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00001 #ifndef SERENDIPITY_H 00002 #define SERENDIPITY_H 00003 00004 #include "SundanceDefs.h" 00005 00006 #include "ScalarBasis.h" 00007 #include "XMLObject.h" 00008 00009 00010 namespace Sundance 00011 { 00012 00013 using namespace TSF; 00014 using std::string; 00015 00016 using std::ostream; 00017 00018 /** \ingroup UserLevelFE 00019 * Symbolic, geometry-independent representation of Serendipity basis 00020 * functions. 00021 */ 00022 class Serendipity : public ScalarBasis 00023 { 00024 public: 00025 /** \name User-level methods */ 00026 //@{ 00027 /** Create a Serendipity basis of a given order. */ 00028 Serendipity(int order); 00029 //@} 00030 00031 /** \name Developer-only methods */ 00032 //@{ 00033 /** construct from an XML specification */ 00034 Serendipity(const XMLObject& object); 00035 00036 /** 00037 * assign DOF numbers for a set of function IDs on a specified cell 00038 */ 00039 virtual void setNodeNumbers(const Cell& cell, 00040 const TSFArray<int>& funcID, 00041 TemporaryMapper& tmpMap) const ; 00042 00043 /** get the DOF numbers for a set of function IDs on a specified 00044 * cell 00045 */ 00046 virtual void getNodeNumbers(const Cell& cell, 00047 const TSFArray<int>& funcID, 00048 TemporaryMapper& tmpMap, 00049 TSFArray<TSFArray<int> >& indices) const ; 00050 00051 /** 00052 * find the DOF list for one of the facets of a specified cell 00053 */ 00054 virtual void getFacetDOFs(const Cell& c, int facetDim, int facetIndex, 00055 const TSFArray<int>& maximalDOFs, 00056 TSFArray<int>& facetDOFs) const ; 00057 /** 00058 * Find the points at the nodes. Some points may have been processed already 00059 * and are marked as inactive with the bool array. Inactive points are not 00060 * returned. 00061 */ 00062 virtual void getNodalPoints(const Cell& cell, 00063 const TSFArray<bool>& activeNodes, 00064 TSFArray<Point>& evalPoints) const ; 00065 //@} 00066 protected: 00067 /** get number of nodes for a line cell */ 00068 virtual int nNodesOnLine() const ; 00069 00070 /** get number of nodes for a triangle cell */ 00071 virtual int nNodesOnTriangle() const ; 00072 00073 /** get number of nodes for a quad cell */ 00074 virtual int nNodesOnQuad() const ; 00075 00076 /** get number of nodes for a tet cell */ 00077 virtual int nNodesOnTet() const ; 00078 00079 /** get number of nodes for a brick cell */ 00080 virtual int nNodesOnBrick() const ; 00081 00082 /** evaluate on a line cell */ 00083 virtual void evalOnLine(const Point& pt, 00084 const MultiIndex& deriv, 00085 DenseSerialVector& result) const ; 00086 00087 /** evaluate on a triangle cell */ 00088 virtual void evalOnTriangle(const Point& pt, 00089 const MultiIndex& deriv, 00090 DenseSerialVector& result) const ; 00091 00092 /** evaluate on a quad cell */ 00093 virtual void evalOnQuad(const Point& pt, 00094 const MultiIndex& deriv, 00095 DenseSerialVector& result) const ; 00096 00097 /** evaluate on a tet cell */ 00098 virtual void evalOnTet(const Point& pt, 00099 const MultiIndex& deriv, 00100 DenseSerialVector& result) const ; 00101 00102 /** evaluate on a brick cell */ 00103 virtual void evalOnBrick(const Point& pt, 00104 const MultiIndex& deriv, 00105 DenseSerialVector& result) const ; 00106 }; 00107 00108 extern "C" 00109 { 00110 /** \relates Serendipity create from an XML specification */ 00111 BasisFamilyBase* createXMLSerendipity(const XMLObject& xml); 00112 } 00113 00114 } 00115 #endif