Contains all projects of the computational planning group. The project provide planning and analysis software, which results from various research projects.
The PlanningSynthesis system is primarily a collection of C# libraries for the automatisation of architectural and urban planning processes.
... [More] We collect methods to evaluate spatial cofigurations and to sythesize them automatically by using optimization techniques. The base technologies of the PlanningSynthesis system are evolutionary many-criteria optimization (EMO). [Less]
Hipparchus is a library of lightweight, self-contained
mathematics and statistics components addressing the most common problems not available in the Java programming language.
Fully featured particle system sandbox.
Extremely dynamic particle system using particle emitters, particle modifiers and particle renderers. A lot of implementations available: point emitter, line emitter, gravity point modifier, velocity transformation, point sprite renderer, model renderer
... [More], ...
Written in java.
Open Source.
Cross Plattform. [Less]
kepler is a library of C routines for astronomical calculations. It features the following:
* The entire VSOP87 theory for calculating the positions of the eight planets.
* The entire ELP 2000-82B theory for calculating the position of the Moon.
* An analytical theory for calculating Pluto's
... [More] position for the period 1700AD-2100AD.
* The ability to convert osculating orbital elements to heliocentric coordinates.
* The latest IAU 2006 precession and IAU 2000A nutation models.
* Routines for calculating sidereal time using the current IAU resolutions.
* An implementation of the Ron/Vondrak theory of annual aberration.
* Routines for Julian date calculations.
* Routines for coordinate transformations, rotations and parallax corrections. [Less]
Euclide is a dynamic geometry application written in Java. It allows creation of geometric shapes (lines, points, circles, conics...) and transforms (rotation, symmetry...), which depend each other. Moving a shape will also move shapes dependent on it.
Uses the javaGeom library.
This site uses cookies to give you the best possible experience.
By using the site, you consent to our use of cookies.
For more information, please see our
Privacy Policy