Minmus.cfg

@Kopernicus:FOR[AlternisKerbol]
{
	@Body[Minmus]
	{
		//@Template
		//{
			//removePQSMods = VertexPlanet
		//}

		// We have to force ScaledSpace caching, because we change neither the radius, nor use no template
		Debug
		{
			exportBin = true
		}

		// Change Minmus Orbit-color to a bright orange (Example for using 32-bit colors with Kopernicus)
		@ScaledVersion
		{
			Material
			{
				normals = AlternisKerbol/Minmus/Textures/Minmus_Normal
				texture	= AlternisKerbol/Minmus/Textures/Minmus_Color

				Gradient
				{
					0.0	= 0.72549,0.81961,0.83529,1
					0.6	= 0.0549,0.0784,0.141,1
					1.0	= 0.0196,0.0196,0.0196,1
				}
			}
		}
		@Properties
		{
			description = Because of its small size in the sky, Minmus was often mistaken as dirt on telescope lenses, but nevertheless the object is indeed visible to the naked eye at night, so it is very clearly a real moon nevertheless.
			geeASL = 0.022
			radius = 29000
			tidallyLocked = true
			@ScienceValues
			{
				landedDataValue			= 8
				splashedDataValue		= 1
				flyingLowDataValue		= 6
				flyingHighDataValue		= 5
				inSpaceLowDataValue		= 7
				inSpaceHighDataValue	= 6
				recoveryValue			= 5
			}
		}
		@PQS
		{
			Mods
			{
				VoronoiCraters
                {
					name = 1
                    deformation = 200
                    voronoiSeed = 98646
                    voronoiDisplacement = 0.1
                    voronoiFrequency = 6
                    simplexSeed = 123123
                    simplexOctaves = 9
                    simplexPersistence = 0.5
                    simplexFrequency = 120
                    jitter = 0.1
                    jitterHeight = 3
                    rFactor = 0.5
                    rOffset = 1
                    colorOpacity = 0.2
                    DebugColorMapping = false
                    enabled = true
                    order = 101
                }
				// This is one of the most powerful mods, it can generate a fully procedural Planet. I have no idea what some of the values do.
				VertexPlanet
				{
					buildHeightColors = false
					colorDeformity = 6000
					ContinentalSimplex
					{
						deformity = 1
						frequency = 1
						octaves = 10
						persistance = 0.400000005960464
						seed = 33124
					}
					RuggednessSimplex
					{
						deformity = 1
						frequency = 0.5
						octaves = 4
						persistance = 0.5
						seed = 33125
					}
					SharpnessNoise
					{
						seed = 0
						deformity = 0.00100000004749745
						octaves = 4
						persistance = 0.5
						frequency = 0.5
						Noise
						{
							frequency = 0.5
							lacunarity = 0.5
							quality = High
							octaveCount = 4
							seed = 33127
						}
					}
					SharpnessSimplexMap
					{
						deformity = 50
						frequency = 1.5
						octaves = 4
						persistance = 0.550000011920929
						seed = 33128
					}
					deformity = 2305

					// The LandClasses define the surface-color, so we change them
					LandClasses
					{
						LandClass
						{
							name = AbyPl
							baseColor = 0.376, 0.141, 0.117, 1.000
							colorNoise = 0.386, 0.151, 0.127, 1.000
							colorNoiseAmount = 0.200000002980232
							SimplexNoiseMap
							{
								deformity = 1
								frequency = 4
								octaves = 4
								persistance = 0.600000023841858
								seed = 33133
							}
							fractalStart = 0
							fractalEnd = 0.00100000004749745
							fractalDelta = 0.00100000004749745
							startHeight = 0
							endHeight = 0
							lerpToNext = true
						}
						LandClass
						{
							name = Beach
							baseColor = 0.611, 0.260, 0.220, 1.000
							colorNoise = 0.500, 0.250, 0.230, 1.000
							colorNoiseAmount = 0.200000002980232
							SimplexNoiseMap
							{
								deformity = 1
								frequency = 4
								octaves = 4
								persistance = 0.600000023841858
								seed = 33134
							}
							fractalStart = 0.00100000004749745
							fractalEnd = 0.449999988079071
							fractalDelta = 0.448999988031574
							startHeight = 0
							endHeight = 0
							lerpToNext = true
						}
						LandClass
						{
							name = Grass
							baseColor = 0.198, 0.128, 0.062, 1.000
							colorNoise = 0.18, 0.12, 0.05, 1.000
							colorNoiseAmount = 0.300000011920929
							SimplexNoiseMap
							{
								deformity = 1
								frequency = 3
								octaves = 4
								persistance = 0.600000023841858
								seed = 33135
							}
							fractalStart = 0.449999988079071
							fractalEnd = 0.899999976158142
							fractalDelta = 0.449999988079071
							startHeight = 0
							endHeight = 0
							lerpToNext = true
						}
						LandClass
						{
							name = Snow
							baseColor = 0.198, 0.128, 0.062, 1.000
							colorNoise = 0.18, 0.12, 0.05, 1.000
							colorNoiseAmount = 0.400000005960464
							SimplexNoiseMap
							{
								deformity = 1
								frequency = 2
								octaves = 4
								persistance = 0.600000023841858
								seed = 33136
							}
							fractalStart = 0.899999976158142
							fractalEnd = 2
							fractalDelta = 1.10000002384186
							startHeight = 0
							endHeight = 0
							lerpToNext = false
						}
					}
					//oceanDepth = 0
					//oceanLevel = 0
					//oceanSnap = false
					//oceanStep = 0
					seed = 33123
					terrainRidgeBalance = 0.1
					terrainRidgesMax = 1
					terrainRidgesMin = 0.4
					terrainShapeStart = 2
					terrainShapeEnd = -2
					terrainSmoothing = 0.100000001490116
					TerrainTypeSimplex
					{
						deformity = 1
						frequency = 4
						octaves = 12
						persistance = 0.7
						seed = 33126
					}
					enabled = True
					order = 100
				}
			}
		}
				@Orbit
		{
			@referenceBody				= Jool

			semiMajorAxis				= 14740300
			inclination					= 0.003
			eccentricity				= 0.0
			longitudeOfAscendingNode	= 78
			argumentOfPeriapsis			= 38
			meanAnomalyAtEpoch			= 0.899
			epoch						= 0
			color = RGBA(77, 26, 26, 255)
		}
	}
}

@Kopernicus:FOR[AlternisKerbol]:NEEDS[GalacticNeighborhood]
{
	@Body[Minmus]
	{
		@Properties
		{
			%description = Cinimus is a red asteroid orbiting Meander. It was discovered by accident, after the Undeniably Monstrous Telescope was pointed at Meander too long. A red ring seemed to form around the image, and although the telescope received some minor damage, the moon was added to the celestial catalog.
		}
	}
}