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 there are some research crossovers with assembly languages, JavaScript and possibly others.  In fact, the only reason this page exists is because of what few web-based, online ports of said C programs were created and uploaded.  In general, they require JavaScript to be enabled with support for the CANVAS element for rendering graphical results to the page from video hardware, thanks to a simple C-style OpenGL ES 1.0 subset wrapper composed specifically for being able to design such ports in smaller, simpler code.

• 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)
• personally kept records of USCF-official chess tournaments competed in
• user agent string analysis
• mobile chess utilities and links (requires JavaScript and sometimes Java)
• HTML 2.0 port of ExtremeDude2's Tic-Tac-Toe program

All JavaScript on this website is freedom-respecting software. Learn more.