Animaze Team

Character Creator

Facial morph system and production direction for real-time avatar personalization.

A cross-disciplinary Animaze team project focused on scalable facial morphs, runtime-ready customization and expressive personas.

Facial Morphs Character Creator Runtime Deformation Animaze Team
Project TypeAnimaze Team Feature
VertexFam RoleArt + System Direction
FocusAvatar Personalization
OutputRuntime-Ready Personas
Project Overview

A character creator designed for broad personalization without breaking the avatars.

VertexFam contributed to the development of the Animaze character creator as part of a wider team effort across art, rigging, design and programming, helping shape a scalable system for expressive and highly customizable personas.

The goal was broad personalization without turning the creator into an unstable collection of one-off shapes. The work required practical planning around facial anatomy, morph compatibility, topology behavior and real-time deformation.

Built inside a custom real-time engine workflow.

The creator had to respect the engine’s existing capabilities and mechanics. VertexFam helped define the design and selection of facial morph targets, component compatibility, avatar presentation, UI-facing customization logic and runtime constraints, working closely with the Animaze team to translate artistic direction into a functional production system.

01

Facial Morph Core

Morph targets for the nose, mouth, eyes, face shape and neck were designed as a coherent customization foundation.

02

Combination Safety

The system was shaped to keep different facial combinations compatible and avoid unpleasant deformation artifacts.

03

Animation Readiness

Deformations were optimized so the avatars remained usable for expression, animation and real-time runtime use.

04

Team Coordination

The work connected art direction, rigging, programming and engine constraints into a production-friendly workflow.

Production Challenge

Many possible faces, one stable technical system.

During the analysis phase, the team identified the key anatomical forms needed to generate a wide range of credible facial combinations. Rather than relying on an excessive number of isolated shapes, the system was structured around a minimal, efficient and scalable morph set, appropriate for the project’s time constraints, team size and budget.

The main challenge was delivering a creator that felt rich and expressive to the end user while remaining stable for production. Clean topology behavior, correct deformation, coherent PBR-compatible materials, robust rigging, DCC interoperability and runtime performance all had to function together as one system.

SYSTEM

Morph Target Architecture

A structured morph set supported facial variety while reducing conflicts between shape combinations.

PIPELINE

Predictable Parameters

Controls were planned for intuitive use and repeatable results, so users could generate believable faces quickly.

ENGINE

Runtime & Mobile Scalability

Deformation behavior was kept practical for animation, avatar runtime, mobile optimization and cross-platform use, including iOS-focused constraints.

Real Assets

Real project visuals showing the persona range.

The original project materials show how the system supported different identity ranges and customization depth across the Animaze persona ecosystem.

Promotion & Context

Videos and official context for the project.

Public videos and official Animaze context are included directly on the page so the project can be reviewed without leaving the case study first.

Character Creator Showcase video thumbnail
Character Creator Showcase

Public reference connected to the Personas and creator system.

Open on YouTube
Animaze Personas Feature video thumbnail
Animaze Personas Feature

Additional public reference showing the avatar/persona system in action.

Open on YouTube
Final Result

A scalable facial-core system for expressive real-time personas.

The result was a morph foundation capable of generating varied, credible stylized faces while staying practical for customization, animation, runtime performance, mobile optimization and modern engine workflows.

View Animaze Context