void IModelRenderContainer::DelFeature(const CFeature* f)
{
FeatureSet& fs = features[TEX_TYPE(f)];
if (spring::VectorErase(fs, const_cast<CFeature*>(f))) {
numFeatures -= 1;
}
if (fs.empty()) {
features.erase(TEX_TYPE(f));
}
}
void CProjectileDrawer::RenderProjectileCreated(const CProjectile* p)
{
texturehandlerS3O->UpdateDraw();
if (GML::SimEnabled() && !GML::ShareLists() && p->model && TEX_TYPE(p) < 0)
TEX_TYPE(p) = texturehandlerS3O->LoadS3OTextureNow(p->model);
if (p->model) {
modelRenderers[MDL_TYPE(p)]->AddProjectile(p);
} else {
renderProjectiles.insert(const_cast<CProjectile*>(p));
}
}
void IModelRenderContainer::DelUnit(const CUnit* u)
{
UnitSet& us = units[TEX_TYPE(u)];
// Unit can be absent from this container, since we can't
// know in UnitDrawer.cpp whether it's cloaked or not.
if (spring::VectorErase(us, const_cast<CUnit*>(u))) {
numUnits -= 1;
}
if (us.empty()) {
units.erase(TEX_TYPE(u));
}
}
void CProjectileDrawer::RenderProjectileCreated(const CProjectile* p)
{
texturehandlerS3O->UpdateDraw();
#if defined(USE_GML) && GML_ENABLE_SIM && !GML_SHARE_LISTS
if(p->model && TEX_TYPE(p) < 0)
TEX_TYPE(p) = texturehandlerS3O->LoadS3OTextureNow(p->model);
#endif
if (p->model) {
modelRenderers[MDL_TYPE(p)]->AddProjectile(p);
} else {
renderProjectiles.insert(const_cast<CProjectile*>(p));
}
}
void CFeatureDrawer::RenderFeatureCreated(const CFeature* feature)
{
CFeature* f = const_cast<CFeature*>(feature);
texturehandlerS3O->UpdateDraw();
if (GML::SimEnabled() && !GML::ShareLists() && feature->model && TEX_TYPE(feature) < 0)
TEX_TYPE(f) = texturehandlerS3O->LoadS3OTextureNow(feature->model);
if (feature->def->drawType == DRAWTYPE_MODEL) {
f->drawQuad = -1;
UpdateDrawQuad(f);
unsortedFeatures.insert(f);
}
}
void CFeatureDrawer::RenderFeatureCreated(const CFeature* feature)
{
CFeature* f = const_cast<CFeature*>(feature);
#if defined(USE_GML) && GML_ENABLE_SIM
if(f->model && TEX_TYPE(f) < 0)
TEX_TYPE(f) = texturehandlerS3O->LoadS3OTextureNow(f->model);
#endif
if (f->def->drawType == DRAWTYPE_MODEL) {
f->drawQuad = -1;
UpdateDrawQuad(f);
unsortedFeatures.insert(f);
}
}
void IModelRenderContainer::AddFeature(const CFeature* f)
{
FeatureSet& fs = features[TEX_TYPE(f)];
if (!spring::VectorInsertUnique(fs, const_cast<CFeature*>(f)))
assert(false);
numFeatures += 1;
}
void IModelRenderContainer::DelProjectile(const CProjectile* p)
{
ProjectileSet& ps = projectiles[TEX_TYPE(p)];
if (!spring::VectorErase(ps, const_cast<CProjectile*>(p)))
assert(false);
numProjectiles -= 1;
}
void IModelRenderContainer::AddUnit(const CUnit* u)
{
UnitSet& us = units[TEX_TYPE(u)];
// updating a unit's draw-position requires mutability
if (!spring::VectorInsertUnique(us, const_cast<CUnit*>(u)))
assert(false);
numUnits += 1;
}
void IModelRenderContainer::AddProjectile(const CProjectile* p)
{
ProjectileSet& ps = projectiles[TEX_TYPE(p)];
// updating a projectile's draw-position requires mutability
if (!spring::VectorInsertUnique(ps, const_cast<CProjectile*>(p)))
assert(false);
numProjectiles += 1;
}