materialloader.cc File Reference

#include "materialloader.h"
#include "io/bxmlreader.h"
#include "resources/resourceserver.h"
#include "materials/materialtemplates.h"
#include "materials/material_interfaces.h"

Classes
struct	Materials::MaterialBuffer< INTERFACE_TYPE >

Namespaces
namespace	Materials
	Material special version of variant.

Macros
#define	MATERIAL_LIST
#define	PROPERTIES_LIST
#define	X(x)
#define	ALLOC_MATERIAL(x)
#define	ALLOC_AND_BIND_MATERIAL(x, editor)
#define	X(x)
#define	X(x)
#define	X(x)

Typedefs
using	Materials::LoaderFunc = void(*)(Ptr<IO::BXmlReader>, Materials::MaterialId, Util::StringAtom)

Functions
	Materials::__ImplementClass (Materials::MaterialLoader, 'MALO', Resources::ResourceLoader)
void	Materials::LoadTexture (const Ptr< IO::BXmlReader > &reader, CoreGraphics::TextureId def, const char *name, const char *tag, uint &handle, bool &dirtyFlag)
void	Materials::LoadVec4 (const Ptr< IO::BXmlReader > &reader, const char *name, float value[4], const Math::vec4 &def)
void	Materials::LoadVec3 (const Ptr< IO::BXmlReader > &reader, const char *name, float value[3], const Math::vec3 &def)
void	Materials::LoadFloat (const Ptr< IO::BXmlReader > &reader, const char *name, float &value, const float def)
void	Materials::LoadMaterialParameter (Ptr< IO::BXmlReader > reader, Util::StringAtom name, const MaterialTemplates::Entry *entry, const Materials::MaterialId id, bool immediate)

Variables
Util::Dictionary< MaterialTemplates::MaterialProperties, LoaderFunc >	Materials::LoaderMap
struct {
MATERIAL_LIST MaterialInterfaces::MaterialBindings   Materials::bindings
CoreGraphics::BufferWithStaging   Materials::materialBindingBuffer
Threading::CriticalSection   Materials::variantAllocatorLock
Memory::ArenaAllocator< 4096 >   Materials::variantAllocator
union DirtySet {
struct {
bool   Materials::graphicsDirty: 1
bool   Materials::computeDirty: 1
}
int   Materials::bits
}   Materials::dirtySet
}	Materials::materialLoaderState

Macro Definition Documentation

ALLOC_AND_BIND_MATERIAL

#define ALLOC_AND_BIND_MATERIAL	(		x,
			editor )

Value:

        Ids::Id32 id = materialLoaderState.x##s.Alloc();\
        if (materialLoaderState.bindings.x##s != materialLoaderState.x##s.deviceAddress)\
        {\
            materialLoaderState.bindings.x##s = materialLoaderState.x##s.deviceAddress;\
            materialLoaderState.dirtySet.bits = 0x3;\
        }\
        MaterialInterfaces::x& material = materialLoaderState.x##s.Get(id);\
        materialLoaderState.x##s.dirty = true;\
        Materials::MaterialSetBufferBinding(mat, id);

ALLOC_MATERIAL

#define ALLOC_MATERIAL

(

x

)

Value:

    Ids::Id32 id = materialLoaderState.x##s.Alloc();\
    if (materialLoaderState.bindings.x##s != materialLoaderState.x##s.deviceAddress)\
    {\
        materialLoaderState.bindings.x##s = materialLoaderState.x##s.deviceAddress;\
        materialLoaderState.dirtySet.bits = 0x3;\
    }\
    MaterialInterfaces::x& material = materialLoaderState.x##s.Get(id);\
    materialLoaderState.x##s.dirty = true;\

MATERIAL_LIST

#define MATERIAL_LIST

Value:

X(BRDFMaterial) \
X(BSDFMaterial) \
X(GLTFMaterial) \
X(UnlitMaterial) \
X(BlendAddMaterial) \
X(SkyboxMaterial) \
X(TerrainMaterial) \

PROPERTIES_LIST

#define PROPERTIES_LIST

Value:

X(BRDF) \
X(BSDF) \
X(GLTF) \
X(Unlit) \
X(BlendAdd) \
X(Skybox) \
X(Terrain) \

X [1/4]

#define X

(

x

)

Value:

MaterialBuffer<MaterialInterfaces::x> x##s = #x;

X [2/4]

#define X

(

x

)

Value:

    if (materialLoaderState.x##s.dirty)\
    {\
        if (materialLoaderState.x##s.hostBuffer != CoreGraphics::InvalidBufferId) \
        { \
            hostBuffers.Append({.buf = materialLoaderState.x##s.hostBuffer});\
            deviceBuffers.Append({.buf = materialLoaderState.x##s.deviceBuffer});\
        }\
        anyDirty = true;\
    }

X [3/4]

#define X

(

x

)

Value:

        if (materialLoaderState.x##s.dirty)\
        {\
            materialLoaderState.x##s.Flush(cmdBuf, queue);\
            materialLoaderState.x##s.dirty = false;\
        }

X [4/4]

#define X

(

x

)

Value:

    case MaterialTemplates::MaterialProperties::x:\
    return materialLoaderState.x##Materials.deviceBuffer;\