public bool Equals(Material other)
{
return(diffuseMap == other.diffuseMap && Shader.Equals(other.Shader) &&
RenderSizeMode == other.RenderSizeMode && DefaultColor == other.DefaultColor &&
animation == other.animation && Duration == other.Duration &&
spriteSheet == other.spriteSheet && RenderingCalculator.Equals(other.RenderingCalculator));
}
public Material(Color nonUvColor, ShaderFlags nonUvShaderFlags)
: base("<GeneratedCustomMaterial:" + nonUvColor + ":" + nonUvShaderFlags + ">")
{
Shader = ContentLoader.Create <Shader>(new ShaderCreationData(nonUvShaderFlags));
DefaultColor = nonUvColor;
MetaData = new ContentMetaData();
RenderingCalculator = new RenderingCalculator();
}
protected override void CreateDefault()
{
PixelSize = DefaultTextureSize;
DisableLinearFiltering = true;
BlendMode = BlendMode.Opaque;
Fill(CheckerMapColors);
SetSamplerState();
RenderingCalculator = new RenderingCalculator();
}
/// <summary>
/// Special constructor for creating custom shaders and images or reusing existing instances.
/// </summary>
public Material(Shader customShader, Image customDiffuseMap)
: base("<GeneratedCustomMaterial:" + customShader + ":" + customDiffuseMap + ">")
{
Shader = customShader;
DiffuseMap = customDiffuseMap;
DefaultColor = Color.White;
MetaData = new ContentMetaData();
RenderingCalculator = new RenderingCalculator();
}
protected Image(ImageCreationData data)
: base("<GeneratedImage>")
{
PixelSize = data.PixelSize;
BlendMode = data.BlendMode;
UseMipmaps = data.UseMipmaps;
AllowTiling = data.AllowTiling;
DisableLinearFiltering = data.DisableLinearFiltering;
RenderingCalculator = new RenderingCalculator();
}
private void Initialize(ShaderFlags flags, string imageOrAnimationName, Color defaultColor)
{
Shader = ContentLoader.Create <Shader>(new ShaderCreationData(flags));
DefaultColor = defaultColor;
RenderingCalculator = new RenderingCalculator();
if (!String.IsNullOrEmpty(imageOrAnimationName))
{
DetermineUseCaseData(imageOrAnimationName);
}
}
/// <summary>
/// Creates a new image with the specified size to be filled dynamically (via .DiffuseMap.Fill).
/// </summary>
public Material(Size customPixelSize, ShaderFlags shaderFlags = ShaderFlags.Position2DTextured)
: base("<GeneratedCustomMaterial:" + shaderFlags + ":" + customPixelSize + ">")
{
Shader = ContentLoader.Create <Shader>(new ShaderCreationData(shaderFlags));
DiffuseMap = ContentLoader.Create <Image>(new ImageCreationData(customPixelSize));
pixelSize = customPixelSize;
DefaultColor = Color.White;
MetaData = new ContentMetaData();
RenderingCalculator = new RenderingCalculator();
}
/// <summary>
/// Creates an 1x1 image with a colored shader material for simple solid flat surfaces.
/// </summary>
public Material(Color nonUVShaderColor)
: base("<GeneratedCustomMaterial:" + nonUVShaderColor + ">")
{
Shader = ContentLoader.Create <Shader>(new ShaderCreationData(ShaderFlags.Position2DColored));
DiffuseMap = ContentLoader.Create <Image>(new ImageCreationData(Size.One));
DiffuseMap.Fill(Color.White);
pixelSize = Size.One;
DefaultColor = nonUVShaderColor;
MetaData = new ContentMetaData();
RenderingCalculator = new RenderingCalculator();
}
private void CreateUVCalculator(Rectangle uv)
{
var atlasRegion = new AtlasRegion
{
UV = uv,
PadLeft = GetFloatOrZero("PadLeft"),
PadRight = GetFloatOrZero("PadRight"),
PadTop = GetFloatOrZero("PadTop"),
PadBottom = GetFloatOrZero("PadBottom"),
IsRotated = MetaData.Get("Rotated", "").ToLowerInvariant() == "true"
};
RenderingCalculator = new RenderingCalculator(atlasRegion);
}
private void ProcessImage(Stream fileData)
{
ExtractMetaData();
SetSamplerStateAndTryToLoadImage(fileData);
RenderingCalculator = new RenderingCalculator();
}
