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LR-splines
0.5
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00001 #ifndef ELEMENT_H 00002 #define ELEMENT_H 00003 00004 #include "Streamable.h" 00005 #include <vector> 00006 #include "HashSet.h" 00007 00008 namespace LR { 00009 00010 class Basisfunction; 00011 class Meshline; 00012 00013 /************************************************************************************************************************/ 00019 class Element : public Streamable { 00020 00021 public: 00022 Element(); 00023 Element(int dim); 00024 Element(double start_u, double start_v, double stop_u, double stop_v); 00025 /************************************************************************************************************************/ 00031 template <typename RandomIterator1, 00032 typename RandomIterator2> 00033 Element(int dim, RandomIterator1 lowerLeft, RandomIterator2 upperRight) { 00034 min.resize(dim); 00035 max.resize(dim); 00036 std::copy(lowerLeft, lowerLeft + dim, min.begin()); 00037 std::copy(upperRight, upperRight + dim, max.begin()); 00038 } 00039 Element(std::vector<double> &lowerLeft, std::vector<double> &upperRight); 00040 void removeSupportFunction(Basisfunction *f); 00041 void addSupportFunction(Basisfunction *f); 00042 Element *split(int splitDim, double par_value); 00043 Element* copy(); 00044 // get/set methods 00046 double getParmin(int i) const { return min[i]; }; 00048 double getParmax(int i) const { return max[i]; }; 00049 double umin() const { return min[0]; }; 00050 double vmin() const { return min[1]; }; 00051 double wmin() const { return min[2]; }; 00052 double umax() const { return max[0]; }; 00053 double vmax() const { return max[1]; }; 00054 double wmax() const { return max[2]; }; 00056 double area() const { return (max[1]-min[1])*(max[0]-min[0]); }; 00058 double volume() const { return (max[2]-min[2])*(max[1]-min[1])*(max[0]-min[0]); }; 00059 HashSet_iterator<Basisfunction*> supportBegin() { return support_.begin(); }; 00060 HashSet_iterator<Basisfunction*> supportEnd() { return support_.end(); }; 00061 HashSet_const_iterator<Basisfunction*> constSupportBegin()const { return support_.begin(); }; 00062 HashSet_const_iterator<Basisfunction*> constSupportEnd() const { return support_.end(); }; 00063 const HashSet<Basisfunction*>& support() const { return support_; }; 00065 int nBasisFunctions() const { return support_.size(); }; 00067 void setId(int id) { this->id_ = id; }; 00069 int getId() const { return id_; }; 00071 int getDim() const { return min.size(); }; 00072 void setUmin(double u) { min[0] = u; }; 00073 void setVmin(double v) { min[1] = v; }; 00074 void setUmax(double u) { max[0] = u; }; 00075 void setVmax(double v) { max[1] = v; }; 00076 00077 bool isOverloaded() const; 00078 void resetOverloadCount() { overloadCount = 0; } 00079 int incrementOverloadCount() { return overloadCount++; } 00080 int getOverloadCount() const { return overloadCount; } 00081 00082 void updateBasisPointers(std::vector<Basisfunction*> &basis) ; 00083 00084 virtual void read(std::istream &is); 00085 virtual void write(std::ostream &os) const; 00086 00087 private: 00088 std::vector<double> min; // lower left corner in typical 2 or 3 dimensions 00089 std::vector<double> max; // upper right corner 00090 int id_; 00091 00092 HashSet<Basisfunction*> support_; 00093 std::vector<int> support_ids_; // temporary storage for the read() method only 00094 00095 int overloadCount ; 00096 00097 }; 00098 00099 } // end namespace LR 00100 00101 #endif 00102
1.7.6.1