48 F32AsU32(f32 x)  in F32AsU32()  argument
50     return *reinterpret_cast<u32*>(&x);  in F32AsU32()
63 U32AsF32(u32 x)  in U32AsF32()  argument
65     return *reinterpret_cast<f32*>(&x);  in U32AsF32()
129 FAbs(f32 x)  in FAbs()  argument
133     ret = ::std::fabsf(x);  in FAbs()
148 FNAbs(f32 x)  in FNAbs()  argument
152     ret = - FAbs(x);  in FNAbs()
178     f32 FExp(f32 x);
179     f32 FLog(f32 x);
191 FExp(f32 x)  in FExp()  argument
193     return ::std::expf(x);  in FExp()
206 FLog(f32 x)  in FLog()  argument
208     NN_MATH_WARNING(x > 0, "FLog: Input is out of the domain.");  in FLog()
210     return ::std::logf(x);  in FLog()
223 FLog10(f32 x)  in FLog10()  argument
225     NN_MATH_WARNING(x > 0, "FLog10: Input is out of the domain.");  in FLog10()
227     return ::std::log10f(x);  in FLog10()
240 FMod(f32 x, f32 y)  in FMod()  argument
242     return ::std::fmodf(x, y);  in FMod()
255 FModf(f32 x, f32* y)  in FModf()  argument
257     return ::std::modff(x, y);  in FModf()
269 FCeil(f32 x)  in FCeil()  argument
271     return ::std::ceilf(x);  in FCeil()
283 FFloor(f32 x)  in FFloor()  argument
285     return ::std::floorf(x);  in FFloor()
297 F32ToS16(f32 x)  in F32ToS16()  argument
299     return s16(x);  in F32ToS16()
312 F32ToU16(f32 x)  in F32ToU16()  argument
314     return u16(x);  in F32ToU16()
327 U16ToF32(u16 x)  in U16ToF32()  argument
329     return f32(x);  in U16ToF32()
342 S16ToF32(s16 x)  in S16ToF32()  argument
344     return f32(x);  in S16ToF32()
358 FInv(f32 x)  in FInv()  argument
362     ix = 1.0f / x;  in FInv()
377 FrSqrt(f32 x)  in FrSqrt()  argument
379     NN_MATH_WARNING(x > 0, "FrSqrt: Input is out of the domain.");  in FrSqrt()
381     return 1.f / ::std::sqrtf(x);  in FrSqrt()
393 FSqrt(f32 x)  in FSqrt()  argument
395     NN_MATH_WARNING(x >= 0, "FSqrt: Input is out of the domain.");  in FSqrt()
397     return ::std::sqrtf(x);  in FSqrt()
409 FCbrt(f32 x)  in FCbrt()  argument
412     return ::std::cbrtf(x);  in FCbrt()
414     return ::std::pow(x, 1/3.f);  in FCbrt()
495 u32 CntBit1(u32 x);
498 u32 RevBit(u32 x);
499 int IExp(int x, u32 n);
500 u32 ILog10(u32 x);
505 u32 CntLz_(u32 x);
517 CntLz(u32 x)  in CntLz()  argument
520     return __clz(x);  in CntLz()
522     return internal::CntLz_(x);  in CntLz()
535 inline bool IsPwr2(int x) { return 0 == (x & (x - 1)); }  in IsPwr2()  argument
544 inline int Rightmost1(int x) { return x & (-x); }  in Rightmost1()  argument
552 inline bit32 Rightmost1(bit32 x) { return x & (-x); }  in Rightmost1()  argument
560 inline bit64 Rightmost1(bit64 x) { return x & (-x); }  in Rightmost1()  argument
569 inline int Rightmost0(int x) { return ~x & (x + 1); }  in Rightmost0()  argument
577 inline bit32 Rightmost0(bit32 x) { return ~x & (x + 1); }  in Rightmost0()  argument
585 inline bit64 Rightmost0(bit64 x) { return ~x & (x + 1); }  in Rightmost0()  argument
595 inline u32 DistBit(u32 x, u32 y) { return CntBit1(x ^ y); }  in DistBit()  argument
604 inline u32 CntTz(u32 x) { return 32 - CntLz(~x & (x - 1)); }  in CntTz()  argument
613 inline u32 ILog2(u32 x) { return 31 - CntLz(x); }  in ILog2()  argument
622 inline u32 FloorPwr2(u32 x) { return 0x80000000 >> CntLz(x); }  in FloorPwr2()  argument
631 inline u32 CeilPwr2(u32 x) { return 0x80000000 >> (CntLz(x - 1) - 1); }  in CeilPwr2()  argument