基础用法

Edit the bone positions to match the character geometry.
In the armature properties click on the Generate Rig button to generate the rig.

参考

模式

物体模式

菜单

添加 ‣ 骨架

快捷键

Shift-A

Rigify stores all the information required to generate complex rig controls and mechanism in more simple armatures called “meta-rigs”.

The predefined meta-rigs can be found in the Add menu. Currently available meta-rig types are:

Basic Human (doesn’t include face and fingers)
Basic Quadruped
人形
猫
狼
马
鲨鱼

编辑骨骼位置

To correctly match your character, meta-rig bones must be moved to correct positions. This can be achieved in two different ways: Pose Mode or Edit Mode.

Note

Rigify assumes that 1 unit corresponds to 1 meter. So a human is about 2 units tall. If your character is in a different scale and you are more familiar with modeling rather than rigging, it is suggested to scale it to Rigify dimensions before positioning the meta-rig bones. If you want to scale the character’s geometry, we suggest you to first scale up the character in Object Mode, then apply the geometry scale with the Apply Scale tool.

Rigify Human Alignment Tips

Limbs: Keep the legs as straight as possible in the front view (Rigify human works better in predictable cases). Give the knee and the elbow a slight bend angle (Rigify needs to know where your knee/elbow is pointing).
Face: Positioning face bones can be tricky if you are not an expert in bone editing and they are almost useless if you plan to make facial animation through shape keys. Consider removing face features from your character if they aren’t really needed. If you don’t need the face all the face bones can be deleted. All the face bones are on the first armature layer by default. You can select them by displaying only bone layer 1, selecting all of its content and then deleting the bones in Edit Mode to correctly remove the face.

If you want to scale all the face bones at once, consider scaling the face master bone in Pose Mode (see Pose Mode matching method). The face master bone is placed in the same position of the head bone. To select it easily, hide all other bone layers.

For more tips, see the Positioning Guide.

Note

Connected bones cannot be translated in Pose Mode. You can scale the parent bones to match the general length and then refine child bones scale. For more detailed information on armature modes please refer to the .

Edit Mode Matching (Advanced)

Some basic armature display setup is suggested before entering bone Edit Mode.

With the meta-rig selected, go in the Properties and click on the Object tab. Scroll down to the display panel and enable X-ray and under Maximum Draw Type selector select Wire. This way the bones will always be drawn in wireframe on top of your geometry.

Then, always in the Properties click on the Armatures tab and under display check the Axis checkbox. This way you the bones rotation axes will be displayed during the edit process.

For more detailed information on armature display modes please refer to the .

With the bones in the correct positions, jump back in Object Mode, go to the Armature tab, scroll down to the bottom and click on the Generate Rig button to finalize the rig creation. The generation process will take from few seconds to one minute depending on rig complexity and hardware specifications of your machine. If the generated rig needs tweaking, you can modify the meta-rig accordingly and then click again on the generate button. If the rig already exists, Rigify will simply overwrite it retaining all your modifiers and constraints and — where possible — all the previously generated features.

For information about additional generation options, see the Advanced Rig Generation section.

Tip

If the metarig uses the legacy , you can use the Upgrade Face Rig button that appears above Generate Rig to automatically upgrade to the new modular face system.

The upgrade will preserve compatibility with existing skinning, but existing poses and animations will likely not be compatible due to subtle changes in control behavior.

Note

To make the rig overwriting work as expected, you need to have both the rig and the meta-rig visible before generating again. Rigify will try to unhide them in simple cases, but will abort generation if that fails.

Warning

As with all Python add-ons, Blender interface cannot be updated until the Python script execution is over. Wait until the rig appears to see the results.

Binding the Geometry to the Rig

To bind the geometry to the rig you can use your preferred tools. Just few things you have to know:

All the deforming bones are on the armature layer 30.
Eyes and Teeth bones of the legacy face are not deforming. You are supposed to bind the eyes and teeth geometry through Child Of constraints.
Usually armature deform with automatic weights do a really good job out of the box if you correctly place your bones (and there is enough topology to work with!).

For more detailed information on armature layers, Armature modifier and weight painting refer to the Blender manual.

By using options in the Advanced sub-panel, it is possible to:

Generate more than one rig per scene.
Update/Override a specific rig.
Force previously generated widget objects to be overwritten.
Choose whether to use linked duplicates for left and right side widgets.
Execute a script data-block after generation.

Advanced Options Sub-Panel

Some of the options will be automatically set by Rigify if they have no value when a rig is generated, while others are fully controlled by the user.

Target Rig auto

This option specifies the generated rig to overwrite when re-generating from this metarig.

If the option is not set, Rigify will generate a new rig object and store it in this option. The new object will be named based on the name of the metarig according to the following rules:

If the name contains , it is replaced with RIG.
If the name contains , it is replaced with rig.

When overwriting an existing rig object specified by the option, its name is not changed, allowing it to be freely renamed if the default naming scheme doesn’t fit.

Note

When the option isn’t set, Rigify will create a brand new rig object even if an object with a matching name already exists.

Rig UI Script auto

This option specifies the generated script datablock to overwrite when re-generating, and works in the same manner as Target Rig.

The script controls the UI in the 3D Viewport that allows conveniently switching visible bone layers, changing custom properties, converting between IK and FK and so on.

Widgets Collection auto

This reference specifies the collection containing generated widgets, and works in the same manner as Target Rig.

Force Widget Update

If enabled, Rigify will generate new widgets every time the rig is re-generated. By default, it tries to reuse the already generated widget objects that exist in the widget collection, allowing them to be manually edited to fit the character better.

Mirror Widgets

When enabled, Rigify generates widgets for left and right side bones as linked duplicates, using negative X scale to flip the right side version. This enforces symmetry and reduces the number of meshes to adjust to fit the character.

When reusing an already generated widget, Rigify detects if it was originally generated mirrored by checking object scale to avoid flipping existing controls. Therefore switching to mirrored widgets for an existing character requires deleting the right side widgets, or Force Widget Update.

Run Script

It is possible to configure Rigify to execute a Python script contained in a text data-block after generation in order to apply user-defined customizations. The script is executed with the generated rig active and selected in Object Mode.

The simplest use of this may be adjusting properties of generated constraints when Rigify rig types don’t have any relevant meta-rig settings. That can be done by using the Copy Full Data Path context menu option on the property, pasting it into the script and making an assignment, e.g.:

Doing such changes via a script ensures they aren’t lost if the rig is re-generated.

Users familiar with Rigify scripting can import Rigify utility modules, and access the generator instance through rigify.get_generator(). Yet note that, since generation is already finished, the only use of that is reading data created in the generation process.

When linking a rig into another file, you generally want to create a collection that includes the generated rig and the character mesh. You do not need to include the meta-rig or the widget object collection. You then link in the collection and run .