AnyOSL/intrinsics_math.art at master · JoschuaL/AnyOSL · GitHub

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mod math_builtins {

#[import(cc = "builtin")] fn fabs[T](T) -> T;
#[import(cc = "builtin")] fn copysign[T](T, T) -> T;
#[import(cc = "builtin")] fn signbit[T](T) -> bool;
#[import(cc = "builtin")] fn round[T](T) -> T;
#[import(cc = "builtin")] fn ceil[T](T) -> T;
#[import(cc = "builtin")] fn floor[T](T) -> T;
#[import(cc = "builtin")] fn fmin[T](T, T) -> T;
#[import(cc = "builtin")] fn fmax[T](T, T) -> T;
#[import(cc = "builtin")] fn cos[T](T) -> T;
#[import(cc = "builtin")] fn sin[T](T) -> T;
#[import(cc = "builtin")] fn tan[T](T) -> T;
#[import(cc = "builtin")] fn acos[T](T) -> T;
#[import(cc = "builtin")] fn asin[T](T) -> T;
#[import(cc = "builtin")] fn atan[T](T) -> T;
#[import(cc = "builtin")] fn atan2[T](T, T) -> T;
#[import(cc = "builtin")] fn sqrt[T](T) -> T;
#[import(cc = "builtin")] fn cbrt[T](T) -> T;
#[import(cc = "builtin")] fn pow[T](T, T) -> T;
#[import(cc = "builtin")] fn exp[T](T) -> T;
#[import(cc = "builtin")] fn exp2[T](T) -> T;
#[import(cc = "builtin")] fn log[T](T) -> T;
#[import(cc = "builtin")] fn log2[T](T) -> T;
#[import(cc = "builtin")] fn log10[T](T) -> T;
#[import(cc = "builtin")] fn isnan[T](T) -> bool;
#[import(cc = "builtin")] fn isfinite[T](T) -> bool;

}