seg.fit.eqn

自己做的开发板

--A1L43 is Mux~1456 at SEXP12
A1L43 = EXP(C1_dffs[1] & C1_dffs[0] & C1_dffs[2]);


--seg_out[3] is seg_out[3] at LC16
seg_out[3]_p1_out = !C1_dffs[4] & A1L13 & A1L23 & A1L33 & A1L43;
seg_out[3]_or_out = seg_out[3]_p1_out;
seg_out[3]_reg_input = !(seg_out[3]_or_out);
seg_out[3]_p3_out = !Num[11] & !Num[1] & Num[7] & Num[17] & Num[19] & !Num[0] & !Num[3] & !Num[8] & Num[15] & !Num[13] & !Num[9] & !Num[5] & Num[18] & Num[20] & !Num[2] & !Num[12] & Num[10] & !Num[16] & !Num[4] & !Num[6] & !Num[14] & A1L42 & A1L52 & A1L62 & A1L72;
seg_out[3] = DFFE(seg_out[3]_reg_input, GLOBAL(clock), , , seg_out[3]_p3_out);


--A1L53 is Mux~1461 at SEXP54
A1L53 = EXP(!C1_dffs[3] & C1_dffs[2]);


--A1L63 is Mux~1462 at SEXP50
A1L63 = EXP(C1_dffs[3] & !C1_dffs[2]);


--seg_out[0] is seg_out[0] at LC64
seg_out[0]_p0_out = !C1_dffs[4] & C1_dffs[1] & A1L63;
seg_out[0]_p1_out = C1_dffs[3] & !C1_dffs[4] & !C1_dffs[1] & !C1_dffs[2];
seg_out[0]_p2_out = !C1_dffs[3] & !C1_dffs[4] & C1_dffs[2] & C1_dffs[0];
seg_out[0]_p4_out = !C1_dffs[4] & !C1_dffs[0] & A1L53;
seg_out[0]_or_out = seg_out[0]_p0_out # seg_out[0]_p1_out # seg_out[0]_p2_out # seg_out[0]_p4_out;
seg_out[0]_reg_input = !(seg_out[0]_or_out);
seg_out[0]_p3_out = !Num[11] & !Num[1] & Num[7] & Num[17] & Num[19] & !Num[0] & !Num[3] & !Num[8] & Num[15] & !Num[13] & !Num[9] & !Num[5] & Num[18] & Num[20] & !Num[2] & !Num[12] & Num[10] & !Num[16] & !Num[4] & !Num[6] & !Num[14] & A1L02 & A1L12 & A1L22 & A1L32;
seg_out[0] = DFFE(seg_out[0]_reg_input, GLOBAL(clock), , , seg_out[0]_p3_out);


--~GND~12 is ~GND~12 at LC37
~GND~12_or_out = GND;
~GND~12 = ~GND~12_or_out;


--~GND~13 is ~GND~13 at LC46
~GND~13_or_out = GND;
~GND~13 = ~GND~13_or_out;


--~GND~14 is ~GND~14 at LC41
~GND~14_or_out = GND;
~GND~14 = ~GND~14_or_out;


--~GND~15 is ~GND~15 at LC40
~GND~15_or_out = GND;
~GND~15 = ~GND~15_or_out;


--~GND~16 is ~GND~16 at LC36
~GND~16_or_out = GND;
~GND~16 = ~GND~16_or_out;


--~GND~17 is ~GND~17 at LC30
~GND~17_or_out = GND;
~GND~17 = ~GND~17_or_out;


--~GND~18 is ~GND~18 at LC1
~GND~18_or_out = GND;
~GND~18 = ~GND~18_or_out;


--~GND~19 is ~GND~19 at LC3
~GND~19_or_out = GND;
~GND~19 = ~GND~19_or_out;


--~GND~20 is ~GND~20 at LC4
~GND~20_or_out = GND;
~GND~20 = ~GND~20_or_out;


--~GND~21 is ~GND~21 at LC5
~GND~21_or_out = GND;
~GND~21 = ~GND~21_or_out;


--~GND~22 is ~GND~22 at LC11
~GND~22_or_out = GND;
~GND~22 = ~GND~22_or_out;


--~GND~23 is ~GND~23 at LC14
~GND~23_or_out = GND;
~GND~23 = ~GND~23_or_out;


--~VCC~8 is ~VCC~8 at LC25
~VCC~8_or_out = GND;
~VCC~8 = !(~VCC~8_or_out);


--~VCC~9 is ~VCC~9 at LC24
~VCC~9_or_out = GND;
~VCC~9 = !(~VCC~9_or_out);


--~VCC~10 is ~VCC~10 at LC21
~VCC~10_or_out = GND;
~VCC~10 = !(~VCC~10_or_out);


--~VCC~11 is ~VCC~11 at LC20
~VCC~11_or_out = GND;
~VCC~11 = !(~VCC~11_or_out);


--~VCC~12 is ~VCC~12 at LC19
~VCC~12_or_out = GND;
~VCC~12 = !(~VCC~12_or_out);


--~VCC~13 is ~VCC~13 at LC17
~VCC~13_or_out = GND;
~VCC~13 = !(~VCC~13_or_out);


--~VCC~14 is ~VCC~14 at LC33
~VCC~14_or_out = GND;
~VCC~14 = !(~VCC~14_or_out);


--~VCC~15 is ~VCC~15 at LC35
~VCC~15_or_out = GND;
~VCC~15 = !(~VCC~15_or_out);


--A1L58 is reduce_nor~48sexp at SEXP16
A1L58 = EXP(!Num[11] & !Num[1] & Num[7] & Num[17] & Num[19] & !Num[0] & !Num[3] & !Num[8] & Num[15] & !Num[13] & !Num[9] & !Num[5] & Num[18] & Num[20] & !Num[2] & !Num[12] & Num[10] & !Num[16] & !Num[4] & !Num[6] & !Num[14]);


--A1L02 is LessThan~54sexp1 at SEXP59
A1L02 = EXP(C1_dffs[3] & C1_dffs[4]);


--A1L12 is LessThan~54sexp2 at SEXP60
A1L12 = EXP(C1_dffs[1] & C1_dffs[4]);


--A1L22 is LessThan~54sexp3 at SEXP61
A1L22 = EXP(C1_dffs[2] & C1_dffs[4]);


--A1L32 is LessThan~54sexp4 at SEXP63
A1L32 = EXP(C1_dffs[4] & C1_dffs[0]);


--clock is clock at PIN_43
--operation mode is input

clock = INPUT();


--pin5[11] is pin5[11] at PIN_27
--operation mode is output

pin5[11] = OUTPUT(~GND~12);


--pin5[10] is pin5[10] at PIN_31
--operation mode is output

pin5[10] = OUTPUT(~GND~13);


--pin5[9] is pin5[9] at PIN_29
--operation mode is output

pin5[9] = OUTPUT(~GND~14);


--pin5[8] is pin5[8] at PIN_28
--operation mode is output

pin5[8] = OUTPUT(~GND~15);


--pin5[7] is pin5[7] at PIN_26
--operation mode is output

pin5[7] = OUTPUT(~GND~16);


--pin5[6] is pin5[6] at PIN_14
--operation mode is output

pin5[6] = OUTPUT(~GND~17);


--pin5[5] is pin5[5] at PIN_12
--operation mode is output

pin5[5] = OUTPUT(~GND~18);


--pin5[4] is pin5[4] at PIN_11
--operation mode is output

pin5[4] = OUTPUT(~GND~19);


--pin5[3] is pin5[3] at PIN_9
--operation mode is output

pin5[3] = OUTPUT(~GND~20);


--pin5[2] is pin5[2] at PIN_8
--operation mode is output

pin5[2] = OUTPUT(~GND~21);


--pin5[1] is pin5[1] at PIN_6
--operation mode is output

pin5[1] = OUTPUT(~GND~22);


--pin5[0] is pin5[0] at PIN_5
--operation mode is output

pin5[0] = OUTPUT(~GND~23);


--data_clk[7] is data_clk[7] at PIN_16
--operation mode is output

data_clk[7] = OUTPUT(~VCC~8);


--data_clk[6] is data_clk[6] at PIN_17
--operation mode is output

data_clk[6] = OUTPUT(~VCC~9);


--data_clk[5] is data_clk[5] at PIN_18
--operation mode is output

data_clk[5] = OUTPUT(~VCC~10);


--data_clk[4] is data_clk[4] at PIN_19
--operation mode is output

data_clk[4] = OUTPUT(~VCC~11);


--data_clk[3] is data_clk[3] at PIN_20
--operation mode is output

data_clk[3] = OUTPUT(~VCC~12);


--data_clk[2] is data_clk[2] at PIN_21
--operation mode is output

data_clk[2] = OUTPUT(~VCC~13);


--data_clk[1] is data_clk[1] at PIN_24
--operation mode is output

data_clk[1] = OUTPUT(~VCC~14);


--data_clk[0] is data_clk[0] at PIN_25
--operation mode is output

data_clk[0] = OUTPUT(~VCC~15);


--data_out[7] is data_out[7] at PIN_33
--operation mode is output

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


--data_out[6] is data_out[6] at PIN_34
--operation mode is output

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


--data_out[5] is data_out[5] at PIN_36
--operation mode is output

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


--data_out[4] is data_out[4] at PIN_37
--operation mode is output

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


--data_out[2] is data_out[2] at PIN_39
--operation mode is output

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


--data_out[1] is data_out[1] at PIN_40
--operation mode is output

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


--data_out[3] is data_out[3] at PIN_4
--operation mode is output

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


--data_out[0] is data_out[0] at PIN_41
--operation mode is output

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






--A1L17 is Num~530 at SEXP17
A1L17 = EXP(!C1_dffs[3] & !C1_dffs[1] & !C1_dffs[2] & !C1_dffs[0]);


--A1L68 is reduce_nor~50 at SEXP18
A1L68 = EXP(!Num[11] & !Num[1] & Num[7] & Num[17] & Num[19] & !Num[0] & !Num[3] & !Num[8] & Num[15] & !Num[13] & !Num[9] & !Num[5] & Num[18] & Num[20] & !Num[2] & !Num[12] & Num[10] & !Num[16] & !Num[4] & !Num[6] & !Num[14]);


--A1L42 is LessThan~55 at SEXP8
A1L42 = EXP(C1_dffs[3] & C1_dffs[4]);


--A1L52 is LessThan~56 at SEXP9
A1L52 = EXP(C1_dffs[1] & C1_dffs[4]);


--A1L62 is LessThan~57 at SEXP10
A1L62 = EXP(C1_dffs[2] & C1_dffs[4]);


--A1L72 is LessThan~58 at SEXP11
A1L72 = EXP(C1_dffs[4] & C1_dffs[0]);