NeurApp 1.1
NeurApp - software for exploring approximation by artificial neural networks on functions of one or two variables.

IG::Num::ComplexVector Member List

This is the complete list of members for IG::Num::ComplexVector, including all inherited members.
_componenetsIG::Num::ComplexVector [private]
_lengthIG::Num::ComplexVector [private]
Add(IComplexVector a, IComplexVector b, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
Add(IComplexVector a, IComplexVector b, ref IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
AddPlain(IComplexVector a, IComplexVector b, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
ArrayAdd(IComplexVector a, double scal, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
ArrayAdd(IComplexVector a, double scal, ref IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
ArrayAddPlain(IComplexVector a, double scal, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
ArrayProduct(IComplexVector a, IComplexVector b, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
ArrayProduct(IComplexVector a, IComplexVector b, ref IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
ArrayProductPlain(IComplexVector a, IComplexVector b, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
ArrayQuotient(IComplexVector a, IComplexVector b, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
ArrayQuotient(IComplexVector a, IComplexVector b, ref IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
ArrayQuotientPlain(IComplexVector a, IComplexVector b, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
ArraySubtract(IComplexVector a, double scal, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
ArraySubtract(IComplexVector a, double scal, ref IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
ArraySubtractPlain(IComplexVector a, double scal, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
BaseIG::Num::ComplexVector [protected]
BasisVector(int n, int i)IG::Num::ComplexVector [inline, static]
Clone()IG::Num::ComplexVector [inline, private]
Compare(IComplexVector v1, IComplexVector v2)IG::Num::ComplexVectorBase [inline, static]
ComplexVector()IG::Num::ComplexVector [inline, protected]
ComplexVector(IComplexVector complexvec)IG::Num::ComplexVector [inline]
ComplexVector(int dim)IG::Num::ComplexVector [inline]
ComplexVector(int n, int i)IG::Num::ComplexVector [inline]
ComplexVector(int n, double value)IG::Num::ComplexVector [inline]
Copy(IComplexVector a, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
Copy(IComplexVector a, ref IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
CopyPlain(IComplexVector a, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
Create(double[] components)IG::Num::ComplexVector [inline, static]
Create(MathNet.Numerics.LinearAlgebra.ComplexVector vec)IG::Num::ComplexVector [inline, static]
Create(ComplexVector vec)IG::Num::ComplexVector [inline, static]
CrossProduct(IComplexVector a, IComplexVector b, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
CrossProduct(IComplexVector a, IComplexVector b, ref IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
CrossProductPlain(IComplexVector a, IComplexVector b, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
Divide(IComplexVector a, complex scal, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
Divide(IComplexVector a, complex scal, ref IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
DividePlain(IComplexVector a, complex scal, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
DyadicProduct(IComplexVector a, IComplexVector b, IComplexMatrix result)IG::Num::ComplexVectorBase [inline, static]
DyadicProduct(IComplexVector a, IComplexVector b, ref IComplexMatrix result)IG::Num::ComplexVectorBase [inline, static]
DyadicProductPlain(IComplexVector a, IComplexVector b, IComplexMatrix result)IG::Num::ComplexVectorBase [inline, static]
Equals(Object obj)IG::Num::ComplexVector [inline]
GetCopy()IG::Num::ComplexVectorBase [inline, virtual]
GetCopyBase()IG::Num::ComplexVector [inline, virtual]
GetCopyThis()IG::Num::ComplexVector [inline]
GetHashCode()IG::Num::ComplexVector [inline]
GetNew(int length)IG::Num::ComplexVectorBase [inline, virtual]
GetNew()IG::Num::ComplexVectorBase [inline, virtual]
GetNewBase(int length)IG::Num::ComplexVector [inline, virtual]
GetNewBase()IG::Num::ComplexVector [inline, virtual]
GetNewComplexMatrix(int rowCount, int columnCount)IG::Num::ComplexVectorBase [inline, virtual]
GetNewComplexMatrix()IG::Num::ComplexVectorBase [inline, virtual]
GetNewComplexMatrixBase(int rowCount, int columnCount)IG::Num::ComplexVector [inline, virtual]
GetNewComplexMatrixBase()IG::Num::ComplexVector [inline, virtual]
GetNewComplexMatrixThis(int rowCount, int columnCount)IG::Num::ComplexVector [inline, virtual]
GetNewComplexMatrixThis()IG::Num::ComplexVector [inline]
GetNewThis(int length)IG::Num::ComplexVector [inline]
GetNewThis()IG::Num::ComplexVector [inline]
LengthIG::Num::ComplexVector
Multiply(IComplexVector a, double scal, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
Multiply(IComplexVector a, double scal, ref IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
MultiplyPlain(IComplexVector a, double scal, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
Negate()IG::Num::ComplexVectorBase [inline]
Negate(IComplexVector a, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
Negate(IComplexVector a, ref IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
NegatePlain(IComplexVector a, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
NormIG::Num::ComplexVectorBase
Norm1IG::Num::ComplexVectorBase
Norm2IG::Num::ComplexVectorBase
Normalize()IG::Num::ComplexVectorBase [inline]
Normalized()IG::Num::ComplexVectorBase [inline]
NormEuclideanIG::Num::ComplexVectorBase
NormInfIG::Num::ComplexVectorBase
NormP(int p)IG::Num::ComplexVectorBase [inline, virtual]
Ones(int n)IG::Num::ComplexVector [inline, static]
Resize(int newdimension)IG::Num::ComplexVector [inline, protected, virtual]
IG::Num::ComplexVectorBase::Resize(ref IComplexVector vec, IComplexVector template, int dimension)IG::Num::ComplexVectorBase [inline, static]
IG::Num::ComplexVectorBase::Resize(ref IComplexVector vec, int dimension)IG::Num::ComplexVectorBase [inline, static]
IG::Num::ComplexVectorBase::Resize(ref IComplexVector vec, IComplexVector template)IG::Num::ComplexVectorBase [inline, static]
Scale(IComplexVector a, double scal, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
Scale(IComplexVector a, double scal, ref IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
ScalePlain(IComplexVector a, double scal, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
SetConstant(complex elementValue)IG::Num::ComplexVectorBase [inline, virtual]
SetRandom()IG::Num::ComplexVectorBase [inline, virtual]
SetRandom(IRandomGenerator rnd)IG::Num::ComplexVectorBase [inline, virtual]
SetUnit(int which)IG::Num::ComplexVectorBase [inline, virtual]
SetZero()IG::Num::ComplexVectorBase [inline, virtual]
SquaredNormIG::Num::ComplexVectorBase
Subtract(IComplexVector a, IComplexVector b, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
Subtract(IComplexVector a, IComplexVector b, ref IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
SubtractPlain(IComplexVector a, IComplexVector b, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
thisIG::Num::ComplexVector
ToArray()IG::Num::ComplexVectorBase [inline, virtual]
VectorProduct(IComplexVector a, IComplexVector b, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
VectorProduct(IComplexVector a, IComplexVector b, ref IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
VectorProductPlain(IComplexVector a, IComplexVector b, IComplexVector result)IG::Num::ComplexVectorBase [inline, static]
Zeros(int n)IG::Num::ComplexVector [inline, static]
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