TextureData.cc

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#include "TextureData.hh"
#include "ImageStorage.hh"
#include <iostream>
 
//-----------------------------------------------------------------------------------
 
Texture::Texture() :
  name_("No Texture"),
  textureImageId_(0),
  visibleName_(""),
  filename_("Invalid"),
  id_(-1),
  glName_(0),
  dimension_(0),
  enabled_(false),
  hidden_(false),
  dirty_(true),
  type_(UNSET),
  indexMappingProperty_("f:textureindex")
{
 
}
 
TextureData::TextureData() :
  nextInternalID_(1)
{
  // map 0 to no texture
  textureMap_[0]  = 0;
  propertyMap_[0] = "No Texture";
}
 
//-----------------------------------------------------------------------------------
 
TextureData::~TextureData() {
  for(const int& id:managedImageId_)
  {
    imageStore().removeImage(id);
  }
}
 
//-----------------------------------------------------------------------------------
 
bool TextureData::textureExists(QString _textureName)
{
  return ( getTextureIndex(_textureName) != -1);
}
 
//-----------------------------------------------------------------------------------
 
bool TextureData::isEnabled(QString _textureName)
{
  int id = getTextureIndex(_textureName);
 
  if ( id != -1)
    return textures_[id].enabled();
  else
    return false;
}
 
//-----------------------------------------------------------------------------------
 
bool TextureData::enableTexture(QString _textureName, bool _exclusive)
{
  int id = getTextureIndex(_textureName);
 
  if ( id != -1){
 
    textures_[id].enable();
 
    //disable other textures
    if (_exclusive)
      for ( int i = 0 ; i < (int)textures_.size() ; ++i )
        if (i != id)
          textures_[i].disable();
    return true;
  }
  return false;
}
 
//-----------------------------------------------------------------------------------
 
void TextureData::disableTexture(QString _textureName)
{
  int id = getTextureIndex(_textureName);
 
  if ( id != -1)
    textures_[id].disable();
}
 
//-----------------------------------------------------------------------------------
 
int TextureData::addTexture(QString _textureName, QString _filename, uint _dimension, GLuint _glName)
{
  //generate texture object
  Texture tex;
  tex.id( nextInternalID_++ );
  tex.name( _textureName );
  tex.glName( _glName );
  tex.filename( _filename );
  tex.dimension(_dimension);
  tex.enable();
  tex.setDirty();
  tex.type( VERTEXBASED );
  tex.hidden(false);
//   tex.parameters = TexParameters;
 
  textures_.push_back( tex );
 
  textureMap_[ tex.id() ]  = tex.glName();
  propertyMap_[ tex.id() ] = tex.name().toStdString();
 
  return tex.id();
}
 
int TextureData::addTexture ( Texture _texture, GLuint _glName ) {
  _texture.id( nextInternalID_++ );
  _texture.glName( _glName );
  textures_.push_back(_texture);
 
  textureMap_[ _texture.id() ]  = _texture.glName();
  propertyMap_[ _texture.id() ] = _texture.name().toStdString();
 
  return _texture.id();
}
 
bool TextureData::addMultiTexture( QString _textureName ) {
  int textureid = getTextureIndex(_textureName);
 
  if ( textureid != -1) {
    std::cerr << "Texture exists!" << std::endl;
    return false;
  }
 
  //generate texture object
  Texture tex;
  tex.id( nextInternalID_++ );
  tex.name( _textureName );
  tex.filename("MultiTexture");
  tex.setDirty();
  tex.type(MULTITEXTURE);
  tex.hidden(false);
 
  textures_.push_back( tex );
 
  return true;
}
 
bool TextureData::setImage( QString _textureName , int _id ) {
  int textureid = getTextureIndex(_textureName);
 
  if ( textureid == -1) {
    std::cerr << "setImage: Unknown Texture!" << std::endl;
    return false;
  }
 
  textures_[textureid].textureImageId(_id);
  return true;
}
 
//-----------------------------------------------------------------------------------
 
// void TextureData::deleteTexture(QString _textureName)
// {
//   int index = getTextureIndex(_textureName);
//
//   if ( index != -1){
//
//
//     textureMap_.erase( texture(_textureName).id );
//     propertyMap_.erase( texture(_textureName).id );
//     textures_.erase(textures_.begin()+index);
//   }
// }
 
//-----------------------------------------------------------------------------------
 
// TexParameters TextureData::textureParameters(QString _textureName)
// {
//   int id = getTextureIndex(_textureName);
//
//   if ( id != -1)
//     return textures_[id].parameters;
//   else
//     return TexParameters();
// }
 
//-----------------------------------------------------------------------------------
 
// void TextureData::setTextureParameters(QString _textureName, TexParameters _params)
// {
//   int id = getTextureIndex(_textureName);
//
//   if ( id != -1)
//     textures_[id].parameters = _params;
// }
 
//-----------------------------------------------------------------------------------
 
Texture& TextureData::texture(QString _textureName)
{
  int id = getTextureIndex(_textureName);
 
  if ( id != -1)
    return textures_[id];
  else {
    std::cerr << "Invalid Texture" << _textureName.toStdString() << std::endl;
    return noTexture;
  }
}
 
//-----------------------------------------------------------------------------------
 
int TextureData::getTextureIndex(QString _textureName)
{
  // Search the list of textures if we have the texture
  int textureid = -1;
  for ( int i = 0 ; i < (int)textures_.size() ; ++i ) {
    if ( (textures_[i].name() == _textureName) || (textures_[i].visibleName() == _textureName) ) {
      textureid = i;
      break;
    }
  }
 
  return textureid;
}
 
//-----------------------------------------------------------------------------------
 
std::vector< Texture >& TextureData::textures(){
  return textures_;
}
 
//-----------------------------------------------------------------------------------
 
std::map< int, GLuint>* TextureData::textureMap(){
  return &textureMap_;
}
 
//-----------------------------------------------------------------------------------
 
std::map< int, std::string>* TextureData::propertyMap(){
  return &propertyMap_;
}
 
void TextureData::addManagedImageId(int _imageId){
  managedImageId_.push_back(_imageId);
}