Search Results for "small"

SoundStepper is a "100% software" telescope controller, for Windows, using audio hardware to control step motors at real time. All it requires to operate are external step motor drives, which can be a commercial "pulse/direction" drive or analog current amplifiers. Documentation: http://soundstepper.sourceforge.net/

This application allows visually restore a cyclorama from a set of photos covering 360 degrees in all directions to horizon. It was specially designed to restore panoramas obtained by Apollo missions in 1969-1972 but it can be used to restore any cyclorama from photos got in your tourist trip (for example). The main principle of the program is in projecting photos on a 360x360 sphere and combining it together. If you select a correct field of view (FOV) for photo images, its combination...

The software simulates the motion of the solar system by different numerical methods. On start, the software expects the input file planeten.txt in the same folder. This file should contain the desired initial conditions. The separator may be adjusted via the file settings.ini.

JAVA project represents the realization of modern astronomical algorithms related to the orbital movement of planets, satellites and small bodies in the solar system by solving Kepler's equation and additional astronomical and mathematical libraries

As an amateur astrophotographer, I like to use a small laptop to control my gear, the problem is that a standard display will ruin your acquired night vision. This program turns (temporarily) everything red to minimize the impact of the display on your night vision. You may want to install a red cursor scheme, one is included (from Oxygen Cursors by LAvalon in GPL 3.0) in the source distribution.

WAFIMPA is the abbreviation of "WArped FIsh-eye Mirror Projection Adjuster". This is small GUI application. It helps to setup spheric mirror projection systems that frequently used in small planetariums (generates warp-map and mplayer ppm files).

Desktop gadget (Windows only). The simulation of a real horizontal sundial, dependent on a geographic position (latitude). Size can be chosen between big and small. It can use current (computer) time, or user-specified date&time.