Search Results for "sphere"

Implemented classes of 3d objects: * Vector3D * Point3D * Line3D * Plane3D * Ray3D * HalfPlane3D * HalfSpace3D * LineSegment3D Yet incompletely implemented classes: * Triangle3D * Disk3D (closed circle) * Union3D * Difference3D Each object has methods for finding its sizes, containing box or containing sphere. It finds intersection and distance or closest to another object part of itself. It also can tell if it contains the other object or is it contained by that. Where appropriate, it's easy to check orthogonality and parallelism. Vectors are sub-typed from numpy ndarray class. Extensive unit tests are included. Test coverage exceeds 95%. ...

...It supports draw sizes such as 30, 10, 5, 2, or 1 winner at a time. After a participant wins, the app marks that person so they are not selected again in later rounds. It also includes an interactive sphere-style display that can be zoomed in or out with the mouse wheel, making it feel more dynamic for live events.

...Too use keystarter it required that you did install on your system the populaire autohotkey freeware see homepage http://www.autohotkey.com if that is done, then you are ready to make your own modern popup menu, virtual keyboard, clipboard in 3d card disk cubus sphere cylinder it's a 5 days in every week freeware Saturday and Monday only with license. and compatible with windows (32/64) [7] [8] [8.1] [10] look for more info about keystarter 1.0 software at homepage

..."Bio.B-Gen" depends on the GROMACS topology and force field information (.top and .itp data files) during the generation stage. "Bio.B-Gen" adds specified number of copies of a molecule to an existing configuration to a specified spacial domain inside the system, such as a sphere, cube, spherical shell, layer, etc. Then, optionally, "Bio.B-Gen" resolves overlaps between molecules in the system and saves the new molecular configuration. By running "Bio.B-Gen" multiple times for different molecular species and spacial domains quite complex initial systems can be generated. After the system is generated and all the overlaps are resolved an short GROMACS simulation run (10-20 ps) is usually required to ensure proper relaxation of the system.

TinyOAL has moved to Github: https://github.com/Black-Sphere-Studios/tinyoal

Java/J2EE application framework for transactions based development.

Onyx CE (Content Editor) is designed to be an extensible toolkit for creating content (scripts, maps, tilesets, and sprites) for 2D games. It intends to support the formats for the Game Creation Engines ika, Verge, and Sphere.

The RPG Maker Collegial project aims to offer a set of tools and standards to help unite developers using Sphere, RPGMaker200, Game Maker, OHRRPGCE, and other engines by identifying common development trends in each domain and uniting common elements.

SphereScripter is a simple tool which allow you to make Sphereserver Scripts and Gumps in easy way. Features: code colour, check syntax, gump creator, display Art/Mul pictures, search Art item/NPC/gump and more...

Sphere Suite is an IDE for the RPG Creation Engine Sphere, with an excellent interface and plenty of code helping tools. With a highly customizable interfaces and great coding utilities and a built-in script for Sphere Suite is the best choice for an IDE

RenderStack is a support library for OpenGL 3+, currently in C++. Features currently for example basic window creation, mesh generation, wrappers for OpenGL programs, framebuffer, texture and vertex buffer objects. Predecessor: https://github.com/tksuoran/renderstack_net Successor: https://github.com/tksuoran/RenderStack