Back to class index| #define DOT2 | | #define DOT3 | | #define ABSDOT3 | | #define DOT3_xyz | | #define DOT3STRIDED | | #define DOT4 | | #define DOT4STRIDED | | #define DOT4POS | | #define DOT4POS_xyz | | #define DOT4DIR | | #define DOT4DIR_xyz | | #define MATH_SKIP_WORD | | #define MATH_NEXT_WORD_IS |  DegToRad(degrees) (+1 overload) | | RadToDeg(radians) (+1 overload) | | Sin(angleRadians) | | Cos(angleRadians) | | Tan(angleRadians) | | SinCos(...) | | SinCos2(...) | | SinCos3(...) | | SinCos4(...) | | Asin(x) | | Acos(x) | | Atan(x) | | Atan2(y,x) | | Sinh(x) | | Cosh(x) | | Tanh(x) | | IsPow2(number) (+3 overloads) | | RoundUpPow2(number) (+3 overloads) | | RoundDownPow2(number) (+3 overloads) | | RoundIntUpToMultipleOfPow2(x,n) (+1 overload) | | PowInt(base,exponent) | | Pow(base,exponent) | | Exp(exponent) | | Log(base,value) | | Log2(value) | | Ln(value) | | Log10(value) | | Ceil(f) | | CeilInt(f) | | Floor(f) | | FloorInt(f) | | Round(f) | | RoundInt(f) | | Sign(f) | | SignOrZero(f,epsilon) | | Lerp(a,b,t) | | LerpMod(a,b,mod,t) | | InvLerp(a,b,x) | | Step(y,x) | | SmoothStep(min,max,x) | | PingPongMod(x,mod) | | Mod(x,mod) (+1 overload) | | ModPos(x,mod) (+1 overload) | | Frac(x) | | Sqrt(x) | | SqrtFast(x) | | RSqrt(x) | | RSqrtFast(x) | | Recip(x) | | RecipFast(x) | | Factorial(n) | | CombinatorialRec(n,k) | | CombinatorialTab(n,k) | | Clamp(val,floor,ceil) | | Clamp01(val) | | Min(a,b) | | Max(a,b) (+1 overload) | | Min(a,b,c) (+1 overload) | | Max(a,b,c) | | Min(a,b,c,d) | | Max(a,b,c,d) | | Swap(a,b) | | GreaterThan(a,b) | | LessThan(a,b) | | Abs(a) (+1 overload) | | Equal(a,b) (+3 overloads) | | EqualAbs(a,b,epsilon) | | RelativeError(a,b) | | EqualRel(a,b,maxRelError) | | EqualUlps(a,b,maxUlps) | | IsFinite() | | IsFinite< float >(f) | | IsFinite< double >(d) | | IsNan(f) (+1 overload) | | IsInf(f) (+1 overload) | | IsFinite< long double >(value) | | IsInf(value) | | IsNan(value) | | SerializeFloat(f,dstStr) | | DeserializeFloat(str,outEndStr) | | DeserializeDouble(str,outEndStr) |
| SinCos2Syntaxvoid SinCos2(const float4 &angleRadians, float4 &outSin, float4 &outCos); [10 lines of code]Computes sin and cos of the .x and .y components of angleRadians, stored to the corresponding components of outSin and outCos. The .y and .w components of the outputs are undefined. |
MathFunc.h[File Summary]