void SimpleCreator( ResourceManager& res,Task* t)
{
Primitive* prim=(Primitive*)GetResource(t,"primitive","Simple",res,Resource::PRIMITIVE);
Material* m=(Material*)GetResource(t,"material","Simple",res,Resource::MATERIAL);
res.Add(t->name,new Simple(prim,m));
}
/*void OrthoCamCreator( ResourceManager& res,Task* t)
{
int width=(int)ToFloat(GetElement(t,"width","OrthoCam",res,false,""));
int height=(int)ToFloat(GetElement(t,"height","OrthoCam",res,false,""));
res.Add(t->name,new OrthographicCam(width,height));
}*/
void ConicCamCreator( ResourceManager& res,Task* t)
{
int width=(int)ToFloat(GetElement(t,"width","ConicCam",res,false,""));
int height=(int)ToFloat(GetElement(t,"height","ConicCam",res,false,""));
res.Add(t->name,new ConicCam(width,height));
}
void PlaneCreator( ResourceManager& res,Task* t)
{
Vector3 n=ToVector3(GetElement(t,"normal","Plane",res,false,""));
float d=ToFloat(GetElement(t,"distance","Plane",res,false,""));
res.Add(t->name,new Plane(n,d));
}
void DepthAntialiasing( ResourceManager& res,Task* t)
{
PixelBuff* one=(PixelBuff*)GetResource(t,"buffer","DepthAntialiasing",res,Resource::BUFFER);
float treshold=ToFloat(GetElement(t,"treshold","DepthAntialiasing",res,true,"1.2"));
res.Add(t->name,PostProcess::DepthAntialiasing(one,one,treshold));
}
void SphereCreator( ResourceManager& res,Task* t)
{
Vector3 pos=ToVector3(GetElement(t,"origin","Sphere",res,false,""));
float r=ToFloat(GetElement(t,"radius","Sphere",res,false,""));
res.Add(t->name,new Sphere(pos,r));
}
void SimpleToneMap( ResourceManager& res,Task* t)
{
PixelBuff* one=(PixelBuff*)GetResource(t,"buffer","SimpleToneMap",res,Resource::BUFFER);
float exposure=ToFloat(GetElement(t,"exposure","SimpleToneMap",res,true,"1"));
res.Add(t->name,PostProcess::SimpleToneMapping(one,exposure));
}
void AreaLightCreator( ResourceManager& res,Task* t)
{
Vector3 color=ToVector3(GetElement(t,"color","AreaLight",res,false,""));
Primitive* prim=(Primitive*)GetResource(t,"primitive","AreaLight",res,Resource::PRIMITIVE);
float p=ToFloat(GetElement(t,"points","AreaLight",res,false,""));
res.Add(t->name,new AreaLight(Color(color),prim,(int)p));
}
void GaussianBlur( ResourceManager& res,Task* t)
{
PixelBuff* one=(PixelBuff*)GetResource(t,"buffer","GaussianBlur",res,Resource::BUFFER);
float value=ToFloat(GetElement(t,"sigma","GaussianBlur",res,false,"0"));;
res.Add(t->name,PostProcess::GaussianBlur(one,value));
}
void AdvToneMap( ResourceManager& res,Task* t)
{
PixelBuff* one=(PixelBuff*)GetResource(t,"buffer","AdvToneMap",res,Resource::BUFFER);
float grey=ToFloat(GetElement(t,"middleGrey","AdvToneMap",res,true,"0.6"));
float white=ToFloat(GetElement(t,"whitePoint","AdvToneMap",res,true,"16"));
res.Add(t->name,PostProcess::AdvToneMapping(one,grey,white));
}
void Lerp( ResourceManager& res,Task* t)
{
PixelBuff* one=(PixelBuff*)GetResource(t,"buffer1","Lerp",res,Resource::BUFFER);
PixelBuff* two=(PixelBuff*)GetResource(t,"buffer2","Lerp",res,Resource::BUFFER);
float value=ToFloat(GetElement(t,"value","Lerp",res,false,"0"));
res.Add(t->name,PostProcess::Lerp(one,two,value));
}
void PhongCreator( ResourceManager& res,Task* t)
{
Vector3 color=ToVector3(GetElement(t,"color","Phong",res,false,""));
Vector3 spec=ToVector3(GetElement(t,"specColor","Phong",res,true,"1,1,1"));
float diff=ToFloat(GetElement(t,"diffuse","Phong",res,false,""));
float ref=ToFloat(GetElement(t,"reflectance","Phong",res,false,""));
float specPower=ToFloat(GetElement(t,"specPower","Phong",res,true,"100"));
res.Add(t->name,new Phong(Color(color),Color(spec),diff,ref,(int)specPower));
}
void BrightPass( ResourceManager& res,Task* t)
{
PixelBuff* one=(PixelBuff*)GetResource(t,"buffer","BrightPass",res,Resource::BUFFER);
float treshold=ToFloat(GetElement(t,"treshold","BrightPass",res,true,"0.5"));
float offset=ToFloat(GetElement(t,"offset","BrightPass",res,true,"1"));
float grey=ToFloat(GetElement(t,"middleGrey","BrightPass",res,true,"0.6"));
float white=ToFloat(GetElement(t,"whitePoint","BrightPass",res,true,"16"));
res.Add(t->name,PostProcess::BrightPass(one,grey,white,treshold,offset));
}
void ImageCreator( ResourceManager& res,Task* t)
{
int width,height;
width=(int)ToFloat(GetValue(t,"width"));
height=(int)ToFloat(GetValue(t,"height"));
if(width<=0||height<=0)
Log::AddMessage("ImageCreator: Wrong width or size attribute",Log::ERR);
res.Add(t->name,new PixelBuff(width,height));
}
void RayTracing( ResourceManager& res,Task* t)
{
Camera* cam=(Camera*)GetResource(t,"camera","RayTracing",res,Resource::CAMERA);
Scene* scene=(Scene*)GetResource(t,"scene","RayTracing",res,Resource::SCENE);
int trDpt=(int)ToFloat(GetElement(t,"tracingDepth","RayTracing",res,true,"5"));
int width=(int)ToFloat(GetElement(t,"width","RayTracing",res,false,""));
int height=(int)ToFloat(GetElement(t,"height","RayTracing",res,false,""));
Engine engine(scene);
res.Add(t->name,engine.Render(cam,width,height,trDpt));
}
void gameLoop()
{
sprite_Handles.push_back(SpriteManager.Add("ground.png"));
sprite_Handles.push_back(SpriteManager.Add("player.png"));
GraphicsManager.DrawSprite("ground.png",0,0,0, SpriteManager);
al_flip_display();
al_rest(2.0);
cleanUp();
}
void SceneCreator( ResourceManager& res,Task* t)
{
Vector3 size=ToVector3(GetElement(t,"size","Scene",res,false,""));
Scene* scene=new Scene(size);
std::string v;
int i=1;
while((v=GetValue(t,"object"+ToString(i++)))!="")
scene->AddObject((Object*)GetResource(t,"object"+ToString(i-1),"Scene",res,Resource::OBJECT));
res.Add(t->name,scene);
}
void ImageLoader(ResourceManager& res,Task* t)
{
//load input file name
std::string fileName=GetElement(t,"filename","ImageLoader",res,false,"");
//load input file format
std::string format=GetElement(t,"format","ImageLoader",res,true,"hlt");
//load file to the buffer
if(format=="hlt")
res.Add(t->name,FromHLT(fileName));
if(format=="bmp")
res.Add(t->name,FromBMP(fileName));
if(format=="raw")
{
int width=(int)ToFloat(GetElement(t,"width","ImageLoader",res,false,""));
int height=(int)ToFloat(GetElement(t,"height","ImageLoader",res,false,""));
res.Add(t->name,FromRAW(fileName,width,height));
}
if(format!="hlt"&&format!="raw"&&format!="bmp")
Log::AddMessage("ImageLoader: Unsupported format "+format,Log::ERR);
}
void PointLightCreator( ResourceManager& res,Task* t)
{
Primitive* prim=NULL;
Vector3 color=ToVector3(GetElement(t,"color","PointLight",res,false,""));
Vector3 pos=ToVector3(GetElement(t,"position","PointLight",res,false,""));
std::string v=GetValue(t,"primitive");
if(v=="")
Log::AddMessage("PointLight: No primitve specified for point light",Log::NORMAL);
else
{
Resource* resource=res.Get(v);
prim=dynamic_cast<Primitive*>(resource);
if(prim==NULL)
Log::AddMessage("PointLight: Object "+v+" cannot be found. Skipping...",Log::HIGH);
}
res.Add(t->name,new PointLight(Color(color),pos,prim));
}
