Package | Description |
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com.imsl.math |
Mathematical functions and algorithms.
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Modifier and Type | Method and Description |
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static ComplexSparseMatrix |
ComplexSparseMatrix.add(Complex alpha,
Complex beta,
ComplexSparseMatrix A,
ComplexSparseMatrix B)
Performs element-wise addition of two complex sparse matrices
A , B of type
ComplexSparseMatrix ,
\(C \leftarrow \alpha A + \beta B.\) |
ComplexSparseMatrix |
ComplexSparseMatrix.conjugateTranspose()
Returns the conjugate transpose of the matrix.
|
static ComplexSparseMatrix |
ComplexSparseMatrix.multiply(ComplexSparseMatrix A,
ComplexSparseMatrix B)
Multiply two sparse complex matrices A and B, \( C \leftarrow AB\).
|
Modifier and Type | Method and Description |
---|---|
static ComplexSparseMatrix |
ComplexSparseMatrix.add(Complex alpha,
Complex beta,
ComplexSparseMatrix A,
ComplexSparseMatrix B)
Performs element-wise addition of two complex sparse matrices
A , B of type
ComplexSparseMatrix ,
\(C \leftarrow \alpha A + \beta B.\) |
static Complex[] |
ComplexSparseMatrix.multiply(Complex[] x,
ComplexSparseMatrix A)
Multiply row array
x and sparse matrix A ,
\(x^TA \). |
static Complex[] |
ComplexSparseMatrix.multiply(ComplexSparseMatrix A,
Complex[] x)
Multiply sparse matrix
A and column array x ,
\(A x\). |
static ComplexSparseMatrix |
ComplexSparseMatrix.multiply(ComplexSparseMatrix A,
ComplexSparseMatrix B)
Multiply two sparse complex matrices A and B, \( C \leftarrow AB\).
|
static Complex[] |
ComplexSparseMatrix.multiplyHermitian(ComplexSparseMatrix A,
Complex[] x)
Multiply sparse Hermitian matrix
A and column vector x . |
Constructor and Description |
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ComplexSparseCholesky(ComplexSparseMatrix A)
Constructs the matrix structure for the Cholesky factorization of
a sparse Hermitian positive definite matrix of type
ComplexSparseMatrix . |
ComplexSparseMatrix(ComplexSparseMatrix A)
Creates a new instance of
ComplexSparseMatrix which is a copy of another
ComplexSparseMatrix . |
ComplexSuperLU(ComplexSparseMatrix A)
Constructor for
ComplexSuperLU . |
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