XC Open source finite element analysis program
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Contenedor de puntos del modelo. More...
#include <MapTrfGeom.h>
Public Member Functions | |
MapTrfGeom (Cad *cad=nullptr) | |
Constructor. | |
template<class T > | |
TrfGeom * | Nueva (void) |
TrfGeom * | newTransformation (const std::string &type) |
Defines a new transformation. | |
template<class T > | |
XC::TrfGeom * | Nueva (void) |
Creates a new geometric transformation. | |
Public Member Functions inherited from XC::MapCadMember< TrfGeom > | |
MapCadMember (Cad *cad=nullptr) | |
Constructor. | |
TrfGeom * | busca (const Indice &) |
Return a pointer to the geometry entity whose identifier is passed as parameter. | |
const TrfGeom * | busca (const Indice &) const |
Return a pointer to the entity whose identifier is passed as parameter. | |
bool | existe (const Indice &) const |
Return true if the entity already exists. | |
TrfGeom * | get (const Indice &) |
Return the entity with tag iEnt. | |
boost::python::list | getKeys (void) const |
Return the container's keys. | |
void | clearAll (void) |
Erase all the entities. | |
Public Member Functions inherited from XC::MapCadMemberBase | |
MapCadMemberBase (Cad *cad=nullptr) | |
Default identifier for new point. More... | |
const Cad * | getCad (void) const |
Return a pointer to Cad. | |
Cad * | getCad (void) |
Return a pointer to Cad. | |
const Preprocessor * | getPreprocessor (void) const |
Return a pointer to preprocessor. | |
Preprocessor * | getPreprocessor (void) |
Return a pointer to preprocessor. | |
size_t | getTag (void) const |
void | setTag (const size_t &t) |
Additional Inherited Members | |
Public Types inherited from XC::MapCadMember< TrfGeom > | |
typedef std::map< Indice, TrfGeom * > | map_base |
typedef std::pair< Indice, TrfGeom * > | pair |
typedef map_base::iterator | iterator |
typedef map_base::const_iterator | const_iterator |
Public Types inherited from XC::MapCadMemberBase | |
typedef size_t | Indice |
Protected Attributes inherited from XC::MapCadMemberBase | |
Indice | tag |
Contenedor de puntos del modelo.