Geonosis and Tatooine should only be 1 parsec from each other, but they're thousands of parsecs apart.
QuoteStargate38 ()
Can you please add Sullust and Toydaria?
This is a community addon and these sorts of multi-system addons take a lot of time and effort to get right. If you really want to help it would be more beneficial for you to start learning how to do these things and actually supplying these fixes/adjustments rather than asking for them.
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I noticed an issue when I added the SW systems just now. As soon I installed the addon and copypasta'd the universe.cfg info from the spoiler, all my planets disappeared. I opened up the console, and it showed me a single error with the scripts, (a second one was on my end with my own systems, which I was able to fix). The planet "Allmittal" in Malastare.sc was missing the closing bracket for its rings. When I fixed it, all my planets came back. (EDIT: It was the same issue mentioned in previous posts.)
Here's the fixed script file. All that is needed is to install it to the MAIN catalogs\planets folder. If it doesn't exist yet on your system, create the folder.
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Edited by PlutonianEmpire - Tuesday, 26.05.2015, 00:36
alin_alexandru, you simply click the search icon in the left bar or press F3 as you would search any other object. If the planets, stars and galaxy from the addon do not display, please let me know, and I'll see if I can help.
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Yeah that's what i did,but if I search for example for Coruscant it gives me other planets that start with the letter ''c'' but not this planet.I've searched for all the planets from the mod but non of them show in search.Any suggestions?
alin_alexandru, check whether you have followed the installation instructions properly and all files are in the correct folders. Have you added the required text to universe.cfg?
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RockoRocks, yes I did,I even reinstalled the game and did it again but the problem is still there.Here is my univers.cfg and as you can see the text is there
Okay so this is a problem that's been reported about 2 times so far on my addons, and I apologise for being so unclear about this. You don't literally copy and paste the text from the .txt file at the end of universe.cfg, you place it below other catalog files for planets and galaxies. A good example of an Universe.cfg file would be the following:
// our home address (switched with Shift-h) HomeGalaxy "Milky Way" HomeStar "Sol" HomePlanet "Earth" //HomeCluster // we have no home star cluster <img src="http://s50.ucoz.net/sm/23/smile.gif" border="0" align="absmiddle" alt="smile" />
// planetary system generator probabilities settings ProbBinaryStar 0.50 // binary system probability - 50% of all systems ProbTripleStar 0.11 // triple system probability - 11% of binary systems ProbQuadrupleStar 0.22 // quadruple system probability - 22% of triple systems ProbSolitaryWD 0.033 // probability of solitary white dwarf among all systems at the last octree level ProbSolitaryNSP 0.00025 // probability of solitary neutron star among all systems at the last octree level ProbSolitaryBHP 0.00003 // probability of solitary black hole among all systems at the last octree level ProbCompanionWD 0.01 // probability of companion white dwarf among all binary systems ProbCompanionNS 0.00005 // probability of companion neutron star among all binary systems ProbCompanionBH 0.0000075// probability of companion black hole among all binary systems ProbBrownDwarf 0.025 // brown dwarf probability ProbGasGiant 0.36 // gas giant probability ProbHotGasGiant 0.012 // hot gas giant probability ProbOceania 1.00 // Oceania -> Terra probability ProbVenusClouds 0.66 // probability of opaque cloud layer on Hot and Warm Deserts ProbTitanClouds 0.66 // probability of opaque cloud layer on Titans and Ice Worlds
// life probabilities settings ProbLifeTerra 0.3 // probability of origin of life on terra ProbLifeOceania 0.3 // probability of origin of life on oceania ProbLifeDesert 0.02 // probability of origin of life on desert ProbLifeIceWorld 0.05 // probability of origin of life on ice world (under ice) ProbLifeTitan 0.1 // probability of origin of life on titan (exotic) ProbLifeGiantOrg 0.01 // probability of origin of life on gas giant (floaters) ProbLifeGiantExo 0.002 // probability of origin of life on gas giant (floaters) ProbPanspEjectTerra 1.0 // Probability of organic life spores ejection on asteroid impact on terras (surface & ocean) ProbPanspEjectOceania 0.01 // Probability of organic life spores ejection on asteroid impact on oceanias (ocean) ProbPanspEjectDesert 1.0 // Probability of organic life spores ejection on asteroid impact on deserts (surface) ProbPanspEjectIceWorld 0.005 // Probability of organic life spores ejection on asteroid impact on ice worlds (subglacial) ProbPanspEjectTitanOrg 0.002 // Probability of organic life spores ejection on asteroid impact on titans (subglacial) ProbPanspEjectTitanExo 1.0 // Probability of exotic life spores ejection on asteroid impact on titans (surface) ProbPanspEjecGiantOrg 0.0001 // Probability of organic life spores ejection on asteroid impact on gas giants (atmosphere) ProbPanspEjectGiantExo 0.0001 // Probability of exotic life spores ejection on asteroid impact on gas giants (atmosphere) ProbPanspInsertTerra 0.1 // Probability of organic life spores insertion on asteroid impact on terras (surface & ocean) ProbPanspInserOceania 0.2 // Probability of organic life spores insertion on asteroid impact on oceanias (ocean) ProbPanspInsertDesert 0.04 // Probability of organic life spores insertion on asteroid impact on deserts (surface) ProbPanspInsertIceWorld 0.001 // Probability of organic life spores insertion on asteroid impact on ice worlds (subglacial) ProbPanspInsertTitanOrg 0.0003 // Probability of organic life spores insertion on asteroid impact on titans (subglacial) ProbPanspInsertTitanExo 0.08 // Probability of exotic life spores insertion on asteroid impact on titans (surface) ProbPanspInsertGiantOrg 0.05 // Probability of organic life spores insertion on asteroid impact on gas giants (atmosphere) ProbPanspInsertGiantExo 0.05 // Probability of exotic life spores insertion on asteroid impact on gas giants (atmosphere) LifeOrgAgeUni 0.60 // mean value of system age to develop unicellular organic life (in billion years) LifeOrgAgeUniDisp 0.25 // dispersion of system age to develop unicellular organic life (in billion years) LifeOrgAgeMulti 3.50 // mean value of system age to develop multicellular organic life (in billion years) LifeOrgAgeMultiDisp 0.70 // dispersion of system age to develop multicellular organic life (in billion years) LifeOrgAgeComplex 4.00 // mean value of system age to develop complex ground organic life (in billion years) LifeOrgAgeComplexDisp 0.50 // dispersion of system age to develop complex ground organic life (in billion years) LifeExoAgeUni 1.50 // mean value of system age to develop unicellular exotic life (in billion years) LifeExoAgeUniDisp 0.40 // dispersion of system age to develop unicellular exotic life (in billion years) LifeExoAgeMulti 4.50 // mean value of system age to develop multicellular exotic life (in billion years) LifeExoAgeMultiDisp 1.00 // dispersion of system age to develop multicellular exotic life (in billion years) LifeExoAgeComplex 6.50 // mean value of system age to develop complex ground exotic life (in billion years) LifeExoAgeComplexDisp 1.50 // dispersion of system age to develop complex ground exotic life (in billion years)
// planets settings PlanetMsiniResolve 0 // method to compute planet mass from M sin i: 0 - using actual or procedural inclination, 1 - average inclination, 2 - inclination of 90 degrees
// stars settings StarMaxAppMagn 10.0 // max apparent magnitude of procedural stars while looking from Solar system StarRelicMinDist 3.0 // min distance from the Sun to procedural black holes, neutron stars and white dwarfs StarGalaxyDensity 1.0 // procedural stars density in galaxies StarClusterDensity 1.0 // procedural stars density in clusters StarProcBifurcation false // enable procedural bifurcation of catalog stars StarSilentLoading true // do not log warnings while star catalogs loading StarNCoronaTextures 10 // number of star corona textures
// procedural star clusters settings ClusterCatMaxAppMagn 8.1 // max apparent magnitude of catalog clusters while looking from Solar system ClusterMaxAppMagn 8.1 // max apparent magnitude of procedural clusters while looking from Solar system ClusterGlobDensity 1.0 // globular clusters density in galaxies ClusterOpenDensity 70.0 // open clusters density in galaxies ClusterGlobRadius 30.0 // globular clusters mean radius ClusterGlobRadiusDisp 30.0 // globular clusters radius dispersion ClusterOpenRadius 7.0 // open clusters mean radius ClusterOpenRadiusDisp 5.0 // open clusters radius dispersion ClusterGlobLum 60000.0 // globular clusters mean luminosity ClusterGlobLumDisp 10000.0 // globular clusters luminosity dispersion ClusterOpenLum 25000.0 // open clusters mean luminosity ClusterOpenLumDisp 4000.0 // open clusters luminosity dispersion
// procedural nebulae settings NebulaMaxAppMagn 8.1 // max apparent magnitude of procedural nebulae while looking from Solar system NebulaDiffDensity 1.5 // diffuse nebulae density in galaxies NebulaPlanDensity 2.0 // planetary nebulae density in galaxies NebulaSNRDensity 3.0 // SNR nebulae density in galaxies NebulaDiffRadius 3.0 // diffuse nebulae mean radius NebulaDiffRadiusDisp 1.5 // diffuse nebulae radius dispersion NebulaPlanRadius 0.001 // planetary nebulae mean radius NebulaPlanRadiusDisp 0.01 // planetary nebulae radius dispersion NebulaSNRRadius 0.1 // SNR nebulae mean radius NebulaSNRRadiusDisp 0.2 // SNR nebulae radius dispersion NebulaDiffLum 10000 // diffuse nebulae mean luminosity NebulaDiffLumDisp 2000 // diffuse nebulae luminosity dispersion NebulaPlanLum 10.0 // planetary nebulae mean luminosity NebulaPlanLumDisp 2.5 // planetary nebulae luminosity dispersion NebulaSNRLum 5.0 // SNR nebulae mean luminosity NebulaSNRLumDisp 1.2 // SNR nebulae luminosity dispersion
// galaxies settings GalaxyProceduralOrient true // procedurally generate orientation angles if them are missing in the catalog
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Is it normal in the Kamino system, Mira, a type of planet Selenia two stars revolving around it where they are further than another planet revolving around Kamino, one giant red Mira A and a white dwarf Mira B.
For people who have problems with the Star Wars addon, for example when trying to play along with other add-ons; or when they realize that some planets or what systems are missing:
This could be because the file 'Malastare.sc' in 'CatalogsSW.pak' is faulty. It is missing a closing parenthesis. Objects that are loaded after such an error will not show up correctly.
I attach a corrected file. Rename it to Malastare.sc and put it in catalogs\planets.
Tatooine is too cold and the stars are a bit too close and Kamino is completely broken. Seems like most of the planets are way too cold.
We should probably compile a complete list of issues for 0.9.7.4 so this addon can be updated. Atmospheric composition should probably also be updated, even if it is guess work. We can assume most planets in Star Wars are pretty much Earth clones or slight variations of Earth's atmosphere.
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