instantreality 1.0

• Node 12
• SceneBaseNode 17
• UnboundedNode 8
• VisualProperty 9
• AppearanceProperty 17
• ShaderNode 3
• SurfaceShader 1
• CommonSurfaceShader

XML encoding

<CommonSurfaceShader logFeature=''
alphaTextureChannelMask='a'
alphaTextureCoordinatesId='0'
alphaTextureId='-1'
invertAlphaTexture='FALSE'
alphaFactor='1'
normalBias='-1 -1 -1'
normalScale='2 2 2'
textureTransformEnabled='0 0 0 0 0 0 0 0'
fresnelBlend='0'
relativeIndexOfRefraction='1'
environmentTextureChannelMask='rgb'
environmentTextureCoordinatesId='0'
environmentTextureId='-1'
environmentFactor='1 1 1'
transmissionTextureCoordinatesId='0'
transmissionTextureChannelMask='rgb'
transmissionTextureId='-1'
transmissionFactor='0 0 0'
reflectionTextureCoordinatesId='0'
reflectionTextureChannelMask='rgb'
reflectionFactor='0 0 0'
reflectionTextureId='-1'
normalTextureChannelMask='rgb'
normalTextureCoordinatesId='0'
normalTextureId='-1'
normalFormat='UNORM'
normalSpace='TANGENT'
shininessTextureChannelMask='a'
shininessTextureId='-1'
shininessTextureCoordinatesId='0'
shininessFactor='0.2'
specularTextureChannelMask='rgb'
specularTextureCoordinatesId='0'
specularTextureId='-1'
specularFactor='0 0 0'
diffuseTextureChannelMask='rgb'
diffuseTextureId='-1'
diffuseTextureCoordinatesId='0'
diffuseFactor='0.8 0.8 0.8'
ambientTextureChannelMask='rgb'
ambientTextureCoordinatesId='0'
ambientTextureId='-1'
ambientFactor='0.2 0.2 0.2'
emissiveTextureChannelMask='rgb'
emissiveTextureCoordinatesId='0'
emissiveTextureId='-1'
emissiveFactor='0 0 0'
tangentTextureCoordinatesId='-1'
binormalTextureCoordinatesId='-1'
 />

Classic encoding

CommonSurfaceShader {
	logFeature [""]
	alphaTextureChannelMask "a"
	alphaTextureCoordinatesId 0
	alphaTextureId -1
	invertAlphaTexture FALSE
	alphaFactor 1
	normalBias -1 -1 -1
	normalScale 2 2 2
	textureTransformEnabled [0 0 0 0 0 0 0 0]
	fresnelBlend 0
	relativeIndexOfRefraction 1
	environmentTextureChannelMask "rgb"
	environmentTextureCoordinatesId 0
	environmentTextureId -1
	environmentFactor 1 1 1
	transmissionTextureCoordinatesId 0
	transmissionTextureChannelMask "rgb"
	transmissionTextureId -1
	transmissionFactor 0 0 0
	reflectionTextureCoordinatesId 0
	reflectionTextureChannelMask "rgb"
	reflectionFactor 0 0 0
	reflectionTextureId -1
	normalTextureChannelMask "rgb"
	normalTextureCoordinatesId 0
	normalTextureId -1
	normalFormat "UNORM"
	normalSpace "TANGENT"
	shininessTextureChannelMask "a"
	shininessTextureId -1
	shininessTextureCoordinatesId 0
	shininessFactor 0.2
	specularTextureChannelMask "rgb"
	specularTextureCoordinatesId 0
	specularTextureId -1
	specularFactor 0 0 0
	diffuseTextureChannelMask "rgb"
	diffuseTextureId -1
	diffuseTextureCoordinatesId 0
	diffuseFactor 0.8 0.8 0.8
	ambientTextureChannelMask "rgb"
	ambientTextureCoordinatesId 0
	ambientTextureId -1
	ambientFactor 0.2 0.2 0.2
	emissiveTextureChannelMask "rgb"
	emissiveTextureCoordinatesId 0
	emissiveTextureId -1
	emissiveFactor 0 0 0
	tangentTextureCoordinatesId -1
	binormalTextureCoordinatesId -1
}

Filter: X3D only | Avalon only | All

id	Name	DataType	PartType	Default	ValueType	Description
	tangentTextureCoordinatesId	SFInt32	inputOutput	-1		Texture coordinate channel that contains the tangents in u.
	binormalTextureCoordinatesId	SFInt32	inputOutput	-1		Texture coordinate channel that contains the tangents in v.
	emissiveFactor	SFVec3f	inputOutput	0 0 0		The value of emissiveTexture is multiplied by this value. If no texture is set, the value is used directly.
	emissiveTextureId	SFInt32	inputOutput	-1		The texture unit.
	emissiveTextureCoordinatesId	SFInt32	inputOutput	0		Texture coordinate channel to use for emissiveTexture.
	emissiveTextureChannelMask	SFString	inputOutput	rgb		ChannelMask for emissiveTexture in the form of a glsl swizzle (e.g. "rgb", "a").
	ambientFactor	SFVec3f	inputOutput	0.2 0.2 0.2		The value of ambientTexture is multiplied by this value. If no texture is set, the value is used directly.
	ambientTextureId	SFInt32	inputOutput	-1		The texture unit.
	ambientTextureCoordinatesId	SFInt32	inputOutput	0		Texture coordinate channel to use for ambientTexture.
	ambientTextureChannelMask	SFString	inputOutput	rgb		ChannelMask for ambientTexture in the form of a glsl swizzle (e.g. "rgb", "a").
	diffuseFactor	SFVec3f	inputOutput	0.8 0.8 0.8		The value of diffuseTexture is multiplied by this value. If no texture is set, the value is used directly.
	diffuseTextureId	SFInt32	inputOutput	-1		The texture unit.
	diffuseTextureCoordinatesId	SFInt32	inputOutput	0		Texture coordinate channel to use for diffuseTexture.
	diffuseTextureChannelMask	SFString	inputOutput	rgb		ChannelMask for diffuseTexture in the form of a glsl swizzle (e.g. "rgb", "a").
	specularFactor	SFVec3f	inputOutput	0 0 0		The value of specularTexture is multiplied by this value. If no texture is set, the value is used directly.
	specularTextureId	SFInt32	inputOutput	-1		The texture unit.
	specularTextureCoordinatesId	SFInt32	inputOutput	0		Texture coordinate channel to use for specularTexture.
	specularTextureChannelMask	SFString	inputOutput	rgb		ChannelMask for specularTexture in the form of a glsl swizzle (e.g. "rgb", "a").
	shininessFactor	SFFloat	inputOutput	0.2		The value of shininessTexture is multiplied by this value. If no texture is set, the value is used directly.
	shininessTextureId	SFInt32	inputOutput	-1		The texture unit.
	shininessTextureCoordinatesId	SFInt32	inputOutput	0		Texture coordinate channel to use for shininessTexture.
	shininessTextureChannelMask	SFString	inputOutput	a		ChannelMask for shininessTexture in the form of a glsl swizzle (e.g. "rgb", "a").
	normalFormat	SFString	inputOutput	UNORM		How normals are stored in normalTexture. Currently only "UNORM" (each component packed into a [0,1] color channel) is supported.
	normalSpace	SFString	inputOutput	TANGENT		Space in which normals in normalTexture are defined. Currently only "TANGENT" (a default tangent space normal map) is supported.
	normalTextureId	SFInt32	inputOutput	-1		The texture unit.
	normalTextureCoordinatesId	SFInt32	inputOutput	0		Texture coordinate channel to use for normalTexture.
	normalTextureChannelMask	SFString	inputOutput	rgb		ChannelMask for normalTexture in the form of a glsl swizzle (e.g. "rgb", "a").
	reflectionFactor	SFVec3f	inputOutput	0 0 0		The value of reflectionTexture is multiplied by this value. If no texture is set, the value is used directly.
	reflectionTextureId	SFInt32	inputOutput	-1		The texture unit.
	reflectionTextureCoordinatesId	SFInt32	inputOutput	0		Texture coordinate channel to use for reflectionTexture.
	reflectionTextureChannelMask	SFString	inputOutput	rgb		ChannelMask for reflectionTexture in the form of a glsl swizzle (e.g. "rgb", "a").
	transmissionFactor	SFVec3f	inputOutput	0 0 0		The value of transmissionTexture is multiplied by this value. If no texture is set, the value is used directly.
	transmissionTextureId	SFInt32	inputOutput	-1		The texture unit.
	transmissionTextureCoordinatesId	SFInt32	inputOutput	0		Texture coordinate channel to use for transmissionTexture.
	transmissionTextureChannelMask	SFString	inputOutput	rgb		ChannelMask for transmissionTexture in the form of a glsl swizzle (e.g. "rgb", "a").
	environmentFactor	SFVec3f	inputOutput	1 1 1		The value of environmentTexture is multiplied by this value. If no texture is set, the value is used directly.
	environmentTextureId	SFInt32	inputOutput	-1		The texture unit.
	environmentTextureCoordinatesId	SFInt32	inputOutput	0		[Currently not used, coordinates are computed in shader.]
	environmentTextureChannelMask	SFString	inputOutput	rgb		ChannelMask for environmentTexture in the form of a glsl swizzle (e.g. "rgb", "a").
	relativeIndexOfRefraction	SFFloat	inputOutput	1		Relative IOR for perfect specular component.
	fresnelBlend	SFFloat	inputOutput	0		To what degree the Fresnel equation for dielectrics should be used to blend the perfect specular reflection and transmission.
	emissiveTexture	SFNode	inputOutput			Texture containing emissive component.
	ambientTexture	SFNode	inputOutput			Texture containing ambient component.
	diffuseTexture	SFNode	inputOutput			Texture containing diffuse component.
	specularTexture	SFNode	inputOutput			Texture containing specular component.
	shininessTexture	SFNode	inputOutput			Texture containing shininess component.
	normalTexture	SFNode	inputOutput			Texture containing normal component for normal mapping.
	reflectionTexture	SFNode	inputOutput		AppearanceProperty	Texture containing reflection component. Perfect specular reflection is modulated by this.
	transmissionTexture	SFNode	inputOutput			Texture containing transmission component. Perfect specular transmission is modulated by this.
	environmentTexture	SFNode	inputOutput			Cube texture containing the environment for perfect specular reflection and transmission.
	textureTransformEnabled	MFBool	initializeOnly	0 0 0 0 0 0 0 0		defines if the OpenGL texture transform for a texture coordinate channel should be applied. This transform is applied in the vertex shader before the transformsassiciated with the textures are applied.
	normalScale	SFVec3f	initializeOnly	2 2 2		scale to apply to normal sampled from normalTexture
	normalBias	SFVec3f	initializeOnly	-1 -1 -1		Bias to apply to normal sampled from normalTexture
	alphaFactor	SFFloat	inputOutput	1		The value of alphaTexture is multiplied by this value. If no texture is set, the value is used directly.
	invertAlphaTexture	SFBool	inputOutput	FALSE		If true, (1-sampledValue) is used as alpha. If false the sampled value is used.
	alphaTextureId	SFInt32	inputOutput	-1		The texture unit.
	alphaTextureCoordinatesId	SFInt32	inputOutput	0		Texture coordinate channel to use for alphaTexture.
	alphaTextureChannelMask	SFString	inputOutput	a		ChannelMask for alphaTexture in the form of a glsl swizzle (e.g. "rgb", "a").
	alphaTexture	SFNode	inputOutput			Texture containing alpha component.
	isSelected	SFBool	outputOnly			The isSelected output field is used to indicate that this shader instance is the one selected for use by the browser. A TRUE value indicates that this instance is in use.
	isValid	SFBool	outputOnly			The isValid field is used to indicate whether the current shader objects can be run as a shader program.
	activate	SFBool	inputOnly			The activate field forces the shader to activate the contained objects.
	logFeature	MFString	inputOutput		state, child, parent, route, eventIn, eventOut	controls the logging of changes, state: log state changes (e.g. live), child: log child add/remove, parent: log parent add/remove, route: log route add/remove; eventIn: log receiving of events, eventOut: log sending of events: guiView, runtime system should create node-view, guiEdit: runtime system should create node-editeverything: log everything
	metadata	SFNode	inputOutput		MetadataObject	container for payload metadata inside MetadataSet element