34 Var _n(kNo_Modifier, DSLType(kHalf4_Type), "n", Half4(Half(_zero)));  in emitCode()  local
37 Declare(_n);  in emitCode()
39 _n.x() = Abs(_n.x());  in emitCode()
42 Swizzle(_n, X, Y) = Atan(Swizzle(_n, X, Y));  in emitCode()
43 Swizzle(_n, Z, W, X) = Atan(Swizzle(_n, Y, Y, Y), Swizzle(_n, Z, Z, Z));  in emitCode()
44 _n = Ceil(_n);  in emitCode()
45 _n.x() = Clamp(_n.y(), _n.z(), _n.w());  in emitCode()
46 _n.y() = Cos(_n.y());  in emitCode()
47 _n.w() = _n.x() * _n.w() - _n.y() * _n.z();  in emitCode()
48 Swizzle(_n, X, Y, Z) = Degrees(Swizzle(_n, X, Y, Z));  in emitCode()
49 _n.w() = Distance(Swizzle(_n, X, Z), Swizzle(_n, Y, W));  in emitCode()
50 _n.x() = Dot(Swizzle(_n, Y, Z, W), Swizzle(_n, Y, Z, W));  in emitCode()
52 Swizzle(_n, Y, Z) = Exp(Swizzle(_n, W, X));  in emitCode()
53 Swizzle(_n, Z, W) = Exp2(Swizzle(_n, X, Y));  in emitCode()
54 _n.x() = Faceforward(_n.y(), _n.z(), _n.w());  in emitCode()
55 _n = Floor(_n);  in emitCode()
56 Swizzle(_n, Y, Z, W) = SkSL::dsl::Fract(Swizzle(_n, Y, Z, W));  in emitCode()
57 Swizzle(_b, X, Y) = GreaterThan(Swizzle(_n, X, Y), Swizzle(_n, Z, W));  in emitCode()
58 Swizzle(_b, X, Y) = GreaterThanEqual(Swizzle(_n, X, Y), Swizzle(_n, Z, W));  in emitCode()
59 _n = Inversesqrt(_n);  in emitCode()
61 _n.w() = Length(Swizzle(_n, Z, Y, Y, X));  in emitCode()
62 Swizzle(_b, X, Y) = LessThan(Swizzle(_n, X, Y), Swizzle(_n, Z, W));  in emitCode()
63 Swizzle(_b, X, Y) = LessThanEqual(Swizzle(_n, X, Y), Swizzle(_n, Z, W));  in emitCode()
64 _n.x() = Log(_n.x());  in emitCode()
65 _n.y() = Max(_n.z(), _n.w());  in emitCode()
66 _n.z() = Min(_n.x(), _n.y());  in emitCode()
67 _n.w() = Mod(_n.y(), _n.z());  in emitCode()
68 _n = Normalize(_n);  in emitCode()
70 _n.x() = Pow(_n.y(), _n.z());  in emitCode()
71 Swizzle(_n, X, Y, Z) = Radians(Swizzle(_n, Y, Z, W));  in emitCode()
72 Swizzle(_n, X, Y) = Reflect(Swizzle(_n, X, Y), Swizzle(_n, Z, W));  in emitCode()
73 Swizzle(_n, W, Z) = Refract(Swizzle(_n, X, Y), Swizzle(_n, Z, W), 2.0f);  in emitCode()
74 _n = Saturate(_n);  in emitCode()
75 _n.x() = Sign(_n.x());  in emitCode()
76 _n.y() = Sin(_n.y());  in emitCode()
77 Swizzle(_n, Z, W) = Smoothstep(Swizzle(_n, X, X), Swizzle(_n, Y, Y), Swizzle(_n, Z, Z));  in emitCode()
78 _n = Sqrt(_n);  in emitCode()
79 Swizzle(_n, X, Y) = Step(Swizzle(_n, X, Y), Swizzle(_n, Z, W));  in emitCode()
80 _n.x() = Tan(_n.x());  in emitCode()
81 _n = Half4(Swizzle(_n, W, W, W) / Max(_n.w(), 9.9999997473787516e-05f), _n.w());  in emitCode()