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BaseMaterialManager.cpp
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BaseMaterialManager.cpp
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#include "stdafx.h"
#include "MaterialManager.hpp"
#include "TextureManager.hpp"
class BaseMaterialManager;
class BaseSurface : public Surface {
SharedPtr<BaseMaterialManager> manager;
public:
BaseSurface(BaseMaterialManager* manager_, const SurfaceInfo& info) : Surface(info), manager(manager_) {}
//BaseSurface(BaseMaterialManager* manager_, MaterialAsset* asset) : Material(asset), manager(manager_) {}
//BaseSurface(BaseMaterialManager* manager_, const MaterialInfo& info, MaterialAsset* asset) : Material(info, asset), manager(manager_) {}
~BaseSurface();
};
class BaseMaterial : public Material {
SharedPtr<BaseMaterialManager> manager;
public:
BaseMaterial(BaseMaterialManager* manager_, const MaterialInfo& info) : Material(info), manager(manager_) {}
BaseMaterial(BaseMaterialManager* manager_, MaterialAsset* asset) : Material(asset), manager(manager_) {}
BaseMaterial(BaseMaterialManager* manager_, const MaterialInfo& info, MaterialAsset* asset) : Material(info, asset), manager(manager_) {}
~BaseMaterial();
Material* clone() const;
};
class BaseMaterialManager : public MaterialManager {
DynamicArray<Material*> materials;
SharedPtr<TextureManager> textureManager;
DynamicArray<Surface*> surfaces;
protected:
public:
Surface* createSurface(const SurfaceInfo&);
Surface* createSurface(const AssetName&);
void releaseSurface(Surface*);
Material* createMaterial(const MaterialInfo&);
Material* createMaterial(Material*);
Material* createMaterial(const AssetName&);
void releaseMaterial(Material*);
Material* cloneMaterial(Material*);
};
SharedPtr<BaseMaterialManager> gMaterialManager;
Surface* BaseMaterialManager::createSurface(const SurfaceInfo&) {
return NULL;
}
Surface* BaseMaterialManager::createSurface(const AssetName&) {
return NULL;
}
Material* BaseMaterialManager::createMaterial(const MaterialInfo& info) {
BaseMaterial* material = new BaseMaterial(this, info);
materials.add(material);
return material;
}
Material* BaseMaterialManager::createMaterial(Material*) {
Material* material = NULL;
return material;
}
Material* BaseMaterialManager::createMaterial(const AssetName&) {
Material* material = NULL;
return material;
}
void BaseMaterialManager::releaseMaterial(Material* material) {
materials.remove(material);
}
void BaseMaterialManager::releaseSurface(Surface* surface) {
surfaces.remove(surface);
}
Material* BaseMaterialManager::cloneMaterial(Material* material) {
BaseMaterial* material2 = new BaseMaterial(this, material->getInfo(), material->getAsset());
for (unsigned i = 0; i < MATERIAL_TEXTURE_MAX; i++) {
material2->setTexture(material->getTexture( (MATERIAL_TEXTURE_TYPE)i ) );
}
materials.add(material2);
return material2;
}
BaseMaterial::~BaseMaterial() {
manager->releaseMaterial(this);
}
Material* BaseMaterial::clone() const {
BaseMaterialManager* manager = (BaseMaterialManager*)this->manager;
return manager->cloneMaterial((Material*)this);
}
BaseSurface::~BaseSurface() {
manager->releaseSurface(this);
}
MaterialManager* GetMaterialManager() {
if (!gMaterialManager) {
gMaterialManager = new BaseMaterialManager;
}
MaterialManager* m = gMaterialManager;
return m;
}