Module prelude

Import everything from here to get the standard RLST functionality

Re-exports

pub use crate::dense::array::empty_array;

pub use crate::dense::array::Array;

pub use crate::dense::gemm::Gemm;

pub use crate::dense::tools::PrettyPrint;

pub use crate::dense::traits::AsOperatorApply;

pub use crate::dense::traits::ChunkedAccess;

pub use crate::dense::traits::RandomAccessByRef;

pub use crate::dense::traits::RandomAccessByValue;

pub use crate::dense::traits::RandomAccessMut;

pub use crate::dense::traits::RawAccess;

pub use crate::dense::traits::RawAccessMut;

pub use crate::dense::traits::UnsafeRandomAccessByRef;

pub use crate::dense::traits::UnsafeRandomAccessByValue;

pub use crate::dense::traits::UnsafeRandomAccessMut;

pub use crate::dense::batched_gemm::BatchedGemm;

pub use crate::dense::batched_gemm::DefaultCpuBatchedGemm;

pub use crate::dense::linalg::LinAlg;

pub use crate::dense::traits::AijIterator;

pub use crate::dense::traits::AsMultiIndex;

pub use crate::dense::traits::DefaultIterator;

pub use crate::dense::traits::DefaultIteratorMut;

pub use crate::dense::traits::MultInto;

pub use crate::dense::traits::MultIntoResize;

pub use crate::dense::traits::NumberOfElements;

pub use crate::dense::traits::ResizeInPlace;

pub use crate::dense::traits::Shape;

pub use crate::dense::traits::Stride;

pub use crate::dense::types::DataChunk;

pub use crate::dense::types::RlstBase;

pub use crate::dense::types::RlstError;

pub use crate::dense::types::RlstNum;

pub use crate::dense::types::RlstResult;

pub use crate::dense::types::RlstScalar;

pub use crate::dense::types::TransMode;

pub use crate::dense::base_array::BaseArray;

pub use crate::dense::data_container::ArrayContainer;

pub use crate::dense::data_container::SliceContainer;

pub use crate::dense::data_container::SliceContainerMut;

pub use crate::dense::data_container::VectorContainer;

pub use crate::dense::array::empty_axis::AxisPosition;

pub use crate::dense::linalg::inverse::MatrixInverse;

pub use crate::dense::linalg::lu::LuDecomposition;

pub use crate::dense::linalg::lu::MatrixLuDecomposition;

pub use crate::dense::linalg::pseudo_inverse::MatrixPseudoInverse;

pub use crate::dense::linalg::qr::MatrixQr;

pub use crate::dense::linalg::qr::QrDecomposition;

pub use crate::dense::linalg::svd::MatrixSvd;

pub use crate::dense::linalg::svd::SvdMode;

pub use crate::dense::array::rank1_array::Rank1Array;

pub use crate::dense::array::DynamicArray;

pub use crate::dense::array::SliceArray;

pub use crate::dense::array::SliceArrayMut;

pub use crate::dense::simd::RlstSimd;

pub use crate::dense::simd::SimdFor;

pub use crate::sparse::distributed_vector::DistributedVector;

pub use crate::sparse::sparse_mat::distributed_csr_mat::DistributedCsrMatrix;

pub use crate::sparse::sparse_mat::csc_mat::CscMatrix;

pub use crate::sparse::sparse_mat::csr_mat::CsrMatrix;

pub use crate::operator::interface::ArrayVectorSpace;

pub use crate::operator::interface::ArrayVectorSpaceElement;

pub use crate::operator::interface::MatrixOperator;

pub use crate::operator::interface::DistributedArrayVectorSpace;

pub use crate::operator::interface::DistributedArrayVectorSpaceElement;

pub use crate::operator::element::Element;

pub use crate::operator::element::ElementContainer;

pub use crate::operator::element::ElementContainerMut;

pub use crate::operator::element::ScalarTimesElement;

pub use crate::operator::operations::conjugate_gradients::CgIteration;

pub use crate::operator::operations::modified_gram_schmidt::ModifiedGramSchmidt;

pub use crate::operator::space::frame::Frame;

pub use crate::operator::space::frame::VectorFrame;

pub use crate::operator::OperatorLeftScalarMul;

pub use crate::operator::zero_element;

pub use crate::operator::DualSpace;

pub use crate::operator::IndexableSpace;

pub use crate::operator::InnerProductSpace;

pub use crate::operator::LinearSpace;

pub use crate::operator::NormedSpace;

pub use crate::operator::AsApply;

pub use crate::operator::Operator;

pub use crate::operator::OperatorBase;

pub use crate::operator::ElementImpl;

pub use crate::operator::ElementView;

pub use crate::operator::ElementViewMut;

pub use crate::operator::abstract_operator::ScalarTimesOperator;

pub use crate::tracing::Tracing;

Macros

rlst_array_from_slice1

Create a new one dimensional array from a given data slice.

rlst_array_from_slice2

Create a new two dimensional array from a given data slice.

rlst_array_from_slice3

Create a new three dimensional array from a given data slice.

rlst_array_from_slice4

Create a new four dimensional array from a given data slice.

rlst_array_from_slice5

Create a new five dimensional array from a given data slice.

rlst_array_from_slice_mut1

Create a new one dimensional array from a given mutable data slice.

rlst_array_from_slice_mut2

Create a new two dimensional array from a given mutable data slice.

rlst_array_from_slice_mut3

Create a new three dimensional array from a given mutable data slice.

rlst_array_from_slice_mut4

Create a new four dimensional array from a given mutable data slice.

rlst_array_from_slice_mut5

Create a new five dimensional array from a given mutable data slice.

rlst_dynamic_array1

Create a new two one dimensional heap allocated array.

rlst_dynamic_array2

Create a new two dimensional heap allocated array.

rlst_dynamic_array3

Create a new three dimensional heap allocated array.

rlst_dynamic_array4

Create a new four dimensional heap allocated array.

rlst_dynamic_array5

Create a new five dimensional heap allocated array.

rlst_rank1_array

Create a new rank1 array of the form u x v^T.

rlst_static_array

Create a static array

rlst_static_type

Type of a static array

Structs

IndexLayout

This index layout assumes a contiguous set of indices starting with the first n0 indices on rank 0, the next n1 indices on rank 1, etc.

Traits

Add

The addition operator +.

Neg

The unary negation operator -.

Sub

The subtraction operator -.

Type Aliases

c32

Alias for a Complex<f32>

c64

Alias for a Complex<f64>

Attribute Macros

measure_duration

Trace the execution time of a function