I am Kale the Quick or Thomas Everett Haynes, and if you are here you are after some information about my work and skills. Below is a list of them. If you would be interested feel free to contact me at kale@eastereggproductions.com
Video Game Work
Unity 3D Game Engine - c#, javascript, Lua, Python
Aegis Online - Self Produced - Virtual TabletopOnline 3D virtual tabletop for traditional Wargames and RPGs with emphasis on end user control and customization.
Project Hastur - Polymorphic Games - Top down shooterA top down survival shooter built to incorporate authentic biological evolution and epidemiological data into gameplay as an infection zombie shooter.
3D Design and Fabrication
Friesen Lab at Washington State University
Aegis Online - Self Produced - Virtual TabletopOnline 3D virtual tabletop for traditional Wargames and RPGs with emphasis on end user control and customization.
- Custom runtime importers of files for user modification. Images, static 3D models, materials, scripts, and more.
- Procedural mesh generation systems for tabletop grid tiling, and wall systems.
- Python interpreter system for tabletop automation.
- Automated download of custom user ‘mod’ files.
- Continuous evolutionary simulation of a haploid virus.
- Collection of data on a digital genome and display using “Gene Genie” graphing tools.
- Poster presentation at 2017 Evolution conference in Portland, OR.
Project Hastur - Polymorphic Games - Top down shooterA top down survival shooter built to incorporate authentic biological evolution and epidemiological data into gameplay as an infection zombie shooter.
- Rapid prototypes of core gameplay and mechanics.
- Incorporation of an infection-based evolutionary model.
- Population AI using research models of worse-case-scenario human action.
- Online multiplayer
- Created Lua AI scripting interface for post build modification of AI for research purposes.
- Managed social media and influencer outreach during launch.
- Steam Release 2017 Feb 13.
- Online multiplayer arena shooter
- Networked player interactions and hit detection.
3D Design and Fabrication
Friesen Lab at Washington State University
- Design and fabrication from scratch of low cost 3D printable peristaltic dosing pump to meet accuracy requirements of microbiology research.
- Design and fabrication of 4 pump/motor control circuit and circuit board.
- Coding of arduino to control dosing and dilution rates of chemostat system using peristaltic pump.
- Design and fabrication of 96-well tube masking holder tray for use during assays.
- General management of small scale design and 3D printing of laboratory tools.