libmoldeo (Moldeo 1.0 Core)  1.0
libmoldeo es el conjunto de objetos y funciones, que permiten ejecutar las operaciones básicas de la plataforma Moldeo, y que compone su núcleo.
moMatrix2< Real > Lista de los miembros

Lista completa de los miembros de moMatrix2< Real >, incluyendo todos los heredados:

Adjoint() constmoMatrix2< Real >inline
CompareArrays(const moMatrix2 &rkM) constmoMatrix2< Real >inlineprivate
Determinant() constmoMatrix2< Real >inline
EigenDecomposition(moMatrix2 &rkRot, moMatrix2 &rkDiag) constmoMatrix2< Real >inline
Finish()moAbstractvirtual
FromAngle(Real fAngle)moMatrix2< Real >inline
GetColumn(int iCol) constmoMatrix2< Real >inline
GetColumnMajor(Real *afCMajor) constmoMatrix2< Real >inline
GetRow(int iRow) constmoMatrix2< Real >inline
IDENTITYmoMatrix2< Real >static
IDENTITY(1.0, 0.0, 0.0, 1.0)moMatrix2< Real >
Init()moAbstractvirtual
Initialized()moAbstract
Inverse() constmoMatrix2< Real >inline
m_afEntrymoMatrix2< Real >private
m_bInitializedmoAbstract
MakeDiagonal(Real fM00, Real fM11)moMatrix2< Real >inline
MakeIdentity()moMatrix2< Real >inline
MakeTensorProduct(const moVector2< Real > &rkU, const moVector2< Real > &rkV)moMatrix2< Real >inline
MakeZero()moMatrix2< Real >inline
moAbstract()moAbstract
MODebugmoAbstractstatic
MODebug2moAbstractstatic
moMatrix2(bool bZero=true)moMatrix2< Real >inline
moMatrix2(const moMatrix2 &rkM)moMatrix2< Real >inline
moMatrix2(Real fM00, Real fM01, Real fM10, Real fM11)moMatrix2< Real >inline
moMatrix2(const Real afEntry[4], bool bRowMajor)moMatrix2< Real >inline
moMatrix2(const moVector2< Real > &rkU, const moVector2< Real > &rkV, bool bColumns)moMatrix2< Real >inline
moMatrix2(const moVector2< Real > *akV, bool bColumns)moMatrix2< Real >inline
moMatrix2(Real fM00, Real fM11)moMatrix2< Real >inline
moMatrix2(Real fAngle)moMatrix2< Real >inline
moMatrix2(const moVector2< Real > &rkU, const moVector2< Real > &rkV)moMatrix2< Real >inline
operator!=(const moMatrix2 &rkM) constmoMatrix2< Real >inline
operator*(const moMatrix2 &rkM) constmoMatrix2< Real >inline
operator*(Real fScalar) constmoMatrix2< Real >inline
operator*(const moVector2< Real > &rkV) constmoMatrix2< Real >inline
operator*=(Real fScalar)moMatrix2< Real >inline
operator+(const moMatrix2 &rkM) constmoMatrix2< Real >inline
operator+=(const moMatrix2 &rkM)moMatrix2< Real >inline
operator-(const moMatrix2 &rkM) constmoMatrix2< Real >inline
operator-() constmoMatrix2< Real >inline
operator-=(const moMatrix2 &rkM)moMatrix2< Real >inline
operator/(Real fScalar) constmoMatrix2< Real >inline
operator/=(Real fScalar)moMatrix2< Real >inline
operator<(const moMatrix2 &rkM) constmoMatrix2< Real >inline
operator<=(const moMatrix2 &rkM) constmoMatrix2< Real >inline
operator=(const moMatrix2 &rkM)moMatrix2< Real >inline
operator==(const moMatrix2 &rkM) constmoMatrix2< Real >inline
operator>(const moMatrix2 &rkM) constmoMatrix2< Real >inline
operator>=(const moMatrix2 &rkM) constmoMatrix2< Real >inline
Orthonormalize()moMatrix2< Real >inline
QForm(const moVector2< Real > &rkU, const moVector2< Real > &rkV) constmoMatrix2< Real >inline
SetColumn(int iCol, const moVector2< Real > &rkV)moMatrix2< Real >inline
SetRow(int iRow, const moVector2< Real > &rkV)moMatrix2< Real >inline
TimesTranspose(const moMatrix2 &rkM) constmoMatrix2< Real >inline
ToAngle(Real &rfAngle) constmoMatrix2< Real >inline
Transpose() constmoMatrix2< Real >inline
TransposeTimes(const moMatrix2 &rkM) constmoMatrix2< Real >inline
ZEROmoMatrix2< Real >static
ZERO(0.0, 0.0, 0.0, 0.0)moMatrix2< Real >
~moAbstract()moAbstractvirtual