Search Results for "matlab simple gui"

In summary, Mandelbulber generates three-dimensional fractals. Explore trigonometric, hyper-complex, Mandelbox, IFS, and many other 3D fractals. Render with a great palette of customizable materials to create stunning images and videos. The possibilities are literally infinite! Mandelbulber v2 is new line of this application. It was rewritten from scratch with new Qt based interface. Old Mandelbulber is still available in Files section.

...Rayshade has an excellent easy to read yet informative User's Guide that other's could not help but copy from. (html of guide is in rayshade-4.0-ftp-and-guide.tar.gz) Rayshade has no GUI but as a text language it's simple and elegant. --- The Utah Raster Toolkit 'liburt' is "optional" (see Files) and needed to see your output and adds alpha texures: see NEWS. (do NOT use URT with Rayshade-Mathematica, it likes raw rgb). export CFLAGS="$CFLAGS -DPOPEN -DUSE_CPP" [ -n "$WITH_URT" ] && { CFLAGS="$CFLAGS -I/usr/local/include -DURT" LDFLAGS="$LDFLAGS -L/usr/local/lib64" LIBS=" /usr/local/lib64/librle.a export LDFLAGS LIBS } sh ....

Simple test for 3d scene viewing demonstrating usage of: Qt5.1: a bit of qml framework+lot of native (c++) OpenGL ES: portable windows/linux/android code QtCreator framework: compile on all platforms License: - 3d models were taken from The Guild 2 Renaissance. All rights belong to Nordic Games GmbH. Non-commercial usage with courtesy of Nordic Games GmbH. - trackball code inspired by apple cocoa help Note: - home made qml widgets (Qt5.1 compatible) - home made openGL...

Megalui supports Immediate-mode OpenGL drawing and GUI widgets based on the GLUI open source project. It is running on Windows & Linux. Features: Simple and powerful 'C' API; 2D/3D Drawing (Onscreen or 2D Plane); 3D Height Map Rendering; Seamless WebCam-Capture via Video-For-Windows API; 2D/3D Text Rendering; Alpha-Blending Drawing of all primitives; Drawing images on-screen and on-surface (plane); Images with Alpha-Blending; 3D Object/Surface Picking By using 2D screen coordinates; Line, Rectangle, Circle, Ellipse, Rectangle, Polygon, Points drawing primitives; Complex 2D Path drawing including bezier and quad curves; Draw Lines with Arrow Head in 3D; Generate out-of-the-box images using 'uiChessboardImage' or 'uiNamedImage'; Draw 3D text using printf like API; 3D camera path animation For fly-Over Animations; LaTEX-style Mathematical Formula Rendering; Cartoon Shaders; Lights; Multiple Views Rendering

The project was born when I wanted to write a 3D modeling + rendering engine in C++. I wanted to create an easily expandable tool for the GUI, that will automatically know how to display the various objects for editing. The goal was to make each object "know" how it should be displayed and changed, so that a simple GUI tool can display complex objects, and new objects can be created without having to spend time creating the "widgets" for them. The basic requirements was: - The "GuiObjects" don't know which graphical toolkit (e.g. gtk) will be used to display them...

Collision Detection, GUI Helpers, Edge Detection to Simple Console Parsing, SASlib takes your goals in hand.

This is a library to make a simple GUI, under OpenGL. It uses only OpenGL calls to draw the library. I originally created it to use as the interface for a 3d game. It features buttons, checkboxes, radioboxes, menus, progress bars, spinners, textboxes,

OOGL is a set of simple C# object wrappers to OpenGL handles. The classes in OOGL are designed as a object oriented utility library to provide some basic 3d graphics services. These services include WinForms like GUI services and skeletal animation.