	2.6 Work in Progress
	Please don't edit 2.6 manual "Material" pages until further notice. (sculptorjim, 01/01/2013)

Materials Header Panel

Mode: All Modes

Panel: Shading/Material Context → Material

Materials can be linked to objects and Object's data in the materials panel, of the Shading/Material context. Here is where you can manage how materials are linked to objects, meshes, etc. and activate a material for editing in the rest of the panels.

Context

Material added in object mode

At the top of the material menu a list of icons explains the context in which the material is being edited. In the example above, the material Material is linked to the object Cube which is linked to the scene Scene.

By toggling the pin symbol on the left side on and off, Blender can be told to display only the selected material or to follow context.

Material slots

Copy and paste dropdown menu

With a material linked or created, one or several material slots can be created and further options become available:

+ sign

Add a new material slot or copy the one selected

- sign

Remove selected material slot

Down arrow

Copy and paste the selected material slot

Multiple materials

Meshes can handle having more than one material. Materials can be mapped on a per-face basis, as detailed on the Multiple Materials page. In edit mode, the following tools appear:

Assign: Assign the material in the selected material slot to selected vertices
Select: Select vertices assigned to the selected material slot
Deselect: Deselect vertices assigned to the selected material slot

Material naming and linking

Material's name field: click into this field to rename your material
Number of users (number field): The number of objects or object's data that use the material. This material is linked between the various objects, and will update across all of them when edited. Clicking this number will make a 'single user copy', duplicating the material, with it linked only to the active object/object's data.

F (Fake user): Gives the material a 'fake user', to keep the material datablock saved in the .blend file, even if it has no real users.
Plus sign: Add a new material.
X sign: Remove link to this material.
Nodes: Designates this material to be a material node noodle, and not from the Material/Ramps/Shaders settings.

Link material to object or to object's data

Datablock links: The Link pop-up menu has two choices, Data and Object. These two menu choices determine whether the material is linked to the object or to the data, (in this case) the mesh (or curve, nurbs, etc.). The Data menu item determines that this material will be linked to the mesh's datablock which is linked to the object's datablock. The Object menu item determines that the material will be linked to the object's data block directly.; This has consequences of course. For example, different objects may share the same mesh datablock. Since this datablock defines the shape of the object any change in edit mode will be reflected on all of those objects. Moreover, anything linked to that mesh datablock will be shared by every object that shares that mesh. So, if the material is linked to the mesh, every object will share it.; On the other hand, if the material is linked directly to the object datablock, the objects can have different materials and still share the same mesh. Short explanation: If connected to the object, you can have several instances of the same obData using different materials. If linked to mesh data, you can't.

Material type

Material added in edit mode

These toggles tell Blender where this material fits into the Render Pipeline, and what aspects of the material are to be rendered.

Surface: Render object as a surface
Wire: Render the edges of faces as wires (not supported in ray tracing)
Volume: Render object as a volume. See Volumes
Halo: Render object as halo particles. See Halos

Material Properties Overview

The usage of each section of the material properties are detailed in the next section.

Surface and Wire materials

Surface material types are the most common materials. They represent objects with a defined surface.

Wire materials simply turn all of an object's edges into rods, which then become renderable, but uses the same shading options as surface materials.

Preview

This is a preview of the current material mapped on to one of several objects.

Flat Plane
Sphere
Cube
Monkey
Strands
Large Sphere with Sky

Diffuse

Diffuse shading simulates light hitting a surface and bouncing off in a very wide angle. You can set the color of the diffuse shading, and set what model is used for the diffuse calculation.

Specular

Specularity simulates reflections of light sources, that are often sharp, bright spots. You can set the color of the specular shading, and set what model is used for the specular calculation.

Shading

Emit

Adds extra illumination, as if the material is glowing.

Ambient

Sets the global amibient light the material receives

Translucency

Amount of shading on the back side that shows through. Use to simulate thin objects, like leaves or paper.

Shadeless

This disables the calculation of any shading, so only color information is visible. This is essentially makes it a "surface shader"

Tangent Shading

Use the material's tangent vector instead of the normal for shading — for anisotropic shading effects (e.g. soft hair and brushed metal). This shading was introduced in 2.42, see also settings for strand rendering in the menu further down and in the Particle System menu.

Cubic Interpolation

Use cubic interpolation for diffuse values, for smoother transitions between light areas and dark areas

Transparency

Set options for objects in which light can pass through

Mirror

Here you can set options for materials that are reflective

Subsurface Scattering

Subsurface scattering simulates semi translucent objects in which light enters, bounces around, then exits in a different place. Examples are candles, human skin, cheese, etc.

Strand

These settings are used when rendering the material on fur or hair

Options

Traceable

Allows material to calculated raytracing, for reflections and refractions.

Full Oversampling: Forces material to render full shading and textures for all Anti-Aliasing Samples.

Sky

Renders material with no alpha, replacing the background with the sky

Use Mist: Uses Mist with this material.

Invert Z Depth

Renders materials faces with an inverted Z buffer.

Z Offset

If using Invert Z Depth, this is an artificial offset to z values.

Light Group

Limit material's lighting calculation to a specific light group

Exclusive

Material uses light group exclusively

Face Textures

Replaces object's base color with color from face assigned image textures.

Face Textures Alpha: Replaces object's base alpha value with alpha from face assigned image textures.

Vertex Color Paint

Replaces object's base color with vertex colors.

Vertex Color Light

Adds vertex color as additional light.

Object Color: Modulate the result with a per object color.

Shadow

Receive

Allows the material to receive shadows cast by other objects

Receive Transparent

Allows material to receive transparent shadows cast by other transparent objects.

Cast Only

Causes objects with the material to only cast a shadow, and not appear in renders.

Casting Alpha

Sets the Alpha of shadow casting. Used for irregular and deep shadow buffering.

Shadows Only

Renders shadows as materials alpha value, making materials transparent, except for shadowed areas.

Shadow Only Type

Set the type of shadows used when Shadows Only is enabled

Shadow and Distance
Shadow Only
Shadows and Shading

Cast Buffer Shadow

Allows material to cast shadows from buffer lamps.

Buffer Bias

Factor to multiply shadow buffer by.

Auto Ray Bias

Prevents raytraced shadow errors on surfaces with smooth normals

Ray Bias

Shadow raytracing bias value to prevent terminator artifacts on shadow boudary.

Cast Approximate

Allow material to cast shadows when using Approximate Ambient Occlusion}}

Volume Material

Volume materials represent volumes of tiny particles, like clouds or smoke. They are very different from standard materials, but are detailed in the Volume Page.

Halo Material

Halo materials renders each of the objects points as glowing dots. This is a useful material for simulating particle effects or lens flares. They are detailed on the Halo Page.

利用者:Sculptorjim/Materials/Materials Header Panel