| abs(vhtReal fValue) | vhdMath | [static] |
| absoluteValue(T value) | vhdMath | [inline, static] |
| aCos(vhtReal fValue) | vhdMath | [static] |
| AngleUnit enum name | vhdMath | |
| angleUnitsToRadians(vhtReal units) | vhdMath | [static] |
| aSin(vhtReal fValue) | vhdMath | [static] |
| aTan(vhtReal fValue) | vhdMath | [static] |
| aTan2(vhtReal fY, vhtReal fX) | vhdMath | [static] |
| AU_DEGREE enum value | vhdMath | |
| AU_RADIAN enum value | vhdMath | |
| buildTrigTables() | vhdMath | [protected] |
| ceil(vhtReal fValue) | vhdMath | [static] |
| ceilingPowerOfTwo(T input) | vhdMath | [inline, static] |
| clamp(T value, T low, T high) | vhdMath | [inline, static] |
| clampNegative(T value) | vhdMath | [inline, static] |
| clampPositive(T value) | vhdMath | [inline, static] |
| copySign(T value, T s) | vhdMath | [inline, static] |
| cos(vhtReal fValue, bool useTables=false) | vhdMath | [static] |
| cot(vhtReal value) | vhdMath | [static] |
| DEG_TO_RAD | vhdMath | [static] |
| degreesToRadians(vhtReal degrees) | vhdMath | [static] |
| deltaRangeTest(T a, T b, T epsilon) | vhdMath | [inline, static] |
| deltaRangeTest(T a, T b) | vhdMath | [inline, static] |
| dice(unsigned int uiNumberFaces) | vhdMath | [static] |
| EPSILON | vhdMath | [static] |
| exp(vhtReal fValue) | vhdMath | [static] |
| fast_cast(_IN input) | vhdMath | [inline, static] |
| floor(vhtReal fValue) | vhdMath | [static] |
| G_EPSILON | vhdMath | [static] |
| getAngleUnit(void) | vhdMath | [static] |
| HALF_PI | vhdMath | [static] |
| iAbs(int iValue) | vhdMath | [static] |
| iCeil(float fValue) | vhdMath | [static] |
| iFloor(float fValue) | vhdMath | [static] |
| INV_TWO_PI | vhdMath | [static] |
| invSqrt(vhtReal fValue) | vhdMath | [static] |
| iSign(int iValue) | vhdMath | [static] |
| isNegative(T a) | vhdMath | [inline, static] |
| isPositive(T a) | vhdMath | [inline, static] |
| isPowerOfTwo(T input) | vhdMath | [inline, static] |
| log(vhtReal fValue) | vhdMath | [static] |
| MAX_vhtReal | vhdMath | [static] |
| maximum(const T &a, const T &b) | vhdMath | [inline, static] |
| maximum(const T &a, const T &b, const T &c) | vhdMath | [inline, static] |
| MIN_vhtReal | vhdMath | [static] |
| minimum(const T &a, const T &b) | vhdMath | [inline, static] |
| modulus(T a, T b) | vhdMath | [inline, static] |
| msAngleUnit | vhdMath | [private, static] |
| mSinTable | vhdMath | [private, static] |
| mTanTable | vhdMath | [private, static] |
| mTrigTableFactor | vhdMath | [private, static] |
| mTrigTableSize | vhdMath | [private, static] |
| nearestPowerOfTwo(T input) | vhdMath | [inline, static] |
| NEG_INFINITY | vhdMath | [static] |
| PI | vhdMath | [static] |
| pointInTri2D(vhtReal px, vhtReal pz, vhtReal ax, vhtReal az, vhtReal bx, vhtReal bz, vhtReal cx, vhtReal cz) | vhdMath | [static] |
| POS_INFINITY | vhdMath | [static] |
| pow(vhtReal kBase, vhtReal kExponent) | vhdMath | [static] |
| RAD_TO_DEG | vhdMath | [static] |
| radiansToAngleUnits(vhtReal radians) | vhdMath | [static] |
| radiansToDegrees(vhtReal radians) | vhdMath | [static] |
| rand(unsigned int uiNumber) | vhdMath | [static] |
| randReal() | vhdMath | [static] |
| rangeRandom(vhtReal fLow, vhtReal fHigh) | vhdMath | [static] |
| sameSigns(T a, T b) | vhdMath | [inline, static] |
| setAngleUnit(AngleUnit unit) | vhdMath | [static] |
| sign(vhtReal fValue) | vhdMath | [static] |
| sin(vhtReal fValue, bool useTables=false) | vhdMath | [static] |
| sqr(vhtReal fValue) | vhdMath | [static] |
| sqrt(vhtReal fValue) | vhdMath | [static] |
| swap(T &a, T &b) | vhdMath | [inline, static] |
| symmetricRandom() | vhdMath | [static] |
| tan(vhtReal fValue, bool useTables=false) | vhdMath | [static] |
| TWO_PI | vhdMath | [static] |
| unitRandom() | vhdMath | [static] |
| vhdMath(unsigned int uiTrigTableSize=4096) | vhdMath | |
| vhtRealEqual(vhtReal a, vhtReal b, vhtReal tolerance=std::numeric_limits< vhtReal >::epsilon()) | vhdMath | [static] |
| ~vhdMath() | vhdMath | |
