NeurApp 1.1
NeurApp - software for exploring approximation by artificial neural networks on functions of one or two variables.
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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] |
Compare(IComplexVector v1, IComplexVector v2) | IG::Num::ComplexVectorBase | [inline, static] |
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] |
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] |
GetCopy() | IG::Num::ComplexVectorBase | [inline, virtual] |
GetCopyBase() | IG::Num::ComplexVectorBase | [pure virtual] |
GetNew(int length) | IG::Num::ComplexVectorBase | [inline, virtual] |
GetNew() | IG::Num::ComplexVectorBase | [inline, virtual] |
GetNewBase(int length) | IG::Num::ComplexVectorBase | [pure virtual] |
GetNewBase() | IG::Num::ComplexVectorBase | [pure virtual] |
GetNewComplexMatrix(int rowCount, int columnCount) | IG::Num::ComplexVectorBase | [inline, virtual] |
GetNewComplexMatrix() | IG::Num::ComplexVectorBase | [inline, virtual] |
GetNewComplexMatrixBase(int rowCount, int columnCount) | IG::Num::ComplexVectorBase | [pure virtual] |
GetNewComplexMatrixBase() | IG::Num::ComplexVectorBase | [pure virtual] |
Length | IG::Num::ComplexVectorBase | |
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] |
Norm | IG::Num::ComplexVectorBase | |
Norm1 | IG::Num::ComplexVectorBase | |
Norm2 | IG::Num::ComplexVectorBase | |
Normalize() | IG::Num::ComplexVectorBase | [inline] |
Normalized() | IG::Num::ComplexVectorBase | [inline] |
NormEuclidean | IG::Num::ComplexVectorBase | |
NormInf | IG::Num::ComplexVectorBase | |
NormP(int p) | IG::Num::ComplexVectorBase | [inline, virtual] |
Resize(ref IComplexVector vec, IComplexVector template, int dimension) | IG::Num::ComplexVectorBase | [inline, static] |
Resize(ref IComplexVector vec, int dimension) | IG::Num::ComplexVectorBase | [inline, static] |
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] |
SquaredNorm | IG::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] |
this | IG::Num::ComplexVectorBase | |
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] |