G4VisModelManager.hh

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//
// Generic model manager. Manages models, associated
// factories, messengers, command placement etc
//
// Jane Tinslay, March 2006
//
#ifndef G4VISMODELMANAGER_HH
#define G4VISMODELMANAGER_HH
 
#include "G4UImessenger.hh"
#include "G4VisCommandModelCreate.hh"
#include "G4VisListManager.hh"
#include "G4VModelFactory.hh"
#include <vector>
 
template <typename Model>
class G4VisModelManager {
 
public: // With description
 
  // Useful typedef's
  typedef G4VisListManager<Model> List;
  typedef G4VModelFactory<Model> Factory;
 
  G4VisModelManager(const G4String&);
  virtual ~G4VisModelManager();
 
  // Registration methods
  void Register(Model*);
  void Register(Factory*); 
 
  // Change/Retrieve "Current" object
  void SetCurrent(const G4String&);
  const Model* Current() const;
 
  // Command placement
  G4String Placement() const;
 
  // Print factory and model data
  void Print(std::ostream& ostr, const G4String& name="") const;
 
  // Accessors
  const List* ListManager() const;
  const std::vector<Factory*>& FactoryList() const;
 
private:
 
  // Private copy constructor and assigment operator - copying and
  // assignment not allowed.  Keeps Coverity happy.
  G4VisModelManager (const G4VisModelManager&);
  G4VisModelManager& operator = (const G4VisModelManager&);
 
  // Data members
  G4String fPlacement;
  List* fpModelList;  
  std::vector<Factory*> fFactoryList;
  std::vector<G4UImessenger*> fMessengerList;
 
};
 
template <typename Model>
G4VisModelManager<Model>::G4VisModelManager(const G4String& placement)
  :fPlacement(placement)
  ,fpModelList(new List)
{}
 
template <typename Model>
G4VisModelManager<Model>::~G4VisModelManager() 
{
  // Cleanup
  std::vector<G4UImessenger*>::iterator iterMsgr = fMessengerList.begin();
  
  while (iterMsgr != fMessengerList.end()) {
    delete *iterMsgr;
    iterMsgr++;
  }
 
  typename std::vector<Factory*>::iterator iterFactory = fFactoryList.begin();
  
  while (iterFactory != fFactoryList.end()) {
    delete *iterFactory;
    iterFactory++;
  }
 
  delete fpModelList;
}
 
template <typename Model>
void
G4VisModelManager<Model>::Register(Model* model)
{
  fpModelList->Register(model);
}
 
template <typename Model>
void
G4VisModelManager<Model>::Register(Factory* factory)
{
  // Assume ownership
  fFactoryList.push_back(factory);
 
  // Generate "create" command for this factory
  fMessengerList.push_back(new G4VisCommandModelCreate<Factory>(factory, fPlacement));
}
 
template <typename Model>
void
G4VisModelManager<Model>::SetCurrent(const G4String& model) 
{
  fpModelList->SetCurrent(model);
}
 
template <typename Model>
const Model*
G4VisModelManager<Model>::Current() const
{
  return fpModelList->Current();
}
 
template <typename Model>
G4String
G4VisModelManager<Model>::Placement() const
{
  return fPlacement;
}
 
template <typename Model>
void
G4VisModelManager<Model>::Print(std::ostream& ostr, const G4String& name) const
{
  ostr<<"Registered model factories:"<<std::endl;
 
  typename std::vector<Factory*>::const_iterator iter = fFactoryList.begin();
 
  while (iter != fFactoryList.end()) {
    (*iter)->Print(ostr);
    iter++;
  }
 
  if (0 == fFactoryList.size()) ostr<<"  None"<<std::endl;
 
  ostr<<std::endl;
  ostr<<"Registered models: "<<std::endl;
 
  fpModelList->Print(ostr, name);
}
 
template <typename Model>
const G4VisListManager<Model>*
G4VisModelManager<Model>::ListManager() const
{
  return fpModelList;
}
 
template <typename Model>
const std::vector<G4VModelFactory<Model>*>&
G4VisModelManager<Model>::FactoryList() const
{
  return fFactoryList;
}
 
#endif