code stringlengths 35 6.69k | score float64 6.5 11.5 |
|---|---|
module FA_3153 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.18858 |
module FA_3152 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.274692 |
module FA_3151 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_2 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.180501 |
module FA_3150 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.508234 |
module HA_104 (
I1,
I2,
sum,
carry
);
input I1, I2;
output sum, carry;
and2_1 U1 (
.a(I2),
.b(I1),
.x(carry)
);
exor2_1 U2 (
.a(I2),
.b(I1),
.x(sum)
);
endmodule
| 7.138865 |
module FA_3149 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_2 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.137697 |
module FA_3148 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.195731 |
module FA_3147 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.484253 |
module FA_3146 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_2 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.22444 |
module FA_3145 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_2 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.056493 |
module FA_3144 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.538558 |
module FA_3143 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.126826 |
module FA_3142 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_5 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.037687 |
module FA_3141 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.102469 |
module FA_3140 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.311596 |
module FA_3139 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_6 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.906976 |
module FA_3138 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.146334 |
module FA_3137 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.270246 |
module FA_3135 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_6 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.080039 |
module FA_3134 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.365988 |
module FA_3133 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.143268 |
module FA_3132 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_6 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.658685 |
module FA_3131 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.749432 |
module FA_3130 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_2 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.680671 |
module FA_3129 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.865933 |
module FA_3128 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.814951 |
module FA_3127 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.815641 |
module FA_3126 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.778236 |
module FA_3125 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.987427 |
module FA_3124 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.988013 |
module FA_3123 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.325423 |
module FA_3122 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.876903 |
module FA_3121 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.664982 |
module FA_3120 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.462692 |
module HA_103 (
I1,
I2,
sum,
carry
);
input I1, I2;
output sum, carry;
and2_1 U1 (
.a(I2),
.b(I1),
.x(carry)
);
exor2_1 U2 (
.a(I2),
.b(I1),
.x(sum)
);
endmodule
| 7.2861 |
module FA_3119 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_2 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.773328 |
module FA_3118 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.164164 |
module FA_3117 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.076552 |
module FA_3116 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.836884 |
module FA_3115 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.862463 |
module FA_3114 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.900299 |
module FA_3113 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_6 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.674949 |
module FA_3112 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_2 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.778607 |
module FA_3111 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.608174 |
module FA_3110 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.826263 |
module FA_3109 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.884762 |
module FA_3108 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.3257 |
module FA_3107 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.4888 |
module FA_3106 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.420932 |
module FA_3105 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_2 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.167094 |
module FA_3104 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.295825 |
module FA_3103 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_2 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.989002 |
module FA_3102 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.400089 |
module FA_3101 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.109587 |
module FA_3100 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.117409 |
module FA_3099 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.780426 |
module FA_3098 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.764241 |
module FA_3097 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.803696 |
module FA_3096 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.88134 |
module FA_3095 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.83328 |
module FA_3094 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.689429 |
module FA_3093 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.646699 |
module FA_3092 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.744055 |
module FA_3091 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.741634 |
module FA_3090 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.780883 |
module HA_102 (
I1,
I2,
sum,
carry
);
input I1, I2;
output sum, carry;
and2_1 U1 (
.a(I2),
.b(I1),
.x(carry)
);
exor2_1 U2 (
.a(I2),
.b(I1),
.x(sum)
);
endmodule
| 7.348221 |
module FA_3089 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_2 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.528465 |
module FA_3088 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.801594 |
module FA_3087 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.684515 |
module FA_3085 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_2 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.763372 |
module FA_3084 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.029479 |
module FA_3083 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.859492 |
module FA_3082 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_5 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.670752 |
module FA_3081 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.771453 |
module FA_3080 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.930142 |
module FA_3079 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_6 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.58576 |
module FA_3078 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.905465 |
module FA_3077 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.610324 |
module FA_3076 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_6 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.76091 |
module FA_3075 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_6 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.890809 |
module FA_3074 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.88203 |
module FA_3073 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.70086 |
module FA_3071 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.663455 |
module FA_3070 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_2 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.664562 |
module FA_3069 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.665987 |
module FA_3068 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.837172 |
module FA_3067 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.65361 |
module FA_3066 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.597991 |
module FA_3065 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.901628 |
module FA_3064 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.927121 |
module FA_3063 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.82965 |
module FA_3062 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 7.10091 |
module FA_3061 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.832909 |
module FA_3060 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.926234 |
module HA_101 (
I1,
I2,
sum,
carry
);
input I1, I2;
output sum, carry;
and2_1 U1 (
.a(I2),
.b(I1),
.x(carry)
);
exor2_1 U2 (
.a(I2),
.b(I1),
.x(sum)
);
endmodule
| 7.097308 |
module FA_3059 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2, n3;
buf_1 U1 (
.a(n3),
.x(n2)
);
ao22_2 U2 (
.a(I2),
.b(I1),
.c(n3),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I1),
.b(I2),
.x(n3)
);
e... | 6.672925 |
module FA_3058 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
exor2_1 U1 (
.a(I1),
.b(I2),
.x(n2)
);
ao22_1 U2 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.88658 |
module FA_3057 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_2 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.781892 |
module FA_3055 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_6 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.573538 |
module FA_3054 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2;
ao22_3 U1 (
.a(I2),
.b(I1),
.c(n2),
.d(I3),
.x(carry)
);
exor2_1 U2 (
.a(I1),
.b(I2),
.x(n2)
);
exor2_1 U3 (
.a(I3),
.b(n2),
.x(... | 6.685574 |
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