StandardMaterialMetadata Interface Reference

Metadata definitions for StandardMaterial. More...

Public Attributes
DynamicPropertyType< ColorRGBA >	AmbientProperty
	The color of the material when lights are not present. More...
DynamicPropertyType< Float >	BlendIntensityProperty
	Controls the intensity of materials that are blended on top of an existing color. More...
DynamicPropertyType< Integer >	BlendModeProperty
	Sets how to blend colors. More...
DynamicPropertyType< ColorRGBA >	DiffuseProperty
	The color of the material when it is lit by a light. More...
DynamicPropertyType< ColorRGBA >	EmissiveProperty
	The color of the light that is emitted from the material surface. More...
DynamicPropertyType< ColorRGBA >	GlobalAmbientProperty
	The color that is multiplied automatically with the "Ambient" property of the materials in the scene. More...
DynamicPropertyType< Resource >	GlyphTextureProperty
	The automatic texture of the glyph cache. More...
DynamicPropertyType< Vector2 >	MaskTextureOffsetProperty
	Sets an offset for mask in materials. More...
DynamicPropertyType< Resource >	MaskTextureProperty
	The texture for masking other texture or color. More...
DynamicPropertyType< Vector2 >	MaskTextureTilingProperty
	Determines the number of times a mask is presented in a material. More...
AbstractMetaclass	metaclass = new AbstractMetaclass("Kanzi.StandardMaterial")
	Metaclass for StandardMaterial.
DynamicPropertyType< ColorRGBA >	SpecularColorProperty
	The color of the specular reflection. More...
DynamicPropertyType< Float >	SpecularExponentProperty
	Determines the size of the specular highlight. More...
DynamicPropertyType< Vector2 >	TextureOffsetProperty
	Sets an offset for texture in materials. More...
DynamicPropertyType< Resource >	TextureProperty
	The texture of the material. More...
DynamicPropertyType< Vector2 >	TextureTilingProperty
	Determines the number of times a texture is presented in a material. More...

Detailed Description

Metadata definitions for StandardMaterial.

Member Data Documentation

DynamicPropertyType<ColorRGBA> AmbientProperty

Initial value:

=
        new DynamicPropertyType<>("Ambient", ColorRGBA.class)

The color of the material when lights are not present.

DynamicPropertyType<Float> BlendIntensityProperty

Initial value:

=
        new DynamicPropertyType<>("BlendIntensity", Float.class)

Controls the intensity of materials that are blended on top of an existing color.

Attached property enables overriding of the blend intensity of the used materials at render pass or object node level.

DynamicPropertyType<Integer> BlendModeProperty

Initial value:

=
        new DynamicPropertyType<>("BlendMode", Integer.class)

Sets how to blend colors.

Color Blending:

• Additive adds the source pixels to the destination pixels.
• Multiply multiplies the source and destination pixels.
• Screen adds the source and destination pixels and subtracts from the result the product of the source and destination.
• Alpha: Automatic uses premultiplied or non-premultiplied alpha depending on the value of the "Premultiply Alpha" property in the project or an image.
• Alpha: Non-premultiplied is a legacy mode. For non-premultiplied input use the Alpha: Mixed mode.
• Alpha: Premultiplied expects premultiplied alpha RGBA in the source pixels and blends the source pixels on top of the destination pixels. This is the default and recommended mode for alpha blending.
• Alpha: Mixed expects non-premultiplied alpha RGBA in the source pixels, and blends the source pixels with the destination framebuffer.

Alpha Compositing:

• Opaque disables blending and replaces the destination pixels with the source pixels.
• Clear sets the destination pixels to transparent black.
• Exclusive Or draws the non-overlapping source and destination pixels.
• Source Atop discards those source pixels that do not cover destination pixels and draws the rest of the source pixels over destination pixels.
• Source In draws those source pixels that cover destination pixels and discards all destination pixels.
• Source Out draws the source pixels with alpha reduced by the inverse of the destination alpha, and discards all destination pixels.
• Destination Atop discards those destination pixels that are not covered by source pixels, and draws the rest of the destination pixels over source pixels.
• Destination In draws only those destination pixels that intersect with the source pixels, and discards all source pixels.
• Destination Out draws the destination pixels with alpha reduced by the inverse of the source alpha, and discards all source pixels.
• Destination Over draws the destination pixels over the source pixels.

Advanced Color Blending:

• Multiply (advanced khr) is similar to the Multiply mode but it screens the alpha.
• Overlay multiplies dark pixels and screens light pixels.
• Darken compares the destination and source pixels and selects the darker one.
• Lighten compares the destination and source pixels and selects the lighter one.
• Color Burn darkens the destination to reflect the color of the source.
• Color Dodge lightens the destination to reflect the color of the source.
• Hard Light multiplies with dark source color and screens with light source color.
• Soft Light burns with dark source color and dodges with light source color.
• Difference uses the difference of the source and destination pixels.
• Exclusion is similar to difference but the result is lower in contrast.
• HSL Hue uses the hue of the source, and the luminosity and saturation of the destination.
• HSL Saturation uses the saturation of the source, and the hue and luminosity of the destination.
• HSL Color uses the hue and saturation of the source, and the luminosity of the destination.
• HSL Luminosity uses luminosity of the source, and the jue and saturation of the destination.

The advanced color blending modes require the GL_KHR_blend_equation_advanced and GL_KHR_blend_equation_advanced_coherent OpengGL extensions.

DynamicPropertyType<ColorRGBA> DiffuseProperty

Initial value:

=
        new DynamicPropertyType<>("Diffuse", ColorRGBA.class)

The color of the material when it is lit by a light.

DynamicPropertyType<ColorRGBA> EmissiveProperty

Initial value:

=
        new DynamicPropertyType<>("Emissive", ColorRGBA.class)

The color of the light that is emitted from the material surface.

DynamicPropertyType<ColorRGBA> GlobalAmbientProperty

Initial value:

=
        new DynamicPropertyType<>("GlobalAmbient", ColorRGBA.class)

The color that is multiplied automatically with the "Ambient" property of the materials in the scene.

DynamicPropertyType<Resource> GlyphTextureProperty

Initial value:

=
        new DynamicPropertyType<>("GlyphTexture", Resource.class)

The automatic texture of the glyph cache.

DynamicPropertyType<Vector2> MaskTextureOffsetProperty

Initial value:

=
        new DynamicPropertyType<>("MaskTextureOffset", Vector2.class)

Sets an offset for mask in materials.

DynamicPropertyType<Resource> MaskTextureProperty

Initial value:

=
        new DynamicPropertyType<>("MaskTexture", Resource.class)

The texture for masking other texture or color.

DynamicPropertyType<Vector2> MaskTextureTilingProperty

Initial value:

=
        new DynamicPropertyType<>("MaskTextureTiling", Vector2.class)

Determines the number of times a mask is presented in a material.

DynamicPropertyType<ColorRGBA> SpecularColorProperty

Initial value:

=
        new DynamicPropertyType<>("SpecularColor", ColorRGBA.class)

The color of the specular reflection.

DynamicPropertyType<Float> SpecularExponentProperty

Initial value:

=
        new DynamicPropertyType<>("SpecularExponent", Float.class)

Determines the size of the specular highlight.

DynamicPropertyType<Vector2> TextureOffsetProperty

Initial value:

=
        new DynamicPropertyType<>("TextureOffset", Vector2.class)

Sets an offset for texture in materials.

DynamicPropertyType<Resource> TextureProperty

Initial value:

=
        new DynamicPropertyType<>("Texture", Resource.class)

The texture of the material.

DynamicPropertyType<Vector2> TextureTilingProperty

Initial value:

=
        new DynamicPropertyType<>("TextureTiling", Vector2.class)

Determines the number of times a texture is presented in a material.