Software engineer with applications in researching:

• trigonometry
• computer algebra systems
• virtual machines
• reverse-engineering to supply systems interfaces
• systems-level efficiency to solve and test time-critical problems
• graphics rasterization
• platform-agnostic input/output solutions
• studies to recreate, disassemble and disect human intelligence to procedural layouts in program flow (e.g., chess)

Naturally, most studies are composed in C (the ANSI-compliant subset), but a number of web-based projects done in WebGL with C-style conventions have been made possible by a OpenGL ES 1.0 subset wrapper I am maintaining to make graphics programming on the web as easy as the old pre-shader days on the desktop. Such projects include but are not limited to the below.

• test page for rendering with web OpenGL wrapper
• real-time triangle solver
• animation of tangent lines from derivatives and area functions from definite integrals
• color-vector representations of astrological elements
• interactive construction of regular polygons
• multi-function graph projector (to solve polynomials by graphing)

Once in a while, a few non-OpenGL-ES projects cause an interest to do projects with HTML.

• Japanese translation from US keyboard input
• calculator of real number expressions (1976 TI-30 feature set)
• user agent string analysis
• mobile chess utilities and links (requires JavaScript)

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