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locus.hGo to the documentation of this file.00001 /*************************************************************************** 00002 * * 00003 * LBflow - an extensible lattice Boltzmann simulation framework * 00004 * * 00005 * Copyright (C) 2007 by Ed Llewellin * 00006 * * 00007 * This file may not be copied or shared without permission * 00008 * Contact ed@lbflow.co.uk or visit www.lbflow.co.uk * 00009 * * 00010 ***************************************************************************/ 00011 00012 #ifndef LUCUS_H 00013 #define LOCUS_H 00014 00015 #include <vector> 00016 #include <set> 00017 #include <string> 00018 00019 #ifdef HAVE_CONFIG_H 00020 #include <config.h> 00021 #endif 00022 00023 #include "tripleint.h" 00024 #include "tripledouble.h" 00025 00026 //forward declarations 00027 class Nodegroup; 00028 #ifdef HAVE_LIBGTS 00029 class GtsInterface; 00030 #endif /*HAVE_LIBGTS*/ 00031 class Parser; 00032 class Simulation; 00033 class Lattice; 00034 class Mask; 00035 00036 using namespace std; 00037 00038 class Locus { 00039 00040 private: 00041 vector<int> indices; 00042 vector<int> bounds; 00043 vector<int> bounds_indices; 00044 vector<string> commands; 00045 Simulation *sim; 00046 #ifdef HAVE_LIBGTS 00047 GtsInterface *gts; 00048 #endif /*HAVE_LIBGTS*/ 00049 vector<string> labels; 00050 Mask* mask; 00051 int lblock[6]; 00052 double pblock[6]; 00053 bool walls[6]; 00054 string between1; 00055 string between2; 00056 vector<TripleInt> lpoints; 00057 vector<TripleDouble> ppoints; 00058 vector<int> ind; 00059 bool periodic; 00060 00061 set<int>* nodeset; 00062 void (Locus::*inserter)(int); //function pointer to deal with smart insertion of location indices 00063 00064 public: 00065 //constructor 00066 Locus(Simulation*); 00067 //destructor 00068 ~Locus(); 00069 //public methods 00070 void read(Parser*); 00071 void read(Parser*, Lattice*); 00072 void init(); 00073 void initSet(); 00074 void initSet(set<int>*); 00075 void init(Lattice*); 00076 void init(Lattice*, bool); 00077 int calculateBounds(Lattice*); 00078 vector<int>* getBounds() {return &bounds;}; 00079 void calculateBoundsIndices(Lattice*); 00080 vector<int>* getBoundsIndices() {return &bounds_indices;}; 00081 bool isEverywhere(); 00082 bool isGroup(); 00083 vector<string>* getLabels() {return &labels;}; 00084 vector<int>* getIndices() {return &indices;}; 00085 vector<string>* getCommands() {return &commands;}; 00086 00087 string getLocusDescriptor(); 00088 00089 private: 00090 //auxilliary methods for setting up locus 00091 void setLabels(Parser*); 00092 #ifdef HAVE_LIBGTS 00093 void setGts(Parser*, bool); 00094 #endif /*HAVE_LIBGTS*/ 00095 void setMask(Parser*, int); 00096 void setLBlock(Parser*, int); 00097 void setPBlock(Parser*, int); 00098 void setWalls(Parser*, int); 00099 void setBetween(Parser*, string); 00100 void setLPoints(Parser*, int); 00101 void setPPoints(Parser*, int); 00102 //auxilliary methods for initializing locus 00103 void initLabels(Lattice*); 00104 void initLBlock(Lattice*); 00105 void initPBlock(Lattice*); 00106 void initWalls(Lattice*); 00107 void initBetween(Lattice*, bool); 00108 void initLPoints(Lattice*, bool); 00109 void initPPoints(Lattice*, bool); 00110 void initInds(Lattice*); 00111 00112 inline void insert(int loc) {indices.push_back(loc);}; 00113 inline void insertIfInSet(int loc) {if (nodeset->find(loc) != nodeset->end()) indices.push_back(loc);}; 00114 00115 }; 00116 00117 #endif |