Using CLIPS and raylib to build videogames.
Provides some very light wrapper functions in userfunctions.c
that expose C-level raylib functions to a CLIPS rules engine.
See the files in the examples directory:
shapes-bouncing-ball.bat
shapes-collision-area.bat
shapes-draw-rectangle-rounded.bat
shapes-logo-raylib-anim.bat
program-2d-camera-platformer.bat
program.bat
program-circles.bat
program-flat.bat
program-height-width.bat
program-key.bat
program-rectangles.bat
program-report-mouse.bat
program-report-mouse-no-time.bat
program-2d-camera-platformer.bat attempts to recreate
this example
from the raylib website.
This installation process assumes you already have raylib installed on your computer
and available from within C files like so:
#include "raylib.h"
#include "rlgl.h"
#include "raymath.h"This is based on of CLIPS version 6.4.1, and can be installed just as vanilla CLIPS
with make. This will build a clips binary in this directory. You may then run
the examples like so:
./clips -f2 examples/program.bat
You may use make clean to tidy up and run make again.
This can also be installed via CLIPSenv, a CLIPS environment manager for local development machines.
Start out in program-flat.bat as it is the easiest example.
If you run it with clips -f2 examples/program-flat.bat, it'll leave CLIPS open
so that you may interact with the environment like so:
CLIPS> (raylib-begin-drawing)
CLIPS> (raylib-clear-background SKYBLUE)
CLIPS> (raylib-draw-text "Live interaction with your GUI!" 200 350 20 RED)
CLIPS> (raylib-end-drawing)
This should update your window by turning the background sky blue and writing the text "Live interaction with your GUI!" in red.