244 NN_MATH_INLINE f32 NN_fAcos(f32 x) { return ::std::acosf(x); }  in NN_fAcos()  argument
252 NN_MATH_INLINE f32 NN_fAsin(f32 x) { return ::std::asinf(x); }  in NN_fAsin()  argument
260 NN_MATH_INLINE f32 NN_fAtan(f32 x) { return ::std::atanf(x); }  in NN_fAtan()  argument
269 NN_MATH_INLINE f32 NN_fAtan2(f32 y, f32 x) { return ::std::atan2f(y, x); }  in NN_fAtan2()  argument
280 AsinFIdx(f32 x)  in AsinFIdx()  argument
282     NN_MATH_WARNING(x <= 1.f && x >= -1.f, "AsinFIdx: Input is out of the domain.");  in AsinFIdx()
283     return NN_MATH_RAD_TO_FIDX(::std::asin(x));  in AsinFIdx()
294 AcosFIdx(f32 x)  in AcosFIdx()  argument
296     NN_MATH_WARNING(x <= 1.f && x >= -1.f, "AcosFIdx: Input is out of the domain.");  in AcosFIdx()
297     return NN_MATH_RAD_TO_FIDX(::std::acosf(x));  in AcosFIdx()
309 f32 AtanFIdx(f32 x);
320 f32 Atan2FIdx(f32 y, f32 x);
330 NN_MATH_INLINE f32 AsinRad(f32 x)  in AsinRad()  argument
332     NN_MATH_WARNING(x <= 1.f && x >= -1.f, "AsinRad: Input is out of the domain.");  in AsinRad()
333     return ::std::asin(x);  in AsinRad()
343 NN_MATH_INLINE f32 AcosRad(f32 x)  in AcosRad()  argument
345     NN_MATH_WARNING(x <= 1.f && x >= -1.f, "AcosRad: Input is out of the domain.");  in AcosRad()
346     return ::std::acos(x);  in AcosRad()
356 NN_MATH_INLINE f32 AtanRad(f32 x)  { return NN_MATH_FIDX_TO_RAD(AtanFIdx(x)); }  in AtanRad()  argument
366 NN_MATH_INLINE f32 Atan2Rad(f32 y, f32 x)  { return NN_MATH_FIDX_TO_RAD(Atan2FIdx(y, x)); }  in Atan2Rad()  argument
380 NN_MATH_INLINE f32 AsinDeg(f32 x)  in AsinDeg()  argument
382     NN_MATH_WARNING(x <= 1.f && x >= -1.f, "AsinDeg: Input is out of the domain.");  in AsinDeg()
383     return NN_MATH_RAD_TO_DEG(::std::asin(x));  in AsinDeg()
393 NN_MATH_INLINE f32 AcosDeg(f32 x)  in AcosDeg()  argument
395     NN_MATH_WARNING(x <= 1.f && x >= -1.f, "AcosDeg: Input is out of the domain.");  in AcosDeg()
396     return NN_MATH_RAD_TO_DEG(::std::acos(x));  in AcosDeg()
406 NN_MATH_INLINE f32 AtanDeg(f32 x)  { return NN_MATH_FIDX_TO_DEG(AtanFIdx(x)); }  in AtanDeg()  argument
416 NN_MATH_INLINE f32 Atan2Deg(f32 y, f32 x)  { return NN_MATH_FIDX_TO_DEG(Atan2FIdx(y, x)); }  in Atan2Deg()  argument
430 NN_MATH_INLINE u16 AsinIdx(f32 x)  { f32 fidx = AsinFIdx(x); return F32ToU16((fidx < 0 ? fidx + 256…  in AsinIdx()  argument
440 NN_MATH_INLINE u16 AcosIdx(f32 x)  { return F32ToU16(AcosFIdx(x) * 256.f); }  in AcosIdx()  argument
450 u16 AtanIdx(f32 x);
461 u16 Atan2Idx(f32 y, f32 x);