code stringlengths 35 6.69k | score float64 6.5 11.5 |
|---|---|
module FA_2094 (
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(... | 6.81571 |
module FA_2093 (
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(... | 6.640786 |
module FA_2092 (
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(... | 6.849802 |
module FA_2091 (
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(... | 6.825816 |
module FA_2090 (
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(... | 6.773563 |
module FA_2089 (
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(... | 6.79088 |
module FA_2088 (
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(... | 6.920202 |
module FA_2087 (
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(... | 6.636823 |
module FA_2085 (
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(... | 6.73586 |
module FA_2084 (
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(... | 7.04153 |
module FA_2083 (
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(... | 6.752533 |
module FA_2082 (
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(... | 7.031439 |
module FA_2081 (
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(... | 6.817953 |
module FA_2080 (
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(... | 7.216412 |
module FA_2079 (
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(... | 6.703666 |
module FA_2078 (
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(... | 7.05972 |
module FA_2077 (
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(... | 6.708994 |
module FA_2076 (
I1,
I2,
I3,
sum,
carry
);
input I1, I2, I3;
output sum, carry;
wire n2, n3, n4;
inv_0 U1 (
.a(I3),
.x(n2)
);
inv_2 U2 (
.a(n2),
.x(n3)
);
ao22_6 U3 (
.a(I2),
.b(I1),
.c(n4),
.d(I3),
.x(carry)
);
exor2_1 U4 (
... | 6.73909 |
module FA_2075 (
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(... | 7.082841 |
module FA_2074 (
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(... | 6.894132 |
module FA_2073 (
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(... | 6.809894 |
module FA_2072 (
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(... | 6.593096 |
module FA_2070 (
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(... | 6.768451 |
module HA_68 (
I1,
I2,
sum,
carry
);
input I1, I2;
output sum, carry;
and2_3 U1 (
.a(I2),
.b(I1),
.x(carry)
);
exor2_1 U2 (
.a(I2),
.b(I1),
.x(sum)
);
endmodule
| 7.91016 |
module FA_2068 (
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(... | 6.760885 |
module FA_2066 (
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(... | 6.572542 |
module FA_2065 (
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(... | 6.857872 |
module FA_2064 (
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(... | 6.717303 |
module FA_2063 (
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(... | 6.931254 |
module FA_2062 (
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(... | 7.19642 |
module FA_2061 (
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(... | 6.757858 |
module FA_2060 (
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(... | 7.134967 |
module FA_2059 (
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(... | 6.836991 |
module FA_2058 (
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(... | 6.889546 |
module FA_2057 (
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(... | 7.070358 |
module FA_2056 (
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(... | 7.002643 |
module FA_2055 (
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(... | 6.659322 |
module FA_2054 (
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(... | 6.550385 |
module FA_2053 (
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(... | 6.751637 |
module FA_2052 (
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(... | 6.783735 |
module FA_2051 (
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(... | 6.715972 |
module FA_2050 (
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(... | 7.163427 |
module FA_2049 (
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(... | 6.998135 |
module FA_2048 (
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(... | 7.005235 |
module FA_2047 (
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(... | 7.117893 |
module FA_2046 (
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(... | 7.156037 |
module FA_2045 (
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(... | 7.244793 |
module FA_2044 (
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(... | 6.8743 |
module FA_2043 (
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(... | 7.329039 |
module FA_2042 (
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(... | 6.953632 |
module FA_2041 (
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(... | 6.918407 |
module FA_2040 (
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(... | 7.228227 |
module HA_67 (
I1,
I2,
sum,
carry
);
input I1, I2;
output sum, carry;
and2_2 U1 (
.a(I2),
.b(I1),
.x(carry)
);
exor2_1 U2 (
.a(I2),
.b(I1),
.x(sum)
);
endmodule
| 7.400932 |
module FA_2038 (
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(... | 6.873732 |
module FA_2037 (
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(... | 6.84607 |
module FA_2036 (
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(... | 6.697239 |
module FA_2035 (
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(... | 6.999574 |
module FA_2034 (
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(... | 6.532853 |
module FA_2033 (
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(... | 6.657197 |
module FA_2032 (
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(... | 6.943081 |
module FA_2031 (
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(... | 6.784907 |
module FA_2030 (
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(... | 6.767224 |
module FA_2029 (
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(... | 6.910086 |
module FA_2028 (
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(... | 6.726169 |
module FA_2027 (
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(... | 6.912954 |
module FA_2026 (
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(... | 6.927585 |
module FA_2025 (
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(... | 6.969896 |
module FA_2024 (
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(... | 6.862923 |
module FA_2023 (
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(... | 6.61629 |
module FA_2022 (
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(... | 6.748004 |
module FA_2021 (
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(... | 6.621502 |
module FA_2020 (
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(... | 6.89121 |
module FA_2019 (
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(... | 7.021754 |
module FA_2018 (
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(... | 6.780523 |
module FA_2017 (
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(... | 6.896125 |
module FA_2016 (
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(... | 7.053082 |
module FA_2015 (
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(... | 6.850701 |
module FA_2014 (
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(... | 6.67229 |
module FA_2013 (
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(... | 6.859413 |
module FA_2012 (
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(... | 6.820081 |
module FA_2011 (
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(... | 6.605447 |
module FA_2010 (
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(... | 6.761986 |
module HA_66 (
I1,
I2,
sum,
carry
);
input I1, I2;
output sum, carry;
and2_3 U1 (
.a(I2),
.b(I1),
.x(carry)
);
exor2_1 U2 (
.a(I2),
.b(I1),
.x(sum)
);
endmodule
| 7.484635 |
module FA_2008 (
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(... | 7.053661 |
module FA_2007 (
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(... | 7.078244 |
module FA_2006 (
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(... | 7.039396 |
module FA_2005 (
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(... | 6.876359 |
module FA_2004 (
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(... | 6.952205 |
module FA_2003 (
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(... | 6.869804 |
module FA_2002 (
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(... | 6.691773 |
module FA_2001 (
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(... | 6.571322 |
module FA_2000 (
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(... | 6.86809 |
module FA_1999 (
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(... | 7.13857 |
module FA_1998 (
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(... | 6.96115 |
module FA_1997 (
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(... | 7.012994 |
module FA_1996 (
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(... | 7.08478 |
module FA_1995 (
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(... | 7.275022 |
module FA_1994 (
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(... | 6.961248 |
module FA_1993 (
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(... | 7.064305 |
module FA_1992 (
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(... | 6.922317 |
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