Abs(const DataT &) | Returns the absolute value of 'a' |
Abs(unsigned char) | Returns the absolute value of 'a' |
Abs(unsigned short) | Returns the absolute value of 'a' |
Abs(unsigned int) | Returns the absolute value of 'a' |
Abs(unsigned long) | Returns the absolute value of 'a' |
Sign(const DataT &) | Returns the sign of the real number 'a'. |
Sign(RealT,RealT) | Returns the value 'a' with a sign of 'b'. |
Round(RealT) | Returns the value x rounded to the nearest integer. |
Floor(RealT) | Returns the greatest integral value less than or equal to 'x'. |
SetToZero(DataT &) | Set 'dat' to zero. |
Sqr(const DataT &) | Returns the square of 'x'. |
Sqrt(RealT) | Returns the square root of 'x'. |
Min(const DataT &,const DataT &) | Returns the smaller value from 'a' and 'b'. |
Max(const DataT &,const DataT &) | Returns the bigger value from 'a' and 'b'. |
Log(RealT) | Returns log(r). |
Pow(RealT,RealT) | Returns 'x' raised to the power 'y'. |
Pow(RealT,IntT) | Returns 'x' raised to the power 'y' where y is an integer.. |
Exp(RealT) | Returns safe exp(r). |
ILog2(IntT) | Interger Log 2 |
Sin(RealT) | Returns the sine of 'x'. |
ASin(RealT) | Returns the arc sine of 'x'. |
Cos(RealT) | Returns the cosine of 'x'. |
ACos(RealT) | Returns the arc cosine of 'x'. |
ATan(RealT) | Returns the arc tangent of 'x' in the range -pi/2 .. +pi/2. |
ATan2(RealT,RealT) | Returns the arc tangent of 'y/x' in the range -pi .. +pi. |
Sinh(RealT) | Returns the sine of 'x'. |
Cosh(RealT) | Returns the cosine of 'x'. |
Pythag(RealT,RealT) | Computes sqrt(sqr(a)+sqr(b)) without destructive overflow or underflow. |
IsSmall(RealT,RealT,RealT) | Is a small relative to 'norm' ? |
IsAlmostZero(RealT,RealT) | Test is a real value is near zero. |
MinComponent(DataT) | Returns the smallest component from 'a'. |
MaxComponent(DataT) | Returns the Biggest component from 'a'. |
ScaleMin(DataT,DataT) | Returns the argument which has the smallest component from 'a' and 'b'. |
ScaleMax(DataT,DataT) | Returns the argument which has the largest component from 'a' and 'b'. |
Average(const DataT &,const DataT &) | Take average of 2 numbers. |
Average(const DataT &,const DataT &,const DataT &) | Take average of 3 numbers. |
Average(const DataT &,const DataT &,const DataT &,const DataT &) | Take average of 4 numbers. |
Average(const ByteT &,const ByteT &) | Take average of 2 numbers. |
Average(const ByteT &,const ByteT &,const ByteT &) | Take average of 3 numbers. |
Average(const ByteT &,const ByteT &,const ByteT &,const ByteT &) | Take average of 4 numbers. |
Average(const SByteT &,const SByteT &) | Take average of 2 numbers. |
Average(const SByteT &,const SByteT &,const SByteT &) | Take average of 3 numbers. |
Average(const SByteT &,const SByteT &,const SByteT &,const SByteT &) | Take average of 4 numbers. |
Average(const Int16T &,const Int16T &) | Take average of 2 numbers. |
Average(const Int16T &,const Int16T &,const Int16T &) | Take average of 3 numbers. |
Average(const Int16T &,const Int16T &,const Int16T &,const Int16T &) | Take average of 4 numbers. |
Average(const UInt16T &,const UInt16T &) | Take average of 2 numbers. |
Average(const UInt16T &,const UInt16T &,const UInt16T &) | Take average of 3 numbers. |
Average(const UInt16T &,const UInt16T &,const UInt16T &,const UInt16T &) | Take average of 4 numbers. |
Cbrt(RealT) | Returns the cube root of 'x'. |
Erf(RealT) | Returns the error function of x. Erf(x) = 2/sqrt(pi)*integral from 0 to x of exp(-t*t) dt. |
Erfc(RealT) | Returns 1.0 - Erf(x). (Use when x is large) |
Log2(RealT) | Returns logarithm to base 2. |
IsPow2(IntT) | Is interger power of 2 ? |
IsInf(RealT) | Is infinit ? |
IsPInf(RealT) | Is positive infinity ? |
IsNInf(RealT) | Is negative infinity ? |
IsNan(RealT) | Is Not A Number ? |
Radians(RealT) | Convert angle from degrees to radians. |
Degrees(RealT) | Convert angle from radians to degrees. |
RandomInt(RandomSeedT &) | Returns an integer between 0 and RandomIntMaxValue. |
RandomInt(void) | Returns an integer between 0 and RandomIntMaxValue. |
Random1(RandomSeedT &) | Returns a random number between 0 and 1 with a uniform distribution. |
Random1(void) | Returns a random number between 0 and 1 with a uniform distribution. |
RandomGauss(void) | Returns a Gaussian distributed zero mean random number with variance 1.0. |
operator <<(ostream &,const ComplexC &) | |
operator >>(istream &,ComplexC &) | |
operator +(RealT,const ComplexC &) | |
operator +(const ComplexC &,RealT) | |
operator +(const ComplexC &,const ComplexC &) | |
operator -(RealT,const ComplexC &) | |
operator -(const ComplexC &,RealT) | |
operator -(const ComplexC &,const ComplexC &) | |
operator *(RealT,const ComplexC &) | |
operator *(const ComplexC &,RealT) | |
operator *(const ComplexC &,const ComplexC &) | |
operator /(const ComplexC &,RealT) | |
operator /(const ComplexC &,const ComplexC &) | |
operator /(RealT,const ComplexC &) | |
operator ^(const ComplexC &,RealT) | |
operator &&(const ComplexC &,const ComplexC &) | |
Exp(const ComplexC &) | |
CExp(RealT) | |
Log(const ComplexC &) | |
hypot(double,double) | |
erf(double) | |
erfc(double) | |
isnan(double) | |
isinf(double) | |
nrand48(unsigned short *) | |
erand48(unsigned short *) | |