Component:UnlitMaterial

Component image 

Unlit Material component as seen in the Scene Inspector

The UnlitMaterial component is a material that can render meshes without lighting at full bright. Optionally can render each vertex like a square that faces the user or a direction. It can also optionally render differently depending on which eye it is viewed from. This is used in the left and right cat item, and for 3D photos.

Fields

Fields

Name	Type	Description
persistent	Bool	Determines whether or not this item will be saved to the server.
UpdateOrder	Int	Controls the order in which this component is updated.
Enabled	Bool	Controls whether or not this component is enabled. Some components stop their functionality when this field is disabled, but some don't.
HighPriorityIntegration	Bool	If true, integrating this asset (e.g. processing procedural assets) gets higher priority than assets with this flag off. An example is user laser procedural meshes.
TintColor	ColorX	What color to tint the projected image.
Texture	ITexture2D	The texture to debug data for.
TextureScale	Float2	How much to scale up or down the different texture maps.
TextureOffset	Float2	How much to shift around the position of the different texture maps.
MaskTexture	ITexture2D	The mask texture to use.
MaskScale	Float2	The UV scale of the mask texture.
MaskOffset	Float2	The UV offset of the mask texture.
MaskMode	MaskTextureMode	How to apply the mask texture to the material.
BlendMode	BlendMode	How to blend this material's colors vs what it rendered on top of.
AlphaCutoff	Float	If BlendMode is set to cutout, discard rendering of pixels for the surface that fall below this alpha threshold.
UseVertexColors	Bool	Whether the material should use vertex colors from the mesh.
VertexColorInterpolationSpace	ColorProfile	How to interpolate vertex colors on the mesh.
Sidedness	Sidedness	Render on both sides of the mesh, front, or back.
ZWrite	ZWrite	whether this material should respect the distance it is from the camera.
OffsetTexture	ITexture2D	The texture used to offset the positions of pixels.
OffsetMagnitude	Float2	How much to amplify the offset effect.
OffsetTextureScale	Float2	How much to scale the detail of the OffsetTexture
OffsetTextureOffset	Float2	How much to offset the detail of the OffsetTexture
PolarUVmapping	Bool	Whether to use polar UV unwrapping.
PolarPower	Float	The power of the polar UV unwrapping.
StereoTextureTransform	Bool	Whether a texture on the surface should appear different in the right eye.
RightEyeTextureScale	Float2	The override for texture in the right eye for scale.
RightEyeTextureOffset	Float2	The override for texture in the right eye for offset.
DecodeAsNormalMap	Bool	Whether to decode the textures as a normal map.
UseBillboardGeometry	Bool	Whether to not render the surface, and instead render each vertex like a Particle with this material and texture.
UsePerBillboardScale	Bool	Whether scaling of vertex points should be used for Billboard geometry positioning.
UsePerBillboardRotation	Bool	Whether rotation of vertex points should be used for Billboard geometry positioning.
UsePerBillboardUV	Bool	Whether uv data of vertex points should be used for Billboard geometry positioning.
BillboardSize	Float2	The base size for Billboard geometry.
OffsetFactor	Float	How much this material should be pushed forwards or backwards on the depth buffer (negative is closer), adjusted for the polygon's slope relative to the camera's near and far planes. This can be used to sort overlapping geometry that would otherwise Z-fight.
OffsetUnits	Float	How much this material should be pushed forwards or backwards on the depth buffer (negative is closer), in units equal to the smallest possible difference for the rendering device being used.
RenderQueue	Int	changes at which point a material renders on the render stack
_unlit	Shader	Template:Material unlit
_unlitBillboard	Shader	Template:Material unlitBillboard

Usage

Attach to a slot and use the material Component in the list of materials on a Component:MeshRenderer or a Component:SkinnedMeshRenderer with a mesh to view what this material looks like.

Examples

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