jishu2.map.eqn

通过VERILOG HDL语言使用CPLD连接PS2键盘.

counta[23] = TFFE(counta[23]_reg_input, GLOBAL(clk), , , );


--counta[24] is counta[24]
counta[24]_p1_out = counta[23] & counta[22] & counta[21] & counta[20] & counta[19] & counta[18] & counta[17] & counta[16] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[15] & counta[14] & counta[13] & counta[12] & !counta[11] & counta[10] & counta[9] & counta[8];
counta[24]_or_out = counta[24]_p1_out;
counta[24]_reg_input = counta[24]_or_out;
counta[24] = TFFE(counta[24]_reg_input, GLOBAL(clk), , , );


--counta[25] is counta[25]
counta[25]_p1_out = counta[24] & counta[23] & counta[22] & counta[21] & counta[20] & counta[19] & counta[18] & counta[17] & counta[16] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[15] & counta[14] & counta[13] & counta[12] & !counta[11] & counta[10] & counta[9] & counta[8] & A1L17;
counta[25]_p2_out = !A1L17 & counta[25];
counta[25]_or_out = counta[25]_p1_out # counta[25]_p2_out;
counta[25]_reg_input = counta[25]_or_out;
counta[25] = TFFE(counta[25]_reg_input, GLOBAL(clk), , , );


--counta[26] is counta[26]
counta[26]_p1_out = counta[25] & counta[24] & counta[23] & counta[22] & counta[21] & counta[20] & counta[19] & counta[18] & counta[17] & counta[16] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[15] & counta[14] & counta[13] & counta[12] & !counta[11] & counta[10] & counta[9] & counta[8];
counta[26]_or_out = counta[26];
counta[26]_reg_input = counta[26]_p1_out $ counta[26]_or_out;
counta[26] = DFFE(counta[26]_reg_input, GLOBAL(clk), , , );


--F21L1 is lpm_add_sub:add_rtl_0|addcore:adder[3]|a_csnbuffer:result_node|sout_node[3]~58
F21L1_p1_out = counta[26] & counta[25] & counta[24] & counta[23] & counta[22] & counta[21] & counta[20] & counta[19] & counta[18] & counta[17] & counta[16] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[15] & counta[14] & counta[13] & counta[12] & !counta[11] & counta[10] & counta[9] & counta[8];
F21L1_or_out = counta[27];
F21L1 = F21L1_p1_out $ F21L1_or_out;


--F21L2 is lpm_add_sub:add_rtl_0|addcore:adder[3]|a_csnbuffer:result_node|sout_node[4]~62
F21L2_p1_out = counta[27] & counta[26] & counta[25] & counta[24] & counta[23] & counta[22] & counta[21] & counta[20] & counta[19] & counta[18] & counta[17] & counta[16] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[15] & counta[14] & counta[13] & counta[12] & !counta[11] & counta[10] & counta[9] & counta[8];
F21L2_or_out = counta[28];
F21L2 = F21L2_p1_out $ F21L2_or_out;


--A1L04 is counta~1113
A1L04 = EXP(counta[23] & counta[22] & counta[21] & counta[20] & counta[19] & counta[18] & counta[17] & counta[16] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[15] & counta[14] & counta[13] & counta[12] & !counta[11] & counta[10] & counta[9] & counta[8]);


--counta[28] is counta[28]
counta[28]_p2_out = !counta[25] & counta[27] & !counta[26] & counta[23] & counta[22] & counta[21] & counta[20] & counta[19] & counta[18] & counta[17] & counta[16] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[15] & counta[14] & counta[13] & counta[12] & !counta[11] & counta[10] & counta[9] & counta[8] & counta[24];
counta[28]_p3_out = counta[25] & counta[27] & !counta[26] & !counta[24] & A1L04;
counta[28]_or_out = counta[28]_p2_out # counta[28]_p3_out;
counta[28]_reg_input = F21L2 $ counta[28]_or_out;
counta[28] = DFFE(counta[28]_reg_input, GLOBAL(clk), , , );


--counta[10] is counta[10]
counta[10]_p0_out = counta[27] & !counta[26] & counta[25] & !counta[24] & counta[10];
counta[10]_p1_out = !counta[27] & counta[9] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[8] & counta[0];
counta[10]_p2_out = counta[9] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[8] & counta[0] & counta[26];
counta[10]_p3_out = counta[9] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[8] & counta[0] & !counta[25];
counta[10]_p4_out = counta[9] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[8] & counta[0] & counta[24];
counta[10]_or_out = counta[10]_p0_out # counta[10]_p1_out # counta[10]_p2_out # counta[10]_p3_out # counta[10]_p4_out;
counta[10]_reg_input = counta[10]_or_out;
counta[10] = TFFE(counta[10]_reg_input, GLOBAL(clk), , , );


--A1L2 is add~98
A1L2_p2_out = counta[27] & counta[26] & counta[25] & counta[24] & counta[23] & counta[22] & counta[21] & counta[20] & counta[19] & counta[18] & counta[17] & counta[16] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[15] & counta[14] & counta[13] & counta[12] & !counta[11] & counta[10] & counta[9] & counta[8] & counta[30] & counta[29];
A1L2_p3_out = counta[30] & counta[29] & counta[28];
A1L2_or_out = A1L2_p2_out # A1L2_p3_out;
A1L2 = counta[31] $ A1L2_or_out;


--A1L14 is counta~1126
A1L14_p0_out = counta[25] & counta[28] & !counta[30] & counta[31] & !counta[29];
A1L14_p2_out = !counta[27] & counta[25];
A1L14_p3_out = counta[25] & counta[26];
A1L14_p4_out = counta[25] & counta[23] & counta[22] & counta[21] & counta[20] & counta[19] & counta[18] & counta[17] & counta[16] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[15] & counta[14] & counta[13] & counta[12] & !counta[11] & counta[10] & counta[9] & counta[8];
A1L14_or_out = A1L24 # A1L14_p0_out # A1L14_p2_out # A1L14_p3_out # A1L14_p4_out;
A1L14 = counta[25] $ A1L14_or_out;


--counta[31] is counta[31]
counta[31]_p1_out = A1L17 & F21L5;
counta[31]_p2_out = A1L2 & A1L14;
counta[31]_or_out = counta[31]_p1_out # counta[31]_p2_out;
counta[31]_reg_input = counta[31]_or_out;
counta[31] = DFFE(counta[31]_reg_input, GLOBAL(clk), , , );


--F21L5 is lpm_add_sub:add_rtl_0|addcore:adder[3]|a_csnbuffer:result_node|sout_node[7]~66
F21L5_p1_out = counta[30] & counta[29] & counta[28] & counta[27] & counta[26] & counta[25] & counta[24] & counta[23] & counta[22] & counta[21] & counta[20] & counta[19] & counta[18] & counta[17] & counta[16] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[15] & counta[14] & counta[13] & counta[12] & !counta[11] & counta[10] & counta[9] & counta[8];
F21L5_or_out = counta[31];
F21L5 = F21L5_p1_out $ F21L5_or_out;


--F21L3 is lpm_add_sub:add_rtl_0|addcore:adder[3]|a_csnbuffer:result_node|sout_node[5]~70
F21L3_p1_out = counta[28] & counta[27] & counta[26] & counta[25] & counta[24] & counta[23] & counta[22] & counta[21] & counta[20] & counta[19] & counta[18] & counta[17] & counta[16] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[15] & counta[14] & counta[13] & counta[12] & !counta[11] & counta[10] & counta[9] & counta[8];
F21L3_or_out = counta[29];
F21L3 = F21L3_p1_out $ F21L3_or_out;


--counta[11] is counta[11]
counta[11]_p0_out = counta[27] & !counta[26] & counta[25] & !counta[24] & !counta[11];
counta[11]_p1_out = !counta[27] & counta[10] & counta[9] & counta[8] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0];
counta[11]_p2_out = counta[10] & counta[9] & counta[8] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[26];
counta[11]_p3_out = counta[10] & counta[9] & counta[8] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & !counta[25];
counta[11]_p4_out = counta[10] & counta[9] & counta[8] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[24];
counta[11]_or_out = counta[11]_p0_out # counta[11]_p1_out # counta[11]_p2_out # counta[11]_p3_out # counta[11]_p4_out;
counta[11]_reg_input = counta[11]_or_out;
counta[11] = TFFE(counta[11]_reg_input, GLOBAL(clk), , , );


--A1L91 is counta[11]~1143
A1L91_or_out = !counta[11];
A1L91 = A1L91_or_out;


--A1L3 is add~103
A1L3_p2_out = counta[27] & counta[26] & counta[25] & counta[24] & counta[23] & counta[22] & counta[21] & counta[20] & counta[19] & counta[18] & counta[17] & counta[16] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[15] & counta[14] & counta[13] & counta[12] & !counta[11] & counta[10] & counta[9] & counta[8];
A1L3_or_out = A1L3_p2_out # counta[28];
A1L3 = counta[29] $ A1L3_or_out;


--counta[29] is counta[29]
counta[29]_p1_out = A1L17 & F21L3;
counta[29]_p2_out = A1L3 & A1L14;
counta[29]_or_out = counta[29]_p1_out # counta[29]_p2_out;
counta[29]_reg_input = counta[29]_or_out;
counta[29] = DFFE(counta[29]_reg_input, GLOBAL(clk), , , );


--F21L4 is lpm_add_sub:add_rtl_0|addcore:adder[3]|a_csnbuffer:result_node|sout_node[6]~74
F21L4_p1_out = counta[29] & counta[28] & counta[27] & counta[26] & counta[25] & counta[24] & counta[23] & counta[22] & counta[21] & counta[20] & counta[19] & counta[18] & counta[17] & counta[16] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[15] & counta[14] & counta[13] & counta[12] & !counta[11] & counta[10] & counta[9] & counta[8];
F21L4_or_out = counta[30];
F21L4 = F21L4_p1_out $ F21L4_or_out;


--A1L4 is add~108
A1L4_p2_out = counta[27] & counta[26] & counta[25] & counta[24] & counta[23] & counta[22] & counta[21] & counta[20] & counta[19] & counta[18] & counta[17] & counta[16] & counta[7] & counta[6] & counta[5] & counta[4] & counta[3] & counta[2] & counta[1] & counta[0] & counta[15] & counta[14] & counta[13] & counta[12] & !counta[11] & counta[10] & counta[9] & counta[8] & counta[29];
A1L4_p3_out = counta[29] & counta[28];
A1L4_or_out = A1L4_p2_out # A1L4_p3_out;
A1L4 = counta[30] $ A1L4_or_out;


--counta[30] is counta[30]
counta[30]_p1_out = A1L17 & F21L4;
counta[30]_p2_out = !A1L17 & A1L4;
counta[30]_or_out = counta[30]_p1_out # counta[30]_p2_out;
counta[30]_reg_input = counta[30]_or_out;
counta[30] = DFFE(counta[30]_reg_input, GLOBAL(clk), , , );


--A1L1 is Decoder~46
A1L1_p1_out = !counta[30] & counta[29] & counta[11] & !counta[31] & !counta[28];
A1L1_p2_out = !counta[11] & counta[25] & !counta[26] & !counta[27] & !counta[24];
A1L1_or_out = A1L1_p1_out # A1L1_p2_out;
A1L1 = A1L1_or_out;


--A1L56 is duanreg~293
A1L56_p1_out = !counta[27] & !counta[24] & counta[26] & !counta[25] & !counta[11];
A1L56_p2_out = !counta[27] & counta[24] & !counta[26] & !counta[25] & !counta[11];
A1L56_p3_out = counta[11] & counta[28] & !counta[31] & !counta[30] & !counta[29];
A1L56_p4_out = counta[11] & !counta[28] & !counta[31] & counta[30] & !counta[29];
A1L56_or_out = A1L56_p1_out # A1L56_p2_out # A1L56_p3_out # A1L56_p4_out;
A1L56 = A1L56_or_out;


--A1L37 is reduce_or~736
A1L37_p1_out = !counta[31] & counta[11];
A1L37_p2_out = !counta[11] & !counta[27];
A1L37_p3_out = counta[11] & !counta[30] & !counta[29];
A1L37_p4_out = !counta[11] & !counta[26] & !counta[25];
A1L37_or_out = A1L37_p1_out # A1L37_p2_out # A1L37_p3_out # A1L37_p4_out;
A1L37 = A1L37_or_out;


--A1L66 is duanreg~295
A1L66_p1_out = !counta[25] & counta[24] & !counta[11] & counta[26] & !counta[27];
A1L66_p2_out = counta[11] & counta[28] & !counta[29] & counta[30] & !counta[31];
A1L66_p3_out = counta[11] & !counta[28] & counta[29] & counta[30] & !counta[31];
A1L66_p4_out = counta[25] & !counta[24] & !counta[11] & counta[26] & !counta[27];
A1L66_or_out = A1L66_p1_out # A1L66_p2_out # A1L66_p3_out # A1L66_p4_out;
A1L66 = A1L66_or_out;


--A1L87 is reduce_or~780
A1L87_p1_out = !counta[27] & !counta[24] & !counta[11];
A1L87_p2_out = !counta[11] & !counta[26] & !counta[25];
A1L87_p3_out = counta[11] & !counta[31] & !counta[28];
A1L87_p4_out = counta[11] & !counta[30] & !counta[29];
A1L87_or_out = A1L87_p1_out # A1L87_p2_out # A1L87_p3_out # A1L87_p4_out;
A1L87 = A1L87_or_out;


--A1L25 is duanreg[0]~337
A1L25_p1_out = A1L56 & A1L37;
A1L25_p2_out = !A1L37 & A1L25;
A1L25_p3_out = A1L56 & A1L25;
A1L25_or_out = A1L25_p1_out # A1L25_p2_out # A1L25_p3_out;
A1L25 = A1L25_or_out;


--A1L35 is duanreg[1]~341
A1L35_p1_out = A1L66 & A1L37;
A1L35_p2_out = !A1L37 & A1L35;
A1L35_p3_out = A1L66 & A1L35;
A1L35_or_out = A1L35_p1_out # A1L35_p2_out # A1L35_p3_out;
A1L35 = A1L35_or_out;


--A1L45 is duanreg[2]~345
A1L45_p1_out = A1L1 & A1L37;
A1L45_p2_out = !A1L37 & A1L45;
A1L45_p3_out = A1L1 & A1L45;
A1L45_or_out = A1L45_p1_out # A1L45_p2_out # A1L45_p3_out;
A1L45 = A1L45_or_out;


--A1L55 is duanreg[3]~349
A1L55_p0_out = A1L37 & counta[11] & counta[30] & !counta[31] & counta[28] & counta[29];
A1L55_p1_out = A1L37 & A1L56;
A1L55_p2_out = !A1L37 & A1L55;
A1L55_p3_out = A1L55 & A1L56;
A1L55_p4_out = A1L37 & counta[26] & !counta[11] & !counta[27] & counta[24] & counta[25];
A1L55_or_out = A1L65 # A1L55_p0_out # A1L55_p1_out # A1L55_p2_out # A1L55_p3_out # A1L55_p4_out;
A1L55 = A1L55_or_out;


--A1L75 is duanreg[4]~353