Tooling

I develop tools with C# and Python

Overview

To streamline production and enhance efficiency, I have developed a suite of tools and templates tailored for Unity workflows. These tools are designed to address common bottlenecks in the production pipeline, enabling both engineers and artists to focus more on creative and technical innovation. I also utilize the power of Artificial Intelligence to deliver these new tools faster than ever.

Key Contributions

- - Automation Tools: Developed tools to automate repetitive tasks such as integration, asset management, property validation, and keyframe animation, reducing manual effort.
  - Custom Templates: Created reusable project templates for faster scene setup, consistent asset organization, and standardized workflows.

Impact

- - Time Savings: These solutions save artists and engineers considerable time on routine tasks, freeing them to focus on higher-value creative work.
  - Consistency: Ensured uniform quality across assets and scenes by standardizing workflows.
  - Collaboration: Improved team collaboration by creating shared resources and documentation for efficient onboarding and alignment.

These tools exemplify my commitment to optimizing workflows, empowering teams to work smarter and deliver high-quality results faster.

Integration Tools

Asset Library

Add prefabs from a user-generated library with a single mouse-click

VFX Library

Add VFX from a user-generated library with a single mouse-click

Animation Library

Apply animations to any selected game object with a single mouse-click

Layer Shifter

Manage layers for different render types in entire hierarchies quickly and easily

Renamer

Batch rename files, game objects, and sprites and atlases generated by TexturePacker

Validator

Validate settings and properties for all asset types according to custom requirements

Create Library Templates

Quickly add new templates to the library and auto-generate icons

Add Custom TP Atlas & AC

Quickly add a customized TexturePacker atlas and Animation Controller to the project

Copy/Paste Game Objects & Animations

Copy a game object's hierarchy and animations from one prefab to another

Check Inter-Bundle Dependencies

Instantly find dependencies from one bundle on another

Dependency Debugger

Quickly debug and get detailed dependency information about individual assets

Reference Finder

Instantly identify references from outside bundles on user-defined targets

Export Custom Templates

Export user-created templates as a Unity package

Create Project Folders

Simple interface to create folders according to project conventions

Create Template Folders

Simple interface to create folders for Tempaltes and move assets accordingly

Manage Sprites in Prefabs

Add a custom script for automatic integration based on asset names - useful for developing new templates

Re-Pack Prefabs

Re-pack unpacked prefabs while maintaining any changes

Track Templates

Keep track of how many templates are used in the project and see how much time has been saved!

Texture Resizer

Add transparent pixels around a texture ensuring it's divisible by 4 and can be compressed by Unity

Transform Swapper

Swap any Transform values between two game objects. Useful for centering assets for animation

Templates

These tools and templates were specifically designed to enable seamless, automated integration of assets into the pipeline. I collaborated extensively with the creative leads and director to ensure the content aligned with their design vision and project requirements.

Spline Prefab Distributor (Runtime)

This tool enables users to visualize a path within the scene and dynamically distribute custom prefabs along it at regular intervals during runtime.

Additionally, it supports the placement of a secondary prefab at specific points along the path with reduced frequency, offering greater flexibility and precision in asset distribution.

Unity Folder Mover (Python)

This standalone Python tool streamlines project management by enabling users to transfer files and folders between Unity projects while preserving GUIDs and folder structures.

By facilitating efficient archiving, it helps minimize active project sizes and loading times, optimize workflows, and ensures files can be effortlessly restored when needed.

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