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myGLRenderer.cpp

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#include "myGLRenderer.h"
#include "myGLRendererCoreVisitor.h"
#include "myGLRendererGroupingVisitor.h"
#include "myGLRendererShapeVisitor.h"

#include <X3DTK/private/DFSGraphTraversal.h>
#include <X3DTK/private/GL_RendererRenderingVisitor.h>
#include <X3DTK/private/GL_RendererShapeVisitor.h>
#include <X3DTK/private/GL_RendererTexturingVisitor.h>



namespace X3DTK
{
  namespace GL
  {

    MyRenderer::MyRenderer()
        : Renderer()
    {
      setGraphTraversal(new DFSGraphTraversal());
      setComponentVisitor(new MyRendererCoreVisitor());
      setComponentVisitor(new MyRendererGroupingVisitor());
      setComponentVisitor(new RendererRenderingVisitor());
      setComponentVisitor(new MyRendererShapeVisitor());
      setComponentVisitor(new RendererTexturingVisitor());

      /*  // StateVariables assignation.
        stateVariables = GraphTraversal::getInstanceOf<MyRendererStateVariables>();
        
        graphTraversal = new DFSGraphTraversal();
        graphTraversal->setComponentVisitor(new MyRendererCoreVisitor());
        graphTraversal->setComponentVisitor(new MyRendererGroupingVisitor());  
        graphTraversal->setComponentVisitor(new MyRendererShapeVisitor());
        graphTraversal->setComponentVisitor(new RendererRenderingVisitor());
        graphTraversal->setComponentVisitor(new RendererTexturingVisitor());*/
    }

    MyRenderer::~MyRenderer()
    {
      //   GraphTraversal::removeInstanceOf<RendererStateVariables>();
      //
      //   delete graphTraversal;
      Singleton<MyRendererStateVariables>::removeInstance();
    }

    void MyRenderer::render(X3DNode *N) const
    {
      //   glDisable(GL_COLOR_MATERIAL);
      //   stateVariables->setSelectionMode(false);
      //   graphTraversal->traverse(N);
      glDisable(GL_COLOR_MATERIAL);
      Singleton<MyRendererStateVariables>::getInstance()->setSelectionMode(false);
      getGraphTraversal()->traverse(N);
    }
    void MyRenderer::setBoundedObject(X3D::X3DBoundedObject * BO)
    {
      Singleton<MyRendererStateVariables>::getInstance()->boundedObject = BO;
    }

    void MyRenderer::select(X3DNode *N, double x, double y) const
    {
      Singleton<MyRendererStateVariables>::getInstance()->setSelectionMode(true);
      Singleton<MyRendererStateVariables>::getInstance()->initSelect(x, y);
      getGraphTraversal()->traverse(N);
      Singleton<MyRendererStateVariables>::getInstance()->finishSelect();

      //   stateVariables->setSelectionMode(true);
      //   stateVariables->initSelect(x, y);
      //
      //   graphTraversal->traverse(N);
      //
      //   stateVariables->finishSelect();
    }


  }
}

/*
 
Renderer::Renderer()
: X3DOnePassProcessor()
{
  setGraphTraversal(new DFSGraphTraversal());
  setComponentVisitor(new RendererCoreVisitor());
  setComponentVisitor(new RendererGroupingVisitor());
  setComponentVisitor(new RendererRenderingVisitor());
  setComponentVisitor(new RendererShapeVisitor());
  setComponentVisitor(new RendererTexturingVisitor());
}
 
Renderer::~Renderer()
{
  Singleton<RendererStateVariables>::removeInstance();
}
 
void Renderer::render(X3DNode *N) const
{
  glDisable(GL_COLOR_MATERIAL);
  Singleton<RendererStateVariables>::getInstance()->setSelectionMode(false);
  getGraphTraversal()->traverse(N);
}
 
void Renderer::select(X3DNode *N, double x, double y) const
{
  Singleton<RendererStateVariables>::getInstance()->setSelectionMode(true);
  Singleton<RendererStateVariables>::getInstance()->initSelect(x, y);
  getGraphTraversal()->traverse(N);
  Singleton<RendererStateVariables>::getInstance()->finishSelect();
}
 
*/

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