Name  Value  Description

mov   0x00   move           move data from source1 to destination, componentwise

add   0x01   add            destination = source1 + source2, componentwise

sub   0x02   subtract       destination = source1 - source2, componentwise

mul   0x03   multiply       destination = source1 * source2, componentwise

div   0x04   divide         destination = source1 / source2, componentwise

rcp   0x05   reciprocal     destination = 1/source1, componentwise

min   0x06   minimum        destination = minimum(source1,source2), componentwise

max   0x07   maximum        destination = maximum(source1,source2), componentwise

frc   0x08   fractional     destination = source1 - (float)floor(source1), componentwise

sqt   0x09   square root    destination = sqrt(source1), componentwise

rsq   0x0a   recip. root    destination = 1/sqrt(source1), componentwise

pow   0x0b   power          destination = pow(source1,source2), componentwise

log   0x0c   logarithm      destination = log_2(source1), componentwise

exp   0x0d   exponential    destination = 2^source1, componentwise

nrm   0x0e   normalize      destination = normalize(source1), componentwise

sin   0x0f   sine           destination = sin(source1), componentwise

cos   0x10   cosine         destination = cos(source1), componentwise

crs   0x11   cross product  destination.x = source1.y * source2.z - source1.z * source2.y

destination.y = source1.z * source2.x - source1.x * source2.z

destination.z = source1.x * source2.y - source1.y * source2.x

dp3   0x12   dot product    destination = source1.x*source2.x + source1.y*source2.y + source1.z*source2.z

dp4   0x13   dot product    destination = source1.x*source2.x + source1.y*source2.y + source1.z*source2.z + source1.w*source2.w

abs   0x14   absolute       destination = abs(source1), componentwise

neg   0x15   negate         destination = -source1, componentwise

sat   0x16   saturate       destination = maximum(minimum(source1,1),0), componentwise

m33   0x17   multiply       destination.x = (source1.x * source2[0].x) + (source1.y * source2[0].y) + (source1.z * source2[0].z)

matrix 3x3     destination.y = (source1.x * source2[1].x) + (source1.y * source2[1].y) + (source1.z * source2[1].z)

destination.z = (source1.x * source2[2].x) + (source1.y * source2[2].y) + (source1.z * source2[2].z)

m44   0x18   multiply       destination.x = (source1.x * source2[0].x) + (source1.y * source2[0].y) + (source1.z * source2[0].z) + (source1.w * source2[0].w)

matrix 4x4     destination.y = (source1.x * source2[1].x) + (source1.y * source2[1].y) + (source1.z * source2[1].z) + (source1.w * source2[1].w)

destination.z = (source1.x * source2[2].x) + (source1.y * source2[2].y) + (source1.z * source2[2].z) + (source1.w * source2[2].w)

destination.w = (source1.x * source2[3].x) + (source1.y * source2[3].y) + (source1.z * source2[3].z) + (source1.w * source2[3].w)

m34   0x19   multiply       destination.x = (source1.x * source2[0].x) + (source1.y * source2[0].y) + (source1.z * source2[0].z) + (source1.w * source2[0].w)

matrix 3x4     destination.y = (source1.x * source2[1].x) + (source1.y * source2[1].y) + (source1.z * source2[1].z) + (source1.w * source2[1].w)

destination.z = (source1.x * source2[2].x) + (source1.y * source2[2].y) + (source1.z * source2[2].z) + (source1.w * source2[2].w)

kil   0x27   kill / discard (fragment shader only)

If single scalar source component is less than zero, fragment is discarded and not drawn to the frame buffer.

The destination register must be all 0.

tex   0x28   texture sample (fragment shader only)

destination = load from texture source2 at coordinates source1. In this source2 must be in sampler format.

sge   0x29   set-if-greater-equal

destination = source1 >= source2 ? 1 : 0, componentwise

slt   0x2a   set-if-less-than

destination = source1 < source2 ? 1 : 0, componentwise