SphereObject.cc

/*===========================================================================*\
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\*===========================================================================*/
 
 
 
//=============================================================================
//
//  Sphere Object
//
//=============================================================================
 
#define SPHEREOBJECT_C
 
//== INCLUDES =================================================================
 
#include <OpenFlipper/common/Types.hh>
#include "Sphere.hh"
 
#include <ACG/Scenegraph/GlutPrimitiveNode.hh>
#include <ACG/Scenegraph/MaterialNode.hh>
 
//== DEFINES ==================================================================
 
//== TYPEDEFS =================================================================
 
//== CLASS DEFINITION =========================================================
 
SphereObject::SphereObject( ) :
  BaseObjectData( ),
  sphereNode_(NULL)
{
  setDataType(DATA_SPHERE);
  init();
}
 
//=============================================================================
 
 
SphereObject::SphereObject(const SphereObject & _object) :
  BaseObjectData(_object)
{
 
    init(_object.sphereNode_);
 
    setName( name() );
}
 
SphereObject::~SphereObject()
{
  // Delete the data attached to this object ( this will remove all perObject data)
  // Not the best way to do it but it will work.
  // This is only necessary if people use references to the plane below and
  // they do something with the plane in the destructor of their
  // perObjectData.
  deleteData();
 
  // No need to delete the scenegraph Nodes as this will be managed by baseplugin
  sphereNode_    = NULL;
}
 
void SphereObject::cleanup() {
 
  BaseObjectData::cleanup();
 
  sphereNode_   = NULL;
 
  setDataType(DATA_SPHERE);
 
  init();
 
}
 
BaseObject* SphereObject::copy() {
    SphereObject* object = new SphereObject(*this);
    return dynamic_cast< BaseObject* >(object);
}
 
void SphereObject::init(SphereNode* _sphere) {
 
  if ( materialNode() == NULL)
    std::cerr << "Error when creating Sphere Object! materialNode is NULL!" << std::endl;
 
  sphereNode_ = new SphereNode( SphereNode::SPHERE, materialNode() , "NEW SphereNode");
  
 
  if (_sphere){
    sphereNode_->get_primitive(0).position = _sphere->get_primitive(0).position;
    sphereNode_->get_primitive(0).color    = _sphere->get_primitive(0).color;
    sphereNode_->get_primitive(0).size     = _sphere->get_primitive(0).size;
    sphereNode_->get_primitive(0).slices   = _sphere->get_primitive(0).slices;
    sphereNode_->get_primitive(0).stacks   = _sphere->get_primitive(0).stacks;
    sphereNode_->setColorInternal(false);
  } else {
    sphereNode_->get_primitive(0).position = ACG::Vec3f(0.0, 0.0, 0.0);
    sphereNode_->get_primitive(0).size     = 1.0;
    sphereNode_->get_primitive(0).slices   = 40;
    sphereNode_->get_primitive(0).stacks   = 40;
    sphereNode_->get_primitive(0).color    = ACG::Vec4f(0.5, 0.5, 0.5, 1.0);
    sphereNode_->setColorInternal(false);
  }
  
}
 
// ===============================================================================
// Name/Path Handling
// ===============================================================================
 
void SphereObject::setName( QString _name ) {
  BaseObjectData::setName(_name);
 
  std::string nodename = std::string("SphereNode for Sphere "     + _name.toUtf8() );
  sphereNode_->name( nodename );
}
 
// ===============================================================================
// Visualization
// ===============================================================================
 
SphereNode* SphereObject::sphereNode() {
  return sphereNode_;
}
 
// ===============================================================================
// Object information
// ===============================================================================
 
QString SphereObject::getObjectinfo() {
  QString output;
 
  output += "========================================================================\n";
  output += BaseObjectData::getObjectinfo();
 
  if ( dataType( DATA_SPHERE ) )
    output += "Object Contains Sphere : ";
 
  ACG::Vec3d  pos  = sphereNode_->get_primitive(0).position;
  double      size = sphereNode_->get_primitive(0).size;
 
  output += " Position ( " + QString::number(pos[0]) + ", " + QString::number(pos[1]) + ", " + QString::number(pos[2]) + ")";
  output += " Size ( " + QString::number(size) + ")";
 
  output += "========================================================================\n";
  return output;
}
 
// ===============================================================================
// Picking
// ===============================================================================
 
bool SphereObject::picked( uint _node_idx ) {
  return ( _node_idx == sphereNode_->id() );
}
 
void SphereObject::enablePicking( bool _enable ) {
  sphereNode_->enablePicking( _enable );
}
 
bool SphereObject::pickingEnabled() {
  return sphereNode_->pickingEnabled();
}
 
// ===============================================================================
// Update
// ===============================================================================
void SphereObject::update(UpdateType _type) {
  BaseObject::update(_type);
}
 
//=============================================================================