/**
* uninitializes the align drawing and imaging stuff
*/
void alignUninit() {
/* load the texture if dynamic textures is on */
if(dynamicTextures) {
unloadTexture(curSlice-1);
if(refTex) {
unloadTexture(curSlice);
}
}
/* turn off animation */
animate = FALSE;
}
void OpenGLTextureManager::unloadAnimatedTexture(OpenGLAnimatedTextureInfo* aAnimatedTextureInfo)
{
if(aAnimatedTextureInfo != NULL)
{
unloadTexture(aAnimatedTextureInfo->textureInfo);
}
}
stageTexture_c::~stageTexture_c()
{
unloadTexture();
if ( animated )
{
delete animated;
}
}
void CTextureManager::unloadAllTextures()
{
std::map<unsigned int, GLuint>::iterator i = m_mTextureId.begin();
for (; i != m_mTextureId.end(); i++)
unloadTexture(i->first);
m_mTextureId.clear();
}
void stageTexture_c::uploadTexture()
{
unloadTexture();
if ( animated )
{
animated->uploadTextures();
}
if ( mapName.length() == 0 || !stricmp( mapName, "$lightmap" ) )
{
return;
}
if ( this->bClamp )
{
singleTexture = MAT_RegisterTexture( mapName, TWM_CLAMP );
}
else
{
singleTexture = MAT_RegisterTexture( mapName, TWM_REPEAT );
}
}
void TextureList::notUsingTexture(int textureID) {
textures[textureID].noUsing--;
if (textures[textureID].noUsing == 0) {
unloadTexture(textureID);
}
}
void stageTexture_c::fromTexturePointer( textureAPI_i* newTexturePtr )
{
unloadTexture();
this->singleTexture = newTexturePtr;
this->mapName = newTexturePtr->getName();
}
cTexture::~cTexture(){
unloadTexture();
}