| Description : |
 Here
is a simple library that will allow you to render windows with buttons, panels,
checkboxes .. etc in your gl scene. The buttons and other objects have onClick
methods and various other properties that can be changed at runtime. The skin
for the GUI is loaded from a TGA file which you can create.
To use the windows library, simply add GUI to your uses clause and add windows
and buttons, checkboxes, radiobuttons ... in the InitGUI procedure.
To see some of the features in action, click on the setup button. You can also
drag the window around by clicking and dragging in the caption bar. The windows
also have adjustable transparency. To demonstrate this I added to button to
change the level of transparency.
For more info on modifying the gui, see the readme.txt file. |
This project
demonstrates creating a spark/bolt of electricity. In the app I have two
spheres with a constant spark between them. If one of them get close enough to
a third sphere a spark is shot across to that sphere.
I
think this application is a good example of using the best of both
technologies. This program uses DirectCapture from DirectX to get a video feed.
Each video frame is then converted to a texture and rendered in an OpenGL
scene.
This
program started out as a program to show some gears and how they interact.
This
program uses line strips that follow your mouse cursor to create some neat line
effects.
This
application is used to create graphs using common mathematical functions. You
can use any expression evaluator to create a series of vertices. These vertices
are then draw using quads and the graph is created.
This
is a basic particle system that creates multicolored fireworks. There is also a
bit of gravity which slows down the rocket on the way up and causes the
particles fall down after the explosion.
This
program has 64 squares moving from left to right and as they do it they show
traces of a "hidden" image. This is done by taking the quad position and
mapping only that part of the hidden image onto it.
This
is my 64K demo entry for Optimize 2001. The demo was created in the 2 hours
before closing time for demo entries.
This
app uses spherical environment mapping applied to the metaballs to create
metaballs that look like they are reflective liquid metal.
FaceBlur
is a face I got from a 3DS model and added some radialblur onto it. Created an
interesting effect. This demo is quite CPU and graphically intensive.