SOFA API  d36dcf8a
Open source framework for multi-physics simuation
sofa::linearalgebra::RotationMatrix< TReal > Class Template Reference

#include <RotationMatrix.h>

3x3 block-diagonal matrix where each block is considered as a rotation. More...

Inheritance diagram for sofa::linearalgebra::RotationMatrix< TReal >:

Detailed Description

template<class TReal>
class sofa::linearalgebra::RotationMatrix< TReal >

3x3 block-diagonal matrix where each block is considered as a rotation.

Template Parameters
TRealType of scalar

One of the feature of this class is to rotate another matrix: if M is a matrix and R is a rotation matrix, it can compute M * R.

Protected Attributes

type::vector< Realdata
 

Public Member Functions

sofa::SignedIndex rowSize (void) const override
 Number of rows. More...
 
sofa::SignedIndex colSize (void) const override
 Number of columns. More...
 
SReal element (Index i, sofa::SignedIndex j) const override
 Read the value of the element at row i, column j (using 0-based indices) More...
 
void resize (sofa::SignedIndex nbRow, sofa::SignedIndex nbCol) override
 Resize the matrix and reset all values to 0. More...
 
void clear () override
 Reset all values to 0. More...
 
virtual void setIdentity ()
 
void set (sofa::SignedIndex i, sofa::SignedIndex j, double v) override
 Write the value of the element at row i, column j (using 0-based indices) More...
 
void add (sofa::SignedIndex i, sofa::SignedIndex j, double v) override
 Add v to the existing value of the element at row i, column j (using 0-based indices) More...
 
virtual type::vector< Real > & getVector ()
 
void opMulV (linearalgebra::BaseVector *result, const linearalgebra::BaseVector *v) const override
 Multiply the matrix by vector v and put the result in vector result. More...
 
void opMulTV (linearalgebra::BaseVector *result, const linearalgebra::BaseVector *v) const override
 Multiply the transposed matrix by vector v and put the result in vector result. More...
 
void opMulTM (linearalgebra::BaseMatrix *bresult, linearalgebra::BaseMatrix *bm) const override
 multiply the transpose current matrix by m matrix and strore the result in m More...
 
void rotateMatrix (linearalgebra::BaseMatrix *mat, const linearalgebra::BaseMatrix *Jmat)
 
const charName ()
 
const charName ()
 
SOFA_LINEARALGEBRA_API const charName ()
 
SOFA_LINEARALGEBRA_API const charName ()
 
virtual void add (Index row, Index col, double v)=0
 Add v to the existing value of the element at row i, column j (using 0-based indices) More...
 
virtual void add (Index row, Index col, const type::Mat3x3d &_M)
 Adding values from a 3x3d matrix. This function may be overload to obtain better performances. More...
 
virtual void add (Index row, Index col, const type::Mat3x3f &_M)
 Adding values from a 3x3f matrix. This function may be overload to obtain better performances. More...
 
virtual void add (Index row, Index col, const type::Mat2x2d &_M)
 Adding values from a 2x2d matrix. This function may be overload to obtain better performances. More...
 
virtual void add (Index row, Index col, const type::Mat2x2f &_M)
 Adding values from a 2x2f matrix. This function may be overload to obtain better performances. More...
 
virtual void add (Index row, Index col, const type::Mat6x6d &_M)
 Adding values from a 6x6d matrix. This function may be overload to obtain better performances. More...
 
virtual void add (Index row, Index col, const type::Mat6x6f &_M)
 Adding values from a 6x6f matrix. This function may be overload to obtain better performances. More...
 
- Public Member Functions inherited from sofa::linearalgebra::BaseMatrix
 BaseMatrix ()
 
virtual ~BaseMatrix ()
 
Index rows (void) const
 Number of rows (Eigen-compatible API) More...
 
Index cols (void) const
 Number of columns (Eigen-compatible API) More...
 
SReal operator() (Index i, Index j) const
 Read the value of the element at row i, column j (using 0-based indices). Eigen-compatible API. More...
 
virtual void add (Index row, Index col, const type::Mat3x3d &_M)
 Adding values from a 3x3d matrix. This function may be overload to obtain better performances. More...
 
virtual void add (Index row, Index col, const type::Mat3x3f &_M)
 Adding values from a 3x3f matrix. This function may be overload to obtain better performances. More...
 
virtual void add (Index row, Index col, const type::Mat2x2d &_M)
 Adding values from a 2x2d matrix. This function may be overload to obtain better performances. More...
 
virtual void add (Index row, Index col, const type::Mat2x2f &_M)
 Adding values from a 2x2f matrix. This function may be overload to obtain better performances. More...
 
virtual void add (Index row, Index col, const type::Mat6x6d &_M)
 Adding values from a 6x6d matrix. This function may be overload to obtain better performances. More...
 
virtual void add (Index row, Index col, const type::Mat6x6f &_M)
 Adding values from a 6x6f matrix. This function may be overload to obtain better performances. More...
 
virtual void clear (Index i, Index j)
 
virtual void clearRow (Index i)
 Reset all the values in row i to 0. More...
 
virtual void clearRows (Index imin, Index imax)
 Clears the value of rows imin to imax-1. More...
 
virtual void clearCol (Index j)
 Reset the all values in column j to 0. More...
 
virtual void clearCols (Index imin, Index imax)
 Clears all the values in columns imin to imax-1. More...
 
virtual void clearRowCol (Index i)
 Reset the value of both row and column i to 0. More...
 
virtual void clearRowsCols (Index imin, Index imax)
 Clears all the values in rows imin to imax-1 and columns imin to imax-1. More...
 
virtual void compress ()
 
virtual void opMulV (float *result, const float *v) const
 Multiply the matrix by float vector v and put the result in vector result. More...
 
virtual void opMulV (double *result, const double *v) const
 Multiply the matrix by double vector v and put the result in vector result. More...
 
virtual void opPMulV (linearalgebra::BaseVector *result, const linearalgebra::BaseVector *v) const
 Multiply the matrix by vector v and add the result in vector result. More...
 
virtual void opPMulV (float *result, const float *v) const
 Multiply the matrix by float vector v and add the result in vector result. More...
 
virtual void opPMulV (double *result, const double *v) const
 Multiply the matrix by double vector v and add the result in vector result. More...
 
virtual void opMulTV (float *result, const float *v) const
 Multiply the transposed matrix by float vector v and put the result in vector result. More...
 
virtual void opMulTV (double *result, const double *v) const
 Multiply the transposed matrix by double vector v and put the result in vector result. More...
 
virtual void opPMulTV (linearalgebra::BaseVector *result, const linearalgebra::BaseVector *v) const
 Multiply the transposed matrix by vector v and add the result in vector result. More...
 
virtual void opPMulTV (float *result, const float *v) const
 Multiply the transposed matrix by float vector v and add the result in vector result. More...
 
virtual void opPMulTV (double *result, const double *v) const
 Multiply the transposed matrix by double vector v and add the result in vector result. More...
 
virtual void opAddM (linearalgebra::BaseMatrix *m, double fact) const
 Subtract the matrix to the m matrix and strore the result in m. More...
 
virtual void opAddMT (linearalgebra::BaseMatrix *m, double fact) const
 Subtract the transposed matrix to the m matrix and strore the result in m. More...
 
virtual ElementType getElementType () const
 
virtual std::size_t getElementSize () const
 
virtual MatrixCategory getCategory () const
 
virtual Index getBlockRows () const
 
virtual Index getBlockCols () const
 
virtual Index bRowSize () const
 
virtual Index bColSize () const
 
virtual Index getBandWidth () const
 
bool isDiagonal () const
 
bool isBlockDiagonal () const
 
bool isBand () const
 
bool isSparse () const
 
virtual BlockConstAccessor blocGet (Index i, Index j) const
 Get read access to a block. More...
 
virtual BlockAccessor blocGetW (Index i, Index j)
 Get write access to a block. More...
 
virtual BlockAccessor blocCreate (Index i, Index j)
 Get write access to a block, possibly creating it. More...
 
template<class T >
const T * blocElements (Index i, Index j, T *buffer) const
 Shortcut for blocGet(i,j).elements(buffer) More...
 
template<class T >
void blocSet (Index i, Index j, const T *buffer)
 Shortcut for blocCreate(i,j).set(buffer) More...
 
template<class T >
void blocAdd (Index i, Index j, const T *buffer)
 Shortcut for blocCreate(i,j).add(buffer) More...
 
virtual ColBlockConstIterator bRowBegin (Index ib) const
 Get the iterator corresponding to the beginning of the given row of blocks. More...
 
virtual ColBlockConstIterator bRowEnd (Index ib) const
 Get the iterator corresponding to the end of the given row of blocks. More...
 
virtual std::pair< ColBlockConstIterator, ColBlockConstIteratorbRowRange (Index ib) const
 Get the iterators corresponding to the beginning and end of the given row of blocks. More...
 
virtual RowBlockConstIterator bRowsBegin () const
 Get the iterator corresponding to the beginning of the rows of blocks. More...
 
virtual RowBlockConstIterator bRowsEnd () const
 Get the iterator corresponding to the end of the rows of blocks. More...
 
virtual std::pair< RowBlockConstIterator, RowBlockConstIteratorbRowsRange () const
 Get the iterators corresponding to the beginning and end of the given row of blocks. More...
 

Static Public Member Functions

static const charName ()
 

Protected Member Functions

template<typename real2 >
void rotateSparseMatrix (linearalgebra::BaseMatrix *result, const SparseMatrix< real2 > *Jmat)
 
- Protected Member Functions inherited from sofa::linearalgebra::BaseMatrix
virtual void bAccessorDelete (const InternalBlockAccessor *) const
 
virtual void bAccessorCopy (InternalBlockAccessor *) const
 
virtual SReal bAccessorElement (const InternalBlockAccessor *b, Index i, Index j) const
 
virtual void bAccessorSet (InternalBlockAccessor *b, Index i, Index j, double v)
 
virtual void bAccessorAdd (InternalBlockAccessor *b, Index i, Index j, double v)
 
template<class T >
const T * bAccessorElementsDefaultImpl (const InternalBlockAccessor *b, T *buffer) const
 
virtual const floatbAccessorElements (const InternalBlockAccessor *b, float *buffer) const
 
virtual const double * bAccessorElements (const InternalBlockAccessor *b, double *buffer) const
 
virtual const int * bAccessorElements (const InternalBlockAccessor *b, int *buffer) const
 
template<class T >
void bAccessorSetDefaultImpl (InternalBlockAccessor *b, const T *buffer)
 
virtual void bAccessorSet (InternalBlockAccessor *b, const float *buffer)
 
virtual void bAccessorSet (InternalBlockAccessor *b, const double *buffer)
 
virtual void bAccessorSet (InternalBlockAccessor *b, const int *buffer)
 
template<class T >
void bAccessorAddDefaultImpl (InternalBlockAccessor *b, const T *buffer)
 
virtual void bAccessorAdd (InternalBlockAccessor *b, const float *buffer)
 
virtual void bAccessorAdd (InternalBlockAccessor *b, const double *buffer)
 
virtual void bAccessorAdd (InternalBlockAccessor *b, const int *buffer)
 
template<class T >
T * bAccessorPrepareAddDefaultImpl (InternalBlockAccessor *, T *buffer)
 
virtual floatbAccessorPrepareAdd (InternalBlockAccessor *b, float *buffer)
 
virtual double * bAccessorPrepareAdd (InternalBlockAccessor *b, double *buffer)
 
virtual int * bAccessorPrepareAdd (InternalBlockAccessor *b, int *buffer)
 
virtual void bAccessorFinishAdd (InternalBlockAccessor *b, const float *buffer)
 
virtual void bAccessorFinishAdd (InternalBlockAccessor *b, const double *buffer)
 
virtual void bAccessorFinishAdd (InternalBlockAccessor *b, const int *buffer)
 
BlockAccessor createBlockAccessor (Index row, Index col, void *internalPtr=nullptr)
 
BlockAccessor createBlockAccessor (Index row, Index col, Index internalData)
 
BlockConstAccessor createBlockConstAccessor (Index row, Index col, void *internalPtr=nullptr) const
 
BlockConstAccessor createBlockConstAccessor (Index row, Index col, Index internalData) const
 
void setMatrix (BlockAccessor *b)
 
void setMatrix (BlockConstAccessor *b) const
 
virtual void itCopyColBlock (InternalColBlockIterator *) const
 
virtual void itDeleteColBlock (const InternalColBlockIterator *) const
 
virtual void itAccessColBlock (InternalColBlockIterator *it, BlockConstAccessor *b) const
 
virtual void itIncColBlock (InternalColBlockIterator *it) const
 
virtual void itDecColBlock (InternalColBlockIterator *it) const
 
virtual bool itEqColBlock (const InternalColBlockIterator *it, const InternalColBlockIterator *it2) const
 
virtual bool itLessColBlock (const InternalColBlockIterator *it, const InternalColBlockIterator *it2) const
 
ColBlockConstIterator createColBlockConstIterator (Index row, void *internalPtr) const
 
ColBlockConstIterator createColBlockConstIterator (Index row, Index internalData) const
 
virtual void itCopyRowBlock (InternalRowBlockIterator *) const
 
virtual void itDeleteRowBlock (const InternalRowBlockIterator *) const
 
virtual Index itAccessRowBlock (InternalRowBlockIterator *it) const
 
virtual ColBlockConstIterator itBeginRowBlock (InternalRowBlockIterator *it) const
 
virtual ColBlockConstIterator itEndRowBlock (InternalRowBlockIterator *it) const
 
virtual std::pair< ColBlockConstIterator, ColBlockConstIteratoritRangeRowBlock (InternalRowBlockIterator *it) const
 
virtual void itIncRowBlock (InternalRowBlockIterator *it) const
 
virtual void itDecRowBlock (InternalRowBlockIterator *it) const
 
virtual bool itEqRowBlock (const InternalRowBlockIterator *it, const InternalRowBlockIterator *it2) const
 
virtual bool itLessRowBlock (const InternalRowBlockIterator *it, const InternalRowBlockIterator *it2) const
 
RowBlockConstIterator createRowBlockConstIterator (void *internalPtr) const
 
RowBlockConstIterator createRowBlockConstIterator (Index internalData0, Index internalData1) const
 

Friends

std::ostream & operator (std::ostream &out, const RotationMatrix< Real > &v)
 

Additional Inherited Members

- Static Protected Member Functions inherited from sofa::linearalgebra::BaseMatrix
static InternalBlockAccessorgetInternal (BlockConstAccessor *b)
 
static const InternalBlockAccessorgetInternal (const BlockConstAccessor *b)
 
static InternalBlockAccessorgetInternal (BlockAccessor *b)
 
static const InternalBlockAccessorgetInternal (const BlockAccessor *b)
 
static InternalColBlockIteratorgetInternal (ColBlockConstIterator *b)
 
static const InternalColBlockIteratorgetInternal (const ColBlockConstIterator *b)
 
static InternalRowBlockIteratorgetInternal (RowBlockConstIterator *b)
 
static const InternalRowBlockIteratorgetInternal (const RowBlockConstIterator *b)
 

Attribute details

◆ data

template<class TReal >
type::vector<Real> sofa::linearalgebra::RotationMatrix< TReal >::data
protected

Function details

◆ add() [1/8]

template<class TReal >
void sofa::linearalgebra::BaseMatrix::add

Adding values from a 2x2d matrix. This function may be overload to obtain better performances.

Adding values from a 2x2d matrix this function may be overload to obtain better performances.

◆ add() [2/8]

template<class TReal >
void sofa::linearalgebra::BaseMatrix::add

Adding values from a 2x2f matrix. This function may be overload to obtain better performances.

Adding values from a 2x2f matrix this function may be overload to obtain better performances.

◆ add() [3/8]

template<class TReal >
void sofa::linearalgebra::BaseMatrix::add

Adding values from a 3x3d matrix. This function may be overload to obtain better performances.

Adding values from a 3x3d matrix this function may be overload to obtain better performances.

◆ add() [4/8]

template<class TReal >
void sofa::linearalgebra::BaseMatrix::add

Adding values from a 3x3f matrix. This function may be overload to obtain better performances.

Adding values from a 3x3f matrix this function may be overload to obtain better performances.

◆ add() [5/8]

template<class TReal >
void sofa::linearalgebra::BaseMatrix::add

Adding values from a 6x6d matrix. This function may be overload to obtain better performances.

◆ add() [6/8]

template<class TReal >
void sofa::linearalgebra::BaseMatrix::add

Adding values from a 6x6f matrix. This function may be overload to obtain better performances.

◆ add() [7/8]

template<class TReal >
virtual void sofa::linearalgebra::BaseMatrix::add

Add v to the existing value of the element at row i, column j (using 0-based indices)

◆ add() [8/8]

template<class Real >
void sofa::linearalgebra::RotationMatrix< Real >::add ( sofa::SignedIndex  i,
sofa::SignedIndex  j,
double  v 
)
overridevirtual

Add v to the existing value of the element at row i, column j (using 0-based indices)

Implements sofa::linearalgebra::BaseMatrix.

◆ clear()

template<class Real >
void sofa::linearalgebra::RotationMatrix< Real >::clear
overridevirtual

Reset all values to 0.

Implements sofa::linearalgebra::BaseMatrix.

◆ colSize()

template<class Real >
sofa::SignedIndex sofa::linearalgebra::RotationMatrix< Real >::colSize ( void  ) const
overridevirtual

Number of columns.

Implements sofa::linearalgebra::BaseMatrix.

◆ element()

template<class Real >
SReal sofa::linearalgebra::RotationMatrix< Real >::element ( Index  i,
sofa::SignedIndex  j 
) const
overridevirtual

Read the value of the element at row i, column j (using 0-based indices)

Implements sofa::linearalgebra::BaseMatrix.

◆ getVector()

template<class Real >
type::vector< Real > & sofa::linearalgebra::RotationMatrix< Real >::getVector
virtual

◆ Name() [1/5]

◆ Name() [2/5]

const char * sofa::linearalgebra::RotationMatrix< double >::Name ( )

◆ Name() [3/5]

template<class TReal >
template SOFA_LINEARALGEBRA_API const char * sofa::linearalgebra::RotationMatrix< TReal >::Name ( )
static

◆ Name() [4/5]

SOFA_LINEARALGEBRA_API const char * sofa::linearalgebra::RotationMatrix< float >::Name ( )

◆ Name() [5/5]

SOFA_LINEARALGEBRA_API const char * sofa::linearalgebra::RotationMatrix< double >::Name ( )

◆ opMulTM()

template<class Real >
void sofa::linearalgebra::RotationMatrix< Real >::opMulTM ( linearalgebra::BaseMatrix bresult,
linearalgebra::BaseMatrix bm 
) const
overridevirtual

multiply the transpose current matrix by m matrix and strore the result in m

Reimplemented from sofa::linearalgebra::BaseMatrix.

◆ opMulTV()

template<class Real >
void sofa::linearalgebra::RotationMatrix< Real >::opMulTV ( linearalgebra::BaseVector result,
const linearalgebra::BaseVector v 
) const
overridevirtual

Multiply the transposed matrix by vector v and put the result in vector result.

Reimplemented from sofa::linearalgebra::BaseMatrix.

◆ opMulV()

template<class Real >
void sofa::linearalgebra::RotationMatrix< Real >::opMulV ( linearalgebra::BaseVector result,
const linearalgebra::BaseVector v 
) const
overridevirtual

Multiply the matrix by vector v and put the result in vector result.

Reimplemented from sofa::linearalgebra::BaseMatrix.

◆ resize()

template<class Real >
void sofa::linearalgebra::RotationMatrix< Real >::resize ( sofa::SignedIndex  nbRow,
sofa::SignedIndex  nbCol 
)
overridevirtual

Resize the matrix and reset all values to 0.

Implements sofa::linearalgebra::BaseMatrix.

◆ rotateMatrix()

template<class Real >
void sofa::linearalgebra::RotationMatrix< Real >::rotateMatrix ( linearalgebra::BaseMatrix mat,
const linearalgebra::BaseMatrix Jmat 
)

◆ rotateSparseMatrix()

template<class Real >
template<typename real2 >
void sofa::linearalgebra::RotationMatrix< Real >::rotateSparseMatrix ( linearalgebra::BaseMatrix result,
const SparseMatrix< real2 > *  Jmat 
)
protected

◆ rowSize()

template<class Real >
sofa::SignedIndex sofa::linearalgebra::RotationMatrix< Real >::rowSize ( void  ) const
overridevirtual

Number of rows.

Implements sofa::linearalgebra::BaseMatrix.

◆ set()

template<class Real >
void sofa::linearalgebra::RotationMatrix< Real >::set ( sofa::SignedIndex  i,
sofa::SignedIndex  j,
double  v 
)
overridevirtual

Write the value of the element at row i, column j (using 0-based indices)

Implements sofa::linearalgebra::BaseMatrix.

◆ setIdentity()

template<class Real >
void sofa::linearalgebra::RotationMatrix< Real >::setIdentity
virtual

Related details

◆ operator

template<class TReal >
std::ostream& operator ( std::ostream &  out,
const RotationMatrix< Real > &  v 
)
friend