lcdcont.map.eqn

用vhdl语言实现2DPSK数字传输

--C1_qh[5] is cir_shifter:mycir_shift|qh[5]
--operation mode is normal

C1_qh[5]_lut_out = lock & C1_qh[6] # !lock & (E1_qout[5]);
C1_qh[5] = DFFEAS(C1_qh[5]_lut_out, B1_clockout, VCC, , , , , , );


--E1_qout[4] is shifter:myshift_high|qout[4]
--operation mode is normal

E1_qout[4]_lut_out = reset & E1_qout[5];
E1_qout[4] = DFFEAS(E1_qout[4]_lut_out, B1_clockout, VCC, , , , , , );


--C1_ql[5] is cir_shifter:mycir_shift|ql[5]
--operation mode is normal

C1_ql[5]_lut_out = lock & C1_ql[6] # !lock & (E2_qout[5]);
C1_ql[5] = DFFEAS(C1_ql[5]_lut_out, B1_clockout, VCC, , , , , , );


--E2_qout[4] is shifter:myshift_low|qout[4]
--operation mode is normal

E2_qout[4]_lut_out = reset & E2_qout[5];
E2_qout[4] = DFFEAS(E2_qout[4]_lut_out, B1_clockout, VCC, , , , , , );


--C1_qh[6] is cir_shifter:mycir_shift|qh[6]
--operation mode is normal

C1_qh[6]_lut_out = lock & C1_qh[7] # !lock & (E1_qout[6]);
C1_qh[6] = DFFEAS(C1_qh[6]_lut_out, B1_clockout, VCC, , , , , , );


--E1_qout[5] is shifter:myshift_high|qout[5]
--operation mode is normal

E1_qout[5]_lut_out = reset & E1_qout[6];
E1_qout[5] = DFFEAS(E1_qout[5]_lut_out, B1_clockout, VCC, , , , , , );


--C1_ql[6] is cir_shifter:mycir_shift|ql[6]
--operation mode is normal

C1_ql[6]_lut_out = lock & C1_ql[7] # !lock & (E2_qout[6]);
C1_ql[6] = DFFEAS(C1_ql[6]_lut_out, B1_clockout, VCC, , , , , , );


--E2_qout[5] is shifter:myshift_low|qout[5]
--operation mode is normal

E2_qout[5]_lut_out = reset & E2_qout[6];
E2_qout[5] = DFFEAS(E2_qout[5]_lut_out, B1_clockout, VCC, , , , , , );


--C1_qh[7] is cir_shifter:mycir_shift|qh[7]
--operation mode is normal

C1_qh[7]_lut_out = lock & C1_qh[8] # !lock & (E1_qout[7]);
C1_qh[7] = DFFEAS(C1_qh[7]_lut_out, B1_clockout, VCC, , , , , , );


--E1_qout[6] is shifter:myshift_high|qout[6]
--operation mode is normal

E1_qout[6]_lut_out = reset & E1_qout[7];
E1_qout[6] = DFFEAS(E1_qout[6]_lut_out, B1_clockout, VCC, , , , , , );


--C1_ql[7] is cir_shifter:mycir_shift|ql[7]
--operation mode is normal

C1_ql[7]_lut_out = lock & C1_ql[8] # !lock & (E2_qout[7]);
C1_ql[7] = DFFEAS(C1_ql[7]_lut_out, B1_clockout, VCC, , , , , , );


--E2_qout[6] is shifter:myshift_low|qout[6]
--operation mode is normal

E2_qout[6]_lut_out = reset & E2_qout[7];
E2_qout[6] = DFFEAS(E2_qout[6]_lut_out, B1_clockout, VCC, , , , , , );


--C1_qh[8] is cir_shifter:mycir_shift|qh[8]
--operation mode is normal

C1_qh[8]_lut_out = lock & C1_qh[9] # !lock & (E1_qout[8]);
C1_qh[8] = DFFEAS(C1_qh[8]_lut_out, B1_clockout, VCC, , , , , , );


--E1_qout[7] is shifter:myshift_high|qout[7]
--operation mode is normal

E1_qout[7]_lut_out = reset & E1_qout[8];
E1_qout[7] = DFFEAS(E1_qout[7]_lut_out, B1_clockout, VCC, , , , , , );


--C1_ql[8] is cir_shifter:mycir_shift|ql[8]
--operation mode is normal

C1_ql[8]_lut_out = lock & C1_ql[9] # !lock & (E2_qout[8]);
C1_ql[8] = DFFEAS(C1_ql[8]_lut_out, B1_clockout, VCC, , , , , , );


--E2_qout[7] is shifter:myshift_low|qout[7]
--operation mode is normal

E2_qout[7]_lut_out = reset & E2_qout[8];
E2_qout[7] = DFFEAS(E2_qout[7]_lut_out, B1_clockout, VCC, , , , , , );


--C1_qh[9] is cir_shifter:mycir_shift|qh[9]
--operation mode is normal

C1_qh[9]_lut_out = lock & C1_qh[10] # !lock & (E1_qout[9]);
C1_qh[9] = DFFEAS(C1_qh[9]_lut_out, B1_clockout, VCC, , , , , , );


--E1_qout[8] is shifter:myshift_high|qout[8]
--operation mode is normal

E1_qout[8]_lut_out = reset & E1_qout[9];
E1_qout[8] = DFFEAS(E1_qout[8]_lut_out, B1_clockout, VCC, , , , , , );


--C1_ql[9] is cir_shifter:mycir_shift|ql[9]
--operation mode is normal

C1_ql[9]_lut_out = lock & C1_ql[10] # !lock & (E2_qout[9]);
C1_ql[9] = DFFEAS(C1_ql[9]_lut_out, B1_clockout, VCC, , , , , , );


--E2_qout[8] is shifter:myshift_low|qout[8]
--operation mode is normal

E2_qout[8]_lut_out = reset & E2_qout[9];
E2_qout[8] = DFFEAS(E2_qout[8]_lut_out, B1_clockout, VCC, , , , , , );


--C1_qh[10] is cir_shifter:mycir_shift|qh[10]
--operation mode is normal

C1_qh[10]_lut_out = lock & C1_qh[11] # !lock & (E1_qout[10]);
C1_qh[10] = DFFEAS(C1_qh[10]_lut_out, B1_clockout, VCC, , , , , , );


--E1_qout[9] is shifter:myshift_high|qout[9]
--operation mode is normal

E1_qout[9]_lut_out = reset & E1_qout[10];
E1_qout[9] = DFFEAS(E1_qout[9]_lut_out, B1_clockout, VCC, , , , , , );


--C1_ql[10] is cir_shifter:mycir_shift|ql[10]
--operation mode is normal

C1_ql[10]_lut_out = lock & C1_ql[11] # !lock & (E2_qout[10]);
C1_ql[10] = DFFEAS(C1_ql[10]_lut_out, B1_clockout, VCC, , , , , , );


--E2_qout[9] is shifter:myshift_low|qout[9]
--operation mode is normal

E2_qout[9]_lut_out = reset & E2_qout[10];
E2_qout[9] = DFFEAS(E2_qout[9]_lut_out, B1_clockout, VCC, , , , , , );


--C1_qh[11] is cir_shifter:mycir_shift|qh[11]
--operation mode is normal

C1_qh[11]_lut_out = lock & C1_qh[12] # !lock & (E1_qout[11]);
C1_qh[11] = DFFEAS(C1_qh[11]_lut_out, B1_clockout, VCC, , , , , , );


--E1_qout[10] is shifter:myshift_high|qout[10]
--operation mode is normal

E1_qout[10]_lut_out = reset & E1_qout[11];
E1_qout[10] = DFFEAS(E1_qout[10]_lut_out, B1_clockout, VCC, , , , , , );


--C1_ql[11] is cir_shifter:mycir_shift|ql[11]
--operation mode is normal

C1_ql[11]_lut_out = lock & C1_ql[12] # !lock & (E2_qout[11]);
C1_ql[11] = DFFEAS(C1_ql[11]_lut_out, B1_clockout, VCC, , , , , , );


--E2_qout[10] is shifter:myshift_low|qout[10]
--operation mode is normal

E2_qout[10]_lut_out = reset & E2_qout[11];
E2_qout[10] = DFFEAS(E2_qout[10]_lut_out, B1_clockout, VCC, , , , , , );


--C1_qh[12] is cir_shifter:mycir_shift|qh[12]
--operation mode is normal

C1_qh[12]_lut_out = lock & C1_qh[13] # !lock & (E1_qout[12]);
C1_qh[12] = DFFEAS(C1_qh[12]_lut_out, B1_clockout, VCC, , , , , , );


--E1_qout[11] is shifter:myshift_high|qout[11]
--operation mode is normal

E1_qout[11]_lut_out = reset & E1_qout[12];
E1_qout[11] = DFFEAS(E1_qout[11]_lut_out, B1_clockout, VCC, , , , , , );


--C1_ql[12] is cir_shifter:mycir_shift|ql[12]
--operation mode is normal

C1_ql[12]_lut_out = lock & C1_ql[13] # !lock & (E2_qout[12]);
C1_ql[12] = DFFEAS(C1_ql[12]_lut_out, B1_clockout, VCC, , , , , , );


--E2_qout[11] is shifter:myshift_low|qout[11]
--operation mode is normal

E2_qout[11]_lut_out = reset & E2_qout[12];
E2_qout[11] = DFFEAS(E2_qout[11]_lut_out, B1_clockout, VCC, , , , , , );


--C1_qh[13] is cir_shifter:mycir_shift|qh[13]
--operation mode is normal

C1_qh[13]_lut_out = lock & C1_qh[14] # !lock & (E1_qout[13]);
C1_qh[13] = DFFEAS(C1_qh[13]_lut_out, B1_clockout, VCC, , , , , , );


--E1_qout[12] is shifter:myshift_high|qout[12]
--operation mode is normal

E1_qout[12]_lut_out = reset & E1_qout[13];
E1_qout[12] = DFFEAS(E1_qout[12]_lut_out, B1_clockout, VCC, , , , , , );


--C1_ql[13] is cir_shifter:mycir_shift|ql[13]
--operation mode is normal

C1_ql[13]_lut_out = lock & C1_ql[14] # !lock & (E2_qout[13]);
C1_ql[13] = DFFEAS(C1_ql[13]_lut_out, B1_clockout, VCC, , , , , , );


--E2_qout[12] is shifter:myshift_low|qout[12]
--operation mode is normal

E2_qout[12]_lut_out = reset & E2_qout[13];
E2_qout[12] = DFFEAS(E2_qout[12]_lut_out, B1_clockout, VCC, , , , , , );


--C1_qh[14] is cir_shifter:mycir_shift|qh[14]
--operation mode is normal

C1_qh[14]_lut_out = lock & C1_qh[15] # !lock & (E1_qout[14]);
C1_qh[14] = DFFEAS(C1_qh[14]_lut_out, B1_clockout, VCC, , , , , , );


--E1_qout[13] is shifter:myshift_high|qout[13]
--operation mode is normal

E1_qout[13]_lut_out = reset & E1_qout[14];
E1_qout[13] = DFFEAS(E1_qout[13]_lut_out, B1_clockout, VCC, , , , , , );


--C1_ql[14] is cir_shifter:mycir_shift|ql[14]
--operation mode is normal

C1_ql[14]_lut_out = lock & C1_ql[15] # !lock & (E2_qout[14]);
C1_ql[14] = DFFEAS(C1_ql[14]_lut_out, B1_clockout, VCC, , , , , , );


--E2_qout[13] is shifter:myshift_low|qout[13]
--operation mode is normal

E2_qout[13]_lut_out = reset & E2_qout[14];
E2_qout[13] = DFFEAS(E2_qout[13]_lut_out, B1_clockout, VCC, , , , , , );


--C1_qh[15] is cir_shifter:mycir_shift|qh[15]
--operation mode is normal

C1_qh[15]_lut_out = lock & C1_qh[1] # !lock & (E1_qout[15]);
C1_qh[15] = DFFEAS(C1_qh[15]_lut_out, B1_clockout, VCC, , , , , , );


--E1_qout[14] is shifter:myshift_high|qout[14]
--operation mode is normal

E1_qout[14]_lut_out = reset & E1_qout[15];
E1_qout[14] = DFFEAS(E1_qout[14]_lut_out, B1_clockout, VCC, , , , , , );


--C1_ql[15] is cir_shifter:mycir_shift|ql[15]
--operation mode is normal

C1_ql[15]_lut_out = lock & C1_ql[0] # !lock & (E2_qout[15]);
C1_ql[15] = DFFEAS(C1_ql[15]_lut_out, B1_clockout, VCC, , , , , , );


--E2_qout[14] is shifter:myshift_low|qout[14]
--operation mode is normal

E2_qout[14]_lut_out = reset & E2_qout[15];
E2_qout[14] = DFFEAS(E2_qout[14]_lut_out, B1_clockout, VCC, , , , , , );


--E1_qout[15] is shifter:myshift_high|qout[15]
--operation mode is normal

E1_qout[15]_lut_out = reset & ser_in[1];
E1_qout[15] = DFFEAS(E1_qout[15]_lut_out, B1_clockout, VCC, , , , , , );


--E2_qout[15] is shifter:myshift_low|qout[15]
--operation mode is normal

E2_qout[15]_lut_out = reset & ser_in[0];
E2_qout[15] = DFFEAS(E2_qout[15]_lut_out, B1_clockout, VCC, , , , , , );


--ser_clk is ser_clk
--operation mode is input

ser_clk = INPUT();


--reset is reset
--operation mode is input

reset = INPUT();


--clk is clk
--operation mode is input

clk = INPUT();


--lock is lock
--operation mode is input

lock = INPUT();


--ser_in[1] is ser_in[1]
--operation mode is input

ser_in[1] = INPUT();


--ser_in[0] is ser_in[0]
--operation mode is input

ser_in[0] = INPUT();


--data_out[0] is data_out[0]
--operation mode is output

data_out[0] = OUTPUT(D1_lcd_data[0]);


--data_out[1] is data_out[1]
--operation mode is output

data_out[1] = OUTPUT(D1_lcd_data[1]);


--data_out[2] is data_out[2]
--operation mode is output

data_out[2] = OUTPUT(D1_lcd_data[2]);


--data_out[3] is data_out[3]
--operation mode is output

data_out[3] = OUTPUT(D1_lcd_data[3]);


--data_out[4] is data_out[4]
--operation mode is output

data_out[4] = OUTPUT(D1_lcd_data[4]);


--data_out[5] is data_out[5]
--operation mode is output

data_out[5] = OUTPUT(D1_lcd_data[5]);


--data_out[6] is data_out[6]
--operation mode is output

data_out[6] = OUTPUT(D1_lcd_data[6]);


--data_out[7] is data_out[7]
--operation mode is output

data_out[7] = OUTPUT(D1_lcd_data[7]);


--rw_out is rw_out
--operation mode is output

rw_out = OUTPUT(GND);


--cont is cont
--operation mode is output

cont = OUTPUT(GND);


--select_out is select_out
--operation mode is output

select_out = OUTPUT(D1_lcd_select);


--enable_out is enable_out
--operation mode is output

enable_out = OUTPUT(!B1_clockout);