| | Name | Description |
|---|
  | Conj(DoubleBandMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(DoubleComplex) |
Returns the conjugate of a complex number.
|
| Conj(DoubleComplexBandMatrix) |
Calculates the complex conjugates of a given matrix's elements.
|
| Conj(DoubleComplexCsrSparseMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(DoubleComplexLowerTriMatrix) |
Calculates the complex conjugates of a given matrix's elements.
|
| Conj(DoubleComplexMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(DoubleComplexTriDiagMatrix) |
Calculates the complex conjugates of a given matrix's elements.
|
| Conj(DoubleComplexUpperTriMatrix) |
Calculates the complex conjugates of a given matrix's elements.
|
| Conj(DoubleComplexVector) |
Returns a vector which contains the complex conjuates of the
given vector's elements.
|
| Conj(DoubleCsrSparseMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(DoubleHermitianBandMatrix) |
Calculates the complex conjugates of a given matrix's elements.
|
| Conj(DoubleHermitianMatrix) |
Calculates the complex conjugates of a given matrix's elements.
|
| Conj(DoubleLowerTriMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(DoubleMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(DoubleSymBandMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(DoubleSymmetricMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(DoubleTriDiagMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(DoubleUpperTriMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(DoubleVector) |
Calculates the complex conjugate of a given vector.
|
| Conj(FloatBandMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(FloatComplex) |
Returns the conjugate of a complex number.
|
| Conj(FloatComplexBandMatrix) |
Calculates the complex conjugates of a given matrix's elements.
|
| Conj(FloatComplexCsrSparseMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(FloatComplexLowerTriMatrix) |
Calculates the complex conjugates of a given matrix's elements.
|
| Conj(FloatComplexMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(FloatComplexTriDiagMatrix) |
Calculates the complex conjugates of a given matrix's elements.
|
| Conj(FloatComplexUpperTriMatrix) |
Calculates the complex conjugates of a given matrix's elements.
|
| Conj(FloatComplexVector) |
Returns a vector which contains the complex conjuates of the
given vector's elements.
|
| Conj(FloatCsrSparseMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(FloatHermitianBandMatrix) |
Calculates the complex conjugates of a given matrix's elements.
|
| Conj(FloatHermitianMatrix) |
Calculates the complex conjugates of a given matrix's elements.
|
| Conj(FloatLowerTriMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(FloatMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(FloatSymBandMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(FloatSymmetricMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(FloatTriDiagMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(FloatUpperTriMatrix) |
Calculates the complex conjugates of a given matrix's elements. In this case, since
there is no imaginary part, this method simply returns the given matrix.
|
| Conj(FloatVector) |
Calculates the complex conjugate of a given vector.
|
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