| 85 instructions |
| |
| [immutable slots] |
| i0 = 0xC3290000 (-169.0) |
| i1 = 0x434A0000 (202.0) |
| i2 = 0xC3BD8000 (-379.0) |
| i3 = 0x43E30000 (454.0) |
| i4 = 0xC4044000 (-529.0) |
| i5 = 0xC42EC000 (-699.0) |
| i6 = 0x44518000 (838.0) |
| i7 = 0xC4744000 (-977.0) |
| i8 = 0x448B8000 (1116.0) |
| |
| store_src_rg xy = src.rg |
| init_lane_masks CondMask = LoopMask = RetMask = true |
| copy_constant $0 = 0x4E6DACA4 (9.968786e+08) |
| copy_constant $1 = 0xF87684DF (-2e+34) |
| copy_2_slots_unmasked $2..3 = $0..1 |
| mul_float $2 *= $3 |
| mul_imm_float $2 *= 0x40000000 (2.0) |
| mul_float $1 *= $2 |
| sub_float $0 -= $1 |
| copy_slot_unmasked expectedX = $0 |
| copy_constant expectedX = 0xC2440000 (-49.0) |
| copy_uniform $0 = I(0) |
| copy_uniform $1 = N(0) |
| copy_2_slots_unmasked $2..3 = $0..1 |
| mul_float $2 *= $3 |
| mul_imm_float $2 *= 0x40000000 (2.0) |
| mul_float $1 *= $2 |
| sub_float $0 -= $1 |
| copy_slot_unmasked $1 = expectedX |
| cmpeq_float $0 = equal($0, $1) |
| copy_2_uniforms $1..2 = I(0..1) |
| copy_2_uniforms $3..4 = N(0..1) |
| copy_4_slots_unmasked $5..8 = $1..4 |
| dot_2_floats $5 = dot($5..6, $7..8) |
| mul_imm_float $5 *= 0x40000000 (2.0) |
| copy_slot_unmasked $6 = $5 |
| mul_2_floats $3..4 *= $5..6 |
| sub_2_floats $1..2 -= $3..4 |
| copy_2_immutables_unmasked $3..4 = i0..1 [0xC3290000 (-169.0), 0x434A0000 (202.0)] |
| cmpeq_2_floats $1..2 = equal($1..2, $3..4) |
| bitwise_and_int $1 &= $2 |
| bitwise_and_int $0 &= $1 |
| copy_3_uniforms $1..3 = I(0..2) |
| copy_3_uniforms $4..6 = N(0..2) |
| copy_4_slots_unmasked $7..10 = $1..4 |
| copy_2_slots_unmasked $11..12 = $5..6 |
| dot_3_floats $7 = dot($7..9, $10..12) |
| mul_imm_float $7 *= 0x40000000 (2.0) |
| swizzle_3 $7..9 = ($7..9).xxx |
| mul_3_floats $4..6 *= $7..9 |
| sub_3_floats $1..3 -= $4..6 |
| copy_3_immutables_unmasked $4..6 = i2..4 [0xC3BD8000 (-379.0), 0x43E30000 (454.0), 0xC4044000 (-529.0)] |
| cmpeq_3_floats $1..3 = equal($1..3, $4..6) |
| bitwise_and_int $2 &= $3 |
| bitwise_and_int $1 &= $2 |
| bitwise_and_int $0 &= $1 |
| copy_4_uniforms $1..4 = I |
| copy_4_uniforms $5..8 = N |
| copy_4_slots_unmasked $9..12 = $1..4 |
| copy_4_slots_unmasked $13..16 = $5..8 |
| dot_4_floats $9 = dot($9..12, $13..16) |
| mul_imm_float $9 *= 0x40000000 (2.0) |
| swizzle_4 $9..12 = ($9..12).xxxx |
| mul_4_floats $5..8 *= $9..12 |
| sub_4_floats $1..4 -= $5..8 |
| copy_4_immutables_unmasked $5..8 = i5..8 [0xC42EC000 (-699.0), 0x44518000 (838.0), 0xC4744000 (-977.0), 0x448B8000 (1116.0)] |
| cmpeq_4_floats $1..4 = equal($1..4, $5..8) |
| bitwise_and_2_ints $1..2 &= $3..4 |
| bitwise_and_int $1 &= $2 |
| bitwise_and_int $0 &= $1 |
| copy_slot_unmasked $1 = expectedX |
| cmpeq_imm_float $1 = equal($1, 0xC2440000 (-49.0)) |
| bitwise_and_int $0 &= $1 |
| copy_2_immutables_unmasked $1..2 = i0..1 [0xC3290000 (-169.0), 0x434A0000 (202.0)] |
| copy_2_immutables_unmasked $3..4 = i0..1 [0xC3290000 (-169.0), 0x434A0000 (202.0)] |
| cmpeq_2_floats $1..2 = equal($1..2, $3..4) |
| bitwise_and_int $1 &= $2 |
| bitwise_and_int $0 &= $1 |
| copy_3_immutables_unmasked $1..3 = i2..4 [0xC3BD8000 (-379.0), 0x43E30000 (454.0), 0xC4044000 (-529.0)] |
| copy_3_immutables_unmasked $4..6 = i2..4 [0xC3BD8000 (-379.0), 0x43E30000 (454.0), 0xC4044000 (-529.0)] |
| cmpeq_3_floats $1..3 = equal($1..3, $4..6) |
| bitwise_and_int $2 &= $3 |
| bitwise_and_int $1 &= $2 |
| bitwise_and_int $0 &= $1 |
| copy_4_immutables_unmasked $1..4 = i5..8 [0xC42EC000 (-699.0), 0x44518000 (838.0), 0xC4744000 (-977.0), 0x448B8000 (1116.0)] |
| copy_4_immutables_unmasked $5..8 = i5..8 [0xC42EC000 (-699.0), 0x44518000 (838.0), 0xC4744000 (-977.0), 0x448B8000 (1116.0)] |
| cmpeq_4_floats $1..4 = equal($1..4, $5..8) |
| bitwise_and_2_ints $1..2 &= $3..4 |
| bitwise_and_int $1 &= $2 |
| bitwise_and_int $0 &= $1 |
| swizzle_4 $0..3 = ($0..3).xxxx |
| copy_4_uniforms $4..7 = colorRed |
| copy_4_uniforms $8..11 = colorGreen |
| mix_4_ints $0..3 = mix($4..7, $8..11, $0..3) |
| load_src src.rgba = $0..3 |
