The symmetric second order tensor. More...

Detailed Description

The symmetric second order tensor.

Mandel notation is used, and so the storage space is (6).

#include <SR2.h>

Inheritance diagram for SR2:

[legend]

Public Member Functions
	SR2 (const R2 &T)
	Symmetrize an R2 then fill.
SR2	rotate (const Rot &r) const
	Rotate.
SR2	rotate (const R2 &R) const
SFR3	drotate (const Rot &r) const
	Derivative of the rotated tensor w.r.t. the Rodrigues vector.
SFFR4	drotate (const R2 &R) const
Scalar	operator() (Size i, Size j) const
SR2	transpose () const
	Transpose, no-op.
Public Member Functions inherited from PrimitiveTensor< SR2, 6 >
	PrimitiveTensor ()=default
	Special member functions.
	operator neml2::Tensor () const
	Implicit conversion to a Tensor (discards information on the fixed base shape).
Scalar	operator() (Args... i) const
	Single-element accessor.
Public Member Functions inherited from TensorBase< SR2 >
	TensorBase ()=default
	Default constructor.
SR2	variable_data () const
	Variable data without function graph.
SR2	contiguous () const
SR2	clone () const
	Clone (take ownership).
SR2	detach () const
	Discard function graph.
SR2	to (const TensorOptions &options) const
	Change tensor options.
SR2	operator- () const
	Negation.
Size	batch_dim () const
Size	base_dim () const
Size	dynamic_dim () const
Size	static_dim () const
Size	intmd_dim () const
TraceableTensorShape	batch_sizes () const
TensorShapeRef	base_sizes () const
const TraceableTensorShape &	dynamic_sizes () const
TensorShapeRef	static_sizes () const
TensorShapeRef	intmd_sizes () const
TraceableSize	batch_size (Size i) const
Size	base_size (Size i) const
const TraceableSize &	dynamic_size (Size i) const
Size	static_size (Size i) const
Size	intmd_size (Size i) const
SR2	dynamic_index (indexing::TensorIndicesRef indices) const
SR2	intmd_index (indexing::TensorIndicesRef indices) const
neml2::Tensor	base_index (indexing::TensorIndicesRef indices) const
SR2	batch_index (indexing::TensorIndicesRef indices) const
SR2	dynamic_slice (Size d, const indexing::Slice &index) const
SR2	intmd_slice (Size d, const indexing::Slice &index) const
neml2::Tensor	base_slice (Size d, const indexing::Slice &index) const
SR2	batch_slice (Size d, const indexing::Slice &index) const
void	dynamic_index_put_ (indexing::TensorIndicesRef indices, const ATensor &other)
void	intmd_index_put_ (indexing::TensorIndicesRef indices, const ATensor &other)
void	base_index_put_ (indexing::TensorIndicesRef indices, const ATensor &other)
void	batch_index_put_ (indexing::TensorIndicesRef indices, const ATensor &other)
SR2	dynamic_expand (const TraceableTensorShape &shape) const
SR2	intmd_expand (TensorShapeRef shape) const
neml2::Tensor	base_expand (TensorShapeRef shape) const
SR2	batch_expand (const TraceableTensorShape &dynamic_shape, TensorShapeRef intmd_shape={}) const
neml2::Tensor	static_expand (TensorShapeRef intmd_shape, TensorShapeRef base_shape) const
SR2	dynamic_expand_as (const neml2::Tensor &other) const
SR2	intmd_expand_as (const neml2::Tensor &other) const
neml2::Tensor	base_expand_as (const neml2::Tensor &other) const
SR2	batch_expand_as (const neml2::Tensor &other) const
neml2::Tensor	static_expand_as (const neml2::Tensor &other) const
SR2	dynamic_reshape (const TraceableTensorShape &shape) const
SR2	intmd_reshape (TensorShapeRef shape) const
neml2::Tensor	base_reshape (TensorShapeRef shape) const
SR2	batch_reshape (const TraceableTensorShape &dynamic_shape, TensorShapeRef intmd_shape={}) const
neml2::Tensor	static_reshape (TensorShapeRef intmd_shape, TensorShapeRef base_shape) const
SR2	dynamic_squeeze (Size d) const
SR2	intmd_squeeze (Size d) const
neml2::Tensor	base_squeeze (Size d) const
SR2	batch_squeeze (Size d) const
SR2	dynamic_unsqueeze (Size d, Size n=1) const
SR2	intmd_unsqueeze (Size d, Size n=1) const
neml2::Tensor	base_unsqueeze (Size d, Size n=1) const
SR2	batch_unsqueeze (Size d, Size n=1) const
SR2	dynamic_transpose (Size d1, Size d2) const
SR2	intmd_transpose (Size d1, Size d2) const
neml2::Tensor	base_transpose (Size d1, Size d2) const
SR2	batch_transpose (Size d1, Size d2) const
SR2	dynamic_movedim (Size old_dim, Size new_dim) const
SR2	intmd_movedim (Size old_dim, Size new_dim) const
neml2::Tensor	base_movedim (Size old_dim, Size new_dim) const
SR2	batch_movedim (Size old_dim, Size new_dim) const
SR2	dynamic_flatten (Size start_dim=0, Size end_dim=-1) const
SR2	intmd_flatten (Size start_dim=0, Size end_dim=-1) const
neml2::Tensor	base_flatten (Size start_dim=0, Size end_dim=-1) const
SR2	batch_flatten () const
	Flatten batch dimensions.
neml2::Tensor	static_flatten () const
	Flatten static dimensions.

Static Public Member Functions
static SR2	fill (const CScalar &a, const TensorOptions &options=default_tensor_options())
	Fill the diagonals with a11 = a22 = a33 = a.
static SR2	fill (const Scalar &a)
static SR2	fill (const CScalar &a11, const CScalar &a22, const CScalar &a33, const TensorOptions &options=default_tensor_options())
	Fill the diagonals with a11, a22, a33.
static SR2	fill (const Scalar &a11, const Scalar &a22, const Scalar &a33)
static SR2	fill (const CScalar &a11, const CScalar &a22, const CScalar &a33, const CScalar &a23, const CScalar &a13, const CScalar &a12, const TensorOptions &options=default_tensor_options())
	Fill all entries.
static SR2	fill (const Scalar &a11, const Scalar &a22, const Scalar &a33, const Scalar &a23, const Scalar &a13, const Scalar &a12)
static SR2	identity (const TensorOptions &options=default_tensor_options())
	Identity.
Static Public Member Functions inherited from PrimitiveTensor< SR2, 6 >
static SR2	create (const TensorDataContainer &data, Size intmd_dim=0, const TensorOptions &options=default_tensor_options())
	Arbitrary tensor from a nested container with inferred batch dimension.
static SR2	einsum (c10::string_view equation, TensorList tensors)
	Einstein summation along base dimensions.
static SR2	empty (const TensorOptions &options=default_tensor_options())
static SR2	zeros (const TensorOptions &options=default_tensor_options())
static SR2	ones (const TensorOptions &options=default_tensor_options())
static SR2	full (const CScalar &init, const TensorOptions &options=default_tensor_options())
static SR2	rand (const TensorOptions &options=default_tensor_options())
static SR2	fill (Args &&... args)
Static Public Member Functions inherited from TensorBase< SR2 >
static SR2	empty_like (const SR2 &other)
static SR2	zeros_like (const SR2 &other)
	Zero tensor like another, i.e. same batch and base shapes, same tensor options, etc.
static SR2	ones_like (const SR2 &other)
	Unit tensor like another, i.e. same batch and base shapes, same tensor options, etc.
static SR2	full_like (const SR2 &other, const CScalar &init)
static SR2	rand_like (const SR2 &other)

Additional Inherited Members
Public Types inherited from PrimitiveTensor< SR2, 6 >
using	base_sizes_sequence
	Base shape sequence.
Static Public Attributes inherited from PrimitiveTensor< SR2, 6 >
static const TensorShape	const_base_sizes
	The base shape.
static constexpr Size	const_base_dim
	The base dim.
static constexpr Size	const_base_numel
	The base numel.
Protected Member Functions inherited from PrimitiveTensor< SR2, 6 >
void	validate_shapes_and_dims () const
	Validate shapes and dimensions.
Protected Member Functions inherited from TensorBase< SR2 >
void	validate_shapes_and_dims () const
	Validate shapes and dimensions.

Constructor & Destructor Documentation

◆ SR2()

SR2 ( const R2 & T )

Symmetrize an R2 then fill.

Member Function Documentation

◆ drotate() [1/2]

SFFR4 drotate ( const R2 & R ) const

◆ drotate() [2/2]

SFR3 drotate ( const Rot & r ) const

Derivative of the rotated tensor w.r.t. the Rodrigues vector.

◆ fill() [1/6]

SR2 fill	(	const CScalar &	a,
		const TensorOptions &	options = default_tensor_options() )

staticnodiscard

Fill the diagonals with a11 = a22 = a33 = a.

◆ fill() [2/6]

SR2 fill	(	const CScalar &	a11,
		const CScalar &	a22,
		const CScalar &	a33,
		const CScalar &	a23,
		const CScalar &	a13,
		const CScalar &	a12,
		const TensorOptions &	options = default_tensor_options() )

staticnodiscard

Fill all entries.

◆ fill() [3/6]

SR2 fill	(	const CScalar &	a11,
		const CScalar &	a22,
		const CScalar &	a33,
		const TensorOptions &	options = default_tensor_options() )

staticnodiscard

Fill the diagonals with a11, a22, a33.

◆ fill() [4/6]

SR2 fill ( const Scalar & a )

staticnodiscard

◆ fill() [5/6]

SR2 fill	(	const Scalar &	a11,
		const Scalar &	a22,
		const Scalar &	a33 )

staticnodiscard

◆ fill() [6/6]

SR2 fill	(	const Scalar &	a11,
		const Scalar &	a22,
		const Scalar &	a33,
		const Scalar &	a23,
		const Scalar &	a13,
		const Scalar &	a12 )

staticnodiscard

◆ identity()

SR2 identity ( const TensorOptions & options = default_tensor_options() )

staticnodiscard

Identity.

◆ operator()()

Scalar operator()	(	Size	i,
		Size	j ) const

◆ rotate() [1/2]

SR2 rotate ( const R2 & R ) const

◆ rotate() [2/2]

SR2 rotate ( const Rot & r ) const

Rotate.

◆ transpose()

SR2 transpose ( ) const

Transpose, no-op.

Detailed Description

Public Member Functions

Static Public Member Functions

Additional Inherited Members

Constructor & Destructor Documentation

◆ SR2()

Member Function Documentation

◆ drotate() [1/2]

◆ drotate() [2/2]

◆ fill() [1/6]

◆ fill() [2/6]

◆ fill() [3/6]

◆ fill() [4/6]

◆ fill() [5/6]

◆ fill() [6/6]

◆ identity()

◆ operator()()

◆ rotate() [1/2]

◆ rotate() [2/2]

◆ transpose()