private static GenerateInstructionFpu[] SetupTableFpu()
{
GenerateInstructionFpu[] instrs = new GenerateInstructionFpu[64];
// Populate table
GenerateInstructionFpu unk = new GenerateInstructionFpu(UnknownFpu);
for (int n = 0; n < instrs.Length; n++)
{
instrs[n] = unk;
}
instrs[0] = new GenerateInstructionFpu(Arithmetic.ADD);
instrs[1] = new GenerateInstructionFpu(Arithmetic.SUB);
instrs[2] = new GenerateInstructionFpu(Arithmetic.MUL);
instrs[3] = new GenerateInstructionFpu(Arithmetic.DIV);
instrs[4] = new GenerateInstructionFpu(Arithmetic.SQRT);
instrs[5] = new GenerateInstructionFpu(Arithmetic.ABS);
instrs[6] = new GenerateInstructionFpu(Arithmetic.MOV);
instrs[7] = new GenerateInstructionFpu(Arithmetic.NEG);
instrs[8] = new GenerateInstructionFpu(Arithmetic.ROUNDL);
instrs[9] = new GenerateInstructionFpu(Arithmetic.TRUNCL);
instrs[10] = new GenerateInstructionFpu(Arithmetic.CEILL);
instrs[11] = new GenerateInstructionFpu(Arithmetic.FLOORL);
instrs[12] = new GenerateInstructionFpu(Arithmetic.ROUNDW);
instrs[13] = new GenerateInstructionFpu(Arithmetic.TRUNCW);
instrs[14] = new GenerateInstructionFpu(Arithmetic.CEILW);
instrs[15] = new GenerateInstructionFpu(Arithmetic.FLOORW);
instrs[32] = new GenerateInstructionFpu(Arithmetic.CVTS);
instrs[33] = new GenerateInstructionFpu(Arithmetic.CVTD);
instrs[36] = new GenerateInstructionFpu(Arithmetic.CVTW);
instrs[37] = new GenerateInstructionFpu(Arithmetic.CVTL);
for (int n = 48; n <= 63; n++)
{
instrs[n] = new GenerateInstructionFpu(Conditional.Compare);
}
return(instrs);
}
private static GenerateInstructionFpu[] SetupTableFpu()
{
GenerateInstructionFpu[] instrs = new GenerateInstructionFpu[ 64 ];
// Populate table
GenerateInstructionFpu unk = new GenerateInstructionFpu( UnknownFpu );
for( int n = 0; n < instrs.Length; n++ )
instrs[ n ] = unk;
instrs[ 0 ] = new GenerateInstructionFpu( Arithmetic.ADD );
instrs[ 1 ] = new GenerateInstructionFpu( Arithmetic.SUB );
instrs[ 2 ] = new GenerateInstructionFpu( Arithmetic.MUL );
instrs[ 3 ] = new GenerateInstructionFpu( Arithmetic.DIV );
instrs[ 4 ] = new GenerateInstructionFpu( Arithmetic.SQRT );
instrs[ 5 ] = new GenerateInstructionFpu( Arithmetic.ABS );
instrs[ 6 ] = new GenerateInstructionFpu( Arithmetic.MOV );
instrs[ 7 ] = new GenerateInstructionFpu( Arithmetic.NEG );
instrs[ 8 ] = new GenerateInstructionFpu( Arithmetic.ROUNDL );
instrs[ 9 ] = new GenerateInstructionFpu( Arithmetic.TRUNCL );
instrs[ 10 ] = new GenerateInstructionFpu( Arithmetic.CEILL );
instrs[ 11 ] = new GenerateInstructionFpu( Arithmetic.FLOORL );
instrs[ 12 ] = new GenerateInstructionFpu( Arithmetic.ROUNDW );
instrs[ 13 ] = new GenerateInstructionFpu( Arithmetic.TRUNCW );
instrs[ 14 ] = new GenerateInstructionFpu( Arithmetic.CEILW );
instrs[ 15 ] = new GenerateInstructionFpu( Arithmetic.FLOORW );
instrs[ 32 ] = new GenerateInstructionFpu( Arithmetic.CVTS );
instrs[ 33 ] = new GenerateInstructionFpu( Arithmetic.CVTD );
instrs[ 36 ] = new GenerateInstructionFpu( Arithmetic.CVTW );
instrs[ 37 ] = new GenerateInstructionFpu( Arithmetic.CVTL );
for( int n = 48; n <= 63; n++ )
instrs[ n ] = new GenerateInstructionFpu( Conditional.Compare );
return instrs;
}
