/[ff3d]/ff3d/solver/BoundaryConditionDiscretizationPenalty.hpp
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Diff of /ff3d/solver/BoundaryConditionDiscretizationPenalty.hpp

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revision 1.1.1.1 by delpinux, Mon Feb 17 16:32:51 2003 UTC revision 1.2 by delpinux, Sun Apr 27 17:05:27 2003 UTC
# Line 204  private: Line 204  private:
204      template <typename SurfaceMeshType>      template <typename SurfaceMeshType>
205      void eval(const SurfaceMeshType& surfMesh) const      void eval(const SurfaceMeshType& surfMesh) const
206      {      {
207        typedef FiniteElementTraits<typename SurfaceMeshType::ElementType>        typedef FiniteElementTraits<typename SurfaceMeshType::ElementsGeometry>
208          FEType;          FEType;
209    
210        typedef typename FEType::Transformation ConformTransformation;        typedef typename FEType::Transformation ConformTransformation;
# Line 218  private: Line 218  private:
218    
219        for (typename SurfaceMeshType::const_iterator icell = surfMesh.begin();        for (typename SurfaceMeshType::const_iterator icell = surfMesh.begin();
220             icell != surfMesh.end(); ++icell) {             icell != surfMesh.end(); ++icell) {
221          const typename SurfaceMeshType::ElementType& cell = *icell;          const typename SurfaceMeshType::ElementsGeometry& cell = *icell;
222          const ConformTransformation CT(cell);          const ConformTransformation CT(cell);
223    
224          const CartesianHexahedron& H          const CartesianHexahedron& H
# Line 312  private: Line 312  private:
312      template <typename SurfaceMeshType>      template <typename SurfaceMeshType>
313      void eval(const SurfaceMeshType& surfaceMesh) const      void eval(const SurfaceMeshType& surfaceMesh) const
314      {      {
315        typedef FiniteElementTraits<typename SurfaceMeshType::ElementType>        typedef FiniteElementTraits<typename SurfaceMeshType::ElementsGeometry>
316          FEType;          FEType;
317    
318        typedef typename FEType::Transformation ConformTransformation;        typedef typename FEType::Transformation ConformTransformation;
# Line 326  private: Line 326  private:
326    
327        for (typename SurfaceMeshType::const_iterator icell = surfaceMesh.begin();        for (typename SurfaceMeshType::const_iterator icell = surfaceMesh.begin();
328             icell != surfaceMesh.end(); ++icell) {             icell != surfaceMesh.end(); ++icell) {
329          const typename SurfaceMeshType::ElementType& cell = *icell;          const typename SurfaceMeshType::ElementsGeometry& cell = *icell;
330          const ConformTransformation CT(cell);          const ConformTransformation CT(cell);
331    
332          const CartesianHexahedron& H          const CartesianHexahedron& H
# Line 412  private: Line 412  private:
412      template <typename SurfaceMeshType>      template <typename SurfaceMeshType>
413      void eval(const SurfaceMeshType& surfaceMesh) const      void eval(const SurfaceMeshType& surfaceMesh) const
414      {      {
415        typedef FiniteElementTraits<typename SurfaceMeshType::ElementType>        typedef FiniteElementTraits<typename SurfaceMeshType::ElementsGeometry>
416          FEType;          FEType;
417    
418        typedef typename FEType::Transformation ConformTransformation;        typedef typename FEType::Transformation ConformTransformation;
# Line 426  private: Line 426  private:
426    
427        for (typename SurfaceMeshType::const_iterator icell = surfaceMesh.begin();        for (typename SurfaceMeshType::const_iterator icell = surfaceMesh.begin();
428             icell != surfaceMesh.end(); ++icell) {             icell != surfaceMesh.end(); ++icell) {
429          const typename SurfaceMeshType::ElementType& cell = *icell;          const typename SurfaceMeshType::ElementsGeometry& cell = *icell;
430          const ConformTransformation CT(cell);          const ConformTransformation CT(cell);
431    
432          const CartesianHexahedron& H          const CartesianHexahedron& H
# Line 521  private: Line 521  private:
521      template <typename SurfaceMeshType>      template <typename SurfaceMeshType>
522      void eval(const SurfaceMeshType& surfaceMesh) const      void eval(const SurfaceMeshType& surfaceMesh) const
523      {      {
524        typedef FiniteElementTraits<typename SurfaceMeshType::ElementType>        typedef FiniteElementTraits<typename SurfaceMeshType::ElementsGeometry>
525          FEType;          FEType;
526    
527        typedef typename FEType::Transformation ConformTransformation;        typedef typename FEType::Transformation ConformTransformation;
# Line 535  private: Line 535  private:
535    
536        for (typename SurfaceMeshType::const_iterator icell = surfaceMesh.begin();        for (typename SurfaceMeshType::const_iterator icell = surfaceMesh.begin();
537             icell != surfaceMesh.end(); ++icell) {             icell != surfaceMesh.end(); ++icell) {
538          const typename SurfaceMeshType::ElementType& cell = *icell;          const typename SurfaceMeshType::ElementsGeometry& cell = *icell;
539          const ConformTransformation CT(cell);          const ConformTransformation CT(cell);
540    
541          const CartesianHexahedron& H          const CartesianHexahedron& H

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