control_d.h

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#ifndef ANATOMIST_CONTROLER_CONTROL_D_H
#define ANATOMIST_CONTROLER_CONTROL_D_H

#include "anatomist/controler/control.h"
#include "anatomist/controler/actionpool.h"
#include <cartobase/exception/assert.h>
#include <typeinfo>

namespace anatomist
{

template<typename T>
Control::KeyActionLinkOf<T>::KeyActionLinkOf() : actionInstance(NULL), actionCallback(NULL) {}
 
 
template<typename T>
Control::KeyActionLinkOf<T>::KeyActionLinkOf( Action * action, Callback actionCb) : 
  actionCallback(actionCb) 
{
  actionInstance = dynamic_cast<T *>(action) ;
  ASSERT( actionInstance != 0 ) ;
}


template<typename T>
void
Control::KeyActionLinkOf<T>::execute() 
{
  (actionInstance->*(actionCallback))();
}


template<typename T>
Control::KeyActionLink*
Control::KeyActionLinkOf<T>::clone() const 
{
  return new KeyActionLinkOf<T>(actionInstance, actionCallback);
}


template<typename T>
Control::MouseActionLinkOf<T>::MouseActionLinkOf() : actionInstance(NULL), actionCallback(NULL) {}


template<typename T>
Control::MouseActionLinkOf<T>::MouseActionLinkOf( Action * action, Callback actionCb) : 
  actionCallback(actionCb) 
{
  actionInstance = dynamic_cast<T *>(action) ;
  ASSERT( actionInstance );
}


template<typename T>
Action*
Control::MouseActionLinkOf<T>::action()
{
  return actionInstance;
}


template<typename T>
void
Control::MouseActionLinkOf<T>::execute(  int x, int y, int globalX, int globalY ) 
{
  (actionInstance->*(actionCallback))( x, y, globalX, globalY );
}


template<typename T>
Control::MouseActionLink*
Control::MouseActionLinkOf<T>::clone() const 
{
  return new MouseActionLinkOf<T>(actionInstance, actionCallback);
}


template<typename T>
Control::WheelActionLinkOf<T>::WheelActionLinkOf() : actionInstance(NULL), actionCallback(NULL) {}


template<typename T>
Control::WheelActionLinkOf<T>::WheelActionLinkOf( Action * action, Callback actionCb) : 
  actionCallback(actionCb) 
{
  actionInstance = dynamic_cast<T *>(action) ;
  ASSERT( actionInstance != 0 ) ;
}


template<typename T>
void
Control::WheelActionLinkOf<T>::execute( int delta, int x, int y, int globalX, int globalY ) 
{
  (actionInstance->*(actionCallback))( delta, x, y, globalX, globalY );
}


template<typename T>
Control::WheelActionLink*
Control::WheelActionLinkOf<T>::clone() const 
{
  return new WheelActionLinkOf<T>(actionInstance, actionCallback);
}


template<typename T>
Control::FocusActionLinkOf<T>::FocusActionLinkOf() : actionInstance(NULL), actionCallback(NULL) {}


template<typename T>
Control::FocusActionLinkOf<T>::FocusActionLinkOf( Action * action, Callback actionCb) : 
  actionCallback(actionCb) 
{
  actionInstance = dynamic_cast<T *>(action) ;
  ASSERT( actionInstance != 0 ) ;
}


template<typename T>
void
Control::FocusActionLinkOf<T>::execute() 
{
  (actionInstance->*(actionCallback))();
}


template<typename T>
Control::FocusActionLink*
Control::FocusActionLinkOf<T>::clone() const 
{
  return new FocusActionLinkOf<T>(actionInstance, actionCallback);
}


template<typename T>
Control::EnterLeaveActionLinkOf<T>::EnterLeaveActionLinkOf() : actionInstance(NULL), actionCallback(NULL) {}

template<typename T>
Control::EnterLeaveActionLinkOf<T>::EnterLeaveActionLinkOf( Action * action, Callback actionCb) : 
  actionCallback(actionCb) 
{
  actionInstance = dynamic_cast<T *>(action) ;
  ASSERT( actionInstance != 0 ) ;
}


template<typename T>
void
Control::EnterLeaveActionLinkOf<T>::execute() 
{
  (actionInstance->*(actionCallback))();
}


template<typename T>
Control::EnterLeaveActionLink*
Control::EnterLeaveActionLinkOf<T>::clone() const 
{
  return new EnterLeaveActionLinkOf<T>(actionInstance, actionCallback);
}


template<typename T>
Control::PaintActionLinkOf<T>::PaintActionLinkOf() : actionInstance(NULL), actionCallback(NULL) {}


template<typename T>
Control::PaintActionLinkOf<T>::PaintActionLinkOf( Action * action, Callback actionCb) : 
  actionCallback(actionCb) 
{
  actionInstance = dynamic_cast<T *>(action) ;
  ASSERT( actionInstance != 0 ) ;
}


template<typename T>
void
Control::PaintActionLinkOf<T>::execute( int xOffset, int yOffset, int height, int width ) 
{
  (actionInstance->*(actionCallback))( xOffset, yOffset, height, width );
}


template<typename T>
Control::PaintActionLink*
Control::PaintActionLinkOf<T>::clone() const 
{
  return new PaintActionLinkOf<T>(actionInstance, actionCallback);
}


template<typename T>
Control::MoveOrDragActionLinkOf<T>::MoveOrDragActionLinkOf() : actionInstance(NULL), actionCallback(NULL) {}


template<typename T>
Control::MoveOrDragActionLinkOf<T>::MoveOrDragActionLinkOf( Action * action, Callback actionCb) : 
  actionCallback(actionCb) 
{
  actionInstance = dynamic_cast<T *>(action) ;
  ASSERT( actionInstance != 0 ) ;
}


template<typename T>
void
Control::MoveOrDragActionLinkOf<T>::execute( int posX, int posY, int oldPosX, int oldPosY ) 
{
  (actionInstance->*(actionCallback))( posX, posY, oldPosX, oldPosY );
}


template<typename T>
Control::MoveOrDragActionLink*
Control::MoveOrDragActionLinkOf<T>::clone() const 
{
  return new MoveOrDragActionLinkOf<T>(actionInstance, actionCallback);
}


template<typename T>
Control::DropActionLinkOf<T>::DropActionLinkOf() : actionInstance(NULL), actionCallback(NULL) {}


template<typename T>
Control::DropActionLinkOf<T>::DropActionLinkOf( Action * action, Callback actionCb) : 
  actionCallback(actionCb) 
{
  actionInstance = dynamic_cast<T *>(action) ;
  ASSERT( actionInstance != 0 ) ;
}


template<typename T>
void
Control::DropActionLinkOf<T>::execute( int posX, int posY, Control::DropAction action ) 
{
  (actionInstance->*(actionCallback))( posX, posY, action );
}


template<typename T>
Control::DropActionLink*
Control::DropActionLinkOf<T>::clone() const 
{
  return new DropActionLinkOf<T>(actionInstance, actionCallback);
}


template<typename T>
Control::ResizeActionLinkOf<T>::ResizeActionLinkOf() : actionInstance(NULL), actionCallback(NULL) {}

template<typename T>
Control::ResizeActionLinkOf<T>::ResizeActionLinkOf( Action * action, Callback actionCb) : 
  actionCallback(actionCb) 
{
  actionInstance = dynamic_cast<T *>(action) ;
  ASSERT( actionInstance != 0 ) ;
}


template<typename T>
void
Control::ResizeActionLinkOf<T>::execute( int height, int width, int oldHeight, int oldWidth ) 
{
  (actionInstance->*(actionCallback))( height, width, oldHeight, oldWidth );
}


template<typename T>
Control::ResizeActionLink*
Control::ResizeActionLinkOf<T>::clone() const 
{
  return new ResizeActionLinkOf<T>(actionInstance, actionCallback);
}


template<typename T>
Control::ShowHideActionLinkOf<T>::ShowHideActionLinkOf() : actionInstance(NULL), actionCallback(NULL) {}

template<typename T>
Control::ShowHideActionLinkOf<T>::ShowHideActionLinkOf( Action * action, Callback actionCb) : 
  actionCallback(actionCb) 
{
  actionInstance = dynamic_cast<T *>(action) ;
  ASSERT( actionInstance != 0 ) ;
}


template<typename T>
void
Control::ShowHideActionLinkOf<T>::execute( bool spontaneous ) 
{
  (actionInstance->*(actionCallback))(spontaneous);
}


template<typename T>
Control::ShowHideActionLink*
Control::ShowHideActionLinkOf<T>::clone() const 
{
  return new ShowHideActionLinkOf<T>(actionInstance, actionCallback);
}


template<typename T>
Control::SelectionChangedActionLinkOf<T>::SelectionChangedActionLinkOf()
  : actionInstance( 0 ), actionCallback( 0 )
{
}


template<typename T>
Control::SelectionChangedActionLinkOf<T>::SelectionChangedActionLinkOf(
  Action * action, Callback actionCb )
  : actionCallback( actionCb )
{
  actionInstance = dynamic_cast<T *>( action );
  ASSERT( actionInstance != 0 );
}


template<typename T>
void
Control::SelectionChangedActionLinkOf<T>::execute()
{
  (actionInstance->*(actionCallback))();
}


template<typename T>
Control::SelectionChangedActionLink*
Control::SelectionChangedActionLinkOf<T>::clone() const
{
  return new SelectionChangedActionLinkOf<T>( actionInstance, actionCallback );
}


template<typename T>
Control::PinchActionLinkOf<T>::PinchActionLinkOf()
  : actionInstance( 0 ), actionCallback( 0 )
{
}


template<typename T>
Control::PinchActionLinkOf<T>::PinchActionLinkOf(
  Action * action, Callback actionCb )
  : actionCallback( actionCb )
{
  actionInstance = dynamic_cast<T *>( action );
  ASSERT( actionInstance != 0 );
}


template<typename T>
void
Control::PinchActionLinkOf<T>::execute( QPinchGesture* gesture )
{
  (actionInstance->*(actionCallback))( gesture );
}


template<typename T>
Control::PinchActionLink*
Control::PinchActionLinkOf<T>::clone() const
{
  return new PinchActionLinkOf<T>( actionInstance, actionCallback );
}


template<typename T>
Control::PanActionLinkOf<T>::PanActionLinkOf()
  : actionInstance( 0 ), actionCallback( 0 )
{
}


template<typename T>
Control::PanActionLinkOf<T>::PanActionLinkOf(
  Action * action, Callback actionCb )
  : actionCallback( actionCb )
{
  actionInstance = dynamic_cast<T *>( action );
  ASSERT( actionInstance != 0 );
}


template<typename T>
void
Control::PanActionLinkOf<T>::execute( QPanGesture* gesture )
{
  (actionInstance->*(actionCallback))( gesture );
}


template<typename T>
Control::PanActionLink*
Control::PanActionLinkOf<T>::clone() const
{
  return new PanActionLinkOf<T>( actionInstance, actionCallback );
}


template<typename T>
Control::SwipeActionLinkOf<T>::SwipeActionLinkOf()
  : actionInstance( 0 ), actionCallback( 0 )
{
}


template<typename T>
Control::SwipeActionLinkOf<T>::SwipeActionLinkOf(
  Action * action, Callback actionCb )
  : actionCallback( actionCb )
{
  actionInstance = dynamic_cast<T *>( action );
  ASSERT( actionInstance != 0 );
}


template<typename T>
void
Control::SwipeActionLinkOf<T>::execute( QSwipeGesture* gesture )
{
  (actionInstance->*(actionCallback))( gesture );
}


template<typename T>
Control::SwipeActionLink*
Control::SwipeActionLinkOf<T>::clone() const
{
  return new SwipeActionLinkOf<T>( actionInstance, actionCallback );
}


template<typename T>
Control::TapActionLinkOf<T>::TapActionLinkOf()
  : actionInstance( 0 ), actionCallback( 0 )
{
}


template<typename T>
Control::TapActionLinkOf<T>::TapActionLinkOf(
  Action * action, Callback actionCb )
  : actionCallback( actionCb )
{
  actionInstance = dynamic_cast<T *>( action );
  ASSERT( actionInstance != 0 );
}


template<typename T>
void
Control::TapActionLinkOf<T>::execute( QTapGesture* gesture )
{
  (actionInstance->*(actionCallback))( gesture );
}


template<typename T>
Control::TapActionLink*
Control::TapActionLinkOf<T>::clone() const
{
  return new TapActionLinkOf<T>( actionInstance, actionCallback );
}


template<typename T>
Control::TapAndHoldActionLinkOf<T>::TapAndHoldActionLinkOf()
  : actionInstance( 0 ), actionCallback( 0 )
{
}


template<typename T>
Control::TapAndHoldActionLinkOf<T>::TapAndHoldActionLinkOf(
  Action * action, Callback actionCb )
  : actionCallback( actionCb )
{
  actionInstance = dynamic_cast<T *>( action );
  ASSERT( actionInstance != 0 );
}


template<typename T>
void
Control::TapAndHoldActionLinkOf<T>::execute( QTapAndHoldGesture* gesture )
{
  (actionInstance->*(actionCallback))( gesture );
}


template<typename T>
Control::TapAndHoldActionLink*
Control::TapAndHoldActionLinkOf<T>::clone() const
{
  return new TapAndHoldActionLinkOf<T>( actionInstance, actionCallback );
}


}


#endif