small.map.eqn

38译码器的设计

--D1L2 is dividef:inst2|add~392
D1L2 = CARRY(D1_COUNT[0]);


--D1L3 is dividef:inst2|add~393
D1L3 = D1_COUNT[1] & !D1L2 # !D1_COUNT[1] & (D1L2 # GND);

--D1L4 is dividef:inst2|add~394
D1L4 = CARRY(!D1L2 # !D1_COUNT[1]);


--D1L5 is dividef:inst2|add~395
D1L5 = D1_COUNT[2] & (D1L4 $ GND) # !D1_COUNT[2] & !D1L4 & VCC;

--D1L6 is dividef:inst2|add~396
D1L6 = CARRY(D1_COUNT[2] & !D1L4);


--D1L7 is dividef:inst2|add~397
D1L7 = D1_COUNT[3] & !D1L6 # !D1_COUNT[3] & (D1L6 # GND);

--D1L8 is dividef:inst2|add~398
D1L8 = CARRY(!D1L6 # !D1_COUNT[3]);


--D1L9 is dividef:inst2|add~399
D1L9 = D1_COUNT[4] & (D1L8 $ GND) # !D1_COUNT[4] & !D1L8 & VCC;

--D1L01 is dividef:inst2|add~400
D1L01 = CARRY(D1_COUNT[4] & !D1L8);


--D1L11 is dividef:inst2|add~401
D1L11 = D1_COUNT[5] & !D1L01 # !D1_COUNT[5] & (D1L01 # GND);

--D1L21 is dividef:inst2|add~402
D1L21 = CARRY(!D1L01 # !D1_COUNT[5]);


--D1L31 is dividef:inst2|add~403
D1L31 = D1_COUNT[6] & (D1L21 $ GND) # !D1_COUNT[6] & !D1L21 & VCC;

--D1L41 is dividef:inst2|add~404
D1L41 = CARRY(D1_COUNT[6] & !D1L21);


--D1L51 is dividef:inst2|add~405
D1L51 = D1_COUNT[7] & !D1L41 # !D1_COUNT[7] & (D1L41 # GND);

--D1L61 is dividef:inst2|add~406
D1L61 = CARRY(!D1L41 # !D1_COUNT[7]);


--D1L71 is dividef:inst2|add~407
D1L71 = D1_COUNT[8] & (D1L61 $ GND) # !D1_COUNT[8] & !D1L61 & VCC;

--D1L81 is dividef:inst2|add~408
D1L81 = CARRY(D1_COUNT[8] & !D1L61);


--D1L91 is dividef:inst2|add~409
D1L91 = D1_COUNT[9] & !D1L81 # !D1_COUNT[9] & (D1L81 # GND);

--D1L02 is dividef:inst2|add~410
D1L02 = CARRY(!D1L81 # !D1_COUNT[9]);


--D1L12 is dividef:inst2|add~411
D1L12 = D1_COUNT[10] & (D1L02 $ GND) # !D1_COUNT[10] & !D1L02 & VCC;

--D1L22 is dividef:inst2|add~412
D1L22 = CARRY(D1_COUNT[10] & !D1L02);


--D1L32 is dividef:inst2|add~413
D1L32 = D1_COUNT[11] & !D1L22 # !D1_COUNT[11] & (D1L22 # GND);

--D1L42 is dividef:inst2|add~414
D1L42 = CARRY(!D1L22 # !D1_COUNT[11]);


--D1L52 is dividef:inst2|add~415
D1L52 = D1_COUNT[12] & (D1L42 $ GND) # !D1_COUNT[12] & !D1L42 & VCC;

--D1L62 is dividef:inst2|add~416
D1L62 = CARRY(D1_COUNT[12] & !D1L42);


--D1L72 is dividef:inst2|add~417
D1L72 = D1_COUNT[13] & !D1L62 # !D1_COUNT[13] & (D1L62 # GND);

--D1L82 is dividef:inst2|add~418
D1L82 = CARRY(!D1L62 # !D1_COUNT[13]);


--D1L92 is dividef:inst2|add~419
D1L92 = D1_COUNT[14] & (D1L82 $ GND) # !D1_COUNT[14] & !D1L82 & VCC;

--D1L03 is dividef:inst2|add~420
D1L03 = CARRY(D1_COUNT[14] & !D1L82);


--D1L13 is dividef:inst2|add~421
D1L13 = D1_COUNT[15] & !D1L03 # !D1_COUNT[15] & (D1L03 # GND);

--D1L23 is dividef:inst2|add~422
D1L23 = CARRY(!D1L03 # !D1_COUNT[15]);


--D1L33 is dividef:inst2|add~423
D1L33 = D1_COUNT[16] & (D1L23 $ GND) # !D1_COUNT[16] & !D1L23 & VCC;

--D1L43 is dividef:inst2|add~424
D1L43 = CARRY(D1_COUNT[16] & !D1L23);


--D1L53 is dividef:inst2|add~425
D1L53 = D1_COUNT[17] & !D1L43 # !D1_COUNT[17] & (D1L43 # GND);

--D1L63 is dividef:inst2|add~426
D1L63 = CARRY(!D1L43 # !D1_COUNT[17]);


--D1L73 is dividef:inst2|add~427
D1L73 = D1_COUNT[18] & (D1L63 $ GND) # !D1_COUNT[18] & !D1L63 & VCC;

--D1L83 is dividef:inst2|add~428
D1L83 = CARRY(D1_COUNT[18] & !D1L63);


--D1L93 is dividef:inst2|add~429
D1L93 = D1_COUNT[19] & !D1L83 # !D1_COUNT[19] & (D1L83 # GND);

--D1L04 is dividef:inst2|add~430
D1L04 = CARRY(!D1L83 # !D1_COUNT[19]);


--D1L14 is dividef:inst2|add~431
D1L14 = D1_COUNT[20] & (D1L04 $ GND) # !D1_COUNT[20] & !D1L04 & VCC;

--D1L24 is dividef:inst2|add~432
D1L24 = CARRY(D1_COUNT[20] & !D1L04);


--D1L34 is dividef:inst2|add~433
D1L34 = D1_COUNT[21] & !D1L24 # !D1_COUNT[21] & (D1L24 # GND);

--D1L44 is dividef:inst2|add~434
D1L44 = CARRY(!D1L24 # !D1_COUNT[21]);


--D1L54 is dividef:inst2|add~435
D1L54 = D1_COUNT[22] & (D1L44 $ GND) # !D1_COUNT[22] & !D1L44 & VCC;

--D1L64 is dividef:inst2|add~436
D1L64 = CARRY(D1_COUNT[22] & !D1L44);


--D1L74 is dividef:inst2|add~437
D1L74 = D1_COUNT[23] & !D1L64 # !D1_COUNT[23] & (D1L64 # GND);

--D1L84 is dividef:inst2|add~438
D1L84 = CARRY(!D1L64 # !D1_COUNT[23]);


--D1L94 is dividef:inst2|add~439
D1L94 = D1_COUNT[24] & (D1L84 $ GND) # !D1_COUNT[24] & !D1L84 & VCC;

--D1L05 is dividef:inst2|add~440
D1L05 = CARRY(D1_COUNT[24] & !D1L84);


--D1L08 is dividef:inst2|COUNT~391
D1L08 = !D1L39 & D1L74;


--D1L18 is dividef:inst2|COUNT~392
D1L18 = !D1L39 & D1L14;


--D1L28 is dividef:inst2|COUNT~393
D1L28 = !D1L39 & D1L93;


--D1L38 is dividef:inst2|COUNT~394
D1L38 = !D1L39 & D1L53;


--D1L48 is dividef:inst2|COUNT~395
D1L48 = !D1L39 & D1L54;


--D1L58 is dividef:inst2|COUNT~396
D1L58 = !D1L39 & D1L34;


--D1L68 is dividef:inst2|COUNT~397
D1L68 = !D1L39 & D1L13;


--D1L78 is dividef:inst2|COUNT~398
D1L78 = !D1L39 & D1L92;


--D1L88 is dividef:inst2|COUNT~399
D1L88 = !D1L39 & D1L72;


--D1L98 is dividef:inst2|COUNT~400
D1L98 = !D1L39 & D1L52;


--D1L09 is dividef:inst2|COUNT~401
D1L09 = !D1L39 & D1L51;


--D1L19 is dividef:inst2|COUNT~402
D1L19 = !D1L39 & D1L1;


--D1L15 is dividef:inst2|add~441
D1L15 = D1_COUNT[25] $ D1L05;


--D1L29 is dividef:inst2|COUNT~403
D1L29 = D1L15 & !D1L39;


--VB1_q_a[7] is small_2C35:inst|cpu:the_cpu|cpu_rf_module:cpu_rf|altsyncram:the_altsyncram|altsyncram_vuo1:auto_generated|q_a[7]
--RAM Block Operation Mode: True Dual-Port
--Port A Depth: 32, Port A Width: 1, Port B Depth: 32, Port B Width: 1
--Port A Logical Depth: 32, Port A Logical Width: 32, Port B Logical Depth: 32, Port B Logical Width: 32
--Port A Input: Registered, Port A Output: Un-registered, Port B Input: Registered, Port B Output: Un-registered
VB1_q_a[7] = AMPP_FUNCTION(LB1_W_rf_wren_a, LB1_module_input3, osc_clk[0], osc_clk[0], LB1_W_alu_result[7], LB1L987, LB1L097, LB1L197, LB1L297, LB1L397, LB1_av_ld_byte0_data[7], LB1_D_iw[22], LB1_D_iw[23], LB1_D_iw[24], LB1_D_iw[25], LB1_D_iw[26]);

--VB1_q_b[7] is small_2C35:inst|cpu:the_cpu|cpu_rf_module:cpu_rf|altsyncram:the_altsyncram|altsyncram_vuo1:auto_generated|q_b[7]
VB1_q_b[7] = AMPP_FUNCTION(LB1_W_rf_wren_a, LB1_module_input3, osc_clk[0], osc_clk[0], LB1_W_alu_result[7], LB1L987, LB1L097, LB1L197, LB1L297, LB1L397, LB1_av_ld_byte0_data[7], LB1_D_iw[22], LB1_D_iw[23], LB1_D_iw[24], LB1_D_iw[25], LB1_D_iw[26]);


--KB1_data_in_d1 is small_2C35:inst|small_2C35_reset_clk_domain_synch_module:small_2C35_reset_clk_domain_synch|data_in_d1
KB1_data_in_d1 = DFFEAS(VCC, osc_clk[0], !pld_clear_n,  ,  ,  ,  ,  ,  );


--LB1_E_new_inst is small_2C35:inst|cpu:the_cpu|E_new_inst
LB1_E_new_inst = AMPP_FUNCTION(osc_clk[0], LB1_R_valid, KB1_data_out);


--LB1_R_ctrl_st is small_2C35:inst|cpu:the_cpu|R_ctrl_st
LB1_R_ctrl_st = AMPP_FUNCTION(osc_clk[0], LB1L792, KB1_data_out);


--LB1_d_write_nxt is small_2C35:inst|cpu:the_cpu|d_write_nxt
LB1_d_write_nxt = AMPP_FUNCTION(LB1_E_new_inst, LB1_R_ctrl_st, UB1_d_write, MB1_cpu_data_master_waitrequest);


--LB1_D_iw[4] is small_2C35:inst|cpu:the_cpu|D_iw[4]
LB1_D_iw[4] = AMPP_FUNCTION(osc_clk[0], WB1_q_a[4], KB1_data_out, SB1L6);


--LB1_D_iw[3] is small_2C35:inst|cpu:the_cpu|D_iw[3]
LB1_D_iw[3] = AMPP_FUNCTION(osc_clk[0], WB1_q_a[3], KB1_data_out, SB1L6);


--LB1_E_src2[0] is small_2C35:inst|cpu:the_cpu|E_src2[0]
LB1_E_src2[0] = AMPP_FUNCTION(osc_clk[0], LB1L458, KB1_data_out);


--LB1_E_src1[0] is small_2C35:inst|cpu:the_cpu|E_src1[0]
LB1_E_src1[0] = AMPP_FUNCTION(osc_clk[0], LB1L628, KB1_data_out);


--LB1L01 is small_2C35:inst|cpu:the_cpu|add~1245
LB1L01 = AMPP_FUNCTION(LB1_E_src2[0], LB1_E_src1[0], GND);

--LB1L11 is small_2C35:inst|cpu:the_cpu|add~1246
LB1L11 = AMPP_FUNCTION(LB1_E_src2[0], LB1_E_src1[0]);


--LB1L21 is small_2C35:inst|cpu:the_cpu|add~1247
LB1L21 = AMPP_FUNCTION(LB1_E_src2[0], LB1_E_src1[0], GND);

--LB1L31 is small_2C35:inst|cpu:the_cpu|add~1248
LB1L31 = AMPP_FUNCTION(LB1_E_src2[0], LB1_E_src1[0]);


--LB1_E_alu_sub is small_2C35:inst|cpu:the_cpu|E_alu_sub
LB1_E_alu_sub = AMPP_FUNCTION(osc_clk[0], LB1L674, KB1_data_out);


--LB1L974 is small_2C35:inst|cpu:the_cpu|E_arith_result[0]~106
LB1L974 = AMPP_FUNCTION(LB1L01, LB1L21, LB1_E_alu_sub);


--LB1_E_src2[1] is small_2C35:inst|cpu:the_cpu|E_src2[1]
LB1_E_src2[1] = AMPP_FUNCTION(osc_clk[0], LB1L558, KB1_data_out);


--LB1_E_src1[1] is small_2C35:inst|cpu:the_cpu|E_src1[1]
LB1_E_src1[1] = AMPP_FUNCTION(osc_clk[0], LB1L728, KB1_data_out);


--LB1L41 is small_2C35:inst|cpu:the_cpu|add~1249
LB1L41 = AMPP_FUNCTION(LB1_E_src2[1], LB1_E_src1[1], GND, LB1L11);

--LB1L51 is small_2C35:inst|cpu:the_cpu|add~1250
LB1L51 = AMPP_FUNCTION(LB1_E_src2[1], LB1_E_src1[1], LB1L11);


--LB1L61 is small_2C35:inst|cpu:the_cpu|add~1251
LB1L61 = AMPP_FUNCTION(LB1_E_src2[1], LB1_E_src1[1], GND, LB1L31);

--LB1L71 is small_2C35:inst|cpu:the_cpu|add~1252
LB1L71 = AMPP_FUNCTION(LB1_E_src2[1], LB1_E_src1[1], LB1L31);


--LB1L084 is small_2C35:inst|cpu:the_cpu|E_arith_result[1]~107
LB1L084 = AMPP_FUNCTION(LB1L41, LB1L61, LB1_E_alu_sub);


--LB1L1 is small_2C35:inst|cpu:the_cpu|A_WE_StdLogicVector~898
LB1L1 = AMPP_FUNCTION(LB1_D_iw[4], LB1_D_iw[3], LB1L974, LB1L084);


--LB1_R_logic_op[1] is small_2C35:inst|cpu:the_cpu|R_logic_op[1]
LB1_R_logic_op[1] = AMPP_FUNCTION(osc_clk[0], LB1L543, KB1_data_out);


--LB1_E_src1[14] is small_2C35:inst|cpu:the_cpu|E_src1[14]
LB1_E_src1[14] = AMPP_FUNCTION(osc_clk[0], LB1L138, KB1_data_out);


--LB1_E_src2[14] is small_2C35:inst|cpu:the_cpu|E_src2[14]
LB1_E_src2[14] = AMPP_FUNCTION(osc_clk[0], LB1L868, KB1_data_out);


--LB1_R_logic_op[0] is small_2C35:inst|cpu:the_cpu|R_logic_op[0]
LB1_R_logic_op[0] = AMPP_FUNCTION(osc_clk[0], LB1L443, KB1_data_out);