code stringlengths 35 6.69k | score float64 6.5 11.5 |
|---|---|
module OR3I2SP4V1_0 (
IN1,
IN2,
IN3,
OUT
);
input IN1;
input IN2;
input IN3;
output OUT;
not (I0_out, IN1);
not (I1_out, IN2);
or (OUT, I0_out, I1_out, IN3);
specify
// delay parameters
specparam
tplhl$IN1$OUT = 0.46:0.46:0.46,
tphlh$IN1$OUT = 0.17:0.17:0.17,
... | 6.581428 |
module OR3I2SP8V1_0 (
IN1,
IN2,
IN3,
OUT
);
input IN1;
input IN2;
input IN3;
output OUT;
not (I0_out, IN1);
not (I1_out, IN2);
or (OUT, I0_out, I1_out, IN3);
specify
// delay parameters
specparam
tplhl$IN1$OUT = 0.61:0.61:0.61,
tphlh$IN1$OUT = 0.2:0.2:0.2,
... | 6.500459 |
module OR3NAND2SP1V1_0 (
IN1,
IN2,
IN3,
IN4,
OUT
);
input IN1;
input IN2;
input IN3;
input IN4;
output OUT;
or (I1_out, IN1, IN2, IN3);
and (I2_out, I1_out, IN4);
not (OUT, I2_out);
specify
// delay parameters
specparam
tplhl$IN1$OUT = 0.24:0.24:0.24,
tphlh$... | 6.813063 |
module OR3NAND2SP2V1_0 (
IN1,
IN2,
IN3,
IN4,
OUT
);
input IN1;
input IN2;
input IN3;
input IN4;
output OUT;
or (I1_out, IN1, IN2, IN3);
and (I2_out, I1_out, IN4);
not (OUT, I2_out);
specify
// delay parameters
specparam
tplhl$IN1$OUT = 0.25:0.25:0.25,
tphlh$... | 6.845311 |
module OR3NAND2SP4V1_0 (
IN1,
IN2,
IN3,
IN4,
OUT
);
input IN1;
input IN2;
input IN3;
input IN4;
output OUT;
or (I1_out, IN1, IN2, IN3);
and (I2_out, I1_out, IN4);
not (OUT, I2_out);
specify
// delay parameters
specparam
tplhl$IN1$OUT = 0.31:0.31:0.31,
tphlh$... | 6.734637 |
module OR3NAND2SP8V1_0 (
IN1,
IN2,
IN3,
IN4,
OUT
);
input IN1;
input IN2;
input IN3;
input IN4;
output OUT;
or (I1_out, IN1, IN2, IN3);
and (I2_out, I1_out, IN4);
not (OUT, I2_out);
specify
// delay parameters
specparam
tplhl$IN1$OUT = 0.41:0.41:0.41,
tphlh$... | 6.674833 |
module XNR2SP1V1_0 (
IN1,
IN2,
OUT
);
input IN1;
input IN2;
output OUT;
xor (I0_out, IN1, IN2);
not (OUT, I0_out);
specify
// delay parameters
specparam
tpllh$IN1$OUT = 0.15:0.15:0.15,
tplhl$IN1$OUT = 0.25:0.25:0.25,
tphlh$IN1$OUT = 0.26:0.26:0.26,
tphhl$IN1... | 6.71566 |
module XNR2SP2V1_0 (
IN1,
IN2,
OUT
);
input IN1;
input IN2;
output OUT;
xor (I0_out, IN1, IN2);
not (OUT, I0_out);
specify
// delay parameters
specparam
tpllh$IN1$OUT = 0.14:0.14:0.14,
tplhl$IN1$OUT = 0.26:0.26:0.26,
tphlh$IN1$OUT = 0.25:0.25:0.25,
tphhl$IN1... | 6.67621 |
module XNR2SP8V1_0 (
IN1,
IN2,
OUT
);
input IN1;
input IN2;
output OUT;
xor (I0_out, IN1, IN2);
not (OUT, I0_out);
specify
// delay parameters
specparam
tpllh$IN1$OUT = 0.19:0.19:0.19,
tplhl$IN1$OUT = 0.35:0.35:0.35,
tphlh$IN1$OUT = 0.3:0.3:0.3,
tphhl$IN1$OU... | 6.823385 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_1_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_1_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_1_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_1_4.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_2_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_2_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_2_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_2_4.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_3_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_3_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_3_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_3_4.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_4_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_4_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_4_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_1_4_4.v
//
// Dependen... | 8.474291 |
module cell_2xor (
y,
x1,
x2,
x3,
x4
);
input x1, x2, x3, x4;
output y;
and (y1, x1, x2);
and (y2, x3, x4);
xor (y, y1, y2);
endmodule
| 6.563706 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_1_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_1_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_1_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_1_4.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_2_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_2_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_2_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_2_4.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_3_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_3_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_3_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_3_4.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_4_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_4_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_4_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_2_4_4.v
//
// Dependen... | 8.474291 |
module cell_3xor (
y,
x1,
x2,
x3,
x4,
x5
);
input x1, x2, x3, x4, x5;
output y;
and (y1, x1, x2);
and (y2, x3, x4);
xor (y, y1, y2, x5);
endmodule
| 7.157995 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_1_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_1_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_1_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_1_4.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_2_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_2_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_2_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_2_4.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_3_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_3_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_3_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_3_4.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_4_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_4_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_4_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_3_4_4.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_1_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_1_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_1_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_1_4.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_2_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_2_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_2_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_2_4.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_3_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_3_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_3_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_3_4.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_4_1.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_4_2.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_4_3.v
//
// Dependen... | 8.474291 |
modules holding the position value of each cells
//
// Purpose:
// Providing particle position data for force evaluation and motion update
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell.
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_4_4_4.v
//
// Dependen... | 8.474291 |
modules holding the cell boundary information in IEEE floating point
//
// Purpose:
// Providing cell boundary information for motion update units when determine target cells
//
// Data Organization:
// Use cell_id as lookup address
// Suppose the cell size in each dimension is the same, then use one memory mo... | 8.474291 |
modules holding the cell boundary information in IEEE floating point
//
// Purpose:
// Providing cell boundary information for motion update units when determine target cells
//
// Data Organization:
// Use cell_id as lookup address
// Suppose the cell size in each dimension is the same, then use one memory mo... | 8.474291 |
modules for motion update use
//
// Purpose:
// The secondary memory module for each cell
//
// Data Organization:
// Address 0 for each cell module: # of particles in the cell
// MSB-LSB: {posz, posy, posx}
//
// Used by:
// Pos_Cache_x_y_z.v
//
// Dependency:
// N/A
//
// Testbench:
// RL_LJ_Top_tb.... | 7.315604 |
module c2 (
a0,
a1,
q
);
input a0, a1; // two inputs
output q; // output
wire [2:0] m; // internal wires
nand U1 (m[0], a0, a1);
nand U2 (m[1], a0, q);
nand U3 (m[2], a1, q);
assign q = ~&m;
endmodule
| 7.383685 |
module dc2 (
d,
a,
q
);
input d; // data input
input a; // ack input
output q; // data output
wire [2:0] m; // internal wires
nand U1 (m[0], a, d);
nand U2 (m[1], d, q);
nand U3 (m[2], a, q);
assign q = ~&m;
endmodule
| 6.935699 |
module c2n (
a,
b,
q
);
input a; // the normal input
input b; // the minus input
output q; // output
wire m; // internal wire
and U1 (m, b, q);
or U2 (q, m, a);
endmodule
| 7.027437 |
module c2p (
a,
b,
q
);
input a; // the normal input
input b; // the plus input
output q; // output
wire m; // internal wire
or U1 (m, b, q);
and U2 (q, m, a);
endmodule
| 7.47489 |
module mutex2 (
a,
b,
qa,
qb
); // !!! dont touch !!!
input a, b; // request inputs
output qa, qb; // grant outputs
wire qan, qbn; // internal wires
NAND2_X2 U1 (
.A1(a),
.A2(qbn),
.ZN(qan)
); // different driving strength for fast convergence
NOR3_X2 U2 (
.A1... | 7.271489 |
module c2p1 (
a0,
a1,
b,
q
);
input a0, a1; // normal inputs
input b; // plus input
output q; // output
wire [2:0] m; // internal wires
nand U1 (m[0], a0, a1, b);
nand U2 (m[1], a0, q);
nand U3 (m[2], a1, q);
assign q = ~&m;
endmodule
| 7.548792 |
module dlatch (
q,
qb,
d,
g
);
output q, qb;
input d, g;
DLH_X1 U1 (
.Q(q),
.D(d),
.G(g)
);
endmodule
| 6.890541 |
module delay (
q,
a
);
input a;
output q;
BUF_X2 U (
.Z(q),
.A(a)
);
endmodule
| 6.658437 |
module LUT2 (
input I0,
I1,
output O
);
parameter [3:0] INIT = 4'h0;
endmodule
| 6.567004 |
module LUT3 (
input I0,
I1,
I2,
output O
);
parameter [7:0] INIT = 8'h00;
endmodule
| 6.707736 |
module LUT4 (
input I0,
I1,
I2,
I3,
output O
);
parameter [15:0] INIT = 16'h0000;
endmodule
| 6.884042 |
module cell_sprite (
//inputs
clk,
x,
y,
en,
contents,
cursor_on,
//outputs
rgb
);
input clk;
input [9:0] x;
input [9:0] y;
input en;
input [1:0] contents;
input cursor_on;
output reg [7:0] rgb;
reg [12:0] addr = 0;
parameter pos_x = 0;
parameter pos_y = 0;
... | 7.00424 |
module conv_encoder (
output [1:0] c,
input b,
input clk,
input reset
);
// Output signals for the design module
// Input signals for the design module
// Declare "reg" signals...
// Output bus that will be assigned values
reg [1:0] c;
/*
* Output of flip-flops in the convolutional enc... | 7.161349 |
module cendff #(
parameter width = 8
) (
input clock,
input reset,
input enable,
input [width-1:0] reservedata,
input [width-1:0] datain,
output reg [width-1:0] dataout
);
always @(posedge clock or posedge reset) begin
if (reset) begin
dataout <= reservedata;
end else if (e... | 7.911877 |
module CenDivider (
input wire En,
input wire clk,
input wire unsigned [39:0] sum1,
input wire unsigned [39:0] sum2,
input wire unsigned [39:0] sum3,
input wire unsigned [39:0] sum4,
output reg unsigned [25:0] res1,
output reg unsigned [25:0] res2,
output reg unsigned [25:0] res3,
... | 6.891312 |
module census #(
parameter WIDTH = 1,
parameter WINDOW_WIDTH = 2,
parameter WINDOW_HEIGHT = 2
) (
input wire clk,
input wire rst,
input wire [WIDTH*WINDOW_WIDTH*WINDOW_HEIGHT-1:0] inp,
output wire [WINDOW_WIDTH*WINDOW_HEIGHT-1:0] outp
);
localparam INP_WIDTH = WIDTH * WINDOW_WIDTH * WIND... | 7.639476 |
module census_basic (
input wire clk,
input wire rst,
input wire [7:0] inp_left,
input wire [7:0] inp_right,
output wire [5:0] outp
);
wire [(8*20*20-1):0] left_window;
wire [(8*20*20-1):0] right_window;
line_buffer #(
.WIDTH(8),
.LINE_LENGTH(450),
.NUM_LINES(20),
.... | 7.388945 |
module census_test (
input clk,
input rst,
input wire [(32*5*5-1):0] inp,
output wire [(5*5-1):0] outp
);
census #(
.WIDTH(32),
.WINDOW_WIDTH(5),
.WINDOW_HEIGHT(5)
) ct (
clk,
rst,
inp,
outp
);
endmodule
| 6.724238 |
module census_window #(
parameter WNDW_SZ = 3,
parameter ROW_SZ = 320,
parameter COL_SZ = 240
) (
input clk,
input reset,
input [7:0] in_val,
input [9:0] in_x,
input [9:0] in_y,
input is_in_val,
// Concatenated census vector
// conv_r @ (i,j) gets placed in out_val[... | 6.665495 |
module CenteredOutSubtract #(
parameter TAG_WIDTH = 32,
parameter BLOCKLENGTH = 1,
parameter IN_DATA_WIDTH = 8,
parameter OUT_DATA_WIDTH = 8
) (
input clk,
input reset,
input ready_in,
input valid_in,
input [TAG_WIDTH-1:0] tag_in,
input [IN_DATA_WIDTH*BLOCKLENGTH-1:0] data_in,
... | 6.660696 |
module performs the projection onto the 0 centered unit box.
FRACTION_WIDTH_IN can be any positive number < DATA_WIDTH
assume FRACTION_WIDTH_OUT >= FRACTION_WIDTH_IN
FRACTION_WIDTH_OUT > 0
*/
`include "2dArrayMacros.v"
module CenteredProjectBox #
(
parameter TAG_WIDTH = 32,
parameter BLOCKLENGTH = 1,
parameter ... | 7.634754 |
module sums them up and checks if the sum is >= 1
*/
`include "Summer.v"
module CenteredSelectionTest #
(
parameter TAG_WIDTH = 32,
parameter BLOCKLENGTH = 1,
parameter DATA_WIDTH = 8,
parameter FRACTION_WIDTH = 6
)
(
input clk,
input reset,
input ready_in,
input valid_in,
input [TAG_WIDTH-1:0] tag_in,
... | 6.565308 |
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