alarmclock.fit.eqn

基于FPGA的多功能数字钟的设计与实现 内附有详尽的Verilog HDL源码

--A1L04 is always0~108 at LC31
A1L04_or_out = hour1[0];
A1L04 = B2_dffs[0] $ A1L04_or_out;


--A1L14 is always0~112 at LC30
A1L14_or_out = hour1[1];
A1L14 = B2_dffs[1] $ A1L14_or_out;


--A1L24 is always0~117 at LC49
A1L24_p1_out = !second1[3] & !A1L03 & !A1L13 & !A1L23 & !A1L33 & !A1L43 & !A1L53 & !minute1[3] & !A1L63 & !A1L73 & !A1L83 & !A1L93 & !A1L04 & !A1L14 & !hour1[2] & !hour1[3] & A1L22 & A1L15 & A1L32 & A1L25 & A1L42 & A1L35 & A1L52 & A1L45 & A1L62 & A1L55 & A1L72 & A1L65 & A1L82 & A1L75 & A1L92 & A1L85;
A1L24_or_out = A1L24_p1_out;
A1L24 = A1L24_or_out;


--A1L22 is always0~36sexp at SEXP57
A1L22 = EXP(B5_dffs[0] & !second0[0]);


--A1L15 is always0~126 at SEXP58
A1L15 = EXP(!B5_dffs[0] & second0[0]);


--A1L32 is always0~40sexp at SEXP59
A1L32 = EXP(B5_dffs[1] & !second0[1]);


--A1L25 is always0~127 at SEXP60
A1L25 = EXP(!B5_dffs[1] & second0[1]);


--A1L42 is always0~44sexp at SEXP61
A1L42 = EXP(B5_dffs[2] & !second0[2]);


--A1L35 is always0~128 at SEXP62
A1L35 = EXP(!B5_dffs[2] & second0[2]);


--A1L52 is always0~48sexp at SEXP63
A1L52 = EXP(B5_dffs[3] & !second0[3]);


--A1L45 is always0~129 at SEXP64
A1L45 = EXP(!B5_dffs[3] & second0[3]);


--A1L62 is always0~52sexp at SEXP56
A1L62 = EXP(B6_dffs[0] & !second1[0]);


--A1L55 is always0~130 at SEXP55
A1L55 = EXP(!B6_dffs[0] & second1[0]);


--A1L72 is always0~56sexp at SEXP54
A1L72 = EXP(B6_dffs[1] & !second1[1]);


--A1L65 is always0~131 at SEXP53
A1L65 = EXP(!B6_dffs[1] & second1[1]);


--A1L82 is always0~60sexp at SEXP52
A1L82 = EXP(B6_dffs[2] & !second1[2]);


--A1L75 is always0~132 at SEXP51
A1L75 = EXP(!B6_dffs[2] & second1[2]);


--A1L92 is always0~64sexp at SEXP50
A1L92 = EXP(B3_dffs[0] & !minute0[0]);


--A1L85 is always0~133 at SEXP49
A1L85 = EXP(!B3_dffs[0] & minute0[0]);


--clk_200hz is clk_200hz at PIN_87
--operation mode is input

clk_200hz = INPUT();


--EN is EN at PIN_46
--operation mode is input

EN = INPUT();


--SW1 is SW1 at PIN_47
--operation mode is input

SW1 = INPUT();


--SW2 is SW2 at PIN_90
--operation mode is input

SW2 = INPUT();


--hour1[3] is hour1[3] at PIN_25
--operation mode is input

hour1[3] = INPUT();


--hour1[2] is hour1[2] at PIN_97
--operation mode is input

hour1[2] = INPUT();


--hour1[1] is hour1[1] at PIN_19
--operation mode is input

hour1[1] = INPUT();


--hour1[0] is hour1[0] at PIN_17
--operation mode is input

hour1[0] = INPUT();


--hour0[3] is hour0[3] at PIN_93
--operation mode is input

hour0[3] = INPUT();


--hour0[2] is hour0[2] at PIN_92
--operation mode is input

hour0[2] = INPUT();


--hour0[1] is hour0[1] at PIN_42
--operation mode is input

hour0[1] = INPUT();


--hour0[0] is hour0[0] at PIN_44
--operation mode is input

hour0[0] = INPUT();


--minute1[3] is minute1[3] at PIN_96
--operation mode is input

minute1[3] = INPUT();


--minute1[2] is minute1[2] at PIN_6
--operation mode is input

minute1[2] = INPUT();


--minute1[1] is minute1[1] at PIN_29
--operation mode is input

minute1[1] = INPUT();


--minute1[0] is minute1[0] at PIN_60
--operation mode is input

minute1[0] = INPUT();


--minute0[3] is minute0[3] at PIN_94
--operation mode is input

minute0[3] = INPUT();


--minute0[2] is minute0[2] at PIN_84
--operation mode is input

minute0[2] = INPUT();


--minute0[1] is minute0[1] at PIN_16
--operation mode is input

minute0[1] = INPUT();


--minute0[0] is minute0[0] at PIN_61
--operation mode is input

minute0[0] = INPUT();


--second1[3] is second1[3] at PIN_85
--operation mode is input

second1[3] = INPUT();


--second1[2] is second1[2] at PIN_58
--operation mode is input

second1[2] = INPUT();


--second1[1] is second1[1] at PIN_83
--operation mode is input

second1[1] = INPUT();


--second1[0] is second1[0] at PIN_45
--operation mode is input

second1[0] = INPUT();


--second0[3] is second0[3] at PIN_32
--operation mode is input

second0[3] = INPUT();


--second0[2] is second0[2] at PIN_31
--operation mode is input

second0[2] = INPUT();


--second0[1] is second0[1] at PIN_81
--operation mode is input

second0[1] = INPUT();


--second0[0] is second0[0] at PIN_48
--operation mode is input

second0[0] = INPUT();


--alarmclock_disp_select[4] is alarmclock_disp_select[4] at PIN_8
--operation mode is output

alarmclock_disp_select[4] = OUTPUT(A1L91Q);


--alarmclock_disp_select[2] is alarmclock_disp_select[2] at PIN_9
--operation mode is output

alarmclock_disp_select[2] = OUTPUT(A1L51Q);


--alarmclock_disp_select[5] is alarmclock_disp_select[5] at PIN_10
--operation mode is output

alarmclock_disp_select[5] = OUTPUT(A1L12Q);


--alarmclock_disp_select[3] is alarmclock_disp_select[3] at PIN_12
--operation mode is output

alarmclock_disp_select[3] = OUTPUT(A1L71Q);


--alarmclock_disp_select[1] is alarmclock_disp_select[1] at PIN_13
--operation mode is output

alarmclock_disp_select[1] = OUTPUT(A1L31Q);


--alarmclock_disp_select[0] is alarmclock_disp_select[0] at PIN_14
--operation mode is output

alarmclock_disp_select[0] = OUTPUT(A1L11Q);


--alarm is alarm at PIN_63
--operation mode is output

alarm = OUTPUT(A1L24);