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Will NOT work with KSP 1.4. Rescale! v1.0.2.8 change log Updated for compatibility with latest Module Manager and the latest Sigma Dimensions v 0.9.6 This is the most complete set of Sigma Dimensions configs available on the KSP forum. Due to so many people asking why other scaling "mods" don't work properly and for people that don't fully understand how to write their own cfgs, I decided to throw together some cfgs that I use in GPP, and tweaked them to work with stock and all planet packs. REQUIRES: KOPERNICUS AND SIGMA DIMENSIONS All configs work with: RemoteTech Kerbalism Environmental Visual Enhancements 1.2.2.1 and all visual packs Automatically scales cloud height to a realistic altitude when a visual pack is installed. Kronometer I highly recommend that you this with these configs so that your in game clock and dates are correct. Kerbal Konstructs (Needs KKtoSD, and currently only works with GPP) Most planet packs (will make planet pack specific changes upon request from pack devs) Sigma Dimensions now handles Scatterer scaling and antenna ranges. Hellelujah! KNOWN ISSUES: Scatterer doesn't scale very well. It works but you may see some artifacts that are kind of an eyesore THE SIZES 2.5x - The optimal size for users who want a bigger system but still want to use stock parts. 3.2x - About the same as 2.5x but a step up in difficulty. 6.4x - A much larger rescale that may require you to rescale the stock parts via SMURFF or RO. Or don't. It's your life. 10x - Roughly a true to life size rescale that will definitely require SMURFF or RO. 10.625x - Closest to real life scale as you can get. Will need SMURFF or RO. NOTE: I highly recommend that you use KRONOMETER with these cfgs so that your in game clock and dates are correct. Will NOT work with KSP 1.4. DOWNLOAD TO INSTALL: Download and install KOPERNICUS and SIGMA DIMENSIONS Drop the RESCALE folder anywhere inside of your GameData folder. License: Public Domain

Hello people, I'm having yet again a problem with a planet I'm creating. For this planet I wanted to make a new planet in a binary orbit with Eeloo, thanks to the wonderful mod Sigma Binary, made by @Sigma88. Here are some pictures of my problem. Below this link, you can see an explanation. https://imgur.com/a/KCHSE So please take a look at the pictures and the description below them. I hope those pictures explain a bit what the problem is. I'm just going through the planet and I can't land on it. I suppose it has something to do with sphere of influences since the SOI of Eeloo is pretty big but I have tried different values and I can't help but post my problem here to hope somebody else knows how to fix this. Here is the config for my planet: @Kopernicus:AFTER[Kopernicus] { Body { name = Icio Template { name = Laythe removeAllPQSMods = true } Orbit { referenceBody = Eeloo inclination = 0 eccentricity = 0 semiMajorAxis = 9500000 longitudeOfAscendingNode = 0 argumentOfPeriapsis = 0 meanAnomalyAtEpoch = 0 epoch = 0 color = RGBA(50,150,255,255) } Properties { description = test radius = 270000 mass = 1.433471657e+21 geeASL = 0.134 sphereOfInfluence = 10504645.31 } ScaledVersion { type = Atmospheric fadeStart = 95000 fadeEnd = 97000 Material { shininess = 0 specular = 0,0,0,0 rimPower = 2.06 rimBlend = 0.3 Gradient { 0.0 = RGBA(144,200,233,255) 0.5 = RGBA(110,183,225,255) 1.0 = RGBA(34,163,238,255) } } } Atmosphere { ambientColor = RGBA(179,225,252,255) lightColor = 0.42,0.74,0.92,0.5 enabled = true oxygen = false altitude = 55000 pressureCurve { key = 0 15.19875 -1.36881790909091E-03 -1.36881790909091E-03 key = 2750 11.4345 -1.24329545454545E-03 -1.24329545454545E-03 key = 5500 8.360625 -1.00418209090909E-03 -1.00418209090909E-03 key = 8250 5.9115 -7.90145454545455E-04 -7.90145454545455E-04 key = 11000 4.014825 -5.97231818181818E-04 -5.97231818181818E-04 key = 13750 2.626725 -4.36813636363636E-04 -4.36813636363636E-04 key = 16500 1.61235 -3.09463636363636E-04 -3.09463636363636E-04 key = 19250 0.924675 -1.94577272727273E-04 -1.94577272727273E-04 key = 22000 0.542175 -1.05831818181818E-04 -1.05831818181818E-04 key = 24750 0.3426 -6.06272727272727E-05 -6.06272727272727E-05 key = 27500 0.208725 -3.93272727272727E-05 -3.93272727272727E-05 key = 30250 0.1263 -2.32363636363636E-05 -2.32363636363636E-05 key = 33000 0.080925 -1.23272727272727E-05 -1.23272727272727E-05 key = 35750 0.0585 -6.62727272727273E-06 -6.62727272727273E-06 key = 38500 0.044475 -4.97727272727273E-06 -4.97727272727273E-06 key = 41250 0.031125 -4.43181818181818E-06 -4.43181818181818E-06 key = 44000 0.0201 -3.58636363636364E-06 -3.58636363636364E-06 key = 46750 0.0114 -2.72727272727273E-06 -2.72727272727273E-06 key = 49500 0.0051 -1.84090909090909E-06 -1.84090909090909E-06 key = 52250 0.001275 -9.27272727272727E-07 -9.27272727272727E-07 key = 55000 0 -4.63636363636364E-07 -4.63636363636364E-07 } temperatureCurve { key = 0 177 -0.01166666727 -0.01166666727 key = 6600 130.5084428 -0.001652470545 -0.001647376727 key = 11550 130.5084428 0.001647376727 0.001647376727 key = 17050 163.7166979 0.0009003898182 0.0009003898182 key = 30800 163.7166979 -0.001241687818 -0.001241687818 key = 44000 112.9986355 -0.001652470545 -0.001652470545 key = 49500 112.9986355 0.0008614081818 0.0008614081818 key = 55000 138.9614532 0.001262916545 0.001262916545 key = 82500 0 -0.0008174710909 -0.0008174710909 } temperatureMultiplier = 1.0 } PQS { maxQuadLengthsPerFrame = 0.03 minLevel = 2 maxLevel = 12 minDetailDistance = 8 materialType = AtmosphericOptimized Mods { VertexSimplexHeight { seed = 543743 deformity = 1500 octaves = 8 persisitence = 0.5 frequency = 4 enabled = true order = 2 } VertexHeightNoise { noiseType = RiggedMultifractal deformity = 1000 seed = 8547 frequency = 2 lacunarity = 2.5 persistance = 0.5 octaves = 4 mode = Low enabled = true order = 4 } VertexSimplexHeightAbsolute { name = Base1 seed = 4532 deformity = 400 octaves = 6 persistence = 0.5 frequency = 7 enabled = true order = 6 } VertexSimplexHeightAbsolute { name = Base2 seed = 4276 deformity = 700 octaves = 4 persistence = 0.5 frequency = 11 enabled = true order = 7 } VertexSimplexNoiseColor { seed = 43 blend = 1.0 colorStart = RGBA(179,196,206,255) colorEnd RGBA(0,0,0,255) octaves = 12 persistence = 0.5 frequency = 2 enabled = true order = 10 } HeightColorMap { blend = 0.7 order = 201 enabled = true LandClasses { Class { name = Lowlands altitudeStart = 0 altitudeEnd = 0.5 color = RGBA(0,0,0,255) lerpToNext = true } Class { name = Midlands altitudeStart = 0.5 altitudeEnd = 0.6 color = RGBA(164,180,189,255) lerpToNext = true } Class { name = Highlands altitudeStart = 0.6 altitudeEnd = 1.0 color = RGBA(121,146,161,255) lerpToNext = false } } } } } } } @Kopernicus:BEFORE[SigmaBinary] { @Body[Icio] { SigmaBinary {} } } If you need any more information, let me know. I'm really wanting some help. Thank you for taking a look!