CSIBCMatrix33d Class Reference



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Class representing matricies with 3 rows, and 3 columns. More...

#include <SIBCMatrix33d.h>

Inheritance diagram for CSIBCMatrix33d:

CSIBCRotMatd List of all members.

Public Member Functions
  CSIBCMatrix33d (void)
  CSIBCMatrix33d (const CSIBCVector3Dd &in_vct0, const CSIBCVector3Dd &in_vct1, const CSIBCVector3Dd &in_vct2, const bool in_bAreRows=true)
  CSIBCMatrix33d (const double in_dA00, const double in_dA01, const double in_dA02, const double in_dA10, const double in_dA11, const double in_dA12, const double in_dA20, const double in_dA21, const double in_dA22)
  CSIBCMatrix33d (int in_nRow, int in_nCol, const CSIBCMatrix44d &in_mat)
double  Get (const int in_nRow, const int in_nCol) const
CSIBCMatrix33d &  Set (int in_nRow, int in_nCol, const double in_dVal)
CSIBCMatrix33d &  Set (const double in_dA00, const double in_dA01, const double in_dA02, const double in_dA10, const double in_dA11, const double in_dA12, const double in_dA20, const double in_dA21, const double in_dA22)
CSIBCMatrix33d &  Set (double in_dVal[3][3])
CSIBCMatrix33d &  Set (const CSIBCMatrix33d &in_mat)
CSIBCMatrix33d &  Set (int in_nRow, int in_nCol, const CSIBCMatrix44d &in_mat)
CSIBCMatrix33d &  SetRow (const int in_nRow, const CSIBCVector3Dd &in_vct)
CSIBCMatrix33d &  SetRow (const int in_nRow, double in_dA0, double in_dA1, double in_dA2)
CSIBCMatrix33d &  SetCol (const int in_nCol, const CSIBCVector3Dd &in_vct)
CSIBCMatrix33d &  SetCol (const int in_nCol, double in_dA0, double in_dA1, double in_dA2)
CSIBCMatrix33d &  SetNull ()
CSIBCMatrix33d &  SetIdentity ()
bool  operator== (const CSIBCMatrix33d &in_mat) const
bool  operator!= (const CSIBCMatrix33d &in_mat) const
bool  IsNull (const double in_dEpsilon=PICO_EPS) const
bool  IsSingular (const double in_dEpsilon=PICO_EPS) const
bool  IsSymmetric (const double in_dEpsilon=PICO_EPS) const
CSIBCMatrix33d &  Add (const CSIBCMatrix33d &in_mat1, const CSIBCMatrix33d &in_mat2)
CSIBCMatrix33d &  Add (const CSIBCMatrix33d &in_mat)
CSIBCMatrix33d &  Sub (const CSIBCMatrix33d &in_mat1, const CSIBCMatrix33d &in_mat2)
CSIBCMatrix33d &  Sub (const CSIBCMatrix33d &in_mat)
CSIBCMatrix33d &  Mul (const CSIBCMatrix33d &in_mat1, const CSIBCMatrix33d &in_mat2)
CSIBCMatrix33d &  Mul (const CSIBCMatrix33d &in_mat)
CSIBCMatrix33d &  MulTransByReg (const CSIBCMatrix33d &in_mat1, const CSIBCMatrix33d &in_mat2)
CSIBCMatrix33d &  MulRegByTrans (const CSIBCMatrix33d &in_mat1, const CSIBCMatrix33d &in_mat2)
CSIBCMatrix33d &  Negate (const CSIBCMatrix33d &in_mat)
CSIBCMatrix33d &  Negate ()
CSIBCMatrix33d &  Mul (const double in_dFactor, const CSIBCMatrix33d &in_mat)
CSIBCMatrix33d &  Mul (const CSIBCMatrix33d &in_mat, const double in_dFactor)
CSIBCMatrix33d &  Mul (const double in_dFactor)
CSIBCMatrix33d &  Div (const CSIBCMatrix33d &in_mat, const double in_dFactor)
CSIBCMatrix33d &  Div (const double in_dFactor)
double  GetDet (void) const
double  GetTrace (void) const
CSIBCMatrix33d &  Transpose (const CSIBCMatrix33d &in_mat)
CSIBCMatrix33d &  Transpose (void)
bool  Invert (const CSIBCMatrix33d &in_mat)
bool  Invert (void)
bool  TransposeInverse (const CSIBCMatrix33d &in_mat)
bool  TransposeInverse (void)
CSIBCMatrix33d &  Adjoint (const CSIBCMatrix33d &in_mat)
CSIBCMatrix33d &  Adjoint (void)
bool  GetEigenVectors (CSIBCMatrix33d &out_matEigenVectors, CSIBCVector3Dd &out_vctEigenValues, const double in_dEps=PICO_EPS) const
CSIBCMatrix33d &  Symmetry (CSIBCMatrix33d &in_mat) const
CSIBCMatrix33d &  Symmetry (void) const
void  SetOuterProduct (const CSIBCVector3Dd &in_vct1, const CSIBCVector3Dd &in_vct2)

Friends
bool  AreAlmostEqual (const CSIBCMatrix33d &in_mat1, const CSIBCMatrix33d &in_mat2, const double in_dEpsilon=PICO_EPS)

Detailed Description

Class representing matricies with 3 rows, and 3 columns.

CSIBCMatrix33d objects represent matricies, and define a set of operations which are useful in the context of a matrix. Unlike CSIBCMatrix4x4, there is no method of accessing the matrix data directly, thus it does not matter whether the values are stored in column major, or row major order.

This class uses double precision floating point numbers to store element values. There exists three other matrix classes, CSIBCMatrix44d, CSIBCMatrix4x4 and CSIBCMatrixMNd. They are used to represent 4x4 matricies with double precision floating-point numbers, 4x4 matricies with single precision floating-point numbers, and MxN matricies with double precision floating-point numbers, respectively.

Constructor & Destructor Documentation

CSIBCMatrix33d ( void   ) 

Default Constructor. Sets all elements in the matrix to zero.

See also:
CSIBCMatrix33d::SetNull

CSIBCMatrix33d ( const CSIBCVector3Dd &  in_vct0,
const CSIBCVector3Dd &  in_vct1,
const CSIBCVector3Dd &  in_vct2,
const bool  in_bAreRows = true  
)

Constructor. Sets the rows of the new matrix to be in_vct0, in_vct1, and in_vct2. If in_bAreRows is false, then the input vectors are used as the columns of the new matrix.

Parameters:
in_vct0  The vector to use for the first row (or column) of the matrix.
in_vct1  The vector to use for the second row (or column) of the matrix.
in_vct2  The vector to use for the third row (or column) of the matrix.
in_bAreRows  Whether the vectors given represent rows or columns of the matrix (true == Rows, false == Columns). Defaults to true (rows).

CSIBCMatrix33d ( const double  in_dA00,
const double  in_dA01,
const double  in_dA02,
const double  in_dA10,
const double  in_dA11,
const double  in_dA12,
const double  in_dA20,
const double  in_dA21,
const double  in_dA22  
)

Constructor. Specifies the value of each element in the new matrix.

Parameters:
in_dA00  The value for the element in row 1, column 1.
in_dA01  The value for the element in row 1, column 2
in_dA02  The value for the element in row 1, column 3
in_dA10  The value for the element in row 2, column 1.
in_dA11  The value for the element in row 2, column 2
in_dA12  The value for the element in row 2, column 3
in_dA20  The value for the element in row 3, column 1.
in_dA21  The value for the element in row 3, column 2
in_dA22  The value for the element in row 3, column 3

CSIBCMatrix33d ( int  in_nRow,
int  in_nCol,
const CSIBCMatrix44d &  in_mat  
)

Constructor. Creates a 3x3 matrix from a 4x4 matrix, in_mat, by removing the column and row from in_mat specified by in_nRow, and in_nCol.

Parameters:
in_nRow  The row to remove from in_mat (zero indexed).
in_nCol  The column to remove from in_mat (zero indexed).
in_mat  The 4x4 matrix to remove a row and a column from to produce the new matrix.
See also:
CSIBCMatrix33d::Set(int, int, const CSIBCMatrix44d&)

Member Function Documentation

double Get ( const int  in_nRow,
const int  in_nCol  
) const

Returns an element of the marix.

Parameters:
in_nRow  Row index of the element to retrieve (zero indexed).
in_nCol  Column index of the element to retrieve (zero indexed).
Returns:
double The value of the element at the given matrix position.
See also:
CSIBCMatrix33d::Set(int, int, const double)

Reimplemented in CSIBCRotMatd.

CSIBCMatrix33d& Set ( int  in_nRow,
int  in_nCol,
const double  in_dVal  
)

Sets an element of the matrix.

Parameters:
in_nRow  Row index of the element to set (zero indexed).
in_nCol  Column index of the element to set (zero indexed).
in_dVal  Value for the element.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Set

CSIBCMatrix33d::SetRow

CSIBCMatrix33d::SetCol

CSIBCMatrix33d::Get

Reimplemented in CSIBCRotMatd.

CSIBCMatrix33d& Set ( const double  in_dA00,
const double  in_dA01,
const double  in_dA02,
const double  in_dA10,
const double  in_dA11,
const double  in_dA12,
const double  in_dA20,
const double  in_dA21,
const double  in_dA22  
)

Sets all elements of the matrix.

Parameters:
in_dA00  The value for the element in row 1, column 1.
in_dA01  The value for the element in row 1, column 2.
in_dA02  The value for the element in row 1, column 3.
in_dA10  The value for the element in row 2, column 1.
in_dA11  The value for the element in row 2, column 2.
in_dA12  The value for the element in row 2, column 3.
in_dA20  The value for the element in row 3, column 1.
in_dA21  The value for the element in row 3, column 2.
in_dA22  The value for the element in row 3, column 3.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Set

CSIBCMatrix33d::SetRow

CSIBCMatrix33d::SetCol

CSIBCMatrix33d::Get

CSIBCMatrix33d& Set ( double  in_dVal[3][3]  ) 

Sets all elements of the matrix.

Parameters:
in_dVal  3x3 array of double values, containing the new values for all the matrix elements.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Set

CSIBCMatrix33d::SetRow

CSIBCMatrix33d::SetCol

CSIBCMatrix33d::Get

Reimplemented in CSIBCRotMatd.

CSIBCMatrix33d& Set ( const CSIBCMatrix33d &  in_mat  ) 

Sets all elements of the matrix to those contained in in_mat.

Parameters:
in_mat  Matrix to copy all element values from.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Set

CSIBCMatrix33d::SetRow

CSIBCMatrix33d::SetCol

CSIBCMatrix33d::Get

Reimplemented in CSIBCRotMatd.

CSIBCMatrix33d& Set ( int  in_nRow,
int  in_nCol,
const CSIBCMatrix44d &  in_mat  
)

Sets all elements of this matrix to be a submatrix of in_mat.

Parameters:
in_nRow  Row index of the row to remove from in_mat (zero indexed).
in_nCol  Column index of the column to remove from in_mat (zero indexed).
in_mat  The matrix to use element values from (with column in_nCol and row in_nRow removed).
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Set

CSIBCMatrix33d::SetRow

CSIBCMatrix33d::SetCol

CSIBCMatrix33d::Get

CSIBCMatrix33d& SetRow ( const int  in_nRow,
const CSIBCVector3Dd &  in_vct  
)

Sets all elements in a row of the matrix.

Parameters:
in_nRow  Row index of the row to set (zero indexed).
in_vct  Vector containing the values to replace the specified row elements with.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Set

CSIBCMatrix33d::SetRow

CSIBCMatrix33d::SetCol

CSIBCMatrix33d::Get

Reimplemented in CSIBCRotMatd.

CSIBCMatrix33d& SetRow ( const int  in_nRow,
double  in_dA0,
double  in_dA1,
double  in_dA2  
)

Sets all elements in a row of the matrix.

Parameters:
in_nRow  Row index of the row to set (zero indexed).
in_dA0  Value for the element in the first column of the row.
in_dA1  Value for the element in the second column of the row.
in_dA2  Value for the element in the third column of the row.
See also:
CSIBCMatrix33d::Set

CSIBCMatrix33d::SetRow

CSIBCMatrix33d::SetCol

CSIBCMatrix33d::Get

Reimplemented in CSIBCRotMatd.

CSIBCMatrix33d& SetCol ( const int  in_nCol,
const CSIBCVector3Dd &  in_vct  
)

Sets all elements in a column of the matrix.

Parameters:
in_nCol  Column index of the column to set (zero indexed).
in_vct  Vector containing the values to replace the specified column elements with.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Set

CSIBCMatrix33d::SetRow

CSIBCMatrix33d::SetCol

CSIBCMatrix33d::Get

Reimplemented in CSIBCRotMatd.

CSIBCMatrix33d& SetCol ( const int  in_nCol,
double  in_dA0,
double  in_dA1,
double  in_dA2  
)

Sets all elements in a column of the matrix.

Parameters:
in_nCol  Column index of the column to set (zero indexed).
in_dA0  Value for the element in the first row of the column.
in_dA1  Value for the element in the second row of the column.
in_dA2  Value for the element in the third row of the column.
See also:
CSIBCMatrix33d::Set

CSIBCMatrix33d::SetRow

CSIBCMatrix33d::SetCol

CSIBCMatrix33d::Get

Reimplemented in CSIBCRotMatd.

CSIBCMatrix33d& SetNull (  ) 

Sets all elements in the matrix to zero.

Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::SetIdentity

CSIBCMatrix33d::Set

Reimplemented in CSIBCRotMatd.

CSIBCMatrix33d& SetIdentity (  ) 

Sets this matrix to be the identity matrix.

Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::SetNull

CSIBCMatrix33d::Set

Reimplemented in CSIBCRotMatd.

bool operator== ( const CSIBCMatrix33d &  in_mat  )  const

Determines whether all corresponding elements of this matrix and in_mat are exactly equal.

Parameters:
in_mat  The matrix to compare equality with.
Returns:
bool true if the matricies are exactly equal, false otherwise.
See also:
CSIBCMatrix33d::AreAlmostEqual

CSIBCMatrix33d::operator!=

Reimplemented in CSIBCRotMatd.

bool operator!= ( const CSIBCMatrix33d &  in_mat  )  const

Determines whether any corresponding elements of this matrix and in_mat are different.

Parameters:
in_mat  The matrix to compare inequality with.
Returns:
bool true if the matricies differ in any element, false otherwise.
See also:
CSIBCMatrix33d::AreAlmostEqual

CSIBCMatrix33d::operator==

Reimplemented in CSIBCRotMatd.

bool IsNull ( const double  in_dEpsilon = PICO_EPS  )  const

Determines whether all elements of this matrix are zero. Since this function uses floating-point comparison, a threshhold value of in_dEpsilon is used for equality comparison.

Parameters:
in_dEpsilon  Floating-point comparison error range. Defaults to PICO_EPS
Returns:
bool true if the matrix elements are all zero, false otherwise.
See also:
CSIBCMatrix33d::SetNull

CSIBCMatrix33d::AreAlmostEqual

CSIBCMatrix33d::operator==

bool IsSingular ( const double  in_dEpsilon = PICO_EPS  )  const

Determines whether the matrix is singular. A singular matrix is a square matrix that has no inverse. A matrix is singular iff it has a determinant of zero. Since this function uses floating-point comparison (for the determinant value), a threshhold value of in_dEpsilon is used for equality comparison.

Parameters:
in_dEpsilon  Floating-point comparison error range. Defaults to PICO_EPS
Returns:
bool true if the matrix is singular, false otherwise.
See also:
CSIBCMatrix33d::IsSymmetric

CSIBCMatrix33d::GetDet

bool IsSymmetric ( const double  in_dEpsilon = PICO_EPS  )  const

Determines whether the matrix is symmetric. A symmetric matrix is one that is equal to its transpose. Since this function uses floating-point comparison, a threshhold value of in_dEpsilon is used for equality comparison.

Parameters:
in_dEpsilon  Floating-point comparison error range. Defaults to PICO_EPS
Returns:
bool true if the matrix is symmetric, false otherwise.
See also:
CSIBCMatrix33d::Symmetry

CSIBCMatrix33d::Transpose

CSIBCMatrix33d& Add ( const CSIBCMatrix33d &  in_mat1,
const CSIBCMatrix33d &  in_mat2  
)

Computes the matrix addition of two matricies, and stores the result in this matrix.

Parameters:
in_mat1  The first matrix to add.
in_mat2  The second matrix to add.
Returns:
CSIBCMatrix33& Reference to this matrix.
See also:
CSIBCMatrix33d::Add

CSIBCMatrix33d::Sub

CSIBCMatrix33d& Add ( const CSIBCMatrix33d &  in_mat  ) 

Computes the matrix addition of this matrix and in_mat, and stores the result in this matrix.

Parameters:
in_mat  The matrix to add to this matrix.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Add

CSIBCMatrix33d::Sub

CSIBCMatrix33d& Sub ( const CSIBCMatrix33d &  in_mat1,
const CSIBCMatrix33d &  in_mat2  
)

Computes the difference of two matricies (in_mat1 - in_mat2) and stores the result in this matrix.

Parameters:
in_mat1  The matrix to subtract from.
in_mat2  The matrix to subtract.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Sub

CSIBCMatrix33d::Add

CSIBCMatrix33d& Sub ( const CSIBCMatrix33d &  in_mat  ) 

Computes the difference of this matrix and in_mat2 (this - in_mat) and stores the result in this matrix.

Parameters:
in_mat  The matrix to subtract.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Sub

CSIBCMatrix33d::Add

CSIBCMatrix33d& Mul ( const CSIBCMatrix33d &  in_mat1,
const CSIBCMatrix33d &  in_mat2  
)

Computes the matrix multiplication of two matricies (in_mat1 * in_mat2) and stores the result in this matrix.

Parameters:
in_mat1  The first matrix in the multiplication (on the left).
in_mat2  The second matrix in the multiplication (on the right).
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Mul

CSIBCMatrix33d::MulTransByReg

CSIBCMatrix33d::MulRegByTrans

CSIBCMatrix33d::Div

CSIBCMatrix33d& Mul ( const CSIBCMatrix33d &  in_mat  ) 

Computes the matrix multiplication of this matrix and in_mat (this * in_mat) and stores the result in this matrix.

Parameters:
in_mat  The matrix to right-multiply this matrix by.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Mul

CSIBCMatrix33d::MulTransByReg

CSIBCMatrix33d::MulRegByTrans

CSIBCMatrix33d::Div

CSIBCMatrix33d& MulTransByReg ( const CSIBCMatrix33d &  in_mat1,
const CSIBCMatrix33d &  in_mat2  
)

Computes the matrix multiplication of the transpose of in_mat1 and in_mat2 (in_mat1^T * in_mat2) and stores the result in this matrix.

Parameters:
in_mat1  The first matrix in the multiplication (on the left), to be transposed before multiplication.
in_mat2  The second matrix in the multiplication (on the right).
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Mul

CSIBCMatrix33d::MulRegByTrans

CSIBCMatrix33d::Div

CSIBCMatrix33d& MulRegByTrans ( const CSIBCMatrix33d &  in_mat1,
const CSIBCMatrix33d &  in_mat2  
)

Computes the matrix multiplication of in_mat1 and the transpose of in_mat2 (in_mat1 * in_mat2^T) and stores the result in this matrix.

Parameters:
in_mat1  The first matrix in the multiplication (on the left).
in_mat2  The second matrix in the multiplication (on the right), to be transposed before multiplication.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Mul

CSIBCMatrix33d::MulTransByReg

CSIBCMatrix33d::Div

CSIBCMatrix33d& Negate ( const CSIBCMatrix33d &  in_mat  ) 

Sets this matrix to the negative of in_mat. The 'negative' of a matrix is produced by multiplying each element of the matrix by -1.

Parameters:
in_mat  Matrix containing the data to set this matrix to the negative of.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Negate()

CSIBCMatrix33d& Negate (  ) 

Sets this matrix to its negative. The 'negative' of a matrix is produced by multiplying each element of the matrix by -1.

Returns:
CSIBCMatrix33d& Reference to this matrix
See also:
CSIBCMatrix33d::Negate( const CSIBCMatrix33d& )

Reimplemented in CSIBCRotMatd.

CSIBCMatrix33d& Mul ( const double  in_dFactor,
const CSIBCMatrix33d &  in_mat  
)

Scales each element of in_mat by in_dFactor, and assigns the result to the corresponding element in this matrix.

Parameters:
in_dFactor  Scaling factor for elements of in_mat
in_mat  The input matrix, to scale and assign to this matrix.
Returns:
CSIBCMatrix33d& Reference to this matrix
See also:
CSIBCMatrix33d::Mul

CSIBCMatrix33d::Div

CSIBCMatrix33d& Mul ( const CSIBCMatrix33d &  in_mat,
const double  in_dFactor  
)

Scales each element of in_mat by in_dFactor, and assigns the result to the corresponding element in this matrix.

Parameters:
in_mat  The input matrix, to scale and assign to this matrix.
in_dFactor  Scaling factor for elements of in_mat
Returns:
CSIBCMatrix33d& Reference to this matrix
See also:
CSIBCMatrix33d::Mul

CSIBCMatrix33d::Div

CSIBCMatrix33d& Mul ( const double  in_dFactor  ) 

Scales each component of this matrix by in_dFactor

Parameters:
in_dFactor  Scaling factor for elements in this matrix
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Mul

CSIBCMatrix33d::Div

CSIBCMatrix33d& Div ( const CSIBCMatrix33d &  in_mat,
const double  in_dFactor  
)

Divides each component of in_mat by in_dFactor and assigns the result to the corresponding element in this matrix.

Parameters:
in_mat  The input matrix, to divide and assign to this matrix.
in_dFactor  Dividing factor for elements of in_mat
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Div

CSIBCMatrix33d::Mul

CSIBCMatrix33d& Div ( const double  in_dFactor  ) 

Divides each component of this matrix by in_dFactor.

Parameters:
in_dFactor  Dividing factor for elements of this matrix.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Div

CSIBCMatrix33d::Mul

double GetDet ( void   )  const

Computes the determinant of this matrix.

Returns:
double The determinant of this matrix.
See also:
CSIBCMatrix33d::GetTrace

CSIBCMatrix33d::IsSingular

Reimplemented in CSIBCRotMatd.

double GetTrace ( void   )  const

Computes the trace of this matrix. A trace is the sum of all the diagonal elements of a matrix.

Returns:
double The trace of this matrix.
See also:
CSIBCMatrix33d::GetDet

Reimplemented in CSIBCRotMatd.

CSIBCMatrix33d& Transpose ( const CSIBCMatrix33d &  in_mat  ) 

Sets this matrix to be the transpose of in_mat.

Parameters:
in_mat  Matrix containing the transpose of the desired matrix.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Transpose()

CSIBCMatrix33d::TransposeInverse

CSIBCMatrix33d::IsSymmetric

CSIBCMatrix33d& Transpose ( void   ) 

Sets this matrix to its transpose.

Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Transpose( const CSIBCMatrix33d& )

CSIBCMatrix33d::TransposeInverse

Reimplemented in CSIBCRotMatd.

bool Invert ( const CSIBCMatrix33d &  in_mat  ) 

Sets this matrix to be the inverse of in_mat.

Parameters:
in_mat  Matrix containing the inverse of the desired matrix.
Returns:
bool true if in_mat could be inverted and the assignment was successful, false otherwise.
See also:
CSIBCMatrix33d::Invert()

CSIBCMatrix33d::TransposeInverse

bool Invert ( void   ) 

Sets this matrix to its inverse.

Returns:
bool true if this matrix could be inverted and the assignment was successful, false otherwise.
See also:
CSIBCMatrix33d::Invert( const CSIBCMatrix33d& )

CSIBCMatrix33d::TransposeInverse

Reimplemented in CSIBCRotMatd.

bool TransposeInverse ( const CSIBCMatrix33d &  in_mat  ) 

Sets this matrix to the transpose of the inverse of in_mat.

Parameters:
in_mat  Matrix containing the transpose of the inverse of the desired matrix.
Returns:
bool true if the matrix could be inverted (and transposed) and assignment was successful, false otherwise.
See also:
CSIBCMatrix33d::TransposeInverse()

CSIBCMatrix33d::Transpose

CSIBCMatrix33d::Invert

bool TransposeInverse ( void   ) 

Sets this matrix to the transpose of the inverse of itself.

Returns:
bool true if the matrix could be inverted (and transposed) and assignment was successful, false otherwise.
See also:
CSIBCMatrix33d::TransposeInverse( const CSIBCMatrix33d& )

CSIBCMatrix33d::Transpose

CSIBCMatrix33d::Inverse

CSIBCMatrix33d& Adjoint ( const CSIBCMatrix33d &  in_mat  ) 

Sets this matrix to the adjoint of in_mat.

Parameters:
in_mat  Matrix containing the adjoint of the desired matrix.
Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Adjoint()

CSIBCMatrix33d& Adjoint ( void   ) 

Sets this matrix to its adjoint.

Returns:
CSIBCMatrix33d& Reference to this matrix.
See also:
CSIBCMatrix33d::Adjoint( const CSIBCMatrix33d& )

bool GetEigenVectors ( CSIBCMatrix33d &  out_matEigenVectors,
CSIBCVector3Dd &  out_vctEigenValues,
const double  in_dEps = PICO_EPS  
) const

Computes the eigenvectors and eigenvalues of this matrix. Since this method uses floating-point comparison, a threshhold value of in_dEps is used for equality comparison.

Parameters:
out_matEigenVector  Matrix whose rows represent the eigenvectors of this matrix.
out_vctEigenValues  Vector whose components represent the eigenvalues of the corresponding eigenvectors in out_matEigenVector.
in_dEps  Floating-point comparison error range. Defaults to PICO_EPS

CSIBCMatrix33d& Symmetry ( CSIBCMatrix33d &  in_mat  )  const

Not implemented yet

CSIBCMatrix33d& Symmetry ( void   )  const

Not implemented yet

void SetOuterProduct ( const CSIBCVector3Dd &  in_vct1,
const CSIBCVector3Dd &  in_vct2  
)

Not implemented yet

Friends And Related Function Documentation

bool AreAlmostEqual ( const CSIBCMatrix33d &  in_mat1,
const CSIBCMatrix33d &  in_mat2,
const double  in_dEpsilon = PICO_EPS  
) [friend]

Determines whether all corresponding elements of the matricies in_mat1 and in_mat2 are equal. Since this method uses floating-point comparison, a threshhold value of in_dEpsilon is used for equality comparison.

Parameters:
in_mat1  First matrix for equality comparison.
in_mat2  Second matrix for equality comparison.
in_dEpsilon  Floating-point comparison error range. Defaults to PICO_EPS.
Returns:
bool true if the matricies are equal, false otherwise.
See also:
CSIBCMatrix33d::operator==

CSIBCMatrix33d::operator!=

The documentation for this class was generated from the following file:

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