| addRoundDown(real_t a, real_t b) | hermes::Numbers | inlinestatic |
| addRoundUp(real_t a, real_t b) | hermes::Numbers | inlinestatic |
| bitsToDouble(uint64_t ui) | hermes::Numbers | inlinestatic |
| bitsToFloat(uint32_t ui) | hermes::Numbers | inlinestatic |
| ceil2Int(float f) | hermes::Numbers | inlinestatic |
| clamp(const T &n, const T &l, const T &u) | hermes::Numbers | inlinestatic |
| countDigits(u64 t, u8 base=10) | hermes::Numbers | inlinestatic |
| countHexDigits(T n) | hermes::Numbers | inlinestatic |
| cube(T a) | hermes::Numbers | inlinestatic |
| differenceOfProducts(Ta a, Tb b, Tc c, Td d) | hermes::Numbers | inlinestatic |
| divRoundDown(real_t a, real_t b) | hermes::Numbers | inlinestatic |
| divRoundUp(real_t a, real_t b) | hermes::Numbers | inlinestatic |
| evaluatePolynomial(T t, C c) | hermes::Numbers | inlinestatic |
| evaluatePolynomial(T t, C c, Args... cs) | hermes::Numbers | inlinestatic |
| fastExp(real_t x) | hermes::Numbers | inlinestatic |
| findInterval(size_t sz, const Predicate &pred) | hermes::Numbers | inlinestatic |
| floatExponent(f32 v) | hermes::Numbers | inlinestatic |
| floatSignBit(f32 v) | hermes::Numbers | inlinestatic |
| floatSignificand(f32 v) | hermes::Numbers | inlinestatic |
| floatToBits(f32 f) | hermes::Numbers | inlinestatic |
| floatToBits(f64 d) | hermes::Numbers | inlinestatic |
| floor2Int(float f) | hermes::Numbers | inlinestatic |
| FMA(T a, T b, T c) | hermes::Numbers | inlinestatic |
| fract(real_t x) | hermes::Numbers | inlinestatic |
| gamma(i32 n) | hermes::Numbers | inlinestatic |
| greatest() | hermes::Numbers | inlinestatic |
| greatest() | hermes::Numbers | inline |
| greatest() | hermes::Numbers | inline |
| greatest_f32() | hermes::Numbers | inlinestatic |
| greatest_f64() | hermes::Numbers | inlinestatic |
| greatest_int() | hermes::Numbers | inlinestatic |
| interleaveBits(u32 x, u32 y, u32 z) | hermes::Numbers | inlinestatic |
| interleaveBits(u32 x, u32 y) | hermes::Numbers | inlinestatic |
| isPowerOf2(int v) | hermes::Numbers | inlinestatic |
| log2(f32 x) | hermes::Numbers | inlinestatic |
| lowest() | hermes::Numbers | inlinestatic |
| lowest() | hermes::Numbers | inline |
| lowest() | hermes::Numbers | inline |
| lowest_f32() | hermes::Numbers | inlinestatic |
| lowest_f64() | hermes::Numbers | inlinestatic |
| lowest_int() | hermes::Numbers | inlinestatic |
| max(const T &a, const T &b) | hermes::Numbers | inlinestatic |
| max(std::initializer_list< T > l) | hermes::Numbers | inlinestatic |
| min(const T &a, const T &b) | hermes::Numbers | inlinestatic |
| min(std::initializer_list< T > l) | hermes::Numbers | inlinestatic |
| mod(int a, int b) | hermes::Numbers | inlinestatic |
| mulRoundDown(real_t a, real_t b) | hermes::Numbers | inlinestatic |
| mulRoundUp(real_t a, real_t b) | hermes::Numbers | inlinestatic |
| nextDoubleDown(f64 v) | hermes::Numbers | inlinestatic |
| nextDoubleUp(f64 v) | hermes::Numbers | inlinestatic |
| nextFloatDown(f32 v) | hermes::Numbers | inlinestatic |
| nextFloatUp(f32 v) | hermes::Numbers | inlinestatic |
| pow(real_t b) | hermes::Numbers | inlinestatic |
| pow(float v) | hermes::Numbers | inlinestatic |
| pow(float v) | hermes::Numbers | inlinestatic |
| round2Int(float f) | hermes::Numbers | inlinestatic |
| safe_sqrt(f32 x) | hermes::Numbers | inlinestatic |
| separateBitsBy1(u32 n) | hermes::Numbers | inlinestatic |
| separateBitsBy2(u32 n) | hermes::Numbers | inlinestatic |
| sign(T a) | hermes::Numbers | inlinestatic |
| sqr(T a) | hermes::Numbers | inlinestatic |
| sqrt(T a) | hermes::Numbers | inlinestatic |
| sqrtRoundDown(real_t a) | hermes::Numbers | inlinestatic |
| sqrtRoundUp(real_t a) | hermes::Numbers | inlinestatic |
| subRoundDown(real_t a, real_t b) | hermes::Numbers | inlinestatic |
| subRoundUp(real_t a, real_t b) | hermes::Numbers | inlinestatic |
| swap(T &a, T &b) | hermes::Numbers | inlinestatic |
1.9.8