Search Results for "wstj-z"

Line-drawing and polygon-filling rasterization algorithms in Java. Simple 2D package and more complex 3D package with Z-buffering. Texture mapping not supported at the moment. Color interpolation for lines, Gouraud shading for polygons fully supported. Floating point vertex coordinates, not integer. Pixel-level aliasing, not endpoint aliasing. Doesn't use Bresenham line style! Works with all Java versions. No external dependencies. Suitable for study in academic institutions...

A very simple java simulation of the human body to simulate a 3D drawing manikin,with plenty of freedom of movements of the limbs and rotation of the body to implements a 360 degrees view.Source code available.No openGL.Improvements to come !

Tools to allow Z specifications to be written in Microsoft Word. Includes a unicode font for Z symbols. Provides: WYSIWYG editing fully integrated into Word; Typechecking using fuzz (for Spivey Z) or CZT (for ISO standard Z); Indexing and cross-referencing; Diagrams of specification structure; Conversion from Spivey to Standard Z- also available as a stand-alone program and Java class for non-windows users. See project website for details.

Java implementation of a software renderer. Software rendering is handled only by a CPU, without any GPU support. Renderer is implemented in pure Java, without any additional frameworks. Additional requirements: JDK / JRE 8

Use this suite of Application Programming Interface (API) platforms to share web content across multiple channels. Mobile and tablet applications, widgets, and web pages may use the APIs to deliver and update content. The APIs allow content reuse and reduce development costs and product time-to-market. The APIs are available as .NET or Java instances. For more information, see the ReadMe.txt file in the downloadable zip archive. The Centers for Disease Control and Prevention (CDC) and...

Ghia is a 3d library which allows consumers to switch between various software and hardware renderers. Software renders include zbuffer texture mapping, z-sorting polys and a wireframe. Simple scenes rendered in 30 fps with the texture mapped renderer.

Powerful platform for creating networked multiplayer 3D games. The system includes specifications for a client engine and 2 protocols. Demo apps: mud/moo proxy, tetris. Currently uses OpenGL, VRML, java, tcl. Client/server architecture for security.