1*c8dee2aaSAndroid Build Coastguard Workeruniform half4 inputVal, expected; 2*c8dee2aaSAndroid Build Coastguard Workeruniform half4 colorGreen, colorRed; 3*c8dee2aaSAndroid Build Coastguard Worker 4*c8dee2aaSAndroid Build Coastguard Workerhalf4 main(float2 coords) { 5*c8dee2aaSAndroid Build Coastguard Worker const half4 constVal = half4(1, 4, 16, 64); 6*c8dee2aaSAndroid Build Coastguard Worker const half4 negativeVal = half4(-1, -4, -16, -64); // should not optimize away 7*c8dee2aaSAndroid Build Coastguard Worker return (inversesqrt(inputVal.x) == expected.x && 8*c8dee2aaSAndroid Build Coastguard Worker inversesqrt(inputVal.xy) == expected.xy && 9*c8dee2aaSAndroid Build Coastguard Worker inversesqrt(inputVal.xyz) == expected.xyz && 10*c8dee2aaSAndroid Build Coastguard Worker inversesqrt(inputVal.xyzw) == expected.xyzw && 11*c8dee2aaSAndroid Build Coastguard Worker inversesqrt(constVal.x) == expected.x && 12*c8dee2aaSAndroid Build Coastguard Worker inversesqrt(constVal.xy) == expected.xy && 13*c8dee2aaSAndroid Build Coastguard Worker inversesqrt(constVal.xyz) == expected.xyz && 14*c8dee2aaSAndroid Build Coastguard Worker inversesqrt(constVal.xyzw) == expected.xyzw && 15*c8dee2aaSAndroid Build Coastguard Worker inversesqrt(negativeVal.x) == expected.x && 16*c8dee2aaSAndroid Build Coastguard Worker inversesqrt(negativeVal.xy) == expected.xy && 17*c8dee2aaSAndroid Build Coastguard Worker inversesqrt(negativeVal.xyz) == expected.xyz && 18*c8dee2aaSAndroid Build Coastguard Worker inversesqrt(negativeVal.xyzw) == expected.xyzw) ? colorGreen : colorRed; 19*c8dee2aaSAndroid Build Coastguard Worker} 20