Version: 0.9 (using KDE KDE 3.1.93DevelKDE 1.2) Installed from: Compiled From SourcesI Don't KnowSuSE RPMs Compiler: gcc (GCC) 3.2 OS: Linux A nice feature of some proprietary planetarium program I've see is to calculate occurences of occultations of e.g. planets in front of other celestial bodies. For example, the track of Mars across the sky can be simulated and all objects that come closer to Mars than a couple of arcseconds are possibly occultated by Mars. Their light will pass through the martian atmosphere and the gradual extinction can be used as a probe of the martian atmosphere (same for other planets, of course). Is there a possibility to implement such a feature? Best regards - thanks in advance - Dudelman.
Good idea, and I might as well add eclipse detection to this, since the code will be similar :)
You could, in principle use the Conjunctions tool to do that. But it definitely does require refinement.
SVN commit 1072357 by jsonrier: Conjunction tool improvements. We can now compute conjunctions between a planet and a type of object (stars, galaxies, solar system,...). GUI: CCBUG: 68529 CCMAIL: kstars-devel@kde.org M +222 -45 conjunctions.cpp M +14 -2 conjunctions.h M +146 -113 conjunctions.ui WebSVN link: http://websvn.kde.org/?view=rev&revision=1072357