IContent * c2d::TileAtlasReader::read(DataStream & stream)
{
auto& atlas = getGraphicsDevice().getContext().getSpriteAtlas();
int nsheets = 0;
stream.readInt(nsheets);
atlas.reserve(nsheets);
for ( int index = 0; index < nsheets; index++ )
{
c2d::TileSheet& sheet = atlas.emplace();
String textureName;
stream.readString(textureName);
auto ptexture = getContentManager().loadContent<Graphics::Texture>(textureName);
sheet.setTexture(ptexture);
int nsprites = 0;
stream >> nsprites;
for ( int sidx = 0; sidx < nsprites; ++sidx )
{
String name;
c2d::TileSheet::Tile tile;
stream >> name >> tile.coord.left >> tile.coord.right >> tile.coord.top >> tile.coord.bottom >> tile.rotated;
sheet.add(name, tile);
}
}
return nullptr;
}
void LuckyLeprechauns::toggleWireframe()
{
GraphicsDevice device = getGraphicsDevice();
unsigned long fillMode = device.getRenderState(D3DRS_FILLMODE) == D3DFILL_SOLID ? D3DFILL_WIREFRAME : D3DFILL_SOLID;
device.setRenderState(D3DRS_FILLMODE, fillMode);
}
IContent* TextureReader::read(DataStream& stream)
{
if ( !hasGraphicsDevice() )
{
return nullptr;
}
int width, height, format;
stream >> width >> height >> format;
BufferedStream datastream;
stream.read(datastream);
Graphics::TextureDescription desc;
desc.width = width;
desc.height = height;
desc.format = Graphics::eFormat_BC3;
desc.pinitData = datastream.getData();
return getGraphicsDevice().createTexture(desc);
}
void PolygonRenderSetup::use() {
VertexAttributePointerDescription vertexDescription;
vertexDescription.location = VtxLocation;
vertexDescription.size = 3;
vertexDescription.type = PrimitiveType::Float;
vertexDescription.normalized = false;
vertexDescription.stride = sizeof(float32) * getVertexElementsCount();
vertexDescription.offset = 0;
VertexAttributePointerDescription colorDescription;
colorDescription.location = ColorLocation;
colorDescription.size = 4;
colorDescription.type = PrimitiveType::Float;
colorDescription.normalized = false;
colorDescription.stride = sizeof(float32) * getVertexElementsCount();
colorDescription.offset = sizeof(float32) * 3;
GraphicsDevice* const graphicsDevice = getGraphicsDevice();
graphicsDevice->createVertexPointer(&vertexDescription);
graphicsDevice->createVertexPointer(&colorDescription);
}
void PolygonRenderSetup::clear() {
GraphicsDevice* const graphicsDevice = getGraphicsDevice();
graphicsDevice->disableVertexPointer(VtxLocation);
graphicsDevice->disableVertexPointer(ColorLocation);
}
