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Public Types | Public Member Functions | Public Attributes | List of all members
shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType > Class Template Reference

Helper class to evaluate a discrete vector-valued nodal function on a given mesh. More...

#include <discreteFunctionShellFE.h>

Public Types

typedef ConfiguratorType::RealType RealType
 
typedef ConfiguratorType::DomVecType DomVecType
 
typedef ConfiguratorType::TangentVecType TangentVecType
 
typedef ConfiguratorType::VectorType VectorType
 
typedef ConfiguratorType::Matrix22 Matrix22
 
typedef ConfiguratorType::Matrix32 Matrix32
 
typedef ConfiguratorType::Matrix33 Matrix33
 
typedef ConfiguratorType::ElementType ElementType
 
typedef DiscreteFunctionDefaultShellFE< ConfiguratorType, Eigen::Ref< const VectorType > > DiscFuncType
 

Public Member Functions

 DiscreteVectorFunctionDefaultShellFE (const ConfiguratorType &Configurator, const VectorType &Dofs, const int numComponents)
 
void evaluate (const ElementType &El, const DomVecType &RefCoord, TangentVecType &Value) const
 
void evaluateAtQuadPoint (const ElementType &El, int QuadPoint, TangentVecType &Value) const
 
void evaluateGradient (const ElementType &El, const DomVecType &RefCoord, Matrix32 &Dx) const
 
void evaluateGradientAtQuadPoint (const ElementType &El, int QuadPoint, Matrix32 &Dx) const
 
void evaluateFirstFundamentalForm (const ElementType &El, const DomVecType &RefCoord, Matrix22 &g) const
 
void evaluateFirstFundamentalFormAtQuadPoint (const ElementType &El, int QuadPoint, Matrix22 &g) const
 
void evaluateFirstFundamentalForm (const Matrix32 &Dx, Matrix22 &g) const
 
void evaluateNormalAtQuadPointOnShell (const ElementType &El, int QuadPoint, TangentVecType &normal) const
 
void evaluateNormal (const Matrix32 &Dx, TangentVecType &normal) const
 
const DiscFuncType & operator[] (int i) const
 
DiscFuncType & operator[] (int i)
 

Public Attributes

const int _numComponents
 
std::vector< Eigen::Ref< const VectorType > > _refs
 
std::vector< DiscFuncType > _discrFuncs
 

Detailed Description

template<typename ConfiguratorType>
class shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >

Helper class to evaluate a discrete vector-valued nodal function on a given mesh.

Definition at line 90 of file discreteFunctionShellFE.h.

Member Typedef Documentation

template<typename ConfiguratorType >
typedef DiscreteFunctionDefaultShellFE<ConfiguratorType, Eigen::Ref<const VectorType> > shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::DiscFuncType

Definition at line 101 of file discreteFunctionShellFE.h.

template<typename ConfiguratorType >
typedef ConfiguratorType::DomVecType shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::DomVecType

Definition at line 93 of file discreteFunctionShellFE.h.

template<typename ConfiguratorType >
typedef ConfiguratorType::ElementType shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::ElementType

Definition at line 100 of file discreteFunctionShellFE.h.

template<typename ConfiguratorType >
typedef ConfiguratorType::Matrix22 shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::Matrix22

Definition at line 96 of file discreteFunctionShellFE.h.

template<typename ConfiguratorType >
typedef ConfiguratorType::Matrix32 shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::Matrix32

Definition at line 97 of file discreteFunctionShellFE.h.

template<typename ConfiguratorType >
typedef ConfiguratorType::Matrix33 shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::Matrix33

Definition at line 98 of file discreteFunctionShellFE.h.

template<typename ConfiguratorType >
typedef ConfiguratorType::RealType shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::RealType

Definition at line 92 of file discreteFunctionShellFE.h.

template<typename ConfiguratorType >
typedef ConfiguratorType::TangentVecType shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::TangentVecType

Definition at line 94 of file discreteFunctionShellFE.h.

template<typename ConfiguratorType >
typedef ConfiguratorType::VectorType shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::VectorType

Definition at line 95 of file discreteFunctionShellFE.h.

Constructor & Destructor Documentation

template<typename ConfiguratorType >
shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::DiscreteVectorFunctionDefaultShellFE ( const ConfiguratorType &  Configurator,
const VectorType &  Dofs,
const int  numComponents 
)
inline

Definition at line 109 of file discreteFunctionShellFE.h.

109  :
110  _numComponents ( numComponents )
111  {
112  const int numGlobalDofs = Configurator.getNumGlobalDofs();
113  _refs.reserve( _numComponents );
114  _discrFuncs.reserve( _numComponents );
115 
116  _refs.push_back ( Dofs.segment( 0, numGlobalDofs) );
117  _refs.push_back ( Dofs.segment( numGlobalDofs, numGlobalDofs) );
118  _refs.push_back ( Dofs.segment( 2 * numGlobalDofs, numGlobalDofs) );
119 
120  _discrFuncs.push_back ( DiscFuncType ( Configurator, _refs[0] ) );
121  _discrFuncs.push_back ( DiscFuncType ( Configurator, _refs[1] ) );
122  _discrFuncs.push_back ( DiscFuncType ( Configurator, _refs[2] ) );
123  }
shellFE::UnitTriangMeshConfiguratorP1::getNumGlobalDofs
int getNumGlobalDofs() const
Returns the number of global degrees of freedom.
Definition: configuratorsShellFE.h:60
shellFE::DiscreteVectorFunctionDefaultShellFE::_refs
std::vector< Eigen::Ref< const VectorType > > _refs
Definition: discreteFunctionShellFE.h:104
shellFE::DiscreteVectorFunctionDefaultShellFE::DiscFuncType
DiscreteFunctionDefaultShellFE< ConfiguratorType, Eigen::Ref< const VectorType > > DiscFuncType
Definition: discreteFunctionShellFE.h:101

Member Function Documentation

template<typename ConfiguratorType >
void shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::evaluate ( const ElementType &  El,
const DomVecType &  RefCoord,
TangentVecType &  Value 
) const
inline

Definition at line 125 of file discreteFunctionShellFE.h.

125  {
126  for ( int c = 0; c < 3; ++c )
127  Value[c] = _discrFuncs[c].evaluate ( El, RefCoord );
128  }
shellFE::DiscreteVectorFunctionDefaultShellFE::evaluate
void evaluate(const ElementType &El, const DomVecType &RefCoord, TangentVecType &Value) const
Definition: discreteFunctionShellFE.h:125
template<typename ConfiguratorType >
void shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::evaluateAtQuadPoint ( const ElementType &  El,
int  QuadPoint,
TangentVecType &  Value 
) const
inline

Definition at line 130 of file discreteFunctionShellFE.h.

130  {
131  for ( int c = 0; c < 3; ++c )
132  Value[c] = _discrFuncs[c].evaluateAtQuadPoint ( El, QuadPoint );
133  }
shellFE::DiscreteVectorFunctionDefaultShellFE::evaluateAtQuadPoint
void evaluateAtQuadPoint(const ElementType &El, int QuadPoint, TangentVecType &Value) const
Definition: discreteFunctionShellFE.h:130
template<typename ConfiguratorType >
void shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::evaluateFirstFundamentalForm ( const ElementType &  El,
const DomVecType &  RefCoord,
Matrix22 &  g 
) const
inline

Definition at line 153 of file discreteFunctionShellFE.h.

153  {
154  Matrix32 Dx;
155  evaluateGradient( El, RefCoord, Dx );
156  g = Dx.transpose() * Dx;
157  }
shellFE::DiscreteVectorFunctionDefaultShellFE::evaluateGradient
void evaluateGradient(const ElementType &El, const DomVecType &RefCoord, Matrix32 &Dx) const
Definition: discreteFunctionShellFE.h:135
template<typename ConfiguratorType >
void shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::evaluateFirstFundamentalForm ( const Matrix32 &  Dx,
Matrix22 &  g 
) const
inline

Definition at line 166 of file discreteFunctionShellFE.h.

166  {
167  g = Dx.transpose() * Dx;
168  }
template<typename ConfiguratorType >
void shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::evaluateFirstFundamentalFormAtQuadPoint ( const ElementType &  El,
int  QuadPoint,
Matrix22 &  g 
) const
inline

Definition at line 160 of file discreteFunctionShellFE.h.

160  {
161  Matrix32 Dx;
162  evaluateGradientAtQuadPoint( El, QuadPoint, Dx );
163  g = Dx.transpose() * Dx;
164  }
shellFE::DiscreteVectorFunctionDefaultShellFE::evaluateGradientAtQuadPoint
void evaluateGradientAtQuadPoint(const ElementType &El, int QuadPoint, Matrix32 &Dx) const
Definition: discreteFunctionShellFE.h:144
template<typename ConfiguratorType >
void shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::evaluateGradient ( const ElementType &  El,
const DomVecType &  RefCoord,
Matrix32 &  Dx 
) const
inline

Definition at line 135 of file discreteFunctionShellFE.h.

135  {
136  DomVecType v;
137  for ( int c = 0; c < 3; c++ ) {
138  _discrFuncs[c].evaluateGradient ( El, RefCoord, v );
139  Dx( c, 0 ) = v[0];
140  Dx( c, 1 ) = v[1];
141  }
142  }
template<typename ConfiguratorType >
void shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::evaluateGradientAtQuadPoint ( const ElementType &  El,
int  QuadPoint,
Matrix32 &  Dx 
) const
inline

Definition at line 144 of file discreteFunctionShellFE.h.

144  {
145  DomVecType v;
146  for ( int c = 0; c < 3; ++c ) {
147  _discrFuncs[c].evaluateGradientAtQuadPoint ( El, QuadPoint, v );
148  Dx( c, 0 ) = v[0];
149  Dx( c, 1 ) = v[1];
150  }
151  }
template<typename ConfiguratorType >
void shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::evaluateNormal ( const Matrix32 &  Dx,
TangentVecType &  normal 
) const
inline

Definition at line 178 of file discreteFunctionShellFE.h.

178  {
179  TangentVecType unNormalizedNormal ( (Dx.col(0)).cross(Dx.col(1)) );
180  normal = unNormalizedNormal.normalized();
181  }
template<typename ConfiguratorType >
void shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::evaluateNormalAtQuadPointOnShell ( const ElementType &  El,
int  QuadPoint,
TangentVecType &  normal 
) const
inline

Definition at line 171 of file discreteFunctionShellFE.h.

171  {
172  Matrix32 Dx;
173  evaluateGradientAtQuadPoint ( El, QuadPoint, Dx );
174  TangentVecType unNormalizedNormal ( (Dx.col(0)).cross(Dx.col(1)) );
175  normal = unNormalizedNormal.normalized();
176  }
shellFE::DiscreteVectorFunctionDefaultShellFE::evaluateGradientAtQuadPoint
void evaluateGradientAtQuadPoint(const ElementType &El, int QuadPoint, Matrix32 &Dx) const
Definition: discreteFunctionShellFE.h:144
template<typename ConfiguratorType >
const DiscFuncType& shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::operator[] ( int  i) const
inline

Definition at line 184 of file discreteFunctionShellFE.h.

184 { return _discrFuncs[i];}
template<typename ConfiguratorType >
DiscFuncType& shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::operator[] ( int  i)
inline

Definition at line 185 of file discreteFunctionShellFE.h.

185 { return _discrFuncs[i];}

Member Data Documentation

template<typename ConfiguratorType >
std::vector<DiscFuncType> shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::_discrFuncs
mutable

Definition at line 105 of file discreteFunctionShellFE.h.

template<typename ConfiguratorType >
const int shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::_numComponents

Definition at line 103 of file discreteFunctionShellFE.h.

template<typename ConfiguratorType >
std::vector<Eigen::Ref<const VectorType> > shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType >::_refs
mutable

Definition at line 104 of file discreteFunctionShellFE.h.

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