Optimized 3D Character Design for Android Game

Project Summary

In a venture to create a visually captivating and performance-optimized character for an Android game, our team worked on a project that demanded integrating intricate character design with technical finesse. The project was initiated with a clear vision: to develop a 3D model of a player character, complete with a base character rigging and four distinct armor sets, tailored for seamless integration into the gaming environment.

Insurance-Client-Challenges

Challenges

The client was facing the following challenges:

  • Ensuring high-quality 3D modeling with low vertex count, targeting 2000 verts for the base character and 1500 verts for each armor set to enhance Android game performance.
  • Employing single 1024 texture optimization for both the base character and armor sets.
  • Ensuring rigging and animation compatibility to prevent mesh deformation or stretching, maintaining aesthetic integrity.
  • Designing four distinct, visually appealing, and unique armor set

Solutions

  • Utilized advanced 3D modeling techniques and software for detailed yet optimized character models, with careful vertex count management.
  • Leveraged sophisticated texture mapping and optimization to create visually appealing textures within a single texture limit.
  • Experienced riggers maintained high-quality mesh standards, ensuring flexibility and no deformation during animations.
  • Creatively designed four distinct armor sets to align with the game’s theme, optimized for mobile performance.
Genre-Insurance-Solution

Results

  • Achieved success with creating a highly optimized, visually stunning 3D player character for Android game integration.
  • The developed character featured base rigging and four unique armor sets, applauded for artistic design and seamless mobile performance.
  • Significantly enhanced the gaming experience through the character’s visual appeal and optimized performance on mobile devices.

Tech Stack

  • Autodesk Maya (3D Modeling and Rigging)
  • Blender (3D Modeling)
  • Adobe Photoshop (Texture Design)
  • Substance Painter (Texture Design)
  • Adobe After Effects (Animation)