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AnimalEngineNode.cpp

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//
// C++ Implementation: AnimalEngineNode
//
// Description:
//
//
// Author: My Name <me@myaddress>, (C) 2004
//
// Copyright: See COPYING file that comes with this distribution
//
//
#include <animal/engine/AnimalEngineNode.h>

namespace X3DTK
{

namespace X3D
{

template<class E>
AnimalEngineNode<E>::AnimalEngineNode()
        : EngineNode()
{}

template<class E>
AnimalEngineNode<E>::~AnimalEngineNode()
{}

template<class E>
void AnimalEngineNode<E>::draw()
{
    Engine::draw();
}

// /*!
//     \fn X3DTK::X3D::AnimalEngineNode::updateBoundingBo()
//     Update the bounding box of the engin node.
//  */
// template<class E>
// void AnimalEngineNode<E>::updateBoundingBox()
// {
//     float minX, minY, minZ, maxX, maxY, maxZ;
//     Engine::getBoundingBox(minX, minY, minZ, maxX, maxY, maxZ);
//     //std::cout<<"AnimalEngineNode<E>::updateBoundingBox, values = "<< minX<<", "<<minY<<", "<<minZ<<", "<<maxX<<", "<<maxY<<", "<<maxZ<<std::endl;
//     setBBoxCenter(SFVec3f((minX+maxX)/2.0, (minY+maxY)/2.0, (minZ+maxZ)/2.0));
//     //std::cout<<"AnimalEngineNode<E>::updateBoundingBox, center= = "<< SFVec3f((minX+maxX)/2.0, (minY+maxY)/2.0, (minZ+maxZ)/2.0) <<std::endl;
//     setBBoxSize(SFVec3f(-minX+maxX, -minY+maxY, -minZ+maxZ));
//     //std::cout<<"AnimalEngineNode<E>::updateBoundingBox, size= = "<< SFVec3f(-minX+maxX, -minY+maxY, -minZ+maxZ) <<std::endl;
//     
// }

// /*!
//     \fn X3DTK::X3D::AnimalEngineNode::drawBoundingBox()
//     Draw the bounding box of the engine.
//  */
// template<class E>
// void AnimalEngineNode<E>::drawBoundingBox()
// {
//     Engine::drawBoundingBox();
// }

// /*!
//     \fn X3DTK::X3D::AnimalEngineNode::getBoundingBox( float& xmin, float& ymin, float& zmin, float& xmax, float& ymax, float& zmax )
//     Compute the bounding box of the engine.
//  */
// template<class E>
// void AnimalEngineNode<E>::getBoundingBox( float& minX, float& minY, float& minZ, float& maxX, float& maxY, float& maxZ )
// {
//     Engine::getBoundingBox(minX, minY, minZ, maxX, maxY, maxZ);
//     setBBoxCenter(SFVec3f((minX+maxX)/2.0, (minY+maxY)/2.0, (minZ+maxZ)/2.0));
//     setBBoxSize(SFVec3f(-minX+maxX, -minY+maxY, -minZ+maxZ));
// }

template<class E>
void AnimalEngineNode<E>::init()
{
    Engine::init();
}

template<class E>
void AnimalEngineNode<E>::reset()
{
    Engine::reset();
}

template<class E>
void AnimalEngineNode<E>::postReset()
{
    Engine::postReset();
}

template<class E>
void AnimalEngineNode<E>::keyPressedEvent( animal::KeyEvent* e )
{
    Engine::keyPressEvent( e );
}

template<class E>
void AnimalEngineNode<E>::mouseDoubleClickEvent(animal::MouseEvent * e)
{
    Engine::mouseDoubleClickEvent(e);
}
template<class E>
void AnimalEngineNode<E>::mouseMoveEvent(animal::MouseEvent *e)
{
    Engine::mouseMoveEvent(e);
}
template<class E>
void AnimalEngineNode<E>::mousePressEvent(animal::MouseEvent *e)
{
    Engine::mousePressEvent(e);
}
template<class E>
void AnimalEngineNode<E>::mouseReleaseEvent(animal::MouseEvent *e)
{
    Engine::mouseReleaseEvent(e);
}
template<class E>
animal::ConstrainedItem* AnimalEngineNode<E>::pickPoint( float* orig, float* dir, float thresh )
{
    return Engine::pickPoint(orig,dir,thresh);
}

template<class E>
void AnimalEngineNode<E>::animate(float dt)
{
    Engine::move(dt);
}
template<class E>
void AnimalEngineNode<E>::postAnimate(float dt)
{
    Engine::postMove(dt);
}

};

};

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