| Line 945... |
Line 945... |
|
|
`SWIZZLE3D: ResultA = wSwizzleOutputX;
|
`SWIZZLE3D: ResultA = wSwizzleOutputX;
|
|
|
//Set Operations
|
//Set Operations
|
`UNSCALE: ResultA = iChannel_Ax >> `SCALE;
|
`UNSCALE: ResultA = iChannel_Ax >> `SCALE;
|
|
`RESCALE: ResultA = iChannel_Ax << `SCALE;
|
`SETX,`RET: ResultA = iChannel_Ax;
|
`SETX,`RET: ResultA = iChannel_Ax;
|
`SETY: ResultA = iChannel_Bx;
|
`SETY: ResultA = iChannel_Bx;
|
`SETZ: ResultA = iChannel_Bx;
|
`SETZ: ResultA = iChannel_Bx;
|
`INC,`INCX,`INCY,`INCZ: ResultA = (wAddSubA_Result[63] == 1'b1) ? { 1'b1,wAddSubA_Result[30:0]} : {1'b0,wAddSubA_Result[30:0]};
|
`INC,`INCX,`INCY,`INCZ: ResultA = (wAddSubA_Result[63] == 1'b1) ? { 1'b1,wAddSubA_Result[30:0]} : {1'b0,wAddSubA_Result[30:0]};
|
`DEC: ResultA = (wAddSubA_Result[63] == 1'b1) ? { 1'b1,wAddSubA_Result[30:0]} : {1'b0,wAddSubA_Result[30:0]};
|
`DEC: ResultA = (wAddSubA_Result[63] == 1'b1) ? { 1'b1,wAddSubA_Result[30:0]} : {1'b0,wAddSubA_Result[30:0]};
|
| Line 987... |
Line 988... |
`TMREAD: ResultB = iTMEMReadData[63:32];
|
`TMREAD: ResultB = iTMEMReadData[63:32];
|
`LEA: ResultB = {16'b0,iCurrentIP};
|
`LEA: ResultB = {16'b0,iCurrentIP};
|
|
|
//Set Operations
|
//Set Operations
|
`UNSCALE: ResultB = iChannel_Ay >> `SCALE;
|
`UNSCALE: ResultB = iChannel_Ay >> `SCALE;
|
|
`RESCALE: ResultB = iChannel_Ay << `SCALE;
|
`SETX,`RET: ResultB = iChannel_By; // {Source1[95:64],Source0[63:32],Source0[31:0]};
|
`SETX,`RET: ResultB = iChannel_By; // {Source1[95:64],Source0[63:32],Source0[31:0]};
|
`SETY: ResultB = iChannel_Ax; // {Source0[95:64],Source1[95:64],Source0[31:0]};
|
`SETY: ResultB = iChannel_Ax; // {Source0[95:64],Source1[95:64],Source0[31:0]};
|
`SETZ: ResultB = iChannel_By; // {Source0[95:64],Source0[63:32],Source1[95:64]};
|
`SETZ: ResultB = iChannel_By; // {Source0[95:64],Source0[63:32],Source1[95:64]};
|
|
|
`SWIZZLE3D: ResultB = wSwizzleOutputY;
|
`SWIZZLE3D: ResultB = wSwizzleOutputY;
|
| Line 1034... |
Line 1036... |
|
|
`SWIZZLE3D: ResultC = wSwizzleOutputZ;
|
`SWIZZLE3D: ResultC = wSwizzleOutputZ;
|
|
|
//Set Operations
|
//Set Operations
|
`UNSCALE: ResultC = iChannel_Az >> `SCALE;
|
`UNSCALE: ResultC = iChannel_Az >> `SCALE;
|
|
`RESCALE: ResultC = iChannel_Az << `SCALE;
|
`SETX,`RET: ResultC = iChannel_Bz; // {Source1[95:64],Source0[63:32],Source0[31:0]};
|
`SETX,`RET: ResultC = iChannel_Bz; // {Source1[95:64],Source0[63:32],Source0[31:0]};
|
`SETY: ResultC = iChannel_Bz; // {Source0[95:64],Source1[95:64],Source0[31:0]};
|
`SETY: ResultC = iChannel_Bz; // {Source0[95:64],Source1[95:64],Source0[31:0]};
|
`SETZ: ResultC = iChannel_Ax; // {Source0[95:64],Source0[63:32],Source1[95:64]};
|
`SETZ: ResultC = iChannel_Ax; // {Source0[95:64],Source0[63:32],Source1[95:64]};
|
|
|
`INC,`INCX,`INCY,`INCZ: ResultC = (wAddSubC_Result[63] == 1'b1) ? {1'b1,wAddSubC_Result[30:0]} : {1'b0,wAddSubC_Result[30:0]}; //wAddSubC_Result[31:0];// & 32'h7FFFFFFF;
|
`INC,`INCX,`INCY,`INCZ: ResultC = (wAddSubC_Result[63] == 1'b1) ? {1'b1,wAddSubC_Result[30:0]} : {1'b0,wAddSubC_Result[30:0]}; //wAddSubC_Result[31:0];// & 32'h7FFFFFFF;
|
| Line 1241... |
Line 1244... |
|
|
//Mux for output ready signal
|
//Mux for output ready signal
|
always @ ( * )
|
always @ ( * )
|
begin
|
begin
|
case ( wOperation )
|
case ( wOperation )
|
`UNSCALE: OutputReady = wOutputDelay1Cycle;
|
`UNSCALE,`RESCALE: OutputReady = wOutputDelay1Cycle;
|
`RETURN: OutputReady = wOutputDelay1Cycle;
|
`RETURN: OutputReady = wOutputDelay1Cycle;
|
|
|
`NOP: OutputReady = wOutputDelay1Cycle;
|
`NOP: OutputReady = wOutputDelay1Cycle;
|
`FRAC: OutputReady = wOutputDelay1Cycle;
|
`FRAC: OutputReady = wOutputDelay1Cycle;
|
`NEG: OutputReady = wOutputDelay1Cycle;
|
`NEG: OutputReady = wOutputDelay1Cycle;
|
