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MyraMath
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General purpose compressed-sparse-column (CSC) container. More...
#include <myramath/utility/detail/LIBPUBLIC.h>#include <myramath/utility/Number.h>#include <myramath/sparse/SparseMatrixRange.h>#include <utility>#include <vector>#include <iosfwd>Go to the source code of this file.
Classes | |
| class | myra::Expression< Arity, Number > |
| Given an index (i,j,etc), returns a value. More... | |
| class | myra::Matrix< Number > |
| Tabulates an IxJ matrix. Allows random access, has column major layout to be compatible with BLAS/LAPACK. More... | |
| class | myra::MatrixRange< Number > |
| Represents a mutable MatrixRange. More... | |
| class | myra::SparseMatrix< Number > |
| Stores an IxJ matrix A in compressed sparse column format. More... | |
| class | myra::SparseMatrixBuilder< Number > |
| Like SparseMatrix, but easier to populate via random access (i,j) operator. More... | |
| class | myra::Array1< T > |
| Container of values, allows random (i) access. More... | |
| class | myra::Array2< T > |
| Container of values, allows random (i,j) access. More... | |
| class | myra::SparseMatrix< Number > |
| Stores an IxJ matrix A in compressed sparse column format. More... | |
| class | myra::ReflectNumber< SparseMatrix< Number > > |
| Specializing ReflectNumber<> for SparseMatrix<Number> More... | |
Functions | |
| SparseMatrix< NumberS > | myra::operator+ (const CSparseMatrixRange< NumberS > &A, const CSparseMatrixRange< NumberS > &B) |
| Returns A+B. Not especially efficient, invokes SparseMatrixBuilder behind the scenes. | |
| SparseMatrix< NumberD > | myra::operator+ (const CSparseMatrixRange< NumberD > &A, const CSparseMatrixRange< NumberD > &B) |
| Returns A+B. Not especially efficient, invokes SparseMatrixBuilder behind the scenes. | |
| SparseMatrix< NumberC > | myra::operator+ (const CSparseMatrixRange< NumberC > &A, const CSparseMatrixRange< NumberC > &B) |
| Returns A+B. Not especially efficient, invokes SparseMatrixBuilder behind the scenes. | |
| SparseMatrix< NumberZ > | myra::operator+ (const CSparseMatrixRange< NumberZ > &A, const CSparseMatrixRange< NumberZ > &B) |
| Returns A+B. Not especially efficient, invokes SparseMatrixBuilder behind the scenes. | |
| SparseMatrix< NumberS > | myra::operator- (const CSparseMatrixRange< NumberS > &A, const CSparseMatrixRange< NumberS > &B) |
| Returns A-B. Not especially efficient, invokes SparseMatrixBuilder behind the scenes. | |
| SparseMatrix< NumberD > | myra::operator- (const CSparseMatrixRange< NumberD > &A, const CSparseMatrixRange< NumberD > &B) |
| Returns A-B. Not especially efficient, invokes SparseMatrixBuilder behind the scenes. | |
| SparseMatrix< NumberC > | myra::operator- (const CSparseMatrixRange< NumberC > &A, const CSparseMatrixRange< NumberC > &B) |
| Returns A-B. Not especially efficient, invokes SparseMatrixBuilder behind the scenes. | |
| SparseMatrix< NumberZ > | myra::operator- (const CSparseMatrixRange< NumberZ > &A, const CSparseMatrixRange< NumberZ > &B) |
| Returns A-B. Not especially efficient, invokes SparseMatrixBuilder behind the scenes. | |
| SparseMatrix< NumberS > | myra::operator* (NumberS alpha, const CSparseMatrixRange< NumberS > &A) |
| Returns alpha*A. | |
| SparseMatrix< NumberD > | myra::operator* (NumberD alpha, const CSparseMatrixRange< NumberD > &A) |
| Returns alpha*A. | |
| SparseMatrix< NumberC > | myra::operator* (NumberC alpha, const CSparseMatrixRange< NumberC > &A) |
| Returns alpha*A. | |
| SparseMatrix< NumberZ > | myra::operator* (NumberZ alpha, const CSparseMatrixRange< NumberZ > &A) |
| Returns alpha*A. | |
| SparseMatrix< NumberS > | myra::operator* (const CSparseMatrixRange< NumberS > &A, NumberS alpha) |
| Returns A*alpha. | |
| SparseMatrix< NumberD > | myra::operator* (const CSparseMatrixRange< NumberD > &A, NumberD alpha) |
| Returns A*alpha. | |
| SparseMatrix< NumberC > | myra::operator* (const CSparseMatrixRange< NumberC > &A, NumberC alpha) |
| Returns A*alpha. | |
| SparseMatrix< NumberZ > | myra::operator* (const CSparseMatrixRange< NumberZ > &A, NumberZ alpha) |
| Returns A*alpha. | |
| SparseMatrix< NumberC > | myra::make_complex (const CSparseMatrixRange< NumberS > &A) |
| Promotes a real SparseMatrix into a complex one. | |
| SparseMatrix< NumberZ > | myra::make_complex (const CSparseMatrixRange< NumberD > &A) |
| Promotes a real SparseMatrix into a complex one. | |
| SparseMatrix< NumberC > | myra::make_complex (const CSparseMatrixRange< NumberS > &R, const CSparseMatrixRange< NumberS > &I) |
| Builds a complex SparseMatrix from real/imaginary parts. | |
| SparseMatrix< NumberZ > | myra::make_complex (const CSparseMatrixRange< NumberD > &R, const CSparseMatrixRange< NumberD > &I) |
| Builds a complex SparseMatrix from real/imaginary parts. | |
| SparseMatrix< NumberS > | myra::realpart (const CSparseMatrixRange< NumberC > &A) |
| Extracts the real part of a complex SparseMatrix. | |
| SparseMatrix< NumberD > | myra::realpart (const CSparseMatrixRange< NumberZ > &A) |
| Extracts the real part of a complex SparseMatrix. | |
| SparseMatrix< NumberS > | myra::imagpart (const CSparseMatrixRange< NumberC > &A) |
| Extracts the imaginary part of a complex SparseMatrix. | |
| SparseMatrix< NumberD > | myra::imagpart (const CSparseMatrixRange< NumberZ > &A) |
| Extracts the imaginary part of a complex SparseMatrix. | |
General purpose compressed-sparse-column (CSC) container.
1.8.13