/* RJCaster.h */

#ifndef ROKOJORI__CASTER_H
#define ROKOJORI__CASTER_H

#include "./RJGodotHeaders.h"
#include "./RJAction.h"
#include "./RJSelector.h"
#include "core/math/vector3.h"
#include "scene/resources/3d/shape_3d.h"
#include "scene/3d/node_3d.h"




class RJCaster : public Node3D 
{
  GDCLASS( RJCaster, Node3D );

protected:
  static void _bind_methods();
  

  
  //  beforeProcess : RJAction*
  RJAction* beforeProcess = nullptr;
  
  //  afterProcess : RJAction*
  RJAction* afterProcess = nullptr;
  
  //  includeSelector : Ref<RJSelector>
  Ref<RJSelector> includeSelector;
  
  //  excludeSelector : Ref<RJSelector>
  Ref<RJSelector> excludeSelector;

public:

  
  //  beforeProcess : RJAction*
  RJAction* get_beforeProcess() const; void set_beforeProcess( RJAction* p_beforeProcess );
  
  //  afterProcess : RJAction*
  RJAction* get_afterProcess() const; void set_afterProcess( RJAction* p_afterProcess );
  
  //  includeSelector : Ref<RJSelector>
  Ref<RJSelector> get_includeSelector() const; void set_includeSelector( const Ref<RJSelector> &p_includeSelector );
  
  //  excludeSelector : Ref<RJSelector>
  Ref<RJSelector> get_excludeSelector() const; void set_excludeSelector( const Ref<RJSelector> &p_excludeSelector );
  
  //  numColliders() : int
  GDVIRTUAL0R( int, numColliders );
  
  //  getCollider( int index ) : Ref<Node>
  GDVIRTUAL1R( Ref<Node>, getCollider, int );
  
  //  getCollisionPosition( int index ) : Vector3
  GDVIRTUAL1R( Vector3, getCollisionPosition, int );
  
  //  getCollisionNormal( int index ) : Vector3
  GDVIRTUAL1R( Vector3, getCollisionNormal, int );
  
  //  getCollisionShape( int index ) : Ref<Shape3D>
  GDVIRTUAL1R( Ref<Shape3D>, getCollisionShape, int );

  //  Constructor
  RJCaster();

  //  Destructor
  ~RJCaster();
};


#endif // ROKOJORI__CASTER_H