40_I .packed_mode = "false";
		46522	// synopsys translate_on
		46523
		46524	// atom is at LC8_D31
		46525	flex10ke_lcell \Equal1~41_I (
		46526	// Equation(s):
		46527	// \Equal1~41 = !\a~dataout [2] & !\a~dataout [1] & \a~dataout [0] & \Equal1~40
		46528
		46529	.dataa(a_2),
		46530	.datab(a_1),
		46531	.datac(a_0),
		46532	.datad(\Equal1~40 ),
		46533	.aclr(gnd),
		46534	.aload(gnd),
		46535	.clk(gnd),
		46536	.cin(gnd),
		46537	.cascin(vcc),
		46538	.devclrn(devclrn),
		46539	.devpor(devpor),
		46540	.combout(\Equal1~41 ),
		46541	.regout(),
		46542	.cout(),
		46543	.cascout());
		46544	// synopsys translate_off
		46545	defparam \Equal1~41_I .clock_enable_mode = "false";
		46546	defparam \Equal1~41_I .lut_mask = "1000";
		46547	defparam \Equal1~41_I .operation_mode = "normal";
		46548	defparam \Equal1~41_I .output_mode = "comb_only";
		46549	defparam \Equal1~41_I .packed_mode = "false";
		46550	// synopsys translate_on
		46551
		46552	// atom is at LC6_D5
		46553	flex10ke_lcell \ide_wrhi_trig~I (
		46554	// Equation(s):
		46555	// ide_wrhi_trig = DFFEA(\Equal1~41 & port_wr, GLOBAL(\clkz_in~dataout ), , , \always9~80 , , )
		46556
		46557	.dataa(\always9~80 ),
		46558	.datab(vcc),
		46559	.datac(\Equal1~41 ),
		46560	.datad(port_wr),
		46561	.aclr(gnd),
		46562	.aload(gnd),
		46563	.clk(zclk),
		46564	.cin(gnd),
		46565	.cascin(vcc),
		46566	.devclrn(devclrn),
		46567	.devpor(devpor),
		46568	.combout(),
		46569	.regout(ide_wrhi_trig),
		46570	.cout(),
		46571	.cascout());
		46572	// synopsys translate_off
		46573	defparam \ide_wrhi_trig~I .clock_enable_mode = "true";
		46574	defparam \ide_wrhi_trig~I .lut_mask = "f000";
		46575	defparam \ide_wrhi_trig~I .operation_mode = "normal";
		46576	defparam \ide_wrhi_trig~I .output_mode = "reg_only";
		46577	defparam \ide_wrhi_trig~I .packed_mode = "false";
		46578	// synopsys translate_on
		46579
		46580	// atom is at LC5_D20
		46581	flex10ke_lcell \always11~20_I (
		46582	// Equation(s):
		46583	// \always11~20 = !ide_wrlo_trig & port_wr & \Equal23~24
		46584
		46585	.dataa(vcc),
		46586	.datab(ide_wrlo_trig),
		46587	.datac(port_wr),
		46588	.datad(\Equal23~24 ),
		46589	.aclr(gnd),
		46590	.aload(gnd),
		46591	.clk(gnd),
		46592	.cin(gnd),
		46593	.cascin(vcc),
		46594	.devclrn(devclrn),
		46595	.devpor(devpor),
		46596	.combout(\always11~20 ),
		46597	.regout(),
		46598	.cout(),
		46599	.cascout());
		46600	// synopsys translate_off
		46601	defparam \always11~20_I .clock_enable_mode = "false";
		46602	defparam \always11~20_I .lut_mask = "3000";
		46603	defparam \always11~20_I .operation_mode = "normal";
		46604	defparam \always11~20_I .output_mode = "comb_only";
		46605	defparam \always11~20_I .packed_mode = "false";
		46606	// synopsys translate_on
		46607
		46608	// atom is at LC2_D20
		46609	flex10ke_lcell \ide_wrlo_trig~I (
		46610	// Equation(s):
		46611	// ide_wrlo_trig = DFFEA(!ide_wrhi_trig & \always11~20 , GLOBAL(\clkz_in~dataout ), , , \always9~80 , , )
		46612
		46613	.dataa(\always9~80 ),
		46614	.datab(vcc),
		46615	.datac(ide_wrhi_trig),
		46616	.datad(\always11~20 ),
		46617	.aclr(gnd),
		46618	.aload(gnd),
		46619	.clk(zclk),
		46620	.cin(gnd),
		46621	.cascin(vcc),
		46622	.devclrn(devclrn),
		46623	.devpor(devpor),
		46624	.combout(),
		46625	.regout(ide_wrlo_trig),
		46626	.cout(),
		46627	.cascout());
		46628	// synopsys translate_off
		46629	defparam \ide_wrlo_trig~I .clock_enable_mode = "true";
		46630	defparam \ide_wrlo_trig~I .lut_mask = "0f00";
		46631	defparam \ide_wrlo_trig~I .operation_mode = "normal";
		46632	defparam \ide_wrlo_trig~I .output_mode = "reg_only";
		46633	defparam \ide_wrlo_trig~I .packed_mode = "false";
		46634	// synopsys translate_on
		46635
		46636	// atom is at LC6_D20
		46637	flex10ke_lcell \ide_wrlo_latch~I (
		46638	// Equation(s):
		46639	// ide_wrlo_latch = \wr_n~dataout & (ide_wrlo_trig) # !\wr_n~dataout & ide_wrlo_latch
		46640
		46641	.dataa(vcc),
		46642	.datab(wr_n),
		46643	.datac(ide_wrlo_latch),
		46644	.datad(ide_wrlo_trig),
		46645	.aclr(gnd),
		46646	.aload(gnd),
		46647	.clk(gnd),
		46648	.cin(gnd),
		46649	.cascin(vcc),
		46650	.devclrn(devclrn),
		46651	.devpor(devpor),
		46652	.combout(ide_wrlo_latch),
		46653	.regout(),
		46654	.cout(),
		46655	.cascout());
		46656	// synopsys translate_off
		46657	defparam \ide_wrlo_latch~I .clock_enable_mode = "false";
		46658	defparam \ide_wrlo_latch~I .lut_mask = "fc30";
		46659	defparam \ide_wrlo_latch~I .operation_mode = "normal";
		46660	defparam \ide_wrlo_latch~I .output_mode = "comb_only";
		46661	defparam \ide_wrlo_latch~I .packed_mode = "false";
		46662	// synopsys translate_on
		46663
		46664	// atom is at LC5_D5
		46665	flex10ke_lcell \ide_wrhi_latch~I (
		46666	// Equation(s):
		46667	// ide_wrhi_latch = \wr_n~dataout & (ide_wrhi_trig) # !\wr_n~dataout & ide_wrhi_latch
		46668
		46669	.dataa(vcc),
		46670	.datab(wr_n),
		46671	.datac(ide_wrhi_latch),
		46672	.datad(ide_wrhi_trig),
		46673	.aclr(gnd),
		46674	.aload(gnd),
		46675	.clk(gnd),
		46676	.cin(gnd),
		46677	.cascin(vcc),
		46678	.devclrn(devclrn),
		46679	.devpor(devpor),
		46680	.combout(ide_wrhi_latch),
		46681	.regout(),
		46682	.cout(),
		46683	.cascout());
		46684	// synopsys translate_off
		46685	defparam \ide_wrhi_latch~I .clock_enable_mode = "false";
		46686	defparam \ide_wrhi_latch~I .lut_mask = "fc30";
		46687	defparam \ide_wrhi_latch~I .operation_mode = "normal";
		46688	defparam \ide_wrhi_latch~I .output_mode = "comb_only";
		46689	defparam \ide_wrhi_latch~I .packed_mode = "false";
		46690	// synopsys translate_on
		46691
		46692	// atom is at LC2_D5
		46693	flex10ke_lcell \ide_wr_n~3_I (
		46694	// Equation(s):
		46695	// \ide_wr_n~3 = !ide_wrlo_latch & !ide_wrhi_latch & \Equal23~24
		46696
		46697	.dataa(vcc),
		46698	.datab(ide_wrlo_latch),
		46699	.datac(ide_wrhi_latch),
		46700	.datad(\Equal23~24 ),
		46701	.aclr(gnd),
		46702	.aload(gnd),
		46703	.clk(gnd),
		46704	.cin(gnd),
		46705	.cascin(vcc),
		46706	.devclrn(devclrn),
		46707	.devpor(devpor),
		46708	.combout(\ide_wr_n~3 ),
		46709	.regout(),
		46710	.cout(),
		46711	.cascout());
		46712	// synopsys translate_off
		46713	defparam \ide_wr_n~3_I .clock_enable_mode = "false";
		46714	defparam \ide_wr_n~3_I .lut_mask = "0300";
		46715	defparam \ide_wr_n~3_I .operation_mode = "normal";
		46716	defparam \ide_wr_n~3_I .output_mode = "comb_only";
		46717	defparam \ide_wr_n~3_I .packed_mode = "false";
		46718	// synopsys translate_on
		46719
		46720	// atom is at LC7_D8
		46721	flex10ke_lcell \sdcfg_wr~122_I (
		46722	// Equation(s):
		46723	// \sdcfg_wr~122 = \a~dataout [15] & (shadow_en_reg # !dos)
		46724
		46725	.dataa(vcc),
		46726	.datab(dos),
		46727	.datac(shadow_en_reg),
		46728	.datad(a_15),
		46729	.aclr(gnd),
		46730	.aload(gnd),
		46731	.clk(gnd),
		46732	.cin(gnd),
		46733	.cascin(vcc),
		46734	.devclrn(devclrn),
		46735	.devpor(devpor),
		46736	.combout(\sdcfg_wr~122 ),
		46737	.regout(),
		46738	.cout(),
		46739	.cascout());
		46740	// synopsys translate_off
		46741	defparam \sdcfg_wr~122_I .clock_enable_mode = "false";
		46742	defparam \sdcfg_wr~122_I .lut_mask = "f300";
		46743	defparam \sdcfg_wr~122_I .operation_mode = "normal";
		46744	defparam \sdcfg_wr~122_I .output_mode = "comb_only";
		46745	defparam \sdcfg_wr~122_I .packed_mode = "false";
		46746	// synopsys translate_on
		46747
		46748	// atom is at LC5_D26
		46749	flex10ke_lcell \Equal12~40_I (
		46750	// Equation(s):
		46751	// \Equal12~40 = !\a~dataout [7] & !\a~dataout [5] & \Equal12~39
		46752
		46753	.dataa(vcc),
		46754	.datab(a_7),
		46755	.datac(a_5),
		46756	.datad(\Equal12~39 ),
		46757	.aclr(gnd),
		46758	.aload(gnd),
		46759	.clk(gnd),
		46760	.cin(gnd),
		46761	.cascin(vcc),
		46762	.devclrn(devclrn),
		46763	.devpor(devpor),
		46764	.combout(\Equal12~40 ),
		46765	.regout(),
		46766	.cout(),
		46767	.cascout());
		46768	// synopsys translate_off
		46769	defparam \Equal12~40_I .clock_enable_mode = "false";
		46770	defparam \Equal12~40_I .lut_mask = "0300";
		46771	defparam \Equal12~40_I .operation_mode = "normal";
		46772	defparam \Equal12~40_I .output_mode = "comb_only";
		46773	defparam \Equal12~40_I .packed_mode = "false";
		46774	// synopsys translate_on
		46775
		46776	// atom is at LC1_D12
		46777	flex10ke_lcell \sdcfg_wr~123_I (
		46778	// Equation(s):
		46779	// \sdcfg_wr~123 = shadow & (\sdcfg_wr~122 & \Equal12~40 ) # !shadow & (\Equal14~22 # \sdcfg_wr~122 & \Equal12~40 )
		46780
		46781	.dataa(shadow),
		46782	.datab(\Equal14~22 ),
		46783	.datac(\sdcfg_wr~122 ),
		46784	.datad(\Equal12~40 ),
		46785	.aclr(gnd),
		46786	.aload(gnd),
		46787	.clk(gnd),
		46788	.cin(gnd),
		46789	.cascin(vcc),
		46790	.devclrn(devclrn),
		46791	.devpor(devpor),
		46792	.combout(\sdcfg_wr~123 ),
		46793	.regout(),
		46794	.cout(),
		46795	.cascout());
		46796	// synopsys translate_off
		46797	defparam \sdcfg_wr~123_I .clock_enable_mode = "false";
		46798	defparam \sdcfg_wr~123_I .lut_mask = "f444";
		46799	defparam \sdcfg_wr~123_I .operation_mode = "normal";
		46800	defparam \sdcfg_wr~123_I .output_mode = "comb_only";
		46801	defparam \sdcfg_wr~123_I .packed_mode = "false";
		46802	// synopsys translate_on
		46803
		46804	// atom is at LC3_D12
		46805	flex10ke_lcell \sdcfg_wr~124_I (
		46806	// Equation(s):
		46807	// \sdcfg_wr~124 = \sdcfg_wr~123 & port_wr
		46808
		46809	.dataa(vcc),
		46810	.datab(vcc),
		46811	.datac(\sdcfg_wr~123 ),
		46812	.datad(port_wr),
		46813	.aclr(gnd),
		46814	.aload(gnd),
		46815	.clk(gnd),
		46816	.cin(gnd),
		46817	.cascin(vcc),
		46818	.devclrn(devclrn),
		46819	.devpor(devpor),
		46820	.combout(\sdcfg_wr~124 ),
		46821	.regout(),
		46822	.cout(),
		46823	.cascout());
		46824	// synopsys translate_off
		46825	defparam \sdcfg_wr~124_I .clock_enable_mode = "false";
		46826	defparam \sdcfg_wr~124_I .lut_mask = "f000";
		46827	defparam \sdcfg_wr~124_I .operation_mode = "normal";
		46828	defparam \sdcfg_wr~124_I .output_mode = "comb_only";
		46829	defparam \sdcfg_wr~124_I .packed_mode = "false";
		46830	// synopsys translate_on
		46831
		46832	// atom is at LC7_B35
		46833	flex10ke_lcell \always18~42_I (
		46834	// Equation(s):
		46835	// \always18~42 = !\a~dataout [15] & port_wr
		46836
		46837	.dataa(vcc),
		46838	.datab(vcc),
		46839	.datac(a_15),
		46840	.datad(port_wr),
		46841	.aclr(gnd),
		46842	.aload(gnd),
		46843	.clk(gnd),
		46844	.cin(gnd),
		46845	.cascin(vcc),
		46846	.devclrn(devclrn),
		46847	.devpor(devpor),
		46848	.combout(\always18~42 ),
		46849	.regout(),
		46850	.cout(),
		46851	.cascout());
		46852	// synopsys translate_off
		46853	defparam \always18~42_I .clock_enable_mode = "false";
		46854	defparam \always18~42_I .lut_mask = "0f00";
		46855	defparam \always18~42_I .operation_mode = "normal";
		46856	defparam \always18~42_I .output_mode = "comb_only";
		46857	defparam \always18~42_I .packed_mode = "false";
		46858	// synopsys translate_on
		46859
		46860	// atom is at LC6_B35
		46861	flex10ke_lcell \always18~43_I (
		46862	// Equation(s):
		46863	// \always18~43 = \always18~42 & \Equal17~39 & (!peff7_int_2 # !p7ffd_int_5)
		46864
		46865	.dataa(p7ffd_int_5),
		46866	.datab(peff7_int_2),
		46867	.datac(\always18~42 ),
		46868	.datad(\Equal17~39 ),
		46869	.aclr(gnd),
		46870	.aload(gnd),
		46871	.clk(gnd),
		46872	.cin(gnd),
		46873	.cascin(vcc),
		46874	.devclrn(devclrn),
		46875	.devpor(devpor),
		46876	.combout(\always18~43 ),
		46877	.regout(),
		46878	.cout(),
		46879	.cascout());
		46880	// synopsys translate_off
		46881	defparam \always18~43_I .clock_enable_mode = "false";
		46882	defparam \always18~43_I .lut_mask = "7000";
		46883	defparam \always18~43_I .operation_mode = "normal";
		46884	defparam \always18~43_I .output_mode = "comb_only";
		46885	defparam \always18~43_I .packed_mode = "false";
		46886	// synopsys translate_on
		46887
		46888	// atom is at LC8_D8
		46889	flex10ke_lcell \atm77_wr_fclk~22_I (
		46890	// Equation(s):
		46891	// \atm77_wr_fclk~22 = port_wr_fclk & \Equal14~22 & (shadow_en_reg # !dos)
		46892
		46893	.dataa(dos),
		46894	.datab(shadow_en_reg),
		46895	.datac(port_wr_fclk),
		46896	.datad(\Equal14~22 ),
		46897	.aclr(gnd),
		46898	.aload(gnd),
		46899	.clk(gnd),
		46900	.cin(gnd),
		46901	.cascin(vcc),
		46902	.devclrn(devclrn),
		46903	.devpor(devpor),
		46904	.combout(\atm77_wr_fclk~22 ),
		46905	.regout(),
		46906	.cout(),
		46907	.cascout());
		46908	// synopsys translate_off
		46909	defparam \atm77_wr_fclk~22_I .clock_enable_mode = "false";
		46910	defparam \atm77_wr_fclk~22_I .lut_mask = "d000";
		46911	defparam \atm77_wr_fclk~22_I .operation_mode = "normal";
		46912	defparam \atm77_wr_fclk~22_I .output_mode = "comb_only";
		46913	defparam \atm77_wr_fclk~22_I .packed_mode = "false";
		46914	// synopsys translate_on
		46915
		46916	// atom is at LC6_D8
		46917	flex10ke_lcell \wait_start_gluclock~56_I (
		46918	// Equation(s):
		46919	// \wait_start_gluclock~56 = \Equal13~23 & (\a~dataout [8] $ (shadow_en_reg # !dos))
		46920
		46921	.dataa(a_8),
		46922	.datab(shadow_en_reg),
		46923	.datac(dos),
		46924	.datad(\Equal13~23 ),
		46925	.aclr(gnd),
		46926	.aload(gnd),
		46927	.clk(gnd),
		46928	.cin(gnd),
		46929	.cascin(vcc),
		46930	.devclrn(devclrn),
		46931	.devpor(devpor),
		46932	.combout(\wait_start_gluclock~56 ),
		46933	.regout(),
		46934	.cout(),
		46935	.cascout());
		46936	// synopsys translate_off
		46937	defparam \wait_start_gluclock~56_I .clock_enable_mode = "false";
		46938	defparam \wait_start_gluclock~56_I .lut_mask = "6500";
		46939	defparam \wait_start_gluclock~56_I .operation_mode = "normal";
		46940	defparam \wait_start_gluclock~56_I .output_mode = "comb_only";
		46941	defparam \wait_start_gluclock~56_I .packed_mode = "false";
		46942	// synopsys translate_on
		46943
		46944	// atom is at LC3_D13
		46945	flex10ke_lcell \always19~42_I (
		46946	// Equation(s):
		46947	// \always19~42 = !\a~dataout [12] & port_wr & \wait_start_gluclock~56
		46948
		46949	.dataa(vcc),
		46950	.datab(a_12),
		46951	.datac(port_wr),
		46952	.datad(\wait_start_gluclock~56 ),
		46953	.aclr(gnd),
		46954	.aload(gnd),
		46955	.clk(gnd),
		46956	.cin(gnd),
		46957	.cascin(vcc),
		46958	.devclrn(devclrn),
		46959	.devpor(devpor),
		46960	.combout(\always19~42 ),
		46961	.regout(),
		46962	.cout(),
		46963	.cascout());
		46964	// synopsys translate_off
		46965	defparam \always19~42_I .clock_enable_mode = "false";
		46966	defparam \always19~42_I .lut_mask = "3000";
		46967	defparam \always19~42_I .operation_mode = "normal";
		46968	defparam \always19~42_I .output_mode = "comb_only";
		46969	defparam \always19~42_I .packed_mode = "false";
		46970	// synopsys translate_on
		46971
		46972	// atom is at LC7_D5
		46973	flex10ke_lcell \iowr_reg~I (
		46974	// Equation(s):
		46975	// iowr_reg = DFFEA(!\iorq_n~dataout & !\wr_n~dataout , GLOBAL(\clkz_in~dataout ), , , , , )
		46976
		46977	.dataa(vcc),
		46978	.datab(vcc),
		46979	.datac(iorq_n),
		46980	.datad(wr_n),
		46981	.aclr(gnd),
		46982	.aload(gnd),
		46983	.clk(zclk),
		46984	.cin(gnd),
		46985	.cascin(vcc),
		46986	.devclrn(devclrn),
		46987	.devpor(devpor),
		46988	.combout(),
		46989	.regout(iowr_reg),
		46990	.cout(),
		46991	.cascout());
		46992	// synopsys translate_off
		46993	defparam \iowr_reg~I .clock_enable_mode = "false";
		46994	defparam \iowr_reg~I .lut_mask = "000f";
		46995	defparam \iowr_reg~I .operation_mode = "normal";
		46996	defparam \iowr_reg~I .output_mode = "reg_only";
		46997	defparam \iowr_reg~I .packed_mode = "false";
		46998	// synopsys translate_on
		46999
		47000	// atom is at LC4_D12
		47001	flex10ke_lcell \sd_start_toggle~I (
		47002	// Equation(s):
		47003	// sd_start_toggle = DFFEA(!sd_start_toggle, GLOBAL(\clkz_in~dataout ), , , \always26~82 , , )
		47004
		47005	.dataa(\always26~82 ),
		47006	.datab(vcc),
		47007	.datac(vcc),
		47008	.datad(sd_start_toggle),
		47009	.aclr(gnd),
		47010	.aload(gnd),
		47011	.clk(zclk),
		47012	.cin(gnd),
		47013	.cascin(vcc),
		47014	.devclrn(devclrn),
		47015	.devpor(devpor),
		47016	.combout(),
		47017	.regout(sd_start_toggle),
		47018	.cout(),
		47019	.cascout());
		47020	// synopsys translate_off
		47021	defparam \sd_start_toggle~I .clock_enable_mode = "true";
		47022	defparam \sd_start_toggle~I .lut_mask = "00ff";
		47023	defparam \sd_start_toggle~I .operation_mode = "normal";
		47024	defparam \sd_start_toggle~I .output_mode = "reg_only";
		47025	defparam \sd_start_toggle~I .packed_mode = "false";
		47026	// synopsys translate_on
		47027
		47028	// atom is at LC6_D12
		47029	flex10ke_lcell \sd_stgl[0]~I (
		47030	// Equation(s):
		47031	// sd_stgl[0] = DFFEA(sd_start_toggle, GLOBAL(\fclk~dataout ), , , , , )
		47032
		47033	.dataa(vcc),
		47034	.datab(vcc),
		47035	.datac(vcc),
		47036	.datad(sd_start_toggle),
		47037	.aclr(gnd),
		47038	.aload(gnd),
		47039	.clk(fclk),
		47040	.cin(gnd),
		47041	.cascin(vcc),
		47042	.devclrn(devclrn),
		47043	.devpor(devpor),
		47044	.combout(),
		47045	.regout(sd_stgl[0]),
		47046	.cout(),
		47047	.cascout());
		47048	// synopsys translate_off
		47049	defparam \sd_stgl[0]~I .clock_enable_mode = "false";
		47050	defparam \sd_stgl[0]~I .lut_mask = "ff00";
		47051	defparam \sd_stgl[0]~I .operation_mode = "normal";
		47052	defparam \sd_stgl[0]~I .output_mode = "reg_only";
		47053	defparam \sd_stgl[0]~I .packed_mode = "false";
		47054	// synopsys translate_on
		47055
		47056	// atom is at LC4_F3
		47057	flex10ke_lcell \peff7_int[7]~I (
		47058	// Equation(s):
		47059	// peff7_int[7] = DFFEA(\d[7]~0 , GLOBAL(\clkz_in~dataout ), rst_out_n, , \always19~42 , , )
		47060
		47061	.dataa(\always19~42 ),
		47062	.datab(vcc),
		47063	.datac(vcc),
		47064	.datad(d_7),
		47065	.aclr(!rst_n),
		47066	.aload(gnd),
		47067	.clk(zclk),
		47068	.cin(gnd),
		47069	.cascin(vcc),
		47070	.devclrn(devclrn),
		47071	.devpor(devpor),
		47072	.combout(),
		47073	.regout(peff7_int[7]),
		47074	.cout(),
		47075	.cascout());
		47076	// synopsys translate_off
		47077	defparam \peff7_int[7]~I .clock_enable_mode = "true";
		47078	defparam \peff7_int[7]~I .lut_mask = "ff00";
		47079	defparam \peff7_int[7]~I .operation_mode = "normal";
		47080	defparam \peff7_int[7]~I .output_mode = "reg_only";
		47081	defparam \peff7_int[7]~I .packed_mode = "false";
		47082	// synopsys translate_on
		47083
		47084	// atom is at LC8_D13
		47085	flex10ke_lcell \wait_start_gluclock~57_I (
		47086	// Equation(s):
		47087	// \wait_start_gluclock~57 = \wait_start_gluclock~56 & peff7_int[7]
		47088
		47089	.dataa(vcc),
		47090	.datab(vcc),
		47091	.datac(\wait_start_gluclock~56 ),
		47092	.datad(peff7_int[7]),
		47093	.aclr(gnd),
		47094	.aload(gnd),
		47095	.clk(gnd),
		47096	.cin(gnd),
		47097	.cascin(vcc),
		47098	.devclrn(devclrn),
		47099	.devpor(devpor),
		47100	.combout(\wait_start_gluclock~57 ),
		47101	.regout(),
		47102	.cout(),
		47103	.cascout());
		47104	// synopsys translate_off
		47105	defparam \wait_start_gluclock~57_I .clock_enable_mode = "false";
		47106	defparam \wait_start_gluclock~57_I .lut_mask = "f000";
		47107	defparam \wait_start_gluclock~57_I .operation_mode = "normal";
		47108	defparam \wait_start_gluclock~57_I .output_mode = "comb_only";
		47109	defparam \wait_start_gluclock~57_I .packed_mode = "false";
		47110	// synopsys translate_on
		47111
		47112	// atom is at LC1_D13
		47113	flex10ke_lcell \wait_write~358_I (
		47114	// Equation(s):
		47115	// \wait_write~358 = port_wr & (\Equal16~50 # !\a~dataout [14] & \wait_start_gluclock~57 )
		47116
		47117	.dataa(a_14),
		47118	.datab(\wait_start_gluclock~57 ),
		47119	.datac(\Equal16~50 ),
		47120	.datad(port_wr),
		47121	.aclr(gnd),
		47122	.aload(gnd),
		47123	.clk(gnd),
		47124	.cin(gnd),
		47125	.cascin(vcc),
		47126	.devclrn(devclrn),
		47127	.devpor(devpor),
		47128	.combout(\wait_write~358 ),
		47129	.regout(),
		47130	.cout(),
		47131	.cascout());
		47132	// synopsys translate_off
		47133	defparam \wait_write~358_I .clock_enable_mode = "false";
		47134	defparam \wait_write~358_I .lut_mask = "f400";
		47135	defparam \wait_write~358_I .operation_mode = "normal";
		47136	defparam \wait_write~358_I .output_mode = "comb_only";
		47137	defparam \wait_write~358_I .packed_mode = "false";
		47138	// synopsys translate_on
		47139
		47140	// atom is at LC4_D13
		47141	flex10ke_lcell \gluclock_addr[0]~56_I (
		47142	// Equation(s):
		47143	// \gluclock_addr[0]~56 = !\a~dataout [13] & \wait_start_gluclock~56 & peff7_int[7] & port_wr
		47144
		47145	.dataa(a_13),
		47146	.datab(\wait_start_gluclock~56 ),
		47147	.datac(peff7_int[7]),
		47148	.datad(port_wr),
		47149	.aclr(gnd),
		47150	.aload(gnd),
		47151	.clk(gnd),
		47152	.cin(gnd),
		47153	.cascin(vcc),
		47154	.devclrn(devclrn),
		47155	.devpor(devpor),
		47156	.combout(\gluclock_addr[0]~56 ),
		47157	.regout(),
		47158	.cout(),
		47159	.cascout());
		47160	// synopsys translate_off
		47161	defparam \gluclock_addr[0]~56_I .clock_enable_mode = "false";
		47162	defparam \gluclock_addr[0]~56_I .lut_mask = "4000";
		47163	defparam \gluclock_addr[0]~56_I .operation_mode = "normal";
		47164	defparam \gluclock_addr[0]~56_I .output_mode = "comb_only";
		47165	defparam \gluclock_addr[0]~56_I .packed_mode = "false";
		47166	// synopsys translate_on
		47167
		47168	// atom is at LC5_H14
		47169	flex10ke_lcell \Selector7~1871_I (
		47170	// Equation(s):
		47171	// \Selector7~1918 = !wait_reg_0 & \a~dataout [1] & \a~dataout [0] # !\a~dataout [5]
		47172
		47173	.dataa(a_5),
		47174	.datab(wait_reg_0),
		47175	.datac(a_1),
		47176	.datad(a_0),
		47177	.aclr(gnd),
		47178	.aload(gnd),
		47179	.clk(gnd),
		47180	.cin(gnd),
		47181	.cascin(vcc),
		47182	.devclrn(devclrn),
		47183	.devpor(devpor),
		47184	.combout(\Selector7~1871 ),
		47185	.regout(),
		47186	.cout(),
		47187	.cascout(\Selector7~1918 ));
		47188	// synopsys translate_off
		47189	defparam \Selector7~1871_I .clock_enable_mode = "false";
		47190	defparam \Selector7~1871_I .lut_mask = "7555";
		47191	defparam \Selector7~1871_I .operation_mode = "normal";
		47192	defparam \Selector7~1871_I .output_mode = "none";
		47193	defparam \Selector7~1871_I .packed_mode = "false";
		47194	// synopsys translate_on
		47195
		47196	// atom is at LC6_H14
		47197	flex10ke_lcell \Selector7~1897_I (
		47198	// Equation(s):
		47199	// \Selector7~1897 = (\a~dataout [7] & \a~dataout [6] & (\a~dataout [2] $ !\a~dataout [5])) & CASCADE(\Selector7~1918 )
		47200
		47201	.dataa(a_2),
		47202	.datab(a_5),
		47203	.datac(a_7),
		47204	.datad(a_6),
		47205	.aclr(gnd),
		47206	.aload(gnd),
		47207	.clk(gnd),
		47208	.cin(gnd),
		47209	.cascin(\Selector7~1918 ),
		47210	.devclrn(devclrn),
		47211	.devpor(devpor),
		47212	.combout(\Selector7~1897 ),
		47213	.regout(),
		47214	.cout(),
		47215	.cascout());
		47216	// synopsys translate_off
		47217	defparam \Selector7~1897_I .clock_enable_mode = "false";
		47218	defparam \Selector7~1897_I .lut_mask = "9000";
		47219	defparam \Selector7~1897_I .operation_mode = "normal";
		47220	defparam \Selector7~1897_I .output_mode = "comb_only";
		47221	defparam \Selector7~1897_I .packed_mode = "false";
		47222	// synopsys translate_on
		47223
		47224	// atom is at LC4_H28
		47225	flex10ke_lcell \Selector7~1856_I (
		47226	// Equation(s):
		47227	// \Selector7~1856 = !\a~dataout [1] & !\a~dataout [0]
		47228
		47229	.dataa(vcc),
		47230	.datab(vcc),
		47231	.datac(a_1),
		47232	.datad(a_0),
		47233	.aclr(gnd),
		47234	.aload(gnd),
		47235	.clk(gnd),
		47236	.cin(gnd),
		47237	.cascin(vcc),
		47238	.devclrn(devclrn),
		47239	.devpor(devpor),
		47240	.combout(\Selector7~1856 ),
		47241	.regout(),
		47242	.cout(),
		47243	.cascout());
		47244	// synopsys translate_off
		47245	defparam \Selector7~1856_I .clock_enable_mode = "false";
		47246	defparam \Selector7~1856_I .lut_mask = "000f";
		47247	defparam \Selector7~1856_I .operation_mode = "normal";
		47248	defparam \Selector7~1856_I .output_mode = "comb_only";
		47249	defparam \Selector7~1856_I .packed_mode = "false";
		47250	// synopsys translate_on
		47251
		47252	// atom is at LC2_H24
		47253	flex10ke_lcell \Selector7~1861_I (
		47254	// Equation(s):
		47255	// \Selector7~1861 = \a~dataout [0] & \a~dataout [7]
		47256
		47257	.dataa(vcc),
		47258	.datab(vcc),
		47259	.datac(a_0),
		47260	.datad(a_7),
		47261	.aclr(gnd),
		47262	.aload(gnd),
		47263	.clk(gnd),
		47264	.cin(gnd),
		47265	.cascin(vcc),
		47266	.devclrn(devclrn),
		47267	.devpor(devpor),
		47268	.combout(\Selector7~1861 ),
		47269	.regout(),
		47270	.cout(),
		47271	.cascout());
		47272	// synopsys translate_off
		47273	defparam \Selector7~1861_I .clock_enable_mode = "false";
		47274	defparam \Selector7~1861_I .lut_mask = "f000";
		47275	defparam \Selector7~1861_I .operation_mode = "normal";
		47276	defparam \Selector7~1861_I .output_mode = "comb_only";
		47277	defparam \Selector7~1861_I .packed_mode = "false";
		47278	// synopsys translate_on
		47279
		47280	// atom is at LC3_E26
		47281	flex10ke_lcell \Selector2~1450_I (
		47282	// Equation(s):
		47283	// \Selector2~1450 = \a~dataout [10] & (musy_5) # !\a~dataout [10] & musx_5
		47284
		47285	.dataa(vcc),
		47286	.datab(a_10),
		47287	.datac(musx_5),
		47288	.datad(musy_5),
		47289	.aclr(gnd),
		47290	.aload(gnd),
		47291	.clk(gnd),
		47292	.cin(gnd),
		47293	.cascin(vcc),
		47294	.devclrn(devclrn),
		47295	.devpor(devpor),
		47296	.combout(\Selector2~1450 ),
		47297	.regout(),
		47298	.cout(),
		47299	.cascout());
		47300	// synopsys translate_off
		47301	defparam \Selector2~1450_I .clock_enable_mode = "false";
		47302	defparam \Selector2~1450_I .lut_mask = "fc30";
		47303	defparam \Selector2~1450_I .operation_mode = "normal";
		47304	defparam \Selector2~1450_I .output_mode = "comb_only";
		47305	defparam \Selector2~1450_I .packed_mode = "false";
		47306	// synopsys translate_on
		47307
		47308	// atom is at LC6_E26
		47309	flex10ke_lcell \Selector2~1451_I (
		47310	// Equation(s):
		47311	// \Selector2~1451 = \a~dataout [8] & (\Selector2~1450 ) # !\a~dataout [8] & musbtn_5 # !\Selector7~1861
		47312
		47313	.dataa(\Selector7~1861 ),
		47314	.datab(a_8),
		47315	.datac(musbtn_5),
		47316	.datad(\Selector2~1450 ),
		47317	.aclr(gnd),
		47318	.aload(gnd),
		47319	.clk(gnd),
		47320	.cin(gnd),
		47321	.cascin(vcc),
		47322	.devclrn(devclrn),
		47323	.devpor(devpor),
		47324	.combout(\Selector2~1451 ),
		47325	.regout(),
		47326	.cout(),
		47327	.cascout());
		47328	// synopsys translate_off
		47329	defparam \Selector2~1451_I .clock_enable_mode = "false";
		47330	defparam \Selector2~1451_I .lut_mask = "fd75";
		47331	defparam \Selector2~1451_I .operation_mode = "normal";
		47332	defparam \Selector2~1451_I .output_mode = "comb_only";
		47333	defparam \Selector2~1451_I .packed_mode = "false";
		47334	// synopsys translate_on
		47335
		47336	// atom is at LC4_E27
		47337	flex10ke_lcell \Equal9~59_I (
		47338	// Equation(s):
		47339	// \Equal9~59 = !\a~dataout [5] & \a~dataout [6]
		47340
		47341	.dataa(vcc),
		47342	.datab(vcc),
		47343	.datac(a_5),
		47344	.datad(a_6),
		47345	.aclr(gnd),
		47346	.aload(gnd),
		47347	.clk(gnd),
		47348	.cin(gnd),
		47349	.cascin(vcc),
		47350	.devclrn(devclrn),
		47351	.devpor(devpor),
		47352	.combout(\Equal9~59 ),
		47353	.regout(),
		47354	.cout(),
		47355	.cascout());
		47356	// synopsys translate_off
		47357	defparam \Equal9~59_I .clock_enable_mode = "false";
		47358	defparam \Equal9~59_I .lut_mask = "0f00";
		47359	defparam \Equal9~59_I .operation_mode = "normal";
		47360	defparam \Equal9~59_I .output_mode = "comb_only";
		47361	defparam \Equal9~59_I .packed_mode = "false";
		47362	// synopsys translate_on
		47363
		47364	// atom is at LC1_H24
		47365	flex10ke_lcell \Selector2~1449_I (
		47366	// Equation(s):
		47367	// \Selector2~1449 = \a~dataout [6] & \a~dataout [5] & (\a~dataout [0] # !\a~dataout [7]) # !\a~dataout [6] & (\a~dataout [7] # \a~dataout [5] # !\a~dataout [0])
		47368
		47369	.dataa(a_6),
		47370	.datab(a_7),
		47371	.datac(a_0),
		47372	.datad(a_5),
		47373	.aclr(gnd),
		47374	.aload(gnd),
		47375	.clk(gnd),
		47376	.cin(gnd),
		47377	.cascin(vcc),
		47378	.devclrn(devclrn),
		47379	.devpor(devpor),
		47380	.combout(\Selector2~1449 ),
		47381	.regout(),
		47382	.cout(),
		47383	.cascout());
		47384	// synopsys translate_off
		47385	defparam \Selector2~1449_I .clock_enable_mode = "false";
		47386	defparam \Selector2~1449_I .lut_mask = "f745";
		47387	defparam \Selector2~1449_I .operation_mode = "normal";
		47388	defparam \Selector2~1449_I .output_mode = "comb_only";
		47389	defparam \Selector2~1449_I .packed_mode = "false";
		47390	// synopsys translate_on
		47391
		47392	// atom is at LC5_E31
		47393	flex10ke_lcell \Selector1~1382_I (
		47394	// Equation(s):
		47395	// \Selector1~1382 = \a~dataout [10] & (musy_6) # !\a~dataout [10] & musx_6
		47396
		47397	.dataa(vcc),
		47398	.datab(a_10),
		47399	.datac(musx_6),
		47400	.datad(musy_6),
		47401	.aclr(gnd),
		47402	.aload(gnd),
		47403	.clk(gnd),
		47404	.cin(gnd),
		47405	.cascin(vcc),
		47406	.devclrn(devclrn),
		47407	.devpor(devpor),
		47408	.combout(\Selector1~1382 ),
		47409	.regout(),
		47410	.cout(),
		47411	.cascout());
		47412	// synopsys translate_off
		47413	defparam \Selector1~1382_I .clock_enable_mode = "false";
		47414	defparam \Selector1~1382_I .lut_mask = "fc30";
		47415	defparam \Selector1~1382_I .operation_mode = "normal";
		47416	defparam \Selector1~1382_I .output_mode = "comb_only";
		47417	defparam \Selector1~1382_I .packed_mode = "false";
		47418	// synopsys translate_on
		47419
		47420	// atom is at LC2_E31
		47421	flex10ke_lcell \Selector1~1383_I (
		47422	// Equation(s):
		47423	// \Selector1~1383 = \a~dataout [8] & (\Selector1~1382 ) # !\a~dataout [8] & musbtn_6
		47424
		47425	.dataa(vcc),
		47426	.datab(a_8),
		47427	.datac(musbtn_6),
		47428	.datad(\Selector1~1382 ),
		47429	.aclr(gnd),
		47430	.aload(gnd),
		47431	.clk(gnd),
		47432	.cin(gnd),
		47433	.cascin(vcc),
		47434	.devclrn(devclrn),
		47435	.devpor(devpor),
		47436	.combout(\Selector1~1383 ),
		47437	.regout(),
		47438	.cout(),
		47439	.cascout());
		47440	// synopsys translate_off
		47441	defparam \Selector1~1383_I .clock_enable_mode = "false";
		47442	defparam \Selector1~1383_I .lut_mask = "fc30";
		47443	defparam \Selector1~1383_I .operation_mode = "normal";
		47444	defparam \Selector1~1383_I .output_mode = "comb_only";
		47445	defparam \Selector1~1383_I .packed_mode = "false";
		47446	// synopsys translate_on
		47447
		47448	// atom is at LC3_E33
		47449	flex10ke_lcell \Selector1~1380_I (
		47450	// Equation(s):
		47451	// \Selector1~1380 = \a~dataout [7] $ \a~dataout [6] # !\a~dataout [1] # !\a~dataout [2]
		47452
		47453	.dataa(a_2),
		47454	.datab(a_1),
		47455	.datac(a_7),
		47456	.datad(a_6),
		47457	.aclr(gnd),
		47458	.aload(gnd),
		47459	.clk(gnd),
		47460	.cin(gnd),
		47461	.cascin(vcc),
		47462	.devclrn(devclrn),
		47463	.devpor(devpor),
		47464	.combout(\Selector1~1380 ),
		47465	.regout(),
		47466	.cout(),
		47467	.cascout());
		47468	// synopsys translate_off
		47469	defparam \Selector1~1380_I .clock_enable_mode = "false";
		47470	defparam \Selector1~1380_I .lut_mask = "7ff7";
		47471	defparam \Selector1~1380_I .operation_mode = "normal";
		47472	defparam \Selector1~1380_I .output_mode = "comb_only";
		47473	defparam \Selector1~1380_I .packed_mode = "false";
		47474	// synopsys translate_on
		47475
		47476	// atom is at LC5_E33
		47477	flex10ke_lcell \Selector1~1381_I (
		47478	// Equation(s):
		47479	// \Selector1~1381 = \Selector1~1380 # !\a~dataout [0] & (cfg0_reg_out_2 # !\a~dataout [5])
		47480
		47481	.dataa(a_0),
		47482	.datab(a_5),
		47483	.datac(cfg0_reg_out_2),
		47484	.datad(\Selector1~1380 ),
		47485	.aclr(gnd),
		47486	.aload(gnd),
		47487	.clk(gnd),
		47488	.cin(gnd),
		47489	.cascin(vcc),
		47490	.devclrn(devclrn),
		47491	.devpor(devpor),
		47492	.combout(\Selector1~1381 ),
		47493	.regout(),
		47494	.cout(),
		47495	.cascout());
		47496	// synopsys translate_off
		47497	defparam \Selector1~1381_I .clock_enable_mode = "false";
		47498	defparam \Selector1~1381_I .lut_mask = "ff51";
		47499	defparam \Selector1~1381_I .operation_mode = "normal";
		47500	defparam \Selector1~1381_I .output_mode = "comb_only";
		47501	defparam \Selector1~1381_I .packed_mode = "false";
		47502	// synopsys translate_on
		47503
		47504	// atom is at LC2_E33
		47505	flex10ke_lcell \Selector1~1379_I (
		47506	// Equation(s):
		47507	// \Selector1~1379 = \a~dataout [5] & (drq_sync_1 & \a~dataout [0] # !\a~dataout [6])
		47508
		47509	.dataa(a_6),
		47510	.datab(drq_sync_1),
		47511	.datac(a_0),
		47512	.datad(a_5),
		47513	.aclr(gnd),
		47514	.aload(gnd),
		47515	.clk(gnd),
		47516	.cin(gnd),
		47517	.cascin(vcc),
		47518	.devclrn(devclrn),
		47519	.devpor(devpor),
		47520	.combout(\Selector1~1379 ),
		47521	.regout(),
		47522	.cout(),
		47523	.cascout());
		47524	// synopsys translate_off
		47525	defparam \Selector1~1379_I .clock_enable_mode = "false";
		47526	defparam \Selector1~1379_I .lut_mask = "d500";
		47527	defparam \Selector1~1379_I .operation_mode = "normal";
		47528	defparam \Selector1~1379_I .output_mode = "comb_only";
		47529	defparam \Selector1~1379_I .packed_mode = "false";
		47530	// synopsys translate_on
		47531
		47532	// atom is at LC5_E19
		47533	flex10ke_lcell \Selector0~1452_I (
		47534	// Equation(s):
		47535	// \Selector0~1452 = \a~dataout [10] & (musy_7) # !\a~dataout [10] & musx_7
		47536
		47537	.dataa(vcc),
		47538	.datab(a_10),
		47539	.datac(musx_7),
		47540	.datad(musy_7),
		47541	.aclr(gnd),
		47542	.aload(gnd),
		47543	.clk(gnd),
		47544	.cin(gnd),
		47545	.cascin(vcc),
		47546	.devclrn(devclrn),
		47547	.devpor(devpor),
		47548	.combout(\Selector0~1452 ),
		47549	.regout(),
		47550	.cout(),
		47551	.cascout());
		47552	// synopsys translate_off
		47553	defparam \Selector0~1452_I .clock_enable_mode = "false";
		47554	defparam \Selector0~1452_I .lut_mask = "fc30";
		47555	defparam \Selector0~1452_I .operation_mode = "normal";
		47556	defparam \Selector0~1452_I .output_mode = "comb_only";
		47557	defparam \Selector0~1452_I .packed_mode = "false";
		47558	// synopsys translate_on
		47559
		47560	// atom is at LC4_E19
		47561	flex10ke_lcell \Selector0~1453_I (
		47562	// Equation(s):
		47563	// \Selector0~1453 = !\a~dataout [5] & (\a~dataout [8] & (\Selector0~1452 ) # !\a~dataout [8] & musbtn_7)
		47564
		47565	.dataa(a_5),
		47566	.datab(a_8),
		47567	.datac(musbtn_7),
		47568	.datad(\Selector0~1452 ),
		47569	.aclr(gnd),
		47570	.aload(gnd),
		47571	.clk(gnd),
		47572	.cin(gnd),
		47573	.cascin(vcc),
		47574	.devclrn(devclrn),
		47575	.devpor(devpor),
		47576	.combout(\Selector0~1453 ),
		47577	.regout(),
		47578	.cout(),
		47579	.cascout());
		47580	// synopsys translate_off
		47581	defparam \Selector0~1453_I .clock_enable_mode = "false";
		47582	defparam \Selector0~1453_I .lut_mask = "5410";
		47583	defparam \Selector0~1453_I .operation_mode = "normal";
		47584	defparam \Selector0~1453_I .output_mode = "comb_only";
		47585	defparam \Selector0~1453_I .packed_mode = "false";
		47586	// synopsys translate_on
		47587
		47588	// atom is at LC5_H24
		47589	flex10ke_lcell \Selector0~1450_I (
		47590	// Equation(s):
		47591	// \Selector0~1450 = \a~dataout [6] & (intrq_sync_1 & \a~dataout [5]) # !\a~dataout [6] & (\a~dataout [7] # \a~dataout [5])
		47592
		47593	.dataa(a_6),
		47594	.datab(a_7),
		47595	.datac(intrq_sync_1),
		47596	.datad(a_5),
		47597	.aclr(gnd),
		47598	.aload(gnd),
		47599	.clk(gnd),
		47600	.cin(gnd),
		47601	.cascin(vcc),
		47602	.devclrn(devclrn),
		47603	.devpor(devpor),
		47604	.combout(\Selector0~1450 ),
		47605	.regout(),
		47606	.cout(),
		47607	.cascout());
		47608	// synopsys translate_off
		47609	defparam \Selector0~1450_I .clock_enable_mode = "false";
		47610	defparam \Selector0~1450_I .lut_mask = "f544";
		47611	defparam \Selector0~1450_I .operation_mode = "normal";
		47612	defparam \Selector0~1450_I .output_mode = "comb_only";
		47613	defparam \Selector0~1450_I .packed_mode = "false";
		47614	// synopsys translate_on
		47615
		47616	// atom is at LC7_H24
		47617	flex10ke_lcell \Selector0~1451_I (
		47618	// Equation(s):
		47619	// \Selector0~1451 = \Selector0~1450 # !\a~dataout [0] # !\a~dataout [1] # !\a~dataout [2]
		47620
		47621	.dataa(a_2),
		47622	.datab(a_1),
		47623	.datac(a_0),
		47624	.datad(\Selector0~1450 ),
		47625	.aclr(gnd),
		47626	.aload(gnd),
		47627	.clk(gnd),
		47628	.cin(gnd),
		47629	.cascin(vcc),
		47630	.devclrn(devclrn),
		47631	.devpor(devpor),
		47632	.combout(\Selector0~1451 ),
		47633	.regout(),
		47634	.cout(),
		47635	.cascout());
		47636	// synopsys translate_off
		47637	defparam \Selector0~1451_I .clock_enable_mode = "false";
		47638	defparam \Selector0~1451_I .lut_mask = "ff7f";
		47639	defparam \Selector0~1451_I .operation_mode = "normal";
		47640	defparam \Selector0~1451_I .output_mode = "comb_only";
		47641	defparam \Selector0~1451_I .packed_mode = "false";
		47642	// synopsys translate_on
		47643
		47644	// atom is at LC4_B8
		47645	flex10ke_lcell \idewrreg[0]~I (
		47646	// Equation(s):
		47647	// idewrreg[0] = DFFEA(\d[0]~7 , GLOBAL(\clkz_in~dataout ), , , \always11~20 , , )
		47648
		47649	.dataa(\always11~20 ),
		47650	.datab(vcc),
		47651	.datac(vcc),
		47652	.datad(d_0),
		47653	.aclr(gnd),
		47654	.aload(gnd),
		47655	.clk(zclk),
		47656	.cin(gnd),
		47657	.cascin(vcc),
		47658	.devclrn(devclrn),
		47659	.devpor(devpor),
		47660	.combout(),
		47661	.regout(idewrreg[0]),
		47662	.cout(),
		47663	.cascout());
		47664	// synopsys translate_off
		47665	defparam \idewrreg[0]~I .clock_enable_mode = "true";
		47666	defparam \idewrreg[0]~I .lut_mask = "ff00";
		47667	defparam \idewrreg[0]~I .operation_mode = "normal";
		47668	defparam \idewrreg[0]~I .output_mode = "reg_only";
		47669	defparam \idewrreg[0]~I .packed_mode = "false";
		47670	// synopsys translate_on
		47671
		47672	// atom is at LC1_B9
		47673	flex10ke_lcell \idewrreg[1]~I (
		47674	// Equation(s):
		47675	// idewrreg[1] = DFFEA(\d[1]~6 , GLOBAL(\clkz_in~dataout ), , , \always11~20 , , )
		47676
		47677	.dataa(\always11~20 ),
		47678	.datab(vcc),
		47679	.datac(vcc),
		47680	.datad(d_1),
		47681	.aclr(gnd),
		47682	.aload(gnd),
		47683	.clk(zclk),
		47684	.cin(gnd),
		47685	.cascin(vcc),
		47686	.devclrn(devclrn),
		47687	.devpor(devpor),
		47688	.combout(),
		47689	.regout(idewrreg[1]),
		47690	.cout(),
		47691	.cascout());
		47692	// synopsys translate_off
		47693	defparam \idewrreg[1]~I .clock_enable_mode = "true";
		47694	defparam \idewrreg[1]~I .lut_mask = "ff00";
		47695	defparam \idewrreg[1]~I .operation_mode = "normal";
		47696	defparam \idewrreg[1]~I .output_mode = "reg_only";
		47697	defparam \idewrreg[1]~I .packed_mode = "false";
		47698	// synopsys translate_on
		47699
		47700	// atom is at LC4_B12
		47701	flex10ke_lcell \idewrreg[2]~I (
		47702	// Equation(s):
		47703	// idewrreg[2] = DFFEA(\d[2]~5 , GLOBAL(\clkz_in~dataout ), , , \always11~20 , , )
		47704
		47705	.dataa(\always11~20 ),
		47706	.datab(vcc),
		47707	.datac(vcc),
		47708	.datad(d_2),
		47709	.aclr(gnd),
		47710	.aload(gnd),
		47711	.clk(zclk),
		47712	.cin(gnd),
		47713	.cascin(vcc),
		47714	.devclrn(devclrn),
		47715	.devpor(devpor),
		47716	.combout(),
		47717	.regout(idewrreg[2]),
		47718	.cout(),
		47719	.cascout());
		47720	// synopsys translate_off
		47721	defparam \idewrreg[2]~I .clock_enable_mode = "true";
		47722	defparam \idewrreg[2]~I .lut_mask = "ff00";
		47723	defparam \idewrreg[2]~I .operation_mode = "normal";
		47724	defparam \idewrreg[2]~I .output_mode = "reg_only";
		47725	defparam \idewrreg[2]~I .packed_mode = "false";
		47726	// synopsys translate_on
		47727
		47728	// atom is at LC3_B14
		47729	flex10ke_lcell \idewrreg[3]~I (
		47730	// Equation(s):
		47731	// idewrreg[3] = DFFEA(\d[3]~4 , GLOBAL(\clkz_in~dataout ), , , \always11~20 , , )
		47732
		47733	.dataa(\always11~20 ),
		47734	.datab(vcc),
		47735	.datac(vcc),
		47736	.datad(d_3),
		47737	.aclr(gnd),
		47738	.aload(gnd),
		47739	.clk(zclk),
		47740	.cin(gnd),
		47741	.cascin(vcc),
		47742	.devclrn(devclrn),
		47743	.devpor(devpor),
		47744	.combout(),
		47745	.regout(idewrreg[3]),
		47746	.cout(),
		47747	.cascout());
		47748	// synopsys translate_off
		47749	defparam \idewrreg[3]~I .clock_enable_mode = "true";
		47750	defparam \idewrreg[3]~I .lut_mask = "ff00";
		47751	defparam \idewrreg[3]~I .operation_mode = "normal";
		47752	defparam \idewrreg[3]~I .output_mode = "reg_only";
		47753	defparam \idewrreg[3]~I .packed_mode = "false";
		47754	// synopsys translate_on
		47755
		47756	// atom is at LC4_B14
		47757	flex10ke_lcell \idewrreg[4]~I (
		47758	// Equation(s):
		47759	// idewrreg[4] = DFFEA(\d[4]~3 , GLOBAL(\clkz_in~dataout ), , , \always11~20 , , )
		47760
		47761	.dataa(\always11~20 ),
		47762	.datab(vcc),
		47763	.datac(vcc),
		47764	.datad(d_4),
		47765	.aclr(gnd),
		47766	.aload(gnd),
		47767	.clk(zclk),
		47768	.cin(gnd),
		47769	.cascin(vcc),
		47770	.devclrn(devclrn),
		47771	.devpor(devpor),
		47772	.combout(),
		47773	.regout(idewrreg[4]),
		47774	.cout(),
		47775	.cascout());
		47776	// synopsys translate_off
		47777	defparam \idewrreg[4]~I .clock_enable_mode = "true";
		47778	defparam \idewrreg[4]~I .lut_mask = "ff00";
		47779	defparam \idewrreg[4]~I .operation_mode = "normal";
		47780	defparam \idewrreg[4]~I .output_mode = "reg_only";
		47781	defparam \idewrreg[4]~I .packed_mode = "false";
		47782	// synopsys translate_on
		47783
		47784	// atom is at LC1_B16
		47785	flex10ke_lcell \idewrreg[5]~I (
		47786	// Equation(s):
		47787	// idewrreg[5] = DFFEA(\d[5]~2 , GLOBAL(\clkz_in~dataout ), , , \always11~20 , , )
		47788
		47789	.dataa(\always11~20 ),
		47790	.datab(vcc),
		47791	.datac(vcc),
		47792	.datad(d_5),
		47793	.aclr(gnd),
		47794	.aload(gnd),
		47795	.clk(zclk),
		47796	.cin(gnd),
		47797	.cascin(vcc),
		47798	.devclrn(devclrn),
		47799	.devpor(devpor),
		47800	.combout(),
		47801	.regout(idewrreg[5]),
		47802	.cout(),
		47803	.cascout());
		47804	// synopsys translate_off
		47805	defparam \idewrreg[5]~I .clock_enable_mode = "true";
		47806	defparam \idewrreg[5]~I .lut_mask = "ff00";
		47807	defparam \idewrreg[5]~I .operation_mode = "normal";
		47808	defparam \idewrreg[5]~I .output_mode = "reg_only";
		47809	defparam \idewrreg[5]~I .packed_mode = "false";
		47810	// synopsys translate_on
		47811
		47812	// atom is at LC3_D20
		47813	flex10ke_lcell \idewrreg[6]~I (
		47814	// Equation(s):
		47815	// idewrreg[6] = DFFEA(\d[6]~1 , GLOBAL(\clkz_in~dataout ), , , \always11~20 , , )
		47816
		47817	.dataa(\always11~20 ),
		47818	.datab(vcc),
		47819	.datac(vcc),
		47820	.datad(d_6),
		47821	.aclr(gnd),
		47822	.aload(gnd),
		47823	.clk(zclk),
		47824	.cin(gnd),
		47825	.cascin(vcc),
		47826	.devclrn(devclrn),
		47827	.devpor(devpor),
		47828	.combout(),
		47829	.regout(idewrreg[6]),
		47830	.cout(),
		47831	.cascout());
		47832	// synopsys translate_off
		47833	defparam \idewrreg[6]~I .clock_enable_mode = "true";
		47834	defparam \idewrreg[6]~I .lut_mask = "ff00";
		47835	defparam \idewrreg[6]~I .operation_mode = "normal";
		47836	defparam \idewrreg[6]~I .output_mode = "reg_only";
		47837	defparam \idewrreg[6]~I .packed_mode = "false";
		47838	// synopsys translate_on
		47839
		47840	// atom is at LC4_D20
		47841	flex10ke_lcell \idewrreg[7]~I (
		47842	// Equation(s):
		47843	// idewrreg[7] = DFFEA(\d[7]~0 , GLOBAL(\clkz_in~dataout ), , , \always11~20 , , )
		47844
		47845	.dataa(\always11~20 ),
		47846	.datab(vcc),
		47847	.datac(vcc),
		47848	.datad(d_7),
		47849	.aclr(gnd),
		47850	.aload(gnd),
		47851	.clk(zclk),
		47852	.cin(gnd),
		47853	.cascin(vcc),
		47854	.devclrn(devclrn),
		47855	.devpor(devpor),
		47856	.combout(),
		47857	.regout(idewrreg[7]),
		47858	.cout(),
		47859	.cascout());
		47860	// synopsys translate_off
		47861	defparam \idewrreg[7]~I .clock_enable_mode = "true";
		47862	defparam \idewrreg[7]~I .lut_mask = "ff00";
		47863	defparam \idewrreg[7]~I .operation_mode = "normal";
		47864	defparam \idewrreg[7]~I .output_mode = "reg_only";
		47865	defparam \idewrreg[7]~I .packed_mode = "false";
		47866	// synopsys translate_on
		47867
		47868	// atom is at LC1_D5
		47869	flex10ke_lcell \always10~0_I (
		47870	// Equation(s):
		47871	// \always10~0 = port_wr & \Equal1~41
		47872
		47873	.dataa(vcc),
		47874	.datab(vcc),
		47875	.datac(port_wr),
		47876	.datad(\Equal1~41 ),
		47877	.aclr(gnd),
		47878	.aload(gnd),
		47879	.clk(gnd),
		47880	.cin(gnd),
		47881	.cascin(vcc),
		47882	.devclrn(devclrn),
		47883	.devpor(devpor),
		47884	.combout(\always10~0 ),
		47885	.regout(),
		47886	.cout(),
		47887	.cascout());
		47888	// synopsys translate_off
		47889	defparam \always10~0_I .clock_enable_mode = "false";
		47890	defparam \always10~0_I .lut_mask = "f000";
		47891	defparam \always10~0_I .operation_mode = "normal";
		47892	defparam \always10~0_I .output_mode = "comb_only";
		47893	defparam \always10~0_I .packed_mode = "false";
		47894	// synopsys translate_on
		47895
		47896	// atom is at LC1_E22
		47897	flex10ke_lcell \idewrreg[8]~I (
		47898	// Equation(s):
		47899	// idewrreg[8] = DFFEA(\d[0]~7 , GLOBAL(\clkz_in~dataout ), , , \always10~0 , , )
		47900
		47901	.dataa(\always10~0 ),
		47902	.datab(vcc),
		47903	.datac(vcc),
		47904	.datad(d_0),
		47905	.aclr(gnd),
		47906	.aload(gnd),
		47907	.clk(zclk),
		47908	.cin(gnd),
		47909	.cascin(vcc),
		47910	.devclrn(devclrn),
		47911	.devpor(devpor),
		47912	.combout(),
		47913	.regout(idewrreg[8]),
		47914	.cout(),
		47915	.cascout());
		47916	// synopsys translate_off
		47917	defparam \idewrreg[8]~I .clock_enable_mode = "true";
		47918	defparam \idewrreg[8]~I .lut_mask = "ff00";
		47919	defparam \idewrreg[8]~I .operation_mode = "normal";
		47920	defparam \idewrreg[8]~I .output_mode = "reg_only";
		47921	defparam \idewrreg[8]~I .packed_mode = "false";
		47922	// synopsys translate_on
		47923
		47924	// atom is at LC1_E20
		47925	flex10ke_lcell \idewrreg[9]~I (
		47926	// Equation(s):
		47927	// idewrreg[9] = DFFEA(\d[1]~6 , GLOBAL(\clkz_in~dataout ), , , \always10~0 , , )
		47928
		47929	.dataa(\always10~0 ),
		47930	.datab(vcc),
		47931	.datac(vcc),
		47932	.datad(d_1),
		47933	.aclr(gnd),
		47934	.aload(gnd),
		47935	.clk(zclk),
		47936	.cin(gnd),
		47937	.cascin(vcc),
		47938	.devclrn(devclrn),
		47939	.devpor(devpor),
		47940	.combout(),
		47941	.regout(idewrreg[9]),
		47942	.cout(),
		47943	.cascout());
		47944	// synopsys translate_off
		47945	defparam \idewrreg[9]~I .clock_enable_mode = "true";
		47946	defparam \idewrreg[9]~I .lut_mask = "ff00";
		47947	defparam \idewrreg[9]~I .operation_mode = "normal";
		47948	defparam \idewrreg[9]~I .output_mode = "reg_only";
		47949	defparam \idewrreg[9]~I .packed_mode = "false";
		47950	// synopsys translate_on
		47951
		47952	// atom is at LC3_B17
		47953	flex10ke_lcell \idewrreg[10]~I (
		47954	// Equation(s):
		47955	// idewrreg[10] = DFFEA(\d[2]~5 , GLOBAL(\clkz_in~dataout ), , , \always10~0 , , )
		47956
		47957	.dataa(\always10~0 ),
		47958	.datab(vcc),
		47959	.datac(vcc),
		47960	.datad(d_2),
		47961	.aclr(gnd),
		47962	.aload(gnd),
		47963	.clk(zclk),
		47964	.cin(gnd),
		47965	.cascin(vcc),
		47966	.devclrn(devclrn),
		47967	.devpor(devpor),
		47968	.combout(),
		47969	.regout(idewrreg[10]),
		47970	.cout(),
		47971	.cascout());
		47972	// synopsys translate_off
		47973	defparam \idewrreg[10]~I .clock_enable_mode = "true";
		47974	defparam \idewrreg[10]~I .lut_mask = "ff00";
		47975	defparam \idewrreg[10]~I .operation_mode = "normal";
		47976	defparam \idewrreg[10]~I .output_mode = "reg_only";
		47977	defparam \idewrreg[10]~I .packed_mode = "false";
		47978	// synopsys translate_on
		47979
		47980	// atom is at LC1_C15
		47981	flex10ke_lcell \idewrreg[11]~I (
		47982	// Equation(s):
		47983	// idewrreg[11] = DFFEA(\d[3]~4 , GLOBAL(\clkz_in~dataout ), , , \always10~0 , , )
		47984
		47985	.dataa(\always10~0 ),
		47986	.datab(vcc),
		47987	.datac(vcc),
		47988	.datad(d_3),
		47989	.aclr(gnd),
		47990	.aload(gnd),
		47991	.clk(zclk),
		47992	.cin(gnd),
		47993	.cascin(vcc),
		47994	.devclrn(devclrn),
		47995	.devpor(devpor),
		47996	.combout(),
		47997	.regout(idewrreg[11]),
		47998	.cout(),
		47999	.cascout());
		48000	// synopsys translate_off
		48001	defparam \idewrreg[11]~I .clock_enable_mode = "true";
		48002	defparam \idewrreg[11]~I .lut_mask = "ff00";
		48003	defparam \idewrreg[11]~I .operation_mode = "normal";
		48004	defparam \idewrreg[11]~I .output_mode = "reg_only";
		48005	defparam \idewrreg[11]~I .packed_mode = "false";
		48006	// synopsys translate_on
		48007
		48008	// atom is at LC6_B14
		48009	flex10ke_lcell \idewrreg[12]~I (
		48010	// Equation(s):
		48011	// idewrreg[12] = DFFEA(\d[4]~3 , GLOBAL(\clkz_in~dataout ), , , \always10~0 , , )
		48012
		48013	.dataa(\always10~0 ),
		48014	.datab(vcc),
		48015	.datac(vcc),
		48016	.datad(d_4),
		48017	.aclr(gnd),
		48018	.aload(gnd),
		48019	.clk(zclk),
		48020	.cin(gnd),
		48021	.cascin(vcc),
		48022	.devclrn(devclrn),
		48023	.devpor(devpor),
		48024	.combout(),
		48025	.regout(idewrreg[12]),
		48026	.cout(),
		48027	.cascout());
		48028	// synopsys translate_off
		48029	defparam \idewrreg[12]~I .clock_enable_mode = "true";
		48030	defparam \idewrreg[12]~I .lut_mask = "ff00";
		48031	defparam \idewrreg[12]~I .operation_mode = "normal";
		48032	defparam \idewrreg[12]~I .output_mode = "reg_only";
		48033	defparam \idewrreg[12]~I .packed_mode = "false";
		48034	// synopsys translate_on
		48035
		48036	// atom is at LC1_C11
		48037	flex10ke_lcell \idewrreg[13]~I (
		48038	// Equation(s):
		48039	// idewrreg[13] = DFFEA(\d[5]~2 , GLOBAL(\clkz_in~dataout ), , , \always10~0 , , )
		48040
		48041	.dataa(\always10~0 ),
		48042	.datab(vcc),
		48043	.datac(vcc),
		48044	.datad(d_5),
		48045	.aclr(gnd),
		48046	.aload(gnd),
		48047	.clk(zclk),
		48048	.cin(gnd),
		48049	.cascin(vcc),
		48050	.devclrn(devclrn),
		48051	.devpor(devpor),
		48052	.combout(),
		48053	.regout(idewrreg[13]),
		48054	.cout(),
		48055	.cascout());
		48056	// synopsys translate_off
		48057	defparam \idewrreg[13]~I .clock_enable_mode = "true";
		48058	defparam \idewrreg[13]~I .lut_mask = "ff00";
		48059	defparam \idewrreg[13]~I .operation_mode = "normal";
		48060	defparam \idewrreg[13]~I .output_mode = "reg_only";
		48061	defparam \idewrreg[13]~I .packed_mode = "false";
		48062	// synopsys translate_on
		48063
		48064	// atom is at LC1_B10
		48065	flex10ke_lcell \idewrreg[14]~I (
		48066	// Equation(s):
		48067	// idewrreg[14] = DFFEA(\d[6]~1 , GLOBAL(\clkz_in~dataout ), , , \always10~0 , , )
		48068
		48069	.dataa(\always10~0 ),
		48070	.datab(vcc),
		48071	.datac(vcc),
		48072	.datad(d_6),
		48073	.aclr(gnd),
		48074	.aload(gnd),
		48075	.clk(zclk),
		48076	.cin(gnd),
		48077	.cascin(vcc),
		48078	.devclrn(devclrn),
		48079	.devpor(devpor),
		48080	.combout(),
		48081	.regout(idewrreg[14]),
		48082	.cout(),
		48083	.cascout());
		48084	// synopsys translate_off
		48085	defparam \idewrreg[14]~I .clock_enable_mode = "true";
		48086	defparam \idewrreg[14]~I .lut_mask = "ff00";
		48087	defparam \idewrreg[14]~I .operation_mode = "normal";
		48088	defparam \idewrreg[14]~I .output_mode = "reg_only";
		48089	defparam \idewrreg[14]~I .packed_mode = "false";
		48090	// synopsys translate_on
		48091
		48092	// atom is at LC2_B10
		48093	flex10ke_lcell \idewrreg[15]~I (
		48094	// Equation(s):
		48095	// idewrreg[15] = DFFEA(\d[7]~0 , GLOBAL(\clkz_in~dataout ), , , \always10~0 , , )
		48096
		48097	.dataa(\always10~0 ),
		48098	.datab(vcc),
		48099	.datac(vcc),
		48100	.datad(d_7),
		48101	.aclr(gnd),
		48102	.aload(gnd),
		48103	.clk(zclk),
		48104	.cin(gnd),
		48105	.cascin(vcc),
		48106	.devclrn(devclrn),
		48107	.devpor(devpor),
		48108	.combout(),
		48109	.regout(idewrreg[15]),
		48110	.cout(),
		48111	.cascout());
		48112	// synopsys translate_off
		48113	defparam \idewrreg[15]~I .clock_enable_mode = "true";
		48114	defparam \idewrreg[15]~I .lut_mask = "ff00";
		48115	defparam \idewrreg[15]~I .operation_mode = "normal";
		48116	defparam \idewrreg[15]~I .output_mode = "reg_only";
		48117	defparam \idewrreg[15]~I .packed_mode = "false";
		48118	// synopsys translate_on
		48119
		48120	// atom is at LC2_H36
		48121	flex10ke_lcell \Selector0~1462_I (
		48122	// Equation(s):
		48123	// \Selector0~1462 = wait_reg_7 # !\a~dataout [0] # !\a~dataout [1]
		48124
		48125	.dataa(vcc),
		48126	.datab(a_1),
		48127	.datac(a_0),
		48128	.datad(wait_reg_7),
		48129	.aclr(gnd),
		48130	.aload(gnd),
		48131	.clk(gnd),
		48132	.cin(gnd),
		48133	.cascin(vcc),
		48134	.devclrn(devclrn),
		48135	.devpor(devpor),
		48136	.combout(\Selector0~1462 ),
		48137	.regout(),
		48138	.cout(),
		48139	.cascout());
		48140	// synopsys translate_off
		48141	defparam \Selector0~1462_I .clock_enable_mode = "false";
		48142	defparam \Selector0~1462_I .lut_mask = "ff3f";
		48143	defparam \Selector0~1462_I .operation_mode = "normal";
		48144	defparam \Selector0~1462_I .output_mode = "comb_only";
		48145	defparam \Selector0~1462_I .packed_mode = "false";
		48146	// synopsys translate_on
		48147
		48148	// atom is at LC7_H36
		48149	flex10ke_lcell \Selector0~1463_I (
		48150	// Equation(s):
		48151	// \Selector0~1481 = \a~dataout [5] & !\Selector0~1462 # !\a~dataout [5] & (!\ide_d[7]~8 & \Selector7~1856 )
		48152
		48153	.dataa(\Selector0~1462 ),
		48154	.datab(ide_d_7),
		48155	.datac(a_5),
		48156	.datad(\Selector7~1856 ),
		48157	.aclr(gnd),
		48158	.aload(gnd),
		48159	.clk(gnd),
		48160	.cin(gnd),
		48161	.cascin(vcc),
		48162	.devclrn(devclrn),
		48163	.devpor(devpor),
		48164	.combout(\Selector0~1463 ),
		48165	.regout(),
		48166	.cout(),
		48167	.cascout(\Selector0~1481 ));
		48168	// synopsys translate_off
		48169	defparam \Selector0~1463_I .clock_enable_mode = "false";
		48170	defparam \Selector0~1463_I .lut_mask = "5350";
		48171	defparam \Selector0~1463_I .operation_mode = "normal";
		48172	defparam \Selector0~1463_I .output_mode = "none";
		48173	defparam \Selector0~1463_I .packed_mode = "false";
		48174	// synopsys translate_on
		48175
		48176	// atom is at LC3_D24
		48177	flex10ke_lcell \dataout~111_I (
		48178	// Equation(s):
		48179	// \dataout~116 = !\iorq_n~dataout & !\rd_n~dataout & (!\Equal17~39 # !pre_bc1)
		48180
		48181	.dataa(iorq_n),
		48182	.datab(rd_n),
		48183	.datac(pre_bc1),
		48184	.datad(\Equal17~39 ),
		48185	.aclr(gnd),
		48186	.aload(gnd),
		48187	.clk(gnd),
		48188	.cin(gnd),
		48189	.cascin(vcc),
		48190	.devclrn(devclrn),
		48191	.devpor(devpor),
		48192	.combout(\dataout~111 ),
		48193	.regout(),
		48194	.cout(),
		48195	.cascout(\dataout~116 ));
		48196	// synopsys translate_off
		48197	defparam \dataout~111_I .clock_enable_mode = "false";
		48198	defparam \dataout~111_I .lut_mask = "0111";
		48199	defparam \dataout~111_I .operation_mode = "normal";
		48200	defparam \dataout~111_I .output_mode = "none";
		48201	defparam \dataout~111_I .packed_mode = "false";
		48202	// synopsys translate_on
		48203
		48204	// atom is at LC7_D4
		48205	flex10ke_lcell \idein_lo_rd~25_I (
		48206	// Equation(s):
		48207	// \idein_lo_rd~25 = !ide_rd_trig & port_rd & \Equal23~24
		48208
		48209	.dataa(vcc),
		48210	.datab(ide_rd_trig),
		48211	.datac(port_rd),
		48212	.datad(\Equal23~24 ),
		48213	.aclr(gnd),
		48214	.aload(gnd),
		48215	.clk(gnd),
		48216	.cin(gnd),
		48217	.cascin(vcc),
		48218	.devclrn(devclrn),
		48219	.devpor(devpor),
		48220	.combout(\idein_lo_rd~25 ),
		48221	.regout(),
		48222	.cout(),
		48223	.cascout());
		48224	// synopsys translate_off
		48225	defparam \idein_lo_rd~25_I .clock_enable_mode = "false";
		48226	defparam \idein_lo_rd~25_I .lut_mask = "3000";
		48227	defparam \idein_lo_rd~25_I .operation_mode = "normal";
		48228	defparam \idein_lo_rd~25_I .output_mode = "comb_only";
		48229	defparam \idein_lo_rd~25_I .packed_mode = "false";
		48230	// synopsys translate_on
		48231
		48232	// atom is at LC6_H3
		48233	flex10ke_lcell \idehiin[0]~I (
		48234	// Equation(s):
		48235	// idehiin[0] = DFFEA(\ide_d[8]~7 , GLOBAL(\clkz_in~dataout ), , , \idein_lo_rd~25 , , )
		48236
		48237	.dataa(\idein_lo_rd~25 ),
		48238	.datab(vcc),
		48239	.datac(vcc),
		48240	.datad(ide_d_8),
		48241	.aclr(gnd),
		48242	.aload(gnd),
		48243	.clk(zclk),
		48244	.cin(gnd),
		48245	.cascin(vcc),
		48246	.devclrn(devclrn),
		48247	.devpor(devpor),
		48248	.combout(),
		48249	.regout(idehiin[0]),
		48250	.cout(),
		48251	.cascout());
		48252	// synopsys translate_off
		48253	defparam \idehiin[0]~I .clock_enable_mode = "true";
		48254	defparam \idehiin[0]~I .lut_mask = "ff00";
		48255	defparam \idehiin[0]~I .operation_mode = "normal";
		48256	defparam \idehiin[0]~I .output_mode = "reg_only";
		48257	defparam \idehiin[0]~I .packed_mode = "false";
		48258	// synopsys translate_on
		48259
		48260	// atom is at LC8_H5
		48261	flex10ke_lcell \Selector7~1876_I (
		48262	// Equation(s):
		48263	// \Selector7~1876 = !\a~dataout [2] & \a~dataout [0] & (idehiin[0] # !\Equal19~29 )
		48264
		48265	.dataa(a_2),
		48266	.datab(\Equal19~29 ),
		48267	.datac(idehiin[0]),
		48268	.datad(a_0),
		48269	.aclr(gnd),
		48270	.aload(gnd),
		48271	.clk(gnd),
		48272	.cin(gnd),
		48273	.cascin(vcc),
		48274	.devclrn(devclrn),
		48275	.devpor(devpor),
		48276	.combout(\Selector7~1876 ),
		48277	.regout(),
		48278	.cout(),
		48279	.cascout());
		48280	// synopsys translate_off
		48281	defparam \Selector7~1876_I .clock_enable_mode = "false";
		48282	defparam \Selector7~1876_I .lut_mask = "5100";
		48283	defparam \Selector7~1876_I .operation_mode = "normal";
		48284	defparam \Selector7~1876_I .output_mode = "comb_only";
		48285	defparam \Selector7~1876_I .packed_mode = "false";
		48286	// synopsys translate_on
		48287
		48288	// atom is at LC2_H6
		48289	flex10ke_lcell \Selector7~1874_I (
		48290	// Equation(s):
		48291	// \Selector7~1874 = !\a~dataout [7] & !\a~dataout [5] & dout_0 # !\Selector7~1873
		48292
		48293	.dataa(\Selector7~1873 ),
		48294	.datab(a_7),
		48295	.datac(a_5),
		48296	.datad(dout_0),
		48297	.aclr(gnd),
		48298	.aload(gnd),
		48299	.clk(gnd),
		48300	.cin(gnd),
		48301	.cascin(vcc),
		48302	.devclrn(devclrn),
		48303	.devpor(devpor),
		48304	.combout(\Selector7~1874 ),
		48305	.regout(),
		48306	.cout(),
		48307	.cascout());
		48308	// synopsys translate_off
		48309	defparam \Selector7~1874_I .clock_enable_mode = "false";
		48310	defparam \Selector7~1874_I .lut_mask = "5755";
		48311	defparam \Selector7~1874_I .operation_mode = "normal";
		48312	defparam \Selector7~1874_I .output_mode = "comb_only";
		48313	defparam \Selector7~1874_I .packed_mode = "false";
		48314	// synopsys translate_on
		48315
		48316	// atom is at LC3_H11
		48317	flex10ke_lcell \Selector7~1875_I (
		48318	// Equation(s):
		48319	// \Selector7~1875 = \Selector7~1874 # \Equal0~44 & (wait_reg_0 # !\always6~2 )
		48320
		48321	.dataa(\always6~2 ),
		48322	.datab(wait_reg_0),
		48323	.datac(\Equal0~44 ),
		48324	.datad(\Selector7~1874 ),
		48325	.aclr(gnd),
		48326	.aload(gnd),
		48327	.clk(gnd),
		48328	.cin(gnd),
		48329	.cascin(vcc),
		48330	.devclrn(devclrn),
		48331	.devpor(devpor),
		48332	.combout(\Selector7~1875 ),
		48333	.regout(),
		48334	.cout(),
		48335	.cascout());
		48336	// synopsys translate_off
		48337	defparam \Selector7~1875_I .clock_enable_mode = "false";
		48338	defparam \Selector7~1875_I .lut_mask = "ffd0";
		48339	defparam \Selector7~1875_I .operation_mode = "normal";
		48340	defparam \Selector7~1875_I .output_mode = "comb_only";
		48341	defparam \Selector7~1875_I .packed_mode = "false";
		48342	// synopsys translate_on
		48343
		48344	// atom is at LC6_H5
		48345	flex10ke_lcell \Selector7~1877_I (
		48346	// Equation(s):
		48347	// \Selector7~1924 = !\Selector7~1876 & (\a~dataout [1] & !\Selector7~1875 & \a~dataout [2] # !\a~dataout [1] & (!\a~dataout [2]))
		48348
		48349	.dataa(\Selector7~1876 ),
		48350	.datab(\Selector7~1875 ),
		48351	.datac(a_1),
		48352	.datad(a_2),
		48353	.aclr(gnd),
		48354	.aload(gnd),
		48355	.clk(gnd),
		48356	.cin(gnd),
		48357	.cascin(vcc),
		48358	.devclrn(devclrn),
		48359	.devpor(devpor),
		48360	.combout(\Selector7~1877 ),
		48361	.regout(),
		48362	.cout(),
		48363	.cascout(\Selector7~1924 ));
		48364	// synopsys translate_off
		48365	defparam \Selector7~1877_I .clock_enable_mode = "false";
		48366	defparam \Selector7~1877_I .lut_mask = "1005";
		48367	defparam \Selector7~1877_I .operation_mode = "normal";
		48368	defparam \Selector7~1877_I .output_mode = "none";
		48369	defparam \Selector7~1877_I .packed_mode = "false";
		48370	// synopsys translate_on
		48371
		48372	// atom is at LC6_D26
		48373	flex10ke_lcell \Equal1~42_I (
		48374	// Equation(s):
		48375	// \Equal1~42 = !\a~dataout [7] & !\a~dataout [5]
		48376
		48377	.dataa(vcc),
		48378	.datab(vcc),
		48379	.datac(a_7),
		48380	.datad(a_5),
		48381	.aclr(gnd),
		48382	.aload(gnd),
		48383	.clk(gnd),
		48384	.cin(gnd),
		48385	.cascin(vcc),
		48386	.devclrn(devclrn),
		48387	.devpor(devpor),
		48388	.combout(\Equal1~42 ),
		48389	.regout(),
		48390	.cout(),
		48391	.cascout());
		48392	// synopsys translate_off
		48393	defparam \Equal1~42_I .clock_enable_mode = "false";
		48394	defparam \Equal1~42_I .lut_mask = "000f";
		48395	defparam \Equal1~42_I .operation_mode = "normal";
		48396	defparam \Equal1~42_I .output_mode = "comb_only";
		48397	defparam \Equal1~42_I .packed_mode = "false";
		48398	// synopsys translate_on
		48399
		48400	// atom is at LC2_I32
		48401	flex10ke_lcell \Selector7~1895_I (
		48402	// Equation(s):
		48403	// \Selector7~1937 = kbd_32 & \a~dataout [8] & (\a~dataout [13] # !kbd_37) # !kbd_32 & (\a~dataout [13] # !kbd_37)
		48404
		48405	.dataa(kbd_32),
		48406	.datab(kbd_37),
		48407	.datac(a_13),
		48408	.datad(a_8),
		48409	.aclr(gnd),
		48410	.aload(gnd),
		48411	.clk(gnd),
		48412	.cin(gnd),
		48413	.cascin(vcc),
		48414	.devclrn(devclrn),
		48415	.devpor(devpor),
		48416	.combout(\Selector7~1895 ),
		48417	.regout(),
		48418	.cout(),
		48419	.cascout(\Selector7~1937 ));
		48420	// synopsys translate_off
		48421	defparam \Selector7~1895_I .clock_enable_mode = "false";
		48422	defparam \Selector7~1895_I .lut_mask = "f351";
		48423	defparam \Selector7~1895_I .operation_mode = "normal";
		48424	defparam \Selector7~1895_I .output_mode = "none";
		48425	defparam \Selector7~1895_I .packed_mode = "false";
		48426	// synopsys translate_on
		48427
		48428	// atom is at LC3_I32
		48429	flex10ke_lcell \Selector7~1901_I (
		48430	// Equation(s):
		48431	// \Selector7~1901 = (kbd_36 & \a~dataout [12] & (\a~dataout [11] # !kbd_35) # !kbd_36 & (\a~dataout [11] # !kbd_35)) & CASCADE(\Selector7~1937 )
		48432
		48433	.dataa(kbd_36),
		48434	.datab(kbd_35),
		48435	.datac(a_11),
		48436	.datad(a_12),
		48437	.aclr(gnd),
		48438	.aload(gnd),
		48439	.clk(gnd),
		48440	.cin(gnd),
		48441	.cascin(\Selector7~1937 ),
		48442	.devclrn(devclrn),
		48443	.devpor(devpor),
		48444	.combout(\Selector7~1901 ),
		48445	.regout(),
		48446	.cout(),
		48447	.cascout());
		48448	// synopsys translate_off
		48449	defparam \Selector7~1901_I .clock_enable_mode = "false";
		48450	defparam \Selector7~1901_I .lut_mask = "f351";
		48451	defparam \Selector7~1901_I .operation_mode = "normal";
		48452	defparam \Selector7~1901_I .output_mode = "comb_only";
		48453	defparam \Selector7~1901_I .packed_mode = "false";
		48454	// synopsys translate_on
		48455
		48456	// atom is at LC3_I30
		48457	flex10ke_lcell \Selector7~1893_I (
		48458	// Equation(s):
		48459	// \Selector7~1934 = kbd_39 & \a~dataout [15] & (\a~dataout [10] # !kbd_34) # !kbd_39 & (\a~dataout [10] # !kbd_34)
		48460
		48461	.dataa(kbd_39),
		48462	.datab(kbd_34),
		48463	.datac(a_10),
		48464	.datad(a_15),
		48465	.aclr(gnd),
		48466	.aload(gnd),
		48467	.clk(gnd),
		48468	.cin(gnd),
		48469	.cascin(vcc),
		48470	.devclrn(devclrn),
		48471	.devpor(devpor),
		48472	.combout(\Selector7~1893 ),
		48473	.regout(),
		48474	.cout(),
		48475	.cascout(\Selector7~1934 ));
		48476	// synopsys translate_off
		48477	defparam \Selector7~1893_I .clock_enable_mode = "false";
		48478	defparam \Selector7~1893_I .lut_mask = "f351";
		48479	defparam \Selector7~1893_I .operation_mode = "normal";
		48480	defparam \Selector7~1893_I .output_mode = "none";
		48481	defparam \Selector7~1893_I .packed_mode = "false";
		48482	// synopsys translate_on
		48483
		48484	// atom is at LC4_I30
		48485	flex10ke_lcell \Selector7~1900_I (
		48486	// Equation(s):
		48487	// \Selector7~1900 = (kbd_38 & \a~dataout [14] & (\a~dataout [9] # !kbd_33) # !kbd_38 & (\a~dataout [9] # !kbd_33)) & CASCADE(\Selector7~1934 )
		48488
		48489	.dataa(kbd_38),
		48490	.datab(kbd_33),
		48491	.datac(a_9),
		48492	.datad(a_14),
		48493	.aclr(gnd),
		48494	.aload(gnd),
		48495	.clk(gnd),
		48496	.cin(gnd),
		48497	.cascin(\Selector7~1934 ),
		48498	.devclrn(devclrn),
		48499	.devpor(devpor),
		48500	.combout(\Selector7~1900 ),
		48501	.regout(),
		48502	.cout(),
		48503	.cascout());
		48504	// synopsys translate_off
		48505	defparam \Selector7~1900_I .clock_enable_mode = "false";
		48506	defparam \Selector7~1900_I .lut_mask = "f351";
		48507	defparam \Selector7~1900_I .operation_mode = "normal";
		48508	defparam \Selector7~1900_I .output_mode = "comb_only";
		48509	defparam \Selector7~1900_I .packed_mode = "false";
		48510	// synopsys translate_on
		48511
		48512	// atom is at LC1_I32
		48513	flex10ke_lcell \Selector7~1884_I (
		48514	// Equation(s):
		48515	// \Selector7~1884 = \a~dataout [5] & (\Selector7~1901 & \Selector7~1900 # !\Selector7~1883 )
		48516
		48517	.dataa(\Selector7~1883 ),
		48518	.datab(\Selector7~1901 ),
		48519	.datac(\Selector7~1900 ),
		48520	.datad(a_5),
		48521	.aclr(gnd),
		48522	.aload(gnd),
		48523	.clk(gnd),
		48524	.cin(gnd),
		48525	.cascin(vcc),
		48526	.devclrn(devclrn),
		48527	.devpor(devpor),
		48528	.combout(\Selector7~1884 ),
		48529	.regout(),
		48530	.cout(),
		48531	.cascout());
		48532	// synopsys translate_off
		48533	defparam \Selector7~1884_I .clock_enable_mode = "false";
		48534	defparam \Selector7~1884_I .lut_mask = "d500";
		48535	defparam \Selector7~1884_I .operation_mode = "normal";
		48536	defparam \Selector7~1884_I .output_mode = "comb_only";
		48537	defparam \Selector7~1884_I .packed_mode = "false";
		48538	// synopsys translate_on
		48539
		48540	// atom is at LC3_E35
		48541	flex10ke_lcell \Selector7~1879_I (
		48542	// Equation(s):
		48543	// \Selector7~1879 = \a~dataout [10] & (musy_0) # !\a~dataout [10] & musx_0
		48544
		48545	.dataa(vcc),
		48546	.datab(a_10),
		48547	.datac(musx_0),
		48548	.datad(musy_0),
		48549	.aclr(gnd),
		48550	.aload(gnd),
		48551	.clk(gnd),
		48552	.cin(gnd),
		48553	.cascin(vcc),
		48554	.devclrn(devclrn),
		48555	.devpor(devpor),
		48556	.combout(\Selector7~1879 ),
		48557	.regout(),
		48558	.cout(),
		48559	.cascout());
		48560	// synopsys translate_off
		48561	defparam \Selector7~1879_I .clock_enable_mode = "false";
		48562	defparam \Selector7~1879_I .lut_mask = "fc30";
		48563	defparam \Selector7~1879_I .operation_mode = "normal";
		48564	defparam \Selector7~1879_I .output_mode = "comb_only";
		48565	defparam \Selector7~1879_I .packed_mode = "false";
		48566	// synopsys translate_on
		48567
		48568	// atom is at LC7_E35
		48569	flex10ke_lcell \Selector7~1880_I (
		48570	// Equation(s):
		48571	// \Selector7~1880 = \a~dataout [8] & (\Selector7~1879 ) # !\a~dataout [8] & musbtn_0 # !\Selector7~1861
		48572
		48573	.dataa(\Selector7~1861 ),
		48574	.datab(a_8),
		48575	.datac(musbtn_0),
		48576	.datad(\Selector7~1879 ),
		48577	.aclr(gnd),
		48578	.aload(gnd),
		48579	.clk(gnd),
		48580	.cin(gnd),
		48581	.cascin(vcc),
		48582	.devclrn(devclrn),
		48583	.devpor(devpor),
		48584	.combout(\Selector7~1880 ),
		48585	.regout(),
		48586	.cout(),
		48587	.cascout());
		48588	// synopsys translate_off
		48589	defparam \Selector7~1880_I .clock_enable_mode = "false";
		48590	defparam \Selector7~1880_I .lut_mask = "fd75";
		48591	defparam \Selector7~1880_I .operation_mode = "normal";
		48592	defparam \Selector7~1880_I .output_mode = "comb_only";
		48593	defparam \Selector7~1880_I .packed_mode = "false";
		48594	// synopsys translate_on
		48595
		48596	// atom is at LC5_E35
		48597	flex10ke_lcell \Selector7~1885_I (
		48598	// Equation(s):
		48599	// \Selector7~1931 = !\Selector7~1884 & \Equal0~46 & (!\Equal9~59 # !\Selector7~1880 )
		48600
		48601	.dataa(\Selector7~1884 ),
		48602	.datab(\Selector7~1880 ),
		48603	.datac(\Equal9~59 ),
		48604	.datad(\Equal0~46 ),
		48605	.aclr(gnd),
		48606	.aload(gnd),
		48607	.clk(gnd),
		48608	.cin(gnd),
		48609	.cascin(vcc),
		48610	.devclrn(devclrn),
		48611	.devpor(devpor),
		48612	.combout(\Selector7~1885 ),
		48613	.regout(),
		48614	.cout(),
		48615	.cascout(\Selector7~1931 ));
		48616	// synopsys translate_off
		48617	defparam \Selector7~1885_I .clock_enable_mode = "false";
		48618	defparam \Selector7~1885_I .lut_mask = "1500";
		48619	defparam \Selector7~1885_I .operation_mode = "normal";
		48620	defparam \Selector7~1885_I .output_mode = "none";
		48621	defparam \Selector7~1885_I .packed_mode = "false";
		48622	// synopsys translate_on
		48623
		48624	// atom is at LC3_H32
		48625	flex10ke_lcell \idehiin[1]~I (
		48626	// Equation(s):
		48627	// idehiin[1] = DFFEA(\ide_d[9]~6 , GLOBAL(\clkz_in~dataout ), , , \idein_lo_rd~25 , , )
		48628
		48629	.dataa(\idein_lo_rd~25 ),
		48630	.datab(vcc),
		48631	.datac(vcc),
		48632	.datad(ide_d_9),
		48633	.aclr(gnd),
		48634	.aload(gnd),
		48635	.clk(zclk),
		48636	.cin(gnd),
		48637	.cascin(vcc),
		48638	.devclrn(devclrn),
		48639	.devpor(devpor),
		48640	.combout(),
		48641	.regout(idehiin[1]),
		48642	.cout(),
		48643	.cascout());
		48644	// synopsys translate_off
		48645	defparam \idehiin[1]~I .clock_enable_mode = "true";
		48646	defparam \idehiin[1]~I .lut_mask = "ff00";
		48647	defparam \idehiin[1]~I .operation_mode = "normal";
		48648	defparam \idehiin[1]~I .output_mode = "reg_only";
		48649	defparam \idehiin[1]~I .packed_mode = "false";
		48650	// synopsys translate_on
		48651
		48652	// atom is at LC4_H32
		48653	flex10ke_lcell \Selector6~1387_I (
		48654	// Equation(s):
		48655	// \Selector6~1387 = !\a~dataout [2] & \a~dataout [0] & (idehiin[1] # !\Equal19~29 )
		48656
		48657	.dataa(a_2),
		48658	.datab(\Equal19~29 ),
		48659	.datac(idehiin[1]),
		48660	.datad(a_0),
		48661	.aclr(gnd),
		48662	.aload(gnd),
		48663	.clk(gnd),
		48664	.cin(gnd),
		48665	.cascin(vcc),
		48666	.devclrn(devclrn),
		48667	.devpor(devpor),
		48668	.combout(\Selector6~1387 ),
		48669	.regout(),
		48670	.cout(),
		48671	.cascout());
		48672	// synopsys translate_off
		48673	defparam \Selector6~1387_I .clock_enable_mode = "false";
		48674	defparam \Selector6~1387_I .lut_mask = "5100";
		48675	defparam \Selector6~1387_I .operation_mode = "normal";
		48676	defparam \Selector6~1387_I .output_mode = "comb_only";
		48677	defparam \Selector6~1387_I .packed_mode = "false";
		48678	// synopsys translate_on
		48679
		48680	// atom is at LC1_H11
		48681	flex10ke_lcell \Selector6~1385_I (
		48682	// Equation(s):
		48683	// \Selector6~1385 = !\a~dataout [7] & !\a~dataout [5] & dout_1 # !\Selector7~1873
		48684
		48685	.dataa(\Selector7~1873 ),
		48686	.datab(a_7),
		48687	.datac(a_5),
		48688	.datad(dout_1),
		48689	.aclr(gnd),
		48690	.aload(gnd),
		48691	.clk(gnd),
		48692	.cin(gnd),
		48693	.cascin(vcc),
		48694	.devclrn(devclrn),
		48695	.devpor(devpor),
		48696	.combout(\Selector6~1385 ),
		48697	.regout(),
		48698	.cout(),
		48699	.cascout());
		48700	// synopsys translate_off
		48701	defparam \Selector6~1385_I .clock_enable_mode = "false";
		48702	defparam \Selector6~1385_I .lut_mask = "5755";
		48703	defparam \Selector6~1385_I .operation_mode = "normal";
		48704	defparam \Selector6~1385_I .output_mode = "comb_only";
		48705	defparam \Selector6~1385_I .packed_mode = "false";
		48706	// synopsys translate_on
		48707
		48708	// atom is at LC7_H11
		48709	flex10ke_lcell \Selector6~1386_I (
		48710	// Equation(s):
		48711	// \Selector6~1386 = \Selector6~1385 # \Equal0~44 & (wait_reg_1 # !\always6~2 )
		48712
		48713	.dataa(\always6~2 ),
		48714	.datab(wait_reg_1),
		48715	.datac(\Equal0~44 ),
		48716	.datad(\Selector6~1385 ),
		48717	.aclr(gnd),
		48718	.aload(gnd),
		48719	.clk(gnd),
		48720	.cin(gnd),
		48721	.cascin(vcc),
		48722	.devclrn(devclrn),
		48723	.devpor(devpor),
		48724	.combout(\Selector6~1386 ),
		48725	.regout(),
		48726	.cout(),
		48727	.cascout());
		48728	// synopsys translate_off
		48729	defparam \Selector6~1386_I .clock_enable_mode = "false";
		48730	defparam \Selector6~1386_I .lut_mask = "ffd0";
		48731	defparam \Selector6~1386_I .operation_mode = "normal";
		48732	defparam \Selector6~1386_I .output_mode = "comb_only";
		48733	defparam \Selector6~1386_I .packed_mode = "false";
		48734	// synopsys translate_on
		48735
		48736	// atom is at LC6_H32
		48737	flex10ke_lcell \Selector6~1388_I (
		48738	// Equation(s):
		48739	// \Selector6~1424 = !\Selector6~1387 & (\a~dataout [1] & !\Selector6~1386 & \a~dataout [2] # !\a~dataout [1] & (!\a~dataout [2]))
		48740
		48741	.dataa(\Selector6~1387 ),
		48742	.datab(\Selector6~1386 ),
		48743	.datac(a_1),
		48744	.datad(a_2),
		48745	.aclr(gnd),
		48746	.aload(gnd),
		48747	.clk(gnd),
		48748	.cin(gnd),
		48749	.cascin(vcc),
		48750	.devclrn(devclrn),
		48751	.devpor(devpor),
		48752	.combout(\Selector6~1388 ),
		48753	.regout(),
		48754	.cout(),
		48755	.cascout(\Selector6~1424 ));
		48756	// synopsys translate_off
		48757	defparam \Selector6~1388_I .clock_enable_mode = "false";
		48758	defparam \Selector6~1388_I .lut_mask = "1005";
		48759	defparam \Selector6~1388_I .operation_mode = "normal";
		48760	defparam \Selector6~1388_I .output_mode = "none";
		48761	defparam \Selector6~1388_I .packed_mode = "false";
		48762	// synopsys translate_on
		48763
		48764	// atom is at LC4_I35
		48765	flex10ke_lcell \Selector6~1405_I (
		48766	// Equation(s):
		48767	// \Selector6~1436 = kbd_24 & \a~dataout [8] & (\a~dataout [13] # !kbd_29) # !kbd_24 & (\a~dataout [13] # !kbd_29)
		48768
		48769	.dataa(kbd_24),
		48770	.datab(kbd_29),
		48771	.datac(a_13),
		48772	.datad(a_8),
		48773	.aclr(gnd),
		48774	.aload(gnd),
		48775	.clk(gnd),
		48776	.cin(gnd),
		48777	.cascin(vcc),
		48778	.devclrn(devclrn),
		48779	.devpor(devpor),
		48780	.combout(\Selector6~1405 ),
		48781	.regout(),
		48782	.cout(),
		48783	.cascout(\Selector6~1436 ));
		48784	// synopsys translate_off
		48785	defparam \Selector6~1405_I .clock_enable_mode = "false";
		48786	defparam \Selector6~1405_I .lut_mask = "f351";
		48787	defparam \Selector6~1405_I .operation_mode = "normal";
		48788	defparam \Selector6~1405_I .output_mode = "none";
		48789	defparam \Selector6~1405_I .packed_mode = "false";
		48790	// synopsys translate_on
		48791
		48792	// atom is at LC5_I35
		48793	flex10ke_lcell \Selector6~1411_I (
		48794	// Equation(s):
		48795	// \Selector6~1411 = (kbd_28 & \a~dataout [12] & (\a~dataout [11] # !kbd_27) # !kbd_28 & (\a~dataout [11] # !kbd_27)) & CASCADE(\Selector6~1436 )
		48796
		48797	.dataa(kbd_28),
		48798	.datab(kbd_27),
		48799	.datac(a_11),
		48800	.datad(a_12),
		48801	.aclr(gnd),
		48802	.aload(gnd),
		48803	.clk(gnd),
		48804	.cin(gnd),
		48805	.cascin(\Selector6~1436 ),
		48806	.devclrn(devclrn),
		48807	.devpor(devpor),
		48808	.combout(\Selector6~1411 ),
		48809	.regout(),
		48810	.cout(),
		48811	.cascout());
		48812	// synopsys translate_off
		48813	defparam \Selector6~1411_I .clock_enable_mode = "false";
		48814	defparam \Selector6~1411_I .lut_mask = "f351";
		48815	defparam \Selector6~1411_I .operation_mode = "normal";
		48816	defparam \Selector6~1411_I .output_mode = "comb_only";
		48817	defparam \Selector6~1411_I .packed_mode = "false";
		48818	// synopsys translate_on
		48819
		48820	// atom is at LC1_I36
		48821	flex10ke_lcell \Selector6~1403_I (
		48822	// Equation(s):
		48823	// \Selector6~1433 = kbd_31 & \a~dataout [15] & (\a~dataout [10] # !kbd_26) # !kbd_31 & (\a~dataout [10] # !kbd_26)
		48824
		48825	.dataa(kbd_31),
		48826	.datab(kbd_26),
		48827	.datac(a_10),
		48828	.datad(a_15),
		48829	.aclr(gnd),
		48830	.aload(gnd),
		48831	.clk(gnd),
		48832	.cin(gnd),
		48833	.cascin(vcc),
		48834	.devclrn(devclrn),
		48835	.devpor(devpor),
		48836	.combout(\Selector6~1403 ),
		48837	.regout(),
		48838	.cout(),
		48839	.cascout(\Selector6~1433 ));
		48840	// synopsys translate_off
		48841	defparam \Selector6~1403_I .clock_enable_mode = "false";
		48842	defparam \Selector6~1403_I .lut_mask = "f351";
		48843	defparam \Selector6~1403_I .operation_mode = "normal";
		48844	defparam \Selector6~1403_I .output_mode = "none";
		48845	defparam \Selector6~1403_I .packed_mode = "false";
		48846	// synopsys translate_on
		48847
		48848	// atom is at LC2_I36
		48849	flex10ke_lcell \Selector6~1410_I (
		48850	// Equation(s):
		48851	// \Selector6~1410 = (kbd_30 & \a~dataout [14] & (\a~dataout [9] # !kbd_25) # !kbd_30 & (\a~dataout [9] # !kbd_25)) & CASCADE(\Selector6~1433 )
		48852
		48853	.dataa(kbd_30),
		48854	.datab(kbd_25),
		48855	.datac(a_9),
		48856	.datad(a_14),
		48857	.aclr(gnd),
		48858	.aload(gnd),
		48859	.clk(gnd),
		48860	.cin(gnd),
		48861	.cascin(\Selector6~1433 ),
		48862	.devclrn(devclrn),
		48863	.devpor(devpor),
		48864	.combout(\Selector6~1410 ),
		48865	.regout(),
		48866	.cout(),
		48867	.cascout());
		48868	// synopsys translate_off
		48869	defparam \Selector6~1410_I .clock_enable_mode = "false";
		48870	defparam \Selector6~1410_I .lut_mask = "f351";
		48871	defparam \Selector6~1410_I .operation_mode = "normal";
		48872	defparam \Selector6~1410_I .output_mode = "comb_only";
		48873	defparam \Selector6~1410_I .packed_mode = "false";
		48874	// synopsys translate_on
		48875
		48876	// atom is at LC6_I36
		48877	flex10ke_lcell \Selector6~1394_I (
		48878	// Equation(s):
		48879	// \Selector6~1394 = \a~dataout [5] & (\Selector6~1411 & \Selector6~1410 # !\Selector7~1883 )
		48880
		48881	.dataa(\Selector7~1883 ),
		48882	.datab(\Selector6~1411 ),
		48883	.datac(\Selector6~1410 ),
		48884	.datad(a_5),
		48885	.aclr(gnd),
		48886	.aload(gnd),
		48887	.clk(gnd),
		48888	.cin(gnd),
		48889	.cascin(vcc),
		48890	.devclrn(devclrn),
		48891	.devpor(devpor),
		48892	.combout(\Selector6~1394 ),
		48893	.regout(),
		48894	.cout(),
		48895	.cascout());
		48896	// synopsys translate_off
		48897	defparam \Selector6~1394_I .clock_enable_mode = "false";
		48898	defparam \Selector6~1394_I .lut_mask = "d500";
		48899	defparam \Selector6~1394_I .operation_mode = "normal";
		48900	defparam \Selector6~1394_I .output_mode = "comb_only";
		48901	defparam \Selector6~1394_I .packed_mode = "false";
		48902	// synopsys translate_on
		48903
		48904	// atom is at LC1_E31
		48905	flex10ke_lcell \Selector6~1390_I (
		48906	// Equation(s):
		48907	// \Selector6~1390 = \a~dataout [10] & (musy_1) # !\a~dataout [10] & musx_1
		48908
		48909	.dataa(vcc),
		48910	.datab(a_10),
		48911	.datac(musx_1),
		48912	.datad(musy_1),
		48913	.aclr(gnd),
		48914	.aload(gnd),
		48915	.clk(gnd),
		48916	.cin(gnd),
		48917	.cascin(vcc),
		48918	.devclrn(devclrn),
		48919	.devpor(devpor),
		48920	.combout(\Selector6~1390 ),
		48921	.regout(),
		48922	.cout(),
		48923	.cascout());
		48924	// synopsys translate_off
		48925	defparam \Selector6~1390_I .clock_enable_mode = "false";
		48926	defparam \Selector6~1390_I .lut_mask = "fc30";
		48927	defparam \Selector6~1390_I .operation_mode = "normal";
		48928	defparam \Selector6~1390_I .output_mode = "comb_only";
		48929	defparam \Selector6~1390_I .packed_mode = "false";
		48930	// synopsys translate_on
		48931
		48932	// atom is at LC7_I32
		48933	flex10ke_lcell \Selector6~1391_I (
		48934	// Equation(s):
		48935	// \Selector6~1391 = \a~dataout [8] & (\Selector6~1390 ) # !\a~dataout [8] & musbtn_1 # !\Selector7~1861
		48936
		48937	.dataa(\Selector7~1861 ),
		48938	.datab(a_8),
		48939	.datac(musbtn_1),
		48940	.datad(\Selector6~1390 ),
		48941	.aclr(gnd),
		48942	.aload(gnd),
		48943	.clk(gnd),
		48944	.cin(gnd),
		48945	.cascin(vcc),
		48946	.devclrn(devclrn),
		48947	.devpor(devpor),
		48948	.combout(\Selector6~1391 ),
		48949	.regout(),
		48950	.cout(),
		48951	.cascout());
		48952	// synopsys translate_off
		48953	defparam \Selector6~1391_I .clock_enable_mode = "false";
		48954	defparam \Selector6~1391_I .lut_mask = "fd75";
		48955	defparam \Selector6~1391_I .operation_mode = "normal";
		48956	defparam \Selector6~1391_I .output_mode = "comb_only";
		48957	defparam \Selector6~1391_I .packed_mode = "false";
		48958	// synopsys translate_on
		48959
		48960	// atom is at LC1_H33
		48961	flex10ke_lcell \Selector6~1395_I (
		48962	// Equation(s):
		48963	// \Selector6~1430 = !\Selector6~1394 & \Equal0~46 & (!\Equal9~59 # !\Selector6~1391 )
		48964
		48965	.dataa(\Selector6~1394 ),
		48966	.datab(\Selector6~1391 ),
		48967	.datac(\Equal9~59 ),
		48968	.datad(\Equal0~46 ),
		48969	.aclr(gnd),
		48970	.aload(gnd),
		48971	.clk(gnd),
		48972	.cin(gnd),
		48973	.cascin(vcc),
		48974	.devclrn(devclrn),
		48975	.devpor(devpor),
		48976	.combout(\Selector6~1395 ),
		48977	.regout(),
		48978	.cout(),
		48979	.cascout(\Selector6~1430 ));
		48980	// synopsys translate_off
		48981	defparam \Selector6~1395_I .clock_enable_mode = "false";
		48982	defparam \Selector6~1395_I .lut_mask = "1500";
		48983	defparam \Selector6~1395_I .operation_mode = "normal";
		48984	defparam \Selector6~1395_I .output_mode = "none";
		48985	defparam \Selector6~1395_I .packed_mode = "false";
		48986	// synopsys translate_on
		48987
		48988	// atom is at LC5_H32
		48989	flex10ke_lcell \idehiin[2]~I (
		48990	// Equation(s):
		48991	// idehiin[2] = DFFEA(\ide_d[10]~5 , GLOBAL(\clkz_in~dataout ), , , \idein_lo_rd~25 , , )
		48992
		48993	.dataa(\idein_lo_rd~25 ),
		48994	.datab(vcc),
		48995	.datac(vcc),
		48996	.datad(ide_d_10),
		48997	.aclr(gnd),
		48998	.aload(gnd),
		48999	.clk(zclk),
		49000	.cin(gnd),
		49001	.cascin(vcc),
		49002	.devclrn(devclrn),
		49003	.devpor(devpor),
		49004	.combout(),
		49005	.regout(idehiin[2]),
		49006	.cout(),
		49007	.cascout());
		49008	// synopsys translate_off
		49009	defparam \idehiin[2]~I .clock_enable_mode = "true";
		49010	defparam \idehiin[2]~I .lut_mask = "ff00";
		49011	defparam \idehiin[2]~I .operation_mode = "normal";
		49012	defparam \idehiin[2]~I .output_mode = "reg_only";
		49013	defparam \idehiin[2]~I .packed_mode = "false";
		49014	// synopsys translate_on
		49015
		49016	// atom is at LC8_H32
		49017	flex10ke_lcell \Selector5~1387_I (
		49018	// Equation(s):
		49019	// \Selector5~1387 = !\a~dataout [2] & \a~dataout [0] & (idehiin[2] # !\Equal19~29 )
		49020
		49021	.dataa(a_2),
		49022	.datab(\Equal19~29 ),
		49023	.datac(idehiin[2]),
		49024	.datad(a_0),
		49025	.aclr(gnd),
		49026	.aload(gnd),
		49027	.clk(gnd),
		49028	.cin(gnd),
		49029	.cascin(vcc),
		49030	.devclrn(devclrn),
		49031	.devpor(devpor),
		49032	.combout(\Selector5~1387 ),
		49033	.regout(),
		49034	.cout(),
		49035	.cascout());
		49036	// synopsys translate_off
		49037	defparam \Selector5~1387_I .clock_enable_mode = "false";
		49038	defparam \Selector5~1387_I .lut_mask = "5100";
		49039	defparam \Selector5~1387_I .operation_mode = "normal";
		49040	defparam \Selector5~1387_I .output_mode = "comb_only";
		49041	defparam \Selector5~1387_I .packed_mode = "false";
		49042	// synopsys translate_on
		49043
		49044	// atom is at LC6_H6
		49045	flex10ke_lcell \Selector5~1385_I (
		49046	// Equation(s):
		49047	// \Selector5~1385 = !\a~dataout [7] & !\a~dataout [5] & dout_2 # !\Selector7~1873
		49048
		49049	.dataa(\Selector7~1873 ),
		49050	.datab(a_7),
		49051	.datac(a_5),
		49052	.datad(dout_2),
		49053	.aclr(gnd),
		49054	.aload(gnd),
		49055	.clk(gnd),
		49056	.cin(gnd),
		49057	.cascin(vcc),
		49058	.devclrn(devclrn),
		49059	.devpor(devpor),
		49060	.combout(\Selector5~1385 ),
		49061	.regout(),
		49062	.cout(),
		49063	.cascout());
		49064	// synopsys translate_off
		49065	defparam \Selector5~1385_I .clock_enable_mode = "false";
		49066	defparam \Selector5~1385_I .lut_mask = "5755";
		49067	defparam \Selector5~1385_I .operation_mode = "normal";
		49068	defparam \Selector5~1385_I .output_mode = "comb_only";
		49069	defparam \Selector5~1385_I .packed_mode = "false";
		49070	// synopsys translate_on
		49071
		49072	// atom is at LC1_H6
		49073	flex10ke_lcell \Selector5~1386_I (
		49074	// Equation(s):
		49075	// \Selector5~1386 = \Selector5~1385 # \Equal0~44 & (wait_reg_2 # !\always6~2 )
		49076
		49077	.dataa(\always6~2 ),
		49078	.datab(wait_reg_2),
		49079	.datac(\Equal0~44 ),
		49080	.datad(\Selector5~1385 ),
		49081	.aclr(gnd),
		49082	.aload(gnd),
		49083	.clk(gnd),
		49084	.cin(gnd),
		49085	.cascin(vcc),
		49086	.devclrn(devclrn),
		49087	.devpor(devpor),
		49088	.combout(\Selector5~1386 ),
		49089	.regout(),
		49090	.cout(),
		49091	.cascout());
		49092	// synopsys translate_off
		49093	defparam \Selector5~1386_I .clock_enable_mode = "false";
		49094	defparam \Selector5~1386_I .lut_mask = "ffd0";
		49095	defparam \Selector5~1386_I .operation_mode = "normal";
		49096	defparam \Selector5~1386_I .output_mode = "comb_only";
		49097	defparam \Selector5~1386_I .packed_mode = "false";
		49098	// synopsys translate_on
		49099
		49100	// atom is at LC1_H32
		49101	flex10ke_lcell \Selector5~1388_I (
		49102	// Equation(s):
		49103	// \Selector5~1424 = !\Selector5~1387 & (\a~dataout [1] & !\Selector5~1386 & \a~dataout [2] # !\a~dataout [1] & (!\a~dataout [2]))
		49104
		49105	.dataa(\Selector5~1387 ),
		49106	.datab(\Selector5~1386 ),
		49107	.datac(a_1),
		49108	.datad(a_2),
		49109	.aclr(gnd),
		49110	.aload(gnd),
		49111	.clk(gnd),
		49112	.cin(gnd),
		49113	.cascin(vcc),
		49114	.devclrn(devclrn),
		49115	.devpor(devpor),
		49116	.combout(\Selector5~1388 ),
		49117	.regout(),
		49118	.cout(),
		49119	.cascout(\Selector5~1424 ));
		49120	// synopsys translate_off
		49121	defparam \Selector5~1388_I .clock_enable_mode = "false";
		49122	defparam \Selector5~1388_I .lut_mask = "1005";
		49123	defparam \Selector5~1388_I .operation_mode = "normal";
		49124	defparam \Selector5~1388_I .output_mode = "none";
		49125	defparam \Selector5~1388_I .packed_mode = "false";
		49126	// synopsys translate_on
		49127
		49128	// atom is at LC6_B27
		49129	flex10ke_lcell \Selector5~1405_I (
		49130	// Equation(s):
		49131	// \Selector5~1436 = kbd_16 & \a~dataout [8] & (\a~dataout [13] # !kbd_21) # !kbd_16 & (\a~dataout [13] # !kbd_21)
		49132
		49133	.dataa(kbd_16),
		49134	.datab(kbd_21),
		49135	.datac(a_13),
		49136	.datad(a_8),
		49137	.aclr(gnd),
		49138	.aload(gnd),
		49139	.clk(gnd),
		49140	.cin(gnd),
		49141	.cascin(vcc),
		49142	.devclrn(devclrn),
		49143	.devpor(devpor),
		49144	.combout(\Selector5~1405 ),
		49145	.regout(),
		49146	.cout(),
		49147	.cascout(\Selector5~1436 ));
		49148	// synopsys translate_off
		49149	defparam \Selector5~1405_I .clock_enable_mode = "false";
		49150	defparam \Selector5~1405_I .lut_mask = "f351";
		49151	defparam \Selector5~1405_I .operation_mode = "normal";
		49152	defparam \Selector5~1405_I .output_mode = "none";
		49153	defparam \Selector5~1405_I .packed_mode = "false";
		49154	// synopsys translate_on
		49155
		49156	// atom is at LC7_B27
		49157	flex10ke_lcell \Selector5~1411_I (
		49158	// Equation(s):
		49159	// \Selector5~1411 = (kbd_20 & \a~dataout [12] & (\a~dataout [11] # !kbd_19) # !kbd_20 & (\a~dataout [11] # !kbd_19)) & CASCADE(\Selector5~1436 )
		49160
		49161	.dataa(kbd_20),
		49162	.datab(kbd_19),
		49163	.datac(a_11),
		49164	.datad(a_12),
		49165	.aclr(gnd),
		49166	.aload(gnd),
		49167	.clk(gnd),
		49168	.cin(gnd),
		49169	.cascin(\Selector5~1436 ),
		49170	.devclrn(devclrn),
		49171	.devpor(devpor),
		49172	.combout(\Selector5~1411 ),
		49173	.regout(),
		49174	.cout(),
		49175	.cascout());
		49176	// synopsys translate_off
		49177	defparam \Selector5~1411_I .clock_enable_mode = "false";
		49178	defparam \Selector5~1411_I .lut_mask = "f351";
		49179	defparam \Selector5~1411_I .operation_mode = "normal";
		49180	defparam \Selector5~1411_I .output_mode = "comb_only";
		49181	defparam \Selector5~1411_I .packed_mode = "false";
		49182	// synopsys translate_on
		49183
		49184	// atom is at LC2_B22
		49185	flex10ke_lcell \Selector5~1403_I (
		49186	// Equation(s):
		49187	// \Selector5~1433 = kbd_23 & \a~dataout [15] & (\a~dataout [10] # !kbd_18) # !kbd_23 & (\a~dataout [10] # !kbd_18)
		49188
		49189	.dataa(kbd_23),
		49190	.datab(kbd_18),
		49191	.datac(a_10),
		49192	.datad(a_15),
		49193	.aclr(gnd),
		49194	.aload(gnd),
		49195	.clk(gnd),
		49196	.cin(gnd),
		49197	.cascin(vcc),
		49198	.devclrn(devclrn),
		49199	.devpor(devpor),
		49200	.combout(\Selector5~1403 ),
		49201	.regout(),
		49202	.cout(),
		49203	.cascout(\Selector5~1433 ));
		49204	// synopsys translate_off
		49205	defparam \Selector5~1403_I .clock_enable_mode = "false";
		49206	defparam \Selector5~1403_I .lut_mask = "f351";
		49207	defparam \Selector5~1403_I .operation_mode = "normal";
		49208	defparam \Selector5~1403_I .output_mode = "none";
		49209	defparam \Selector5~1403_I .packed_mode = "false";
		49210	// synopsys translate_on
		49211
		49212	// atom is at LC3_B22
		49213	flex10ke_lcell \Selector5~1410_I (
		49214	// Equation(s):
		49215	// \Selector5~1410 = (kbd_22 & \a~dataout [14] & (\a~dataout [9] # !kbd_17) # !kbd_22 & (\a~dataout [9] # !kbd_17)) & CASCADE(\Selector5~1433 )
		49216
		49217	.dataa(kbd_22),
		49218	.datab(kbd_17),
		49219	.datac(a_9),
		49220	.datad(a_14),
		49221	.aclr(gnd),
		49222	.aload(gnd),
		49223	.clk(gnd),
		49224	.cin(gnd),
		49225	.cascin(\Selector5~1433 ),
		49226	.devclrn(devclrn),
		49227	.devpor(devpor),
		49228	.combout(\Selector5~1410 ),
		49229	.regout(),
		49230	.cout(),
		49231	.cascout());
		49232	// synopsys translate_off
		49233	defparam \Selector5~1410_I .clock_enable_mode = "false";
		49234	defparam \Selector5~1410_I .lut_mask = "f351";
		49235	defparam \Selector5~1410_I .operation_mode = "normal";
		49236	defparam \Selector5~1410_I .output_mode = "comb_only";
		49237	defparam \Selector5~1410_I .packed_mode = "false";
		49238	// synopsys translate_on
		49239
		49240	// atom is at LC8_B27
		49241	flex10ke_lcell \Selector5~1394_I (
		49242	// Equation(s):
		49243	// \Selector5~1394 = \a~dataout [5] & (\Selector5~1411 & \Selector5~1410 # !\Selector7~1883 )
		49244
		49245	.dataa(\Selector7~1883 ),
		49246	.datab(\Selector5~1411 ),
		49247	.datac(\Selector5~1410 ),
		49248	.datad(a_5),
		49249	.aclr(gnd),
		49250	.aload(gnd),
		49251	.clk(gnd),
		49252	.cin(gnd),
		49253	.cascin(vcc),
		49254	.devclrn(devclrn),
		49255	.devpor(devpor),
		49256	.combout(\Selector5~1394 ),
		49257	.regout(),
		49258	.cout(),
		49259	.cascout());
		49260	// synopsys translate_off
		49261	defparam \Selector5~1394_I .clock_enable_mode = "false";
		49262	defparam \Selector5~1394_I .lut_mask = "d500";
		49263	defparam \Selector5~1394_I .operation_mode = "normal";
		49264	defparam \Selector5~1394_I .output_mode = "comb_only";
		49265	defparam \Selector5~1394_I .packed_mode = "false";
		49266	// synopsys translate_on
		49267
		49268	// atom is at LC3_E34
		49269	flex10ke_lcell \Selector5~1390_I (
		49270	// Equation(s):
		49271	// \Selector5~1390 = \a~dataout [10] & (musy_2) # !\a~dataout [10] & musx_2
		49272
		49273	.dataa(vcc),
		49274	.datab(a_10),
		49275	.datac(musx_2),
		49276	.datad(musy_2),
		49277	.aclr(gnd),
		49278	.aload(gnd),
		49279	.clk(gnd),
		49280	.cin(gnd),
		49281	.cascin(vcc),
		49282	.devclrn(devclrn),
		49283	.devpor(devpor),
		49284	.combout(\Selector5~1390 ),
		49285	.regout(),
		49286	.cout(),
		49287	.cascout());
		49288	// synopsys translate_off
		49289	defparam \Selector5~1390_I .clock_enable_mode = "false";
		49290	defparam \Selector5~1390_I .lut_mask = "fc30";
		49291	defparam \Selector5~1390_I .operation_mode = "normal";
		49292	defparam \Selector5~1390_I .output_mode = "comb_only";
		49293	defparam \Selector5~1390_I .packed_mode = "false";
		49294	// synopsys translate_on
		49295
		49296	// atom is at LC5_E34
		49297	flex10ke_lcell \Selector5~1391_I (
		49298	// Equation(s):
		49299	// \Selector5~1391 = \a~dataout [8] & (\Selector5~1390 ) # !\a~dataout [8] & musbtn_2 # !\Selector7~1861
		49300
		49301	.dataa(\Selector7~1861 ),
		49302	.datab(a_8),
		49303	.datac(musbtn_2),
		49304	.datad(\Selector5~1390 ),
		49305	.aclr(gnd),
		49306	.aload(gnd),
		49307	.clk(gnd),
		49308	.cin(gnd),
		49309	.cascin(vcc),
		49310	.devclrn(devclrn),
		49311	.devpor(devpor),
		49312	.combout(\Selector5~1391 ),
		49313	.regout(),
		49314	.cout(),
		49315	.cascout());
		49316	// synopsys translate_off
		49317	defparam \Selector5~1391_I .clock_enable_mode = "false";
		49318	defparam \Selector5~1391_I .lut_mask = "fd75";
		49319	defparam \Selector5~1391_I .operation_mode = "normal";
		49320	defparam \Selector5~1391_I .output_mode = "comb_only";
		49321	defparam \Selector5~1391_I .packed_mode = "false";
		49322	// synopsys translate_on
		49323
		49324	// atom is at LC7_E34
		49325	flex10ke_lcell \Selector5~1395_I (
		49326	// Equation(s):
		49327	// \Selector5~1430 = !\Selector5~1394 & \Equal0~46 & (!\Equal9~59 # !\Selector5~1391 )
		49328
		49329	.dataa(\Selector5~1394 ),
		49330	.datab(\Selector5~1391 ),
		49331	.datac(\Equal9~59 ),
		49332	.datad(\Equal0~46 ),
		49333	.aclr(gnd),
		49334	.aload(gnd),
		49335	.clk(gnd),
		49336	.cin(gnd),
		49337	.cascin(vcc),
		49338	.devclrn(devclrn),
		49339	.devpor(devpor),
		49340	.combout(\Selector5~1395 ),
		49341	.regout(),
		49342	.cout(),
		49343	.cascout(\Selector5~1430 ));
		49344	// synopsys translate_off
		49345	defparam \Selector5~1395_I .clock_enable_mode = "false";
		49346	defparam \Selector5~1395_I .lut_mask = "1500";
		49347	defparam \Selector5~1395_I .operation_mode = "normal";
		49348	defparam \Selector5~1395_I .output_mode = "none";
		49349	defparam \Selector5~1395_I .packed_mode = "false";
		49350	// synopsys translate_on
		49351
		49352	// atom is at LC2_H3
		49353	flex10ke_lcell \idehiin[3]~I (
		49354	// Equation(s):
		49355	// idehiin[3] = DFFEA(\ide_d[11]~4 , GLOBAL(\clkz_in~dataout ), , , \idein_lo_rd~25 , , )
		49356
		49357	.dataa(\idein_lo_rd~25 ),
		49358	.datab(vcc),
		49359	.datac(vcc),
		49360	.datad(ide_d_11),
		49361	.aclr(gnd),
		49362	.aload(gnd),
		49363	.clk(zclk),
		49364	.cin(gnd),
		49365	.cascin(vcc),
		49366	.devclrn(devclrn),
		49367	.devpor(devpor),
		49368	.combout(),
		49369	.regout(idehiin[3]),
		49370	.cout(),
		49371	.cascout());
		49372	// synopsys translate_off
		49373	defparam \idehiin[3]~I .clock_enable_mode = "true";
		49374	defparam \idehiin[3]~I .lut_mask = "ff00";
		49375	defparam \idehiin[3]~I .operation_mode = "normal";
		49376	defparam \idehiin[3]~I .output_mode = "reg_only";
		49377	defparam \idehiin[3]~I .packed_mode = "false";
		49378	// synopsys translate_on
		49379
		49380	// atom is at LC7_H17
		49381	flex10ke_lcell \Selector4~1387_I (
		49382	// Equation(s):
		49383	// \Selector4~1387 = !\a~dataout [2] & \a~dataout [0] & (idehiin[3] # !\Equal19~29 )
		49384
		49385	.dataa(a_2),
		49386	.datab(\Equal19~29 ),
		49387	.datac(idehiin[3]),
		49388	.datad(a_0),
		49389	.aclr(gnd),
		49390	.aload(gnd),
		49391	.clk(gnd),
		49392	.cin(gnd),
		49393	.cascin(vcc),
		49394	.devclrn(devclrn),
		49395	.devpor(devpor),
		49396	.combout(\Selector4~1387 ),
		49397	.regout(),
		49398	.cout(),
		49399	.cascout());
		49400	// synopsys translate_off
		49401	defparam \Selector4~1387_I .clock_enable_mode = "false";
		49402	defparam \Selector4~1387_I .lut_mask = "5100";
		49403	defparam \Selector4~1387_I .operation_mode = "normal";
		49404	defparam \Selector4~1387_I .output_mode = "comb_only";
		49405	defparam \Selector4~1387_I .packed_mode = "false";
		49406	// synopsys translate_on
		49407
		49408	// atom is at LC3_H15
		49409	flex10ke_lcell \Selector4~1385_I (
		49410	// Equation(s):
		49411	// \Selector4~1385 = !\a~dataout [7] & !\a~dataout [5] & dout_3 # !\Selector7~1873
		49412
		49413	.dataa(\Selector7~1873 ),
		49414	.datab(a_7),
		49415	.datac(a_5),
		49416	.datad(dout_3),
		49417	.aclr(gnd),
		49418	.aload(gnd),
		49419	.clk(gnd),
		49420	.cin(gnd),
		49421	.cascin(vcc),
		49422	.devclrn(devclrn),
		49423	.devpor(devpor),
		49424	.combout(\Selector4~1385 ),
		49425	.regout(),
		49426	.cout(),
		49427	.cascout());
		49428	// synopsys translate_off
		49429	defparam \Selector4~1385_I .clock_enable_mode = "false";
		49430	defparam \Selector4~1385_I .lut_mask = "5755";
		49431	defparam \Selector4~1385_I .operation_mode = "normal";
		49432	defparam \Selector4~1385_I .output_mode = "comb_only";
		49433	defparam \Selector4~1385_I .packed_mode = "false";
		49434	// synopsys translate_on
		49435
		49436	// atom is at LC4_H15
		49437	flex10ke_lcell \Selector4~1386_I (
		49438	// Equation(s):
		49439	// \Selector4~1386 = \Selector4~1385 # \Equal0~44 & (wait_reg_3 # !\always6~2 )
		49440
		49441	.dataa(\always6~2 ),
		49442	.datab(wait_reg_3),
		49443	.datac(\Equal0~44 ),
		49444	.datad(\Selector4~1385 ),
		49445	.aclr(gnd),
		49446	.aload(gnd),
		49447	.clk(gnd),
		49448	.cin(gnd),
		49449	.cascin(vcc),
		49450	.devclrn(devclrn),
		49451	.devpor(devpor),
		49452	.combout(\Selector4~1386 ),
		49453	.regout(),
		49454	.cout(),
		49455	.cascout());
		49456	// synopsys translate_off
		49457	defparam \Selector4~1386_I .clock_enable_mode = "false";
		49458	defparam \Selector4~1386_I .lut_mask = "ffd0";
		49459	defparam \Selector4~1386_I .operation_mode = "normal";
		49460	defparam \Selector4~1386_I .output_mode = "comb_only";
		49461	defparam \Selector4~1386_I .packed_mode = "false";
		49462	// synopsys translate_on
		49463
		49464	// atom is at LC1_H17
		49465	flex10ke_lcell \Selector4~1388_I (
		49466	// Equation(s):
		49467	// \Selector4~1424 = !\Selector4~1387 & (\a~dataout [1] & !\Selector4~1386 & \a~dataout [2] # !\a~dataout [1] & (!\a~dataout [2]))
		49468
		49469	.dataa(\Selector4~1387 ),
		49470	.datab(\Selector4~1386 ),
		49471	.datac(a_1),
		49472	.datad(a_2),
		49473	.aclr(gnd),
		49474	.aload(gnd),
		49475	.clk(gnd),
		49476	.cin(gnd),
		49477	.cascin(vcc),
		49478	.devclrn(devclrn),
		49479	.devpor(devpor),
		49480	.combout(\Selector4~1388 ),
		49481	.regout(),
		49482	.cout(),
		49483	.cascout(\Selector4~1424 ));
		49484	// synopsys translate_off
		49485	defparam \Selector4~1388_I .clock_enable_mode = "false";
		49486	defparam \Selector4~1388_I .lut_mask = "1005";
		49487	defparam \Selector4~1388_I .operation_mode = "normal";
		49488	defparam \Selector4~1388_I .output_mode = "none";
		49489	defparam \Selector4~1388_I .packed_mode = "false";
		49490	// synopsys translate_on
		49491
		49492	// atom is at LC4_B29
		49493	flex10ke_lcell \Selector4~1405_I (
		49494	// Equation(s):
		49495	// \Selector4~1436 = kbd_8 & \a~dataout [8] & (\a~dataout [13] # !kbd_13) # !kbd_8 & (\a~dataout [13] # !kbd_13)
		49496
		49497	.dataa(kbd_8),
		49498	.datab(kbd_13),
		49499	.datac(a_13),
		49500	.datad(a_8),
		49501	.aclr(gnd),
		49502	.aload(gnd),
		49503	.clk(gnd),
		49504	.cin(gnd),
		49505	.cascin(vcc),
		49506	.devclrn(devclrn),
		49507	.devpor(devpor),
		49508	.combout(\Selector4~1405 ),
		49509	.regout(),
		49510	.cout(),
		49511	.cascout(\Selector4~1436 ));
		49512	// synopsys translate_off
		49513	defparam \Selector4~1405_I .clock_enable_mode = "false";
		49514	defparam \Selector4~1405_I .lut_mask = "f351";
		49515	defparam \Selector4~1405_I .operation_mode = "normal";
		49516	defparam \Selector4~1405_I .output_mode = "none";
		49517	defparam \Selector4~1405_I .packed_mode = "false";
		49518	// synopsys translate_on
		49519
		49520	// atom is at LC5_B29
		49521	flex10ke_lcell \Selector4~1411_I (
		49522	// Equation(s):
		49523	// \Selector4~1411 = (kbd_12 & \a~dataout [12] & (\a~dataout [11] # !kbd_11) # !kbd_12 & (\a~dataout [11] # !kbd_11)) & CASCADE(\Selector4~1436 )
		49524
		49525	.dataa(kbd_12),
		49526	.datab(kbd_11),
		49527	.datac(a_11),
		49528	.datad(a_12),
		49529	.aclr(gnd),
		49530	.aload(gnd),
		49531	.clk(gnd),
		49532	.cin(gnd),
		49533	.cascin(\Selector4~1436 ),
		49534	.devclrn(devclrn),
		49535	.devpor(devpor),
		49536	.combout(\Selector4~1411 ),
		49537	.regout(),
		49538	.cout(),
		49539	.cascout());
		49540	// synopsys translate_off
		49541	defparam \Selector4~1411_I .clock_enable_mode = "false";
		49542	defparam \Selector4~1411_I .lut_mask = "f351";
		49543	defparam \Selector4~1411_I .operation_mode = "normal";
		49544	defparam \Selector4~1411_I .output_mode = "comb_only";
		49545	defparam \Selector4~1411_I .packed_mode = "false";
		49546	// synopsys translate_on
		49547
		49548	// atom is at LC2_B24
		49549	flex10ke_lcell \Selector4~1403_I (
		49550	// Equation(s):
		49551	// \Selector4~1433 = kbd_15 & \a~dataout [15] & (\a~dataout [10] # !kbd_10) # !kbd_15 & (\a~dataout [10] # !kbd_10)
		49552
		49553	.dataa(kbd_15),
		49554	.datab(kbd_10),
		49555	.datac(a_10),
		49556	.datad(a_15),
		49557	.aclr(gnd),
		49558	.aload(gnd),
		49559	.clk(gnd),
		49560	.cin(gnd),
		49561	.cascin(vcc),
		49562	.devclrn(devclrn),
		49563	.devpor(devpor),
		49564	.combout(\Selector4~1403 ),
		49565	.regout(),
		49566	.cout(),
		49567	.cascout(\Selector4~1433 ));
		49568	// synopsys translate_off
		49569	defparam \Selector4~1403_I .clock_enable_mode = "false";
		49570	defparam \Selector4~1403_I .lut_mask = "f351";
		49571	defparam \Selector4~1403_I .operation_mode = "normal";
		49572	defparam \Selector4~1403_I .output_mode = "none";
		49573	defparam \Selector4~1403_I .packed_mode = "false";
		49574	// synopsys translate_on
		49575
		49576	// atom is at LC3_B24
		49577	flex10ke_lcell \Selector4~1410_I (
		49578	// Equation(s):
		49579	// \Selector4~1410 = (kbd_14 & \a~dataout [14] & (\a~dataout [9] # !kbd_9) # !kbd_14 & (\a~dataout [9] # !kbd_9)) & CASCADE(\Selector4~1433 )
		49580
		49581	.dataa(kbd_14),
		49582	.datab(kbd_9),
		49583	.datac(a_9),
		49584	.datad(a_14),
		49585	.aclr(gnd),
		49586	.aload(gnd),
		49587	.clk(gnd),
		49588	.cin(gnd),
		49589	.cascin(\Selector4~1433 ),
		49590	.devclrn(devclrn),
		49591	.devpor(devpor),
		49592	.combout(\Selector4~1410 ),
		49593	.regout(),
		49594	.cout(),
		49595	.cascout());
		49596	// synopsys translate_off
		49597	defparam \Selector4~1410_I .clock_enable_mode = "false";
		49598	defparam \Selector4~1410_I .lut_mask = "f351";
		49599	defparam \Selector4~1410_I .operation_mode = "normal";
		49600	defparam \Selector4~1410_I .output_mode = "comb_only";
		49601	defparam \Selector4~1410_I .packed_mode = "false";
		49602	// synopsys translate_on
		49603
		49604	// atom is at LC7_B24
		49605	flex10ke_lcell \Selector4~1394_I (
		49606	// Equation(s):
		49607	// \Selector4~1394 = \a~dataout [5] & (\Selector4~1411 & \Selector4~1410 # !\Selector7~1883 )
		49608
		49609	.dataa(\Selector7~1883 ),
		49610	.datab(\Selector4~1411 ),
		49611	.datac(\Selector4~1410 ),
		49612	.datad(a_5),
		49613	.aclr(gnd),
		49614	.aload(gnd),
		49615	.clk(gnd),
		49616	.cin(gnd),
		49617	.cascin(vcc),
		49618	.devclrn(devclrn),
		49619	.devpor(devpor),
		49620	.combout(\Selector4~1394 ),
		49621	.regout(),
		49622	.cout(),
		49623	.cascout());
		49624	// synopsys translate_off
		49625	defparam \Selector4~1394_I .clock_enable_mode = "false";
		49626	defparam \Selector4~1394_I .lut_mask = "d500";
		49627	defparam \Selector4~1394_I .operation_mode = "normal";
		49628	defparam \Selector4~1394_I .output_mode = "comb_only";
		49629	defparam \Selector4~1394_I .packed_mode = "false";
		49630	// synopsys translate_on
		49631
		49632	// atom is at LC3_E29
		49633	flex10ke_lcell \Selector4~1390_I (
		49634	// Equation(s):
		49635	// \Selector4~1390 = \a~dataout [10] & (musy_3) # !\a~dataout [10] & musx_3
		49636
		49637	.dataa(vcc),
		49638	.datab(a_10),
		49639	.datac(musx_3),
		49640	.datad(musy_3),
		49641	.aclr(gnd),
		49642	.aload(gnd),
		49643	.clk(gnd),
		49644	.cin(gnd),
		49645	.cascin(vcc),
		49646	.devclrn(devclrn),
		49647	.devpor(devpor),
		49648	.combout(\Selector4~1390 ),
		49649	.regout(),
		49650	.cout(),
		49651	.cascout());
		49652	// synopsys translate_off
		49653	defparam \Selector4~1390_I .clock_enable_mode = "false";
		49654	defparam \Selector4~1390_I .lut_mask = "fc30";
		49655	defparam \Selector4~1390_I .operation_mode = "normal";
		49656	defparam \Selector4~1390_I .output_mode = "comb_only";
		49657	defparam \Selector4~1390_I .packed_mode = "false";
		49658	// synopsys translate_on
		49659
		49660	// atom is at LC7_E29
		49661	flex10ke_lcell \Selector4~1391_I (
		49662	// Equation(s):
		49663	// \Selector4~1391 = \a~dataout [8] & (\Selector4~1390 ) # !\a~dataout [8] & musbtn_3 # !\Selector7~1861
		49664
		49665	.dataa(\Selector7~1861 ),
		49666	.datab(a_8),
		49667	.datac(musbtn_3),
		49668	.datad(\Selector4~1390 ),
		49669	.aclr(gnd),
		49670	.aload(gnd),
		49671	.clk(gnd),
		49672	.cin(gnd),
		49673	.cascin(vcc),
		49674	.devclrn(devclrn),
		49675	.devpor(devpor),
		49676	.combout(\Selector4~1391 ),
		49677	.regout(),
		49678	.cout(),
		49679	.cascout());
		49680	// synopsys translate_off
		49681	defparam \Selector4~1391_I .clock_enable_mode = "false";
		49682	defparam \Selector4~1391_I .lut_mask = "fd75";
		49683	defparam \Selector4~1391_I .operation_mode = "normal";
		49684	defparam \Selector4~1391_I .output_mode = "comb_only";
		49685	defparam \Selector4~1391_I .packed_mode = "false";
		49686	// synopsys translate_on
		49687
		49688	// atom is at LC5_E29
		49689	flex10ke_lcell \Selector4~1395_I (
		49690	// Equation(s):
		49691	// \Selector4~1430 = !\Selector4~1394 & \Equal0~46 & (!\Equal9~59 # !\Selector4~1391 )
		49692
		49693	.dataa(\Selector4~1394 ),
		49694	.datab(\Selector4~1391 ),
		49695	.datac(\Equal9~59 ),
		49696	.datad(\Equal0~46 ),
		49697	.aclr(gnd),
		49698	.aload(gnd),
		49699	.clk(gnd),
		49700	.cin(gnd),
		49701	.cascin(vcc),
		49702	.devclrn(devclrn),
		49703	.devpor(devpor),
		49704	.combout(\Selector4~1395 ),
		49705	.regout(),
		49706	.cout(),
		49707	.cascout(\Selector4~1430 ));
		49708	// synopsys translate_off
		49709	defparam \Selector4~1395_I .clock_enable_mode = "false";
		49710	defparam \Selector4~1395_I .lut_mask = "1500";
		49711	defparam \Selector4~1395_I .operation_mode = "normal";
		49712	defparam \Selector4~1395_I .output_mode = "none";
		49713	defparam \Selector4~1395_I .packed_mode = "false";
		49714	// synopsys translate_on
		49715
		49716	// atom is at LC8_H3
		49717	flex10ke_lcell \idehiin[4]~I (
		49718	// Equation(s):
		49719	// idehiin[4] = DFFEA(\ide_d[12]~3 , GLOBAL(\clkz_in~dataout ), , , \idein_lo_rd~25 , , )
		49720
		49721	.dataa(\idein_lo_rd~25 ),
		49722	.datab(vcc),
		49723	.datac(vcc),
		49724	.datad(ide_d_12),
		49725	.aclr(gnd),
		49726	.aload(gnd),
		49727	.clk(zclk),
		49728	.cin(gnd),
		49729	.cascin(vcc),
		49730	.devclrn(devclrn),
		49731	.devpor(devpor),
		49732	.combout(),
		49733	.regout(idehiin[4]),
		49734	.cout(),
		49735	.cascout());
		49736	// synopsys translate_off
		49737	defparam \idehiin[4]~I .clock_enable_mode = "true";
		49738	defparam \idehiin[4]~I .lut_mask = "ff00";
		49739	defparam \idehiin[4]~I .operation_mode = "normal";
		49740	defparam \idehiin[4]~I .output_mode = "reg_only";
		49741	defparam \idehiin[4]~I .packed_mode = "false";
		49742	// synopsys translate_on
		49743
		49744	// atom is at LC8_H27
		49745	flex10ke_lcell \Selector3~1387_I (
		49746	// Equation(s):
		49747	// \Selector3~1387 = !\a~dataout [2] & \a~dataout [0] & (idehiin[4] # !\Equal19~29 )
		49748
		49749	.dataa(a_2),
		49750	.datab(\Equal19~29 ),
		49751	.datac(idehiin[4]),
		49752	.datad(a_0),
		49753	.aclr(gnd),
		49754	.aload(gnd),
		49755	.clk(gnd),
		49756	.cin(gnd),
		49757	.cascin(vcc),
		49758	.devclrn(devclrn),
		49759	.devpor(devpor),
		49760	.combout(\Selector3~1387 ),
		49761	.regout(),
		49762	.cout(),
		49763	.cascout());
		49764	// synopsys translate_off
		49765	defparam \Selector3~1387_I .clock_enable_mode = "false";
		49766	defparam \Selector3~1387_I .lut_mask = "5100";
		49767	defparam \Selector3~1387_I .operation_mode = "normal";
		49768	defparam \Selector3~1387_I .output_mode = "comb_only";
		49769	defparam \Selector3~1387_I .packed_mode = "false";
		49770	// synopsys translate_on
		49771
		49772	// atom is at LC6_H15
		49773	flex10ke_lcell \Selector3~1385_I (
		49774	// Equation(s):
		49775	// \Selector3~1385 = !\a~dataout [7] & !\a~dataout [5] & dout_4 # !\Selector7~1873
		49776
		49777	.dataa(\Selector7~1873 ),
		49778	.datab(a_7),
		49779	.datac(a_5),
		49780	.datad(dout_4),
		49781	.aclr(gnd),
		49782	.aload(gnd),
		49783	.clk(gnd),
		49784	.cin(gnd),
		49785	.cascin(vcc),
		49786	.devclrn(devclrn),
		49787	.devpor(devpor),
		49788	.combout(\Selector3~1385 ),
		49789	.regout(),
		49790	.cout(),
		49791	.cascout());
		49792	// synopsys translate_off
		49793	defparam \Selector3~1385_I .clock_enable_mode = "false";
		49794	defparam \Selector3~1385_I .lut_mask = "5755";
		49795	defparam \Selector3~1385_I .operation_mode = "normal";
		49796	defparam \Selector3~1385_I .output_mode = "comb_only";
		49797	defparam \Selector3~1385_I .packed_mode = "false";
		49798	// synopsys translate_on
		49799
		49800	// atom is at LC8_H15
		49801	flex10ke_lcell \Selector3~1386_I (
		49802	// Equation(s):
		49803	// \Selector3~1386 = \Selector3~1385 # \Equal0~44 & (wait_reg_4 # !\always6~2 )
		49804
		49805	.dataa(\always6~2 ),
		49806	.datab(wait_reg_4),
		49807	.datac(\Equal0~44 ),
		49808	.datad(\Selector3~1385 ),
		49809	.aclr(gnd),
		49810	.aload(gnd),
		49811	.clk(gnd),
		49812	.cin(gnd),
		49813	.cascin(vcc),
		49814	.devclrn(devclrn),
		49815	.devpor(devpor),
		49816	.combout(\Selector3~1386 ),
		49817	.regout(),
		49818	.cout(),
		49819	.cascout());
		49820	// synopsys translate_off
		49821	defparam \Selector3~1386_I .clock_enable_mode = "false";
		49822	defparam \Selector3~1386_I .lut_mask = "ffd0";
		49823	defparam \Selector3~1386_I .operation_mode = "normal";
		49824	defparam \Selector3~1386_I .output_mode = "comb_only";
		49825	defparam \Selector3~1386_I .packed_mode = "false";
		49826	// synopsys translate_on
		49827
		49828	// atom is at LC6_H27
		49829	flex10ke_lcell \Selector3~1388_I (
		49830	// Equation(s):
		49831	// \Selector3~1424 = !\Selector3~1387 & (\a~dataout [1] & !\Selector3~1386 & \a~dataout [2] # !\a~dataout [1] & (!\a~dataout [2]))
		49832
		49833	.dataa(\Selector3~1387 ),
		49834	.datab(\Selector3~1386 ),
		49835	.datac(a_1),
		49836	.datad(a_2),
		49837	.aclr(gnd),
		49838	.aload(gnd),
		49839	.clk(gnd),
		49840	.cin(gnd),
		49841	.cascin(vcc),
		49842	.devclrn(devclrn),
		49843	.devpor(devpor),
		49844	.combout(\Selector3~1388 ),
		49845	.regout(),
		49846	.cout(),
		49847	.cascout(\Selector3~1424 ));
		49848	// synopsys translate_off
		49849	defparam \Selector3~1388_I .clock_enable_mode = "false";
		49850	defparam \Selector3~1388_I .lut_mask = "1005";
		49851	defparam \Selector3~1388_I .operation_mode = "normal";
		49852	defparam \Selector3~1388_I .output_mode = "none";
		49853	defparam \Selector3~1388_I .packed_mode = "false";
		49854	// synopsys translate_on
		49855
		49856	// atom is at LC3_A32
		49857	flex10ke_lcell \Selector3~1405_I (
		49858	// Equation(s):
		49859	// \Selector3~1436 = kbd_0 & \a~dataout [8] & (\a~dataout [13] # !kbd_5) # !kbd_0 & (\a~dataout [13] # !kbd_5)
		49860
		49861	.dataa(kbd_0),
		49862	.datab(kbd_5),
		49863	.datac(a_13),
		49864	.datad(a_8),
		49865	.aclr(gnd),
		49866	.aload(gnd),
		49867	.clk(gnd),
		49868	.cin(gnd),
		49869	.cascin(vcc),
		49870	.devclrn(devclrn),
		49871	.devpor(devpor),
		49872	.combout(\Selector3~1405 ),
		49873	.regout(),
		49874	.cout(),
		49875	.cascout(\Selector3~1436 ));
		49876	// synopsys translate_off
		49877	defparam \Selector3~1405_I .clock_enable_mode = "false";
		49878	defparam \Selector3~1405_I .lut_mask = "f351";
		49879	defparam \Selector3~1405_I .operation_mode = "normal";
		49880	defparam \Selector3~1405_I .output_mode = "none";
		49881	defparam \Selector3~1405_I .packed_mode = "false";
		49882	// synopsys translate_on
		49883
		49884	// atom is at LC4_A32
		49885	flex10ke_lcell \Selector3~1411_I (
		49886	// Equation(s):
		49887	// \Selector3~1411 = (kbd_4 & \a~dataout [12] & (\a~dataout [11] # !kbd_3) # !kbd_4 & (\a~dataout [11] # !kbd_3)) & CASCADE(\Selector3~1436 )
		49888
		49889	.dataa(kbd_4),
		49890	.datab(kbd_3),
		49891	.datac(a_11),
		49892	.datad(a_12),
		49893	.aclr(gnd),
		49894	.aload(gnd),
		49895	.clk(gnd),
		49896	.cin(gnd),
		49897	.cascin(\Selector3~1436 ),
		49898	.devclrn(devclrn),
		49899	.devpor(devpor),
		49900	.combout(\Selector3~1411 ),
		49901	.regout(),
		49902	.cout(),
		49903	.cascout());
		49904	// synopsys translate_off
		49905	defparam \Selector3~1411_I .clock_enable_mode = "false";
		49906	defparam \Selector3~1411_I .lut_mask = "f351";
		49907	defparam \Selector3~1411_I .operation_mode = "normal";
		49908	defparam \Selector3~1411_I .output_mode = "comb_only";
		49909	defparam \Selector3~1411_I .packed_mode = "false";
		49910	// synopsys translate_on
		49911
		49912	// atom is at LC6_A23
		49913	flex10ke_lcell \Selector3~1403_I (
		49914	// Equation(s):
		49915	// \Selector3~1433 = kbd_7 & \a~dataout [15] & (\a~dataout [10] # !kbd_2) # !kbd_7 & (\a~dataout [10] # !kbd_2)
		49916
		49917	.dataa(kbd_7),
		49918	.datab(kbd_2),
		49919	.datac(a_10),
		49920	.datad(a_15),
		49921	.aclr(gnd),
		49922	.aload(gnd),
		49923	.clk(gnd),
		49924	.cin(gnd),
		49925	.cascin(vcc),
		49926	.devclrn(devclrn),
		49927	.devpor(devpor),
		49928	.combout(\Selector3~1403 ),
		49929	.regout(),
		49930	.cout(),
		49931	.cascout(\Selector3~1433 ));
		49932	// synopsys translate_off
		49933	defparam \Selector3~1403_I .clock_enable_mode = "false";
		49934	defparam \Selector3~1403_I .lut_mask = "f351";
		49935	defparam \Selector3~1403_I .operation_mode = "normal";
		49936	defparam \Selector3~1403_I .output_mode = "none";
		49937	defparam \Selector3~1403_I .packed_mode = "false";
		49938	// synopsys translate_on
		49939
		49940	// atom is at LC7_A23
		49941	flex10ke_lcell \Selector3~1410_I (
		49942	// Equation(s):
		49943	// \Selector3~1410 = (kbd_6 & \a~dataout [14] & (\a~dataout [9] # !kbd_1) # !kbd_6 & (\a~dataout [9] # !kbd_1)) & CASCADE(\Selector3~1433 )
		49944
		49945	.dataa(kbd_6),
		49946	.datab(kbd_1),
		49947	.datac(a_9),
		49948	.datad(a_14),
		49949	.aclr(gnd),
		49950	.aload(gnd),
		49951	.clk(gnd),
		49952	.cin(gnd),
		49953	.cascin(\Selector3~1433 ),
		49954	.devclrn(devclrn),
		49955	.devpor(devpor),
		49956	.combout(\Selector3~1410 ),
		49957	.regout(),
		49958	.cout(),
		49959	.cascout());
		49960	// synopsys translate_off
		49961	defparam \Selector3~1410_I .clock_enable_mode = "false";
		49962	defparam \Selector3~1410_I .lut_mask = "f351";
		49963	defparam \Selector3~1410_I .operation_mode = "normal";
		49964	defparam \Selector3~1410_I .output_mode = "comb_only";
		49965	defparam \Selector3~1410_I .packed_mode = "false";
		49966	// synopsys translate_on
		49967
		49968	// atom is at LC3_A23
		49969	flex10ke_lcell \Selector3~1394_I (
		49970	// Equation(s):
		49971	// \Selector3~1394 = \a~dataout [5] & (\Selector3~1411 & \Selector3~1410 # !\Selector7~1883 )
		49972
		49973	.dataa(\Selector7~1883 ),
		49974	.datab(\Selector3~1411 ),
		49975	.datac(\Selector3~1410 ),
		49976	.datad(a_5),
		49977	.aclr(gnd),
		49978	.aload(gnd),
		49979	.clk(gnd),
		49980	.cin(gnd),
		49981	.cascin(vcc),
		49982	.devclrn(devclrn),
		49983	.devpor(devpor),
		49984	.combout(\Selector3~1394 ),
		49985	.regout(),
		49986	.cout(),
		49987	.cascout());
		49988	// synopsys translate_off
		49989	defparam \Selector3~1394_I .clock_enable_mode = "false";
		49990	defparam \Selector3~1394_I .lut_mask = "d500";
		49991	defparam \Selector3~1394_I .operation_mode = "normal";
		49992	defparam \Selector3~1394_I .output_mode = "comb_only";
		49993	defparam \Selector3~1394_I .packed_mode = "false";
		49994	// synopsys translate_on
		49995
		49996	// atom is at LC1_E19
		49997	flex10ke_lcell \Selector3~1390_I (
		49998	// Equation(s):
		49999	// \Selector3~1390 = \a~dataout [10] & (musy_4) # !\a~dataout [10] & musx_4
		50000
		50001	.dataa(vcc),
		50002	.datab(a_10),
		50003	.datac(musx_4),
		50004	.datad(musy_4),
		50005	.aclr(gnd),
		50006	.aload(gnd),
		50007	.clk(gnd),
		50008	.cin(gnd),
		50009	.cascin(vcc),
		50010	.devclrn(devclrn),
		50011	.devpor(devpor),
		50012	.combout(\Selector3~1390 ),
		50013	.regout(),
		50014	.cout(),
		50015	.cascout());
		50016	// synopsys translate_off
		50017	defparam \Selector3~1390_I .clock_enable_mode = "false";
		50018	defparam \Selector3~1390_I .lut_mask = "fc30";
		50019	defparam \Selector3~1390_I .operation_mode = "normal";
		50020	defparam \Selector3~1390_I .output_mode = "comb_only";
		50021	defparam \Selector3~1390_I .packed_mode = "false";
		50022	// synopsys translate_on
		50023
		50024	// atom is at LC5_E26
		50025	flex10ke_lcell \Selector3~1391_I (
		50026	// Equation(s):
		50027	// \Selector3~1391 = \a~dataout [8] & (\Selector3~1390 ) # !\a~dataout [8] & musbtn_4 # !\Selector7~1861
		50028
		50029	.dataa(\Selector7~1861 ),
		50030	.datab(a_8),
		50031	.datac(musbtn_4),
		50032	.datad(\Selector3~1390 ),
		50033	.aclr(gnd),
		50034	.aload(gnd),
		50035	.clk(gnd),
		50036	.cin(gnd),
		50037	.cascin(vcc),
		50038	.devclrn(devclrn),
		50039	.devpor(devpor),
		50040	.combout(\Selector3~1391 ),
		50041	.regout(),
		50042	.cout(),
		50043	.cascout());
		50044	// synopsys translate_off
		50045	defparam \Selector3~1391_I .clock_enable_mode = "false";
		50046	defparam \Selector3~1391_I .lut_mask = "fd75";
		50047	defparam \Selector3~1391_I .operation_mode = "normal";
		50048	defparam \Selector3~1391_I .output_mode = "comb_only";
		50049	defparam \Selector3~1391_I .packed_mode = "false";
		50050	// synopsys translate_on
		50051
		50052	// atom is at LC1_A23
		50053	flex10ke_lcell \Selector3~1395_I (
		50054	// Equation(s):
		50055	// \Selector3~1430 = !\Selector3~1394 & \Equal0~46 & (!\Equal9~59 # !\Selector3~1391 )
		50056
		50057	.dataa(\Selector3~1394 ),
		50058	.datab(\Selector3~1391 ),
		50059	.datac(\Equal9~59 ),
		50060	.datad(\Equal0~46 ),
		50061	.aclr(gnd),
		50062	.aload(gnd),
		50063	.clk(gnd),
		50064	.cin(gnd),
		50065	.cascin(vcc),
		50066	.devclrn(devclrn),
		50067	.devpor(devpor),
		50068	.combout(\Selector3~1395 ),
		50069	.regout(),
		50070	.cout(),
		50071	.cascout(\Selector3~1430 ));
		50072	// synopsys translate_off
		50073	defparam \Selector3~1395_I .clock_enable_mode = "false";
		50074	defparam \Selector3~1395_I .lut_mask = "1500";
		50075	defparam \Selector3~1395_I .operation_mode = "normal";
		50076	defparam \Selector3~1395_I .output_mode = "none";
		50077	defparam \Selector3~1395_I .packed_mode = "false";
		50078	// synopsys translate_on
		50079
		50080	// atom is at LC1_H3
		50081	flex10ke_lcell \idehiin[5]~I (
		50082	// Equation(s):
		50083	// idehiin[5] = DFFEA(\ide_d[13]~2 , GLOBAL(\clkz_in~dataout ), , , \idein_lo_rd~25 , , )
		50084
		50085	.dataa(\idein_lo_rd~25 ),
		50086	.datab(vcc),
		50087	.datac(vcc),
		50088	.datad(ide_d_13),
		50089	.aclr(gnd),
		50090	.aload(gnd),
		50091	.clk(zclk),
		50092	.cin(gnd),
		50093	.cascin(vcc),
		50094	.devclrn(devclrn),
		50095	.devpor(devpor),
		50096	.combout(),
		50097	.regout(idehiin[5]),
		50098	.cout(),
		50099	.cascout());
		50100	// synopsys translate_off
		50101	defparam \idehiin[5]~I .clock_enable_mode = "true";
		50102	defparam \idehiin[5]~I .lut_mask = "ff00";
		50103	defparam \idehiin[5]~I .operation_mode = "normal";
		50104	defparam \idehiin[5]~I .output_mode = "reg_only";
		50105	defparam \idehiin[5]~I .packed_mode = "false";
		50106	// synopsys translate_on
		50107
		50108	// atom is at LC8_H8
		50109	flex10ke_lcell \Selector2~1464_I (
		50110	// Equation(s):
		50111	// \Selector2~1464 = !\a~dataout [2] & \a~dataout [0] & (idehiin[5] # !\Equal19~29 )
		50112
		50113	.dataa(a_2),
		50114	.datab(\Equal19~29 ),
		50115	.datac(idehiin[5]),
		50116	.datad(a_0),
		50117	.aclr(gnd),
		50118	.aload(gnd),
		50119	.clk(gnd),
		50120	.cin(gnd),
		50121	.cascin(vcc),
		50122	.devclrn(devclrn),
		50123	.devpor(devpor),
		50124	.combout(\Selector2~1464 ),
		50125	.regout(),
		50126	.cout(),
		50127	.cascout());
		50128	// synopsys translate_off
		50129	defparam \Selector2~1464_I .clock_enable_mode = "false";
		50130	defparam \Selector2~1464_I .lut_mask = "5100";
		50131	defparam \Selector2~1464_I .operation_mode = "normal";
		50132	defparam \Selector2~1464_I .output_mode = "comb_only";
		50133	defparam \Selector2~1464_I .packed_mode = "false";
		50134	// synopsys translate_on
		50135
		50136	// atom is at LC5_H11
		50137	flex10ke_lcell \Selector2~1462_I (
		50138	// Equation(s):
		50139	// \Selector2~1462 = !\a~dataout [7] & !\a~dataout [5] & dout_5 # !\Selector7~1873
		50140
		50141	.dataa(\Selector7~1873 ),
		50142	.datab(a_7),
		50143	.datac(a_5),
		50144	.datad(dout_5),
		50145	.aclr(gnd),
		50146	.aload(gnd),
		50147	.clk(gnd),
		50148	.cin(gnd),
		50149	.cascin(vcc),
		50150	.devclrn(devclrn),
		50151	.devpor(devpor),
		50152	.combout(\Selector2~1462 ),
		50153	.regout(),
		50154	.cout(),
		50155	.cascout());
		50156	// synopsys translate_off
		50157	defparam \Selector2~1462_I .clock_enable_mode = "false";
		50158	defparam \Selector2~1462_I .lut_mask = "5755";
		50159	defparam \Selector2~1462_I .operation_mode = "normal";
		50160	defparam \Selector2~1462_I .output_mode = "comb_only";
		50161	defparam \Selector2~1462_I .packed_mode = "false";
		50162	// synopsys translate_on
		50163
		50164	// atom is at LC6_H11
		50165	flex10ke_lcell \Selector2~1463_I (
		50166	// Equation(s):
		50167	// \Selector2~1463 = \Selector2~1462 # \Equal0~44 & (wait_reg_5 # !\always6~2 )
		50168
		50169	.dataa(\always6~2 ),
		50170	.datab(wait_reg_5),
		50171	.datac(\Equal0~44 ),
		50172	.datad(\Selector2~1462 ),
		50173	.aclr(gnd),
		50174	.aload(gnd),
		50175	.clk(gnd),
		50176	.cin(gnd),
		50177	.cascin(vcc),
		50178	.devclrn(devclrn),
		50179	.devpor(devpor),
		50180	.combout(\Selector2~1463 ),
		50181	.regout(),
		50182	.cout(),
		50183	.cascout());
		50184	// synopsys translate_off
		50185	defparam \Selector2~1463_I .clock_enable_mode = "false";
		50186	defparam \Selector2~1463_I .lut_mask = "ffd0";
		50187	defparam \Selector2~1463_I .operation_mode = "normal";
		50188	defparam \Selector2~1463_I .output_mode = "comb_only";
		50189	defparam \Selector2~1463_I .packed_mode = "false";
		50190	// synopsys translate_on
		50191
		50192	// atom is at LC2_H8
		50193	flex10ke_lcell \Selector2~1465_I (
		50194	// Equation(s):
		50195	// \Selector2~1482 = !\Selector2~1464 & (\a~dataout [1] & !\Selector2~1463 & \a~dataout [2] # !\a~dataout [1] & (!\a~dataout [2]))
		50196
		50197	.dataa(\Selector2~1464 ),
		50198	.datab(\Selector2~1463 ),
		50199	.datac(a_1),
		50200	.datad(a_2),
		50201	.aclr(gnd),
		50202	.aload(gnd),
		50203	.clk(gnd),
		50204	.cin(gnd),
		50205	.cascin(vcc),
		50206	.devclrn(devclrn),
		50207	.devpor(devpor),
		50208	.combout(\Selector2~1465 ),
		50209	.regout(),
		50210	.cout(),
		50211	.cascout(\Selector2~1482 ));
		50212	// synopsys translate_off
		50213	defparam \Selector2~1465_I .clock_enable_mode = "false";
		50214	defparam \Selector2~1465_I .lut_mask = "1005";
		50215	defparam \Selector2~1465_I .operation_mode = "normal";
		50216	defparam \Selector2~1465_I .output_mode = "none";
		50217	defparam \Selector2~1465_I .packed_mode = "false";
		50218	// synopsys translate_on
		50219
		50220	// atom is at LC6_H34
		50221	flex10ke_lcell \idehiin[6]~I (
		50222	// Equation(s):
		50223	// idehiin[6] = DFFEA(\ide_d[14]~1 , GLOBAL(\clkz_in~dataout ), , , \idein_lo_rd~25 , , )
		50224
		50225	.dataa(\idein_lo_rd~25 ),
		50226	.datab(vcc),
		50227	.datac(vcc),
		50228	.datad(ide_d_14),
		50229	.aclr(gnd),
		50230	.aload(gnd),
		50231	.clk(zclk),
		50232	.cin(gnd),
		50233	.cascin(vcc),
		50234	.devclrn(devclrn),
		50235	.devpor(devpor),
		50236	.combout(),
		50237	.regout(idehiin[6]),
		50238	.cout(),
		50239	.cascout());
		50240	// synopsys translate_off
		50241	defparam \idehiin[6]~I .clock_enable_mode = "true";
		50242	defparam \idehiin[6]~I .lut_mask = "ff00";
		50243	defparam \idehiin[6]~I .operation_mode = "normal";
		50244	defparam \idehiin[6]~I .output_mode = "reg_only";
		50245	defparam \idehiin[6]~I .packed_mode = "false";
		50246	// synopsys translate_on
		50247
		50248	// atom is at LC7_H34
		50249	flex10ke_lcell \Selector1~1396_I (
		50250	// Equation(s):
		50251	// \Selector1~1396 = !\a~dataout [2] & \a~dataout [0] & (idehiin[6] # !\Equal19~29 )
		50252
		50253	.dataa(a_2),
		50254	.datab(\Equal19~29 ),
		50255	.datac(idehiin[6]),
		50256	.datad(a_0),
		50257	.aclr(gnd),
		50258	.aload(gnd),
		50259	.clk(gnd),
		50260	.cin(gnd),
		50261	.cascin(vcc),
		50262	.devclrn(devclrn),
		50263	.devpor(devpor),
		50264	.combout(\Selector1~1396 ),
		50265	.regout(),
		50266	.cout(),
		50267	.cascout());
		50268	// synopsys translate_off
		50269	defparam \Selector1~1396_I .clock_enable_mode = "false";
		50270	defparam \Selector1~1396_I .lut_mask = "5100";
		50271	defparam \Selector1~1396_I .operation_mode = "normal";
		50272	defparam \Selector1~1396_I .output_mode = "comb_only";
		50273	defparam \Selector1~1396_I .packed_mode = "false";
		50274	// synopsys translate_on
		50275
		50276	// atom is at LC8_H11
		50277	flex10ke_lcell \Selector1~1394_I (
		50278	// Equation(s):
		50279	// \Selector1~1394 = !\a~dataout [7] & !\a~dataout [5] & dout_6 # !\Selector7~1873
		50280
		50281	.dataa(\Selector7~1873 ),
		50282	.datab(a_7),
		50283	.datac(a_5),
		50284	.datad(dout_6),
		50285	.aclr(gnd),
		50286	.aload(gnd),
		50287	.clk(gnd),
		50288	.cin(gnd),
		50289	.cascin(vcc),
		50290	.devclrn(devclrn),
		50291	.devpor(devpor),
		50292	.combout(\Selector1~1394 ),
		50293	.regout(),
		50294	.cout(),
		50295	.cascout());
		50296	// synopsys translate_off
		50297	defparam \Selector1~1394_I .clock_enable_mode = "false";
		50298	defparam \Selector1~1394_I .lut_mask = "5755";
		50299	defparam \Selector1~1394_I .operation_mode = "normal";
		50300	defparam \Selector1~1394_I .output_mode = "comb_only";
		50301	defparam \Selector1~1394_I .packed_mode = "false";
		50302	// synopsys translate_on
		50303
		50304	// atom is at LC2_H11
		50305	flex10ke_lcell \Selector1~1395_I (
		50306	// Equation(s):
		50307	// \Selector1~1395 = \Selector1~1394 # \Equal0~44 & (wait_reg_6 # !\always6~2 )
		50308
		50309	.dataa(\always6~2 ),
		50310	.datab(wait_reg_6),
		50311	.datac(\Equal0~44 ),
		50312	.datad(\Selector1~1394 ),
		50313	.aclr(gnd),
		50314	.aload(gnd),
		50315	.clk(gnd),
		50316	.cin(gnd),
		50317	.cascin(vcc),
		50318	.devclrn(devclrn),
		50319	.devpor(devpor),
		50320	.combout(\Selector1~1395 ),
		50321	.regout(),
		50322	.cout(),
		50323	.cascout());
		50324	// synopsys translate_off
		50325	defparam \Selector1~1395_I .clock_enable_mode = "false";
		50326	defparam \Selector1~1395_I .lut_mask = "ffd0";
		50327	defparam \Selector1~1395_I .operation_mode = "normal";
		50328	defparam \Selector1~1395_I .output_mode = "comb_only";
		50329	defparam \Selector1~1395_I .packed_mode = "false";
		50330	// synopsys translate_on
		50331
		50332	// atom is at LC1_H34
		50333	flex10ke_lcell \Selector1~1397_I (
		50334	// Equation(s):
		50335	// \Selector1~1416 = !\Selector1~1396 & (\a~dataout [1] & !\Selector1~1395 & \a~dataout [2] # !\a~dataout [1] & (!\a~dataout [2]))
		50336
		50337	.dataa(\Selector1~1396 ),
		50338	.datab(\Selector1~1395 ),
		50339	.datac(a_1),
		50340	.datad(a_2),
		50341	.aclr(gnd),
		50342	.aload(gnd),
		50343	.clk(gnd),
		50344	.cin(gnd),
		50345	.cascin(vcc),
		50346	.devclrn(devclrn),
		50347	.devpor(devpor),
		50348	.combout(\Selector1~1397 ),
		50349	.regout(),
		50350	.cout(),
		50351	.cascout(\Selector1~1416 ));
		50352	// synopsys translate_off
		50353	defparam \Selector1~1397_I .clock_enable_mode = "false";
		50354	defparam \Selector1~1397_I .lut_mask = "1005";
		50355	defparam \Selector1~1397_I .operation_mode = "normal";
		50356	defparam \Selector1~1397_I .output_mode = "none";
		50357	defparam \Selector1~1397_I .packed_mode = "false";
		50358	// synopsys translate_on
		50359
		50360	// atom is at LC7_H23
		50361	flex10ke_lcell \idehiin[7]~I (
		50362	// Equation(s):
		50363	// idehiin[7] = DFFEA(\ide_d[15]~0 , GLOBAL(\clkz_in~dataout ), , , \idein_lo_rd~25 , , )
		50364
		50365	.dataa(\idein_lo_rd~25 ),
		50366	.datab(vcc),
		50367	.datac(vcc),
		50368	.datad(ide_d_15),
		50369	.aclr(gnd),
		50370	.aload(gnd),
		50371	.clk(zclk),
		50372	.cin(gnd),
		50373	.cascin(vcc),
		50374	.devclrn(devclrn),
		50375	.devpor(devpor),
		50376	.combout(),
		50377	.regout(idehiin[7]),
		50378	.cout(),
		50379	.cascout());
		50380	// synopsys translate_off
		50381	defparam \idehiin[7]~I .clock_enable_mode = "true";
		50382	defparam \idehiin[7]~I .lut_mask = "ff00";
		50383	defparam \idehiin[7]~I .operation_mode = "normal";
		50384	defparam \idehiin[7]~I .output_mode = "reg_only";
		50385	defparam \idehiin[7]~I .packed_mode = "false";
		50386	// synopsys translate_on
		50387
		50388	// atom is at LC8_H23
		50389	flex10ke_lcell \Selector0~1466_I (
		50390	// Equation(s):
		50391	// \Selector0~1466 = !\a~dataout [2] & \a~dataout [0] & (idehiin[7] # !\Equal19~29 )
		50392
		50393	.dataa(a_2),
		50394	.datab(\Equal19~29 ),
		50395	.datac(idehiin[7]),
		50396	.datad(a_0),
		50397	.aclr(gnd),
		50398	.aload(gnd),
		50399	.clk(gnd),
		50400	.cin(gnd),
		50401	.cascin(vcc),
		50402	.devclrn(devclrn),
		50403	.devpor(devpor),
		50404	.combout(\Selector0~1466 ),
		50405	.regout(),
		50406	.cout(),
		50407	.cascout());
		50408	// synopsys translate_off
		50409	defparam \Selector0~1466_I .clock_enable_mode = "false";
		50410	defparam \Selector0~1466_I .lut_mask = "5100";
		50411	defparam \Selector0~1466_I .operation_mode = "normal";
		50412	defparam \Selector0~1466_I .output_mode = "comb_only";
		50413	defparam \Selector0~1466_I .packed_mode = "false";
		50414	// synopsys translate_on
		50415
		50416	// atom is at LC8_H6
		50417	flex10ke_lcell \Selector0~1464_I (
		50418	// Equation(s):
		50419	// \Selector0~1464 = !\a~dataout [7] & !\a~dataout [5] & dout_7 # !\Selector7~1873
		50420
		50421	.dataa(\Selector7~1873 ),
		50422	.datab(a_7),
		50423	.datac(a_5),
		50424	.datad(dout_7),
		50425	.aclr(gnd),
		50426	.aload(gnd),
		50427	.clk(gnd),
		50428	.cin(gnd),
		50429	.cascin(vcc),
		50430	.devclrn(devclrn),
		50431	.devpor(devpor),
		50432	.combout(\Selector0~1464 ),
		50433	.regout(),
		50434	.cout(),
		50435	.cascout());
		50436	// synopsys translate_off
		50437	defparam \Selector0~1464_I .clock_enable_mode = "false";
		50438	defparam \Selector0~1464_I .lut_mask = "5755";
		50439	defparam \Selector0~1464_I .operation_mode = "normal";
		50440	defparam \Selector0~1464_I .output_mode = "comb_only";
		50441	defparam \Selector0~1464_I .packed_mode = "false";
		50442	// synopsys translate_on
		50443
		50444	// atom is at LC5_H6
		50445	flex10ke_lcell \Selector0~1465_I (
		50446	// Equation(s):
		50447	// \Selector0~1465 = \Selector0~1464 # \Equal0~44 & (wait_reg_7 # !\always6~2 )
		50448
		50449	.dataa(\always6~2 ),
		50450	.datab(wait_reg_7),
		50451	.datac(\Equal0~44 ),
		50452	.datad(\Selector0~1464 ),
		50453	.aclr(gnd),
		50454	.aload(gnd),
		50455	.clk(gnd),
		50456	.cin(gnd),
		50457	.cascin(vcc),
		50458	.devclrn(devclrn),
		50459	.devpor(devpor),
		50460	.combout(\Selector0~1465 ),
		50461	.regout(),
		50462	.cout(),
		50463	.cascout());
		50464	// synopsys translate_off
		50465	defparam \Selector0~1465_I .clock_enable_mode = "false";
		50466	defparam \Selector0~1465_I .lut_mask = "ffd0";
		50467	defparam \Selector0~1465_I .operation_mode = "normal";
		50468	defparam \Selector0~1465_I .output_mode = "comb_only";
		50469	defparam \Selector0~1465_I .packed_mode = "false";
		50470	// synopsys translate_on
		50471
		50472	// atom is at LC3_H23
		50473	flex10ke_lcell \Selector0~1467_I (
		50474	// Equation(s):
		50475	// \Selector0~1486 = !\Selector0~1466 & (\a~dataout [1] & !\Selector0~1465 & \a~dataout [2] # !\a~dataout [1] & (!\a~dataout [2]))
		50476
		50477	.dataa(\Selector0~1466 ),
		50478	.datab(\Selector0~1465 ),
		50479	.datac(a_1),
		50480	.datad(a_2),
		50481	.aclr(gnd),
		50482	.aload(gnd),
		50483	.clk(gnd),
		50484	.cin(gnd),
		50485	.cascin(vcc),
		50486	.devclrn(devclrn),
		50487	.devpor(devpor),
		50488	.combout(\Selector0~1467 ),
		50489	.regout(),
		50490	.cout(),
		50491	.cascout(\Selector0~1486 ));
		50492	// synopsys translate_off
		50493	defparam \Selector0~1467_I .clock_enable_mode = "false";
		50494	defparam \Selector0~1467_I .lut_mask = "1005";
		50495	defparam \Selector0~1467_I .operation_mode = "normal";
		50496	defparam \Selector0~1467_I .output_mode = "none";
		50497	defparam \Selector0~1467_I .packed_mode = "false";
		50498	// synopsys translate_on
		50499
		50500	// atom is at LC3_H28
		50501	flex10ke_lcell \Selector6~1383_I (
		50502	// Equation(s):
		50503	// \Selector6~1383 = wait_reg_1 # !\a~dataout [0] # !\a~dataout [1]
		50504
		50505	.dataa(vcc),
		50506	.datab(a_1),
		50507	.datac(a_0),
		50508	.datad(wait_reg_1),
		50509	.aclr(gnd),
		50510	.aload(gnd),
		50511	.clk(gnd),
		50512	.cin(gnd),
		50513	.cascin(vcc),
		50514	.devclrn(devclrn),
		50515	.devpor(devpor),
		50516	.combout(\Selector6~1383 ),
		50517	.regout(),
		50518	.cout(),
		50519	.cascout());
		50520	// synopsys translate_off
		50521	defparam \Selector6~1383_I .clock_enable_mode = "false";
		50522	defparam \Selector6~1383_I .lut_mask = "ff3f";
		50523	defparam \Selector6~1383_I .operation_mode = "normal";
		50524	defparam \Selector6~1383_I .output_mode = "comb_only";
		50525	defparam \Selector6~1383_I .packed_mode = "false";
		50526	// synopsys translate_on
		50527
		50528	// atom is at LC1_H28
		50529	flex10ke_lcell \Selector6~1384_I (
		50530	// Equation(s):
		50531	// \Selector6~1419 = \a~dataout [5] & !\Selector6~1383 # !\a~dataout [5] & (!\ide_d[1]~14 & \Selector7~1856 )
		50532
		50533	.dataa(\Selector6~1383 ),
		50534	.datab(ide_d_1),
		50535	.datac(a_5),
		50536	.datad(\Selector7~1856 ),
		50537	.aclr(gnd),
		50538	.aload(gnd),
		50539	.clk(gnd),
		50540	.cin(gnd),
		50541	.cascin(vcc),
		50542	.devclrn(devclrn),
		50543	.devpor(devpor),
		50544	.combout(\Selector6~1384 ),
		50545	.regout(),
		50546	.cout(),
		50547	.cascout(\Selector6~1419 ));
		50548	// synopsys translate_off
		50549	defparam \Selector6~1384_I .clock_enable_mode = "false";
		50550	defparam \Selector6~1384_I .lut_mask = "5350";
		50551	defparam \Selector6~1384_I .operation_mode = "normal";
		50552	defparam \Selector6~1384_I .output_mode = "none";
		50553	defparam \Selector6~1384_I .packed_mode = "false";
		50554	// synopsys translate_on
		50555
		50556	// atom is at LC7_H28
		50557	flex10ke_lcell \Selector5~1383_I (
		50558	// Equation(s):
		50559	// \Selector5~1383 = wait_reg_2 # !\a~dataout [0] # !\a~dataout [1]
		50560
		50561	.dataa(vcc),
		50562	.datab(a_1),
		50563	.datac(a_0),
		50564	.datad(wait_reg_2),
		50565	.aclr(gnd),
		50566	.aload(gnd),
		50567	.clk(gnd),
		50568	.cin(gnd),
		50569	.cascin(vcc),
		50570	.devclrn(devclrn),
		50571	.devpor(devpor),
		50572	.combout(\Selector5~1383 ),
		50573	.regout(),
		50574	.cout(),
		50575	.cascout());
		50576	// synopsys translate_off
		50577	defparam \Selector5~1383_I .clock_enable_mode = "false";
		50578	defparam \Selector5~1383_I .lut_mask = "ff3f";
		50579	defparam \Selector5~1383_I .operation_mode = "normal";
		50580	defparam \Selector5~1383_I .output_mode = "comb_only";
		50581	defparam \Selector5~1383_I .packed_mode = "false";
		50582	// synopsys translate_on
		50583
		50584	// atom is at LC5_H28
		50585	flex10ke_lcell \Selector5~1384_I (
		50586	// Equation(s):
		50587	// \Selector5~1419 = \a~dataout [5] & !\Selector5~1383 # !\a~dataout [5] & (!\ide_d[2]~13 & \Selector7~1856 )
		50588
		50589	.dataa(\Selector5~1383 ),
		50590	.datab(ide_d_2),
		50591	.datac(a_5),
		50592	.datad(\Selector7~1856 ),
		50593	.aclr(gnd),
		50594	.aload(gnd),
		50595	.clk(gnd),
		50596	.cin(gnd),
		50597	.cascin(vcc),
		50598	.devclrn(devclrn),
		50599	.devpor(devpor),
		50600	.combout(\Selector5~1384 ),
		50601	.regout(),
		50602	.cout(),
		50603	.cascout(\Selector5~1419 ));
		50604	// synopsys translate_off
		50605	defparam \Selector5~1384_I .clock_enable_mode = "false";
		50606	defparam \Selector5~1384_I .lut_mask = "5350";
		50607	defparam \Selector5~1384_I .operation_mode = "normal";
		50608	defparam \Selector5~1384_I .output_mode = "none";
		50609	defparam \Selector5~1384_I .packed_mode = "false";
		50610	// synopsys translate_on
		50611
		50612	// atom is at LC4_H12
		50613	flex10ke_lcell \Selector4~1383_I (
		50614	// Equation(s):
		50615	// \Selector4~1383 = wait_reg_3 # !\a~dataout [0] # !\a~dataout [1]
		50616
		50617	.dataa(vcc),
		50618	.datab(a_1),
		50619	.datac(a_0),
		50620	.datad(wait_reg_3),
		50621	.aclr(gnd),
		50622	.aload(gnd),
		50623	.clk(gnd),
		50624	.cin(gnd),
		50625	.cascin(vcc),
		50626	.devclrn(devclrn),
		50627	.devpor(devpor),
		50628	.combout(\Selector4~1383 ),
		50629	.regout(),
		50630	.cout(),
		50631	.cascout());
		50632	// synopsys translate_off
		50633	defparam \Selector4~1383_I .clock_enable_mode = "false";
		50634	defparam \Selector4~1383_I .lut_mask = "ff3f";
		50635	defparam \Selector4~1383_I .operation_mode = "normal";
		50636	defparam \Selector4~1383_I .output_mode = "comb_only";
		50637	defparam \Selector4~1383_I .packed_mode = "false";
		50638	// synopsys translate_on
		50639
		50640	// atom is at LC7_H14
		50641	flex10ke_lcell \Selector4~1384_I (
		50642	// Equation(s):
		50643	// \Selector4~1419 = \a~dataout [5] & !\Selector4~1383 # !\a~dataout [5] & (!\ide_d[3]~12 & \Selector7~1856 )
		50644
		50645	.dataa(\Selector4~1383 ),
		50646	.datab(ide_d_3),
		50647	.datac(a_5),
		50648	.datad(\Selector7~1856 ),
		50649	.aclr(gnd),
		50650	.aload(gnd),
		50651	.clk(gnd),
		50652	.cin(gnd),
		50653	.cascin(vcc),
		50654	.devclrn(devclrn),
		50655	.devpor(devpor),
		50656	.combout(\Selector4~1384 ),
		50657	.regout(),
		50658	.cout(),
		50659	.cascout(\Selector4~1419 ));
		50660	// synopsys translate_off
		50661	defparam \Selector4~1384_I .clock_enable_mode = "false";
		50662	defparam \Selector4~1384_I .lut_mask = "5350";
		50663	defparam \Selector4~1384_I .operation_mode = "normal";
		50664	defparam \Selector4~1384_I .output_mode = "none";
		50665	defparam \Selector4~1384_I .packed_mode = "false";
		50666	// synopsys translate_on
		50667
		50668	// atom is at LC3_H12
		50669	flex10ke_lcell \Selector3~1383_I (
		50670	// Equation(s):
		50671	// \Selector3~1383 = wait_reg_4 # !\a~dataout [0] # !\a~dataout [1]
		50672
		50673	.dataa(vcc),
		50674	.datab(a_1),
		50675	.datac(a_0),
		50676	.datad(wait_reg_4),
		50677	.aclr(gnd),
		50678	.aload(gnd),
		50679	.clk(gnd),
		50680	.cin(gnd),
		50681	.cascin(vcc),
		50682	.devclrn(devclrn),
		50683	.devpor(devpor),
		50684	.combout(\Selector3~1383 ),
		50685	.regout(),
		50686	.cout(),
		50687	.cascout());
		50688	// synopsys translate_off
		50689	defparam \Selector3~1383_I .clock_enable_mode = "false";
		50690	defparam \Selector3~1383_I .lut_mask = "ff3f";
		50691	defparam \Selector3~1383_I .operation_mode = "normal";
		50692	defparam \Selector3~1383_I .output_mode = "comb_only";
		50693	defparam \Selector3~1383_I .packed_mode = "false";
		50694	// synopsys translate_on
		50695
		50696	// atom is at LC1_H27
		50697	flex10ke_lcell \Selector3~1384_I (
		50698	// Equation(s):
		50699	// \Selector3~1419 = \a~dataout [5] & !\Selector3~1383 # !\a~dataout [5] & (!\ide_d[4]~11 & \Selector7~1856 )
		50700
		50701	.dataa(\Selector3~1383 ),
		50702	.datab(ide_d_4),
		50703	.datac(a_5),
		50704	.datad(\Selector7~1856 ),
		50705	.aclr(gnd),
		50706	.aload(gnd),
		50707	.clk(gnd),
		50708	.cin(gnd),
		50709	.cascin(vcc),
		50710	.devclrn(devclrn),
		50711	.devpor(devpor),
		50712	.combout(\Selector3~1384 ),
		50713	.regout(),
		50714	.cout(),
		50715	.cascout(\Selector3~1419 ));
		50716	// synopsys translate_off
		50717	defparam \Selector3~1384_I .clock_enable_mode = "false";
		50718	defparam \Selector3~1384_I .lut_mask = "5350";
		50719	defparam \Selector3~1384_I .operation_mode = "normal";
		50720	defparam \Selector3~1384_I .output_mode = "none";
		50721	defparam \Selector3~1384_I .packed_mode = "false";
		50722	// synopsys translate_on
		50723
		50724	// atom is at LC3_H14
		50725	flex10ke_lcell \Selector2~1460_I (
		50726	// Equation(s):
		50727	// \Selector2~1460 = wait_reg_5 # !\a~dataout [0] # !\a~dataout [1]
		50728
		50729	.dataa(vcc),
		50730	.datab(a_1),
		50731	.datac(a_0),
		50732	.datad(wait_reg_5),
		50733	.aclr(gnd),
		50734	.aload(gnd),
		50735	.clk(gnd),
		50736	.cin(gnd),
		50737	.cascin(vcc),
		50738	.devclrn(devclrn),
		50739	.devpor(devpor),
		50740	.combout(\Selector2~1460 ),
		50741	.regout(),
		50742	.cout(),
		50743	.cascout());
		50744	// synopsys translate_off
		50745	defparam \Selector2~1460_I .clock_enable_mode = "false";
		50746	defparam \Selector2~1460_I .lut_mask = "ff3f";
		50747	defparam \Selector2~1460_I .operation_mode = "normal";
		50748	defparam \Selector2~1460_I .output_mode = "comb_only";
		50749	defparam \Selector2~1460_I .packed_mode = "false";
		50750	// synopsys translate_on
		50751
		50752	// atom is at LC1_H14
		50753	flex10ke_lcell \Selector2~1461_I (
		50754	// Equation(s):
		50755	// \Selector2~1477 = \a~dataout [5] & !\Selector2~1460 # !\a~dataout [5] & (!\ide_d[5]~10 & \Selector7~1856 )
		50756
		50757	.dataa(\Selector2~1460 ),
		50758	.datab(ide_d_5),
		50759	.datac(a_5),
		50760	.datad(\Selector7~1856 ),
		50761	.aclr(gnd),
		50762	.aload(gnd),
		50763	.clk(gnd),
		50764	.cin(gnd),
		50765	.cascin(vcc),
		50766	.devclrn(devclrn),
		50767	.devpor(devpor),
		50768	.combout(\Selector2~1461 ),
		50769	.regout(),
		50770	.cout(),
		50771	.cascout(\Selector2~1477 ));
		50772	// synopsys translate_off
		50773	defparam \Selector2~1461_I .clock_enable_mode = "false";
		50774	defparam \Selector2~1461_I .lut_mask = "5350";
		50775	defparam \Selector2~1461_I .operation_mode = "normal";
		50776	defparam \Selector2~1461_I .output_mode = "none";
		50777	defparam \Selector2~1461_I .packed_mode = "false";
		50778	// synopsys translate_on
		50779
		50780	// atom is at LC1_H36
		50781	flex10ke_lcell \Selector1~1392_I (
		50782	// Equation(s):
		50783	// \Selector1~1392 = wait_reg_6 # !\a~dataout [0] # !\a~dataout [1]
		50784
		50785	.dataa(vcc),
		50786	.datab(a_1),
		50787	.datac(a_0),
		50788	.datad(wait_reg_6),
		50789	.aclr(gnd),
		50790	.aload(gnd),
		50791	.clk(gnd),
		50792	.cin(gnd),
		50793	.cascin(vcc),
		50794	.devclrn(devclrn),
		50795	.devpor(devpor),
		50796	.combout(\Selector1~1392 ),
		50797	.regout(),
		50798	.cout(),
		50799	.cascout());
		50800	// synopsys translate_off
		50801	defparam \Selector1~1392_I .clock_enable_mode = "false";
		50802	defparam \Selector1~1392_I .lut_mask = "ff3f";
		50803	defparam \Selector1~1392_I .operation_mode = "normal";
		50804	defparam \Selector1~1392_I .output_mode = "comb_only";
		50805	defparam \Selector1~1392_I .packed_mode = "false";
		50806	// synopsys translate_on
		50807
		50808	// atom is at LC4_H36
		50809	flex10ke_lcell \Selector1~1393_I (
		50810	// Equation(s):
		50811	// \Selector1~1411 = \a~dataout [5] & !\Selector1~1392 # !\a~dataout [5] & (!\ide_d[6]~9 & \Selector7~1856 )
		50812
		50813	.dataa(\Selector1~1392 ),
		50814	.datab(ide_d_6),
		50815	.datac(a_5),
		50816	.datad(\Selector7~1856 ),
		50817	.aclr(gnd),
		50818	.aload(gnd),
		50819	.clk(gnd),
		50820	.cin(gnd),
		50821	.cascin(vcc),
		50822	.devclrn(devclrn),
		50823	.devpor(devpor),
		50824	.combout(\Selector1~1393 ),
		50825	.regout(),
		50826	.cout(),
		50827	.cascout(\Selector1~1411 ));
		50828	// synopsys translate_off
		50829	defparam \Selector1~1393_I .clock_enable_mode = "false";
		50830	defparam \Selector1~1393_I .lut_mask = "5350";
		50831	defparam \Selector1~1393_I .operation_mode = "normal";
		50832	defparam \Selector1~1393_I .output_mode = "none";
		50833	defparam \Selector1~1393_I .packed_mode = "false";
		50834	// synopsys translate_on
		50835
		50836	endmodule
		50837
		50838	module zwait (
		50839	rst_out_n,
		50840	waits_1,
		50841	waits_0,
		50842	WideNor0,
		50843	spics_n_sync_1,
		50844	spics_n_sync_2,
		50845	sel_waitreg,
		50846	wait_start_comport,
		50847	wait_start_gluclock,
		50848	WideNor01,
		50849	devpor,
		50850	devclrn,
		50851	devoe);
		50852	input rst_out_n;
		50853	output waits_1;
		50854	output waits_0;
		50855	output WideNor0;
		50856	input spics_n_sync_1;
		50857	input spics_n_sync_2;
		50858	input sel_waitreg;
		50859	input wait_start_comport;
		50860	input wait_start_gluclock;
		50861	output WideNor01;
		50862	input devpor;
		50863	input devclrn;
		50864	input devoe;
		50865
		50866	wire gnd = 1'b0;
		50867	wire vcc = 1'b1;
		50868
		50869	wire wait_off_n;
		50870
		50871
		50872	// atom is at LC6_D3
		50873	flex10ke_lcell \waits[1]~I (
		50874	// Equation(s):
		50875	// waits_1 = DFFEA(VCC, wait_start_comport, !wait_off_n, , , , )
		50876
		50877	.dataa(vcc),
		50878	.datab(vcc),
		50879	.datac(vcc),
		50880	.datad(vcc),
		50881	.aclr(wait_off_n),
		50882	.aload(gnd),
		50883	.clk(wait_start_comport),
		50884	.cin(gnd),
		50885	.cascin(vcc),
		50886	.devclrn(devclrn),
		50887	.devpor(devpor),
		50888	.combout(),
		50889	.regout(waits_1),
		50890	.cout(),
		50891	.cascout());
		50892	// synopsys translate_off
		50893	defparam \waits[1]~I .clock_enable_mode = "false";
		50894	defparam \waits[1]~I .lut_mask = "ffff";
		50895	defparam \waits[1]~I .operation_mode = "normal";
		50896	defparam \waits[1]~I .output_mode = "reg_only";
		50897	defparam \waits[1]~I .packed_mode = "false";
		50898	// synopsys translate_on
		50899
		50900	// atom is at LC8_D3
		50901	flex10ke_lcell \waits[0]~I (
		50902	// Equation(s):
		50903	// waits_0 = DFFEA(VCC, wait_start_gluclock, !wait_off_n, , , , )
		50904
		50905	.dataa(vcc),
		50906	.datab(vcc),
		50907	.datac(vcc),
		50908	.datad(vcc),
		50909	.aclr(wait_off_n),
		50910	.aload(gnd),
		50911	.clk(wait_start_gluclock),
		50912	.cin(gnd),
		50913	.cascin(vcc),
		50914	.devclrn(devclrn),
		50915	.devpor(devpor),
		50916	.combout(),
		50917	.regout(waits_0),
		50918	.cout(),
		50919	.cascout());
		50920	// synopsys translate_off
		50921	defparam \waits[0]~I .clock_enable_mode = "false";
		50922	defparam \waits[0]~I .lut_mask = "ffff";
		50923	defparam \waits[0]~I .operation_mode = "normal";
		50924	defparam \waits[0]~I .output_mode = "reg_only";
		50925	defparam \waits[0]~I .packed_mode = "false";
		50926	// synopsys translate_on
		50927
		50928	// atom is at LC4_D3
		50929	flex10ke_lcell \WideNor0~I (
		50930	// Equation(s):
		50931	// WideNor0 = !waits_0 & !waits_1
		50932
		50933	.dataa(vcc),
		50934	.datab(vcc),
		50935	.datac(waits_0),
		50936	.datad(waits_1),
		50937	.aclr(gnd),
		50938	.aload(gnd),
		50939	.clk(gnd),
		50940	.cin(gnd),
		50941	.cascin(vcc),
		50942	.devclrn(devclrn),
		50943	.devpor(devpor),
		50944	.combout(WideNor0),
		50945	.regout(),
		50946	.cout(),
		50947	.cascout());
		50948	// synopsys translate_off
		50949	defparam \WideNor0~I .clock_enable_mode = "false";
		50950	defparam \WideNor0~I .lut_mask = "000f";
		50951	defparam \WideNor0~I .operation_mode = "normal";
		50952	defparam \WideNor0~I .output_mode = "comb_only";
		50953	defparam \WideNor0~I .packed_mode = "false";
		50954	// synopsys translate_on
		50955
		50956	// atom is at LC1_D3
		50957	flex10ke_lcell \WideNor0~1_I (
		50958	// Equation(s):
		50959	// WideNor01 = !waits_0 & !waits_1
		50960
		50961	.dataa(vcc),
		50962	.datab(vcc),
		50963	.datac(waits_0),
		50964	.datad(waits_1),
		50965	.aclr(gnd),
		50966	.aload(gnd),
		50967	.clk(gnd),
		50968	.cin(gnd),
		50969	.cascin(vcc),
		50970	.devclrn(devclrn),
		50971	.devpor(devpor),
		50972	.combout(WideNor01),
		50973	.regout(),
		50974	.cout(),
		50975	.cascout());
		50976	// synopsys translate_off
		50977	defparam \WideNor0~1_I .clock_enable_mode = "false";
		50978	defparam \WideNor0~1_I .lut_mask = "000f";
		50979	defparam \WideNor0~1_I .operation_mode = "normal";
		50980	defparam \WideNor0~1_I .output_mode = "comb_only";
		50981	defparam \WideNor0~1_I .packed_mode = "false";
		50982	// synopsys translate_on
		50983
		50984	// atom is at LC2_D3
		50985	flex10ke_lcell \wait_off_n~I (
		50986	// Equation(s):
		50987	// wait_off_n = !spics_n_sync_2 & spics_n_sync_1 & sel_waitreg # !rst_out_n
		50988
		50989	.dataa(rst_out_n),
		50990	.datab(spics_n_sync_2),
		50991	.datac(spics_n_sync_1),
		50992	.datad(sel_waitreg),
		50993	.aclr(gnd),
		50994	.aload(gnd),
		50995	.clk(gnd),
		50996	.cin(gnd),
		50997	.cascin(vcc),
		50998	.devclrn(devclrn),
		50999	.devpor(devpor),
		51000	.combout(wait_off_n),
		51001	.regout(),
		51002	.cout(),
		51003	.cascout());
		51004	// synopsys translate_off
		51005	defparam \wait_off_n~I .clock_enable_mode = "false";
		51006	defparam \wait_off_n~I .lut_mask = "7555";
		51007	defparam \wait_off_n~I .operation_mode = "normal";
		51008	defparam \wait_off_n~I .output_mode = "comb_only";
		51009	defparam \wait_off_n~I .packed_mode = "false";
		51010	// synopsys translate_on
		51011
		51012	endmodule

Subversion Repositories pentevo

(root)/fpga/current/sim_top/gate/top.vo – Rev 280