Avatar Property Editor

Save the current avatar to the local drive in .savt format.

The .savt format is a standalone avatar appearance file that stores only the avatar’s visual appearance without affecting any other body-related data.

Officially released built-in avatars, avatars downloaded from the official marketplace, and avatars retrieved from the cloud will all be in this format and can be switched directly via the avatar name field.

Open an avatar file in .savt format.

In the 'Name' section, you can modify the avatar's appearance. When hovering the mouse over a avatar option, an additional window will appear, allowing you to preview a larger image of the model.

TIPS: Only avatars from the library can be selected.

After selecting this option, you can adjust the avatar's pose，gestures, face , emotion, hair, underwear, accessories, and surface.

After selecting this option, you can adjust the avatar's material, including material, texture, normal map, gloss map, metal map, transparent map, displacement map (rendering only), reflection parameters, and advanced.

After selecting this option, you can freeze the avatar and adjust its 3D information.

Can be set individually for the body, hair, shoes, or accessories to reduce simulation bugs caused by collisions.

For example, if the hair simulation is switched to On/Off, the following scenarios may occur:

Official built-in poses, poses downloaded from the official marketplace, and poses downloaded from the cloud are all saved in SPOS format and can be directly switched under the Pose tab.

Quick Search

Pose Library

Import poses from your computer

Settings

Set Left/Right Hand Gestures Separately

Link Left/Right Hand Gestures

The model returns to the position of the saved pose.

Method 1:

Method 2:

Method 1:

Method 2:

As shown in the style below, overlapping underwear may affect the final evaluation of the visual effect.

Shoes:

You can switch between preset shoe options for the avatar.

If 'None' is selected for shoes, the heel height slider can be used to adjust the foot position to accommodate different heel heights, making it easier to simulate and create footwear.

Other Accessories:

Official built-in accessories, accessories downloaded from the official marketplace, and those from the cloud can all be selected from the dropdown list.

You can switch between preset accessory options for the avatar.

The gap between the fabric and the model is shown in the effect below.

# (A higher value indicates greater friction.)

Increased friction reduces fabric slippage against the skin. For a more perceptible result, it is recommended to adjust both the static and dynamic friction coefficients simultaneously."

"When the soft body function is enabled, the skin appears more refined and firm.

The larger the value, the denser the mesh.

As illustrated, setting the mesh subdivision to level 3 results in a much smoother model surface. However, this also causes the polygon count to grow exponentially, leading to a substantial decrease in system performance.

#This feature is currently not compatible with the soft body avatar.

is not recommended to modify the model's skin settings except for the Matte and Subsurface Scattering rendering types.Subsurface Scattering only takes effect during offline rendering and gives the skin a translucent and scattering appearance. However, this significantly increases computational load, potentially doubling the rendering time.

Texture Maps and Color Settings

Adjusting the intensity can make the avatar appear smoother, giving a wet or glossy effect, and can be used according to actual needs.Invert will turn originally smooth areas rough and rough areas smooth; its use is not recommended.

It is not recommended to alter the transparency on the avatar’s skin. However, if the eye reflections during offline rendering are too strong or too weak, adjustments can be made by modifying the transparency of the avatar's cornea. As shown in the image, altering the transparency can adjust the gloss of the corneal reflections, allowing for better effects under different lighting scenarios.

Displacement maps significantly increase computational load and only take effect after applying a very high level of mesh subdivision—often with minimal visible improvement. The default avatar does not use displacement maps, and it is not recommended to make any changes here.

Gives the material a metallic sheen; not recommended for use on avatars.

Reflection intensity can be understood as Fresnel reflection, which controls the overall reflection effect. The reflection effect of the default avatar is achieved through a combination of specular color maps and glossiness maps. Therefore, no modifications are recommended in the avatar's material settings.

The intensity of the side light can be adjusted based on the actual situation.