GPU-based graphing calculator
Supports complex things like implicit equations, intensity charts, complex-plane graphs, root locus plots, and the like, all with animation, all on the GPU.
Currently requires you to write some GLSL yourself.
See graphs/*.txt for examples.
- Saving and loading multiple sessions
- Group windows per session
- Lock/Unlock x-y scrolling
- Iterative functions
- Won't happen until I get a GPU that can do geometry shaders or OpenCL
- More options for parameters
- Configurable slider range
- Better alternative to stupid wrap-around behavior
- Multidimensional (vec{2,3,4}) parameters
- Draggable points
- Replace x, x', x'', etc. with numerical diffeq solver
- Would allow e.g. sine wave: dx/dt = y, dy/dt = -x
- Don't require user to write GLSL
- Computer Algebra System
- Automatically generate Laplace transform plots from time domain functions, and vice versa
- Delete graphs/nuklear window drawing order
- Don't hardcode shader uniform IDs.
- Show compile errors in GUI
- Less clunky GUI