I'm very new to Kopernicus modding so.. I do not know how to make a planet.
I've followed all instructions correctly yet the custom planet I made does not show up. Why is this happening?
And here's the source code.
@Kopernicus
{
Body
{
name = Amaterasu
cacheFile = Amaterasu/Cache/Amaterasu.bin
Template
{
name = Kerbin
removeAllPQSMods = false
}
Properties
{
description = Made by me! An earthlike planet that just entered here for no reason whatsoever.
radius = 556463
geeASL = 1
rotationPeriod = 86400
}
Orbit
{
referenceBody = Sunorc
color = 0.7,0.7,0.7,1
inclination = 0.2
eccentricity = 0
semiMajorAxis = 20699834256
longitudeOfAscendingNode = 40
argumentOfPeriapsis = 9
meanAnomalyAtEpoch = 0
epoch = 30000000000000
}
ScaledVersion
{
type = AtmosphericStandard
fadeStart = 13000
fadeEnd = 55000
sphericalModel = False
deferMesh = False
invisible = False
Material
{
texture = Amaterasu/PluginData/AmaterasuClr.dds
normals = Amaterasu/PluginData/AmaterasuNrm.dds
color = 1,1,1,1
specColor = 0.0745098069,0.0666666701,0.0509803966,1
shininess = 0
}
}
Atmosphere
{
enabled = True // Whether the body has an atmosphere
oxygen = True // Whether the atmosphere contains oxygen
staticDensityASL = 1.22497705725583 // Atmospheric density at sea level. Used to calculate the parameters of the atmosphere if no curves are used
adiabaticIndex = 1.39999997615814 // A thermodynamic property of the gas, also known as heat capacity ratio
atmosphereDepth = 70000 // The height of the atmosphere
gasMassLapseRate = 8.33518264702189
atmosphereMolarMass = 0.0289644002914429 // The mass in kilograms of one mole of gas
pressureCurveIsNormalized = False // Whether the pressure curve should use absolute (0 - atmosphereDepth) or relative (0 - 1) values
shockTemperatureMultiplier = 1 // Multiplies the External/Shock Temperature by this value. This is relevant for aerodynamic heating
staticPressureASL = 101.324996948242 // The static pressure at sea level. Used to calculate the parameters of the atmosphere if no curves are used
temperatureCurveIsNormalized = False // Whether the temperature curve should use absolute (0 - atmosphereDepth) or relative (0 - 1) values
temperatureLapseRate = 0.0041
temperatureSeaLevel = 287 // The static temperature at sea level. Used to calculate the parameters of the atmosphere if no curves are used
ambientColor = 0.243137255,0.250980407,0.254901975,1 // All objects inside of the atmosphere will slightly shine in this color
lightColor = 0.649999976,0.569999993,0.474999994,0.5 // Same as waveLength in AtmosphereFromGround
addAFG = True
pressureCurve // Assigns a pressure value to a height value inside of the atmosphere
{
key = 0 101.325 0 -0.01501631
key = 1241.025 84.02916 -0.01289846 -0.01289826
key = 2439.593 69.68138 -0.01107876 -0.01107859
key = 3597.11 57.78001 -0.009515483 -0.009515338
key = 4714.942 47.90862 -0.00817254 -0.008172415
key = 5794.409 39.72148 -0.00701892 -0.007018813
key = 6836.791 32.93169 -0.006027969 -0.006027877
key = 7843.328 27.30109 -0.005176778 -0.0051767
key = 8815.22 22.63206 -0.004445662 -0.004445578
key = 10786.42 15.3684 -0.003016528 -0.00301646
key = 12101.4 11.87313 -0.002329273 -0.00232922
key = 13417.05 9.172798 -0.001798594 -0.001798554
key = 16678.47 4.842261 -0.0009448537 -0.0009448319
key = 21143.1 2.050097 -0.0003894095 -0.0003894005
key = 26977.92 0.6905929 -0.0001252565 -0.0001252534
key = 33593.82 0.2201734 -3.626878E-05 -3.626788E-05
key = 42081.87 0.05768469 -9.063159E-06 -9.062975E-06
key = 49312.13 0.01753794 -3.029397E-06 -3.029335E-06
key = 56669.95 0.004591824 -8.827175E-07 -8.826996E-07
key = 62300.84 0.001497072 -3.077091E-07 -3.077031E-07
key = 70000 0 0 0
}
temperatureCurve // Assigns a base temperature value to a height value inside of the atmosphere
{
key = 0 288.15 0 -0.008125
key = 8815.22 216.65 -0.008096968 0
key = 16050.39 216.65 0 0.001242164
key = 25729.23 228.65 0.001237475 0.003464929
key = 37879.44 270.65 0.00344855 0
key = 41129.24 270.65 0 -0.003444189
key = 57440.13 214.65 -0.003422425 -0.002444589
key = 68797.88 186.946 -0.002433851 0
key = 70000 186.946 0 0
}
temperatureSunMultCurve // How the temperature modifiers vary by altitude, in the form of a multiplier
{
key = 0 1 0 0
key = 8815.22 0.3 -5.91316E-05 -5.91316E-05
key = 16050.39 0 0 0
key = 25729.23 0 0 0
key = 37879.44 0.2 0 0
key = 57440.13 0.2 0 0
key = 63902.72 1 0.0001012837 0.0001012837
key = 70000 1.2 0 0
}
temperatureLatitudeBiasCurve // Latitudinal temperature modifier
{
key = 0 17 0 -0.3316494
key = 10 12 -0.65 -0.65
key = 18 6.36371 -0.4502313 -0.4502313
key = 30 0 -1.3 -1.3
key = 35 -10 -1.65 -1.65
key = 45 -23 -1.05 -1.05
key = 55 -31 -0.6 -0.6
key = 70 -37 -0.6689383 -0.6689383
key = 90 -50 -0.02418368 0
}
temperatureLatitudeSunMultCurve // Day - night temperature modifier by latitude
{
key = 0 9 0 0.1554984
key = 40 14.2 0.08154097 0.08154097
key = 55 14.9 -0.006055089 -0.006055089
key = 68 12.16518 -0.2710912 -0.2710912
key = 76 8.582909 -0.6021729 -0.6021729
key = 90 5 0 0
}
temperatureAxialSunBiasCurve // Seasonal temperature modifier by true anomaly
{
key = 0 0 0 0
}
temperatureAxialSunMultCurve // How the seasonal temperature modifier varies by latitude
{
key = 0 0 0 0
}
temperatureEccentricityBiasCurve // Orbital eccentricity temperature modifier
{
key = 0 0 0 0
}
AtmosphereFromGround // The atmosphere effect that is seen on the horizon
{
DEBUG_alwaysUpdateAll = False // Whether all parameters should get recalculated and reapplied every frame.
doScale = True // Whether the atmosphere mesh should be scaled automatically.
innerRadius = 599625 // The lower bound of the atmosphere effect.
invWaveLength = 5.60204554,9.47328472,19.6438026,0.5
outerRadius = 615000 // The upper bound of the atmosphere effect.
samples = 4
transformScale = 1.02499998,1.02499998,1.02499998 // The scale of the atmosphere mesh in all three directions. Automatically set if doScale is enabled.
waveLength = 0.649999976,0.569999993,0.474999994,0.5
outerRadiusMult = 1.025 // A multiplier that automatically sets outerRadius based on the planets radius.
innerRadiusMult = 0.975 // A multiplier that automatically sets innerRadius based on the planets radius.
}
PQS
{
fadeStart = 21500
fadeEnd = 143500
minLevel = 2
maxLevel = 9
materialType = AtmosphericTriplanarZoomRotation
Material
{
colorLerpModifier = 1
atlasTiling = 100000
factor = 14.6
factorBlendWidth = 0.05
factorRotation = 30
saturation = 1.15
contrast = 1.5
tintColor = 0.0399999991,0.0399999991,0.0399999991,0.482352942
specularColor = 0.128999993,0.128999993,0.128999993,1
albedoBrightness = 1.15
steepPower = 3
steepTexStart = 10000
steepTexEnd = 150000
steepTex = BUILTIN/terrain_rock00
steepTexScale = 1,1
steepTexOffset = 0,0
steepBumpMap = BUILTIN/Cliff (Layered Rock)_NRM
steepBumpMapScale = 1,1
steepBumpMapOffset = 0,0
steepNearTiling = 1000
steepTiling = 100
globalDensity = -8E-06
fogColorRamp = BUILTIN/AerialRampKerbin2
fogColorRampScale = 1,1
fogColorRampOffset = 0,0
planetOpacity = 0
oceanFogDistance = 1000
}
Mods
{
VertexHeightMap
{
map = Amaterasu/PluginData/AmaterasuHeight.dds
offset = 0
deformity = 561
scaleDeformityByRadius = false
order = 100
}
VertexColorMap
{
map = Amaterasu/PluginData/AmaterasuClr.dds
order = 20
enabled = true
}
VertexHeightNoiseVertHeightCurve2
{
deformity = 4000
ridgedAddFrequency = 48
ridgedAddLacunarity = 4
ridgedAddOctaves = 6
ridgedAddSeed = 1384047773
ridgedMode = Low
ridgedSubFrequency = 32
ridgedSubLacunarity = 4
ridgedSubOctaves = 6
ridgedSubSeed = 2113370706
simplexFrequency = 32
simplexHeightEnd = 4600
simplexHeightStart = 800
simplexOctaves = 4
simplexPersistence = 0.600000023841858
simplexSeed = 248775058
order = 32
enabled = True
name = _HeightNoise
simplexCurve
{
key = 0 0 0 0
key = 0.9328867 0.4808467 1.659658 1.659658
key = 1 1 3.005844 3.005844
}
}
}
Ocean
{
ocean = True
oceanColor = 0.0705882385,0.101960786,0.156862751,1
oceanHeight = 0
density = 1
minLevel = 2
maxLevel = 8
minDetailDistance = 8
maxQuadLengthsPerFrame = 0.03
Material
{
color = 0.450980395,0.525490224,0.525490224,1
colorFromSpace = 0.141176477,0.231372565,0.278431386,1
specColor = 1,1,1,1
shininess = 0.697751
gloss = 0.2
tiling = 1000
waterTex = BUILTIN/sea-water1
waterTexScale = 1,1
waterTexOffset = 0,0
waterTex1 = BUILTIN/sea-water2
waterTex1Scale = 1,1
waterTex1Offset = 0,0
bTiling = 800
bumpMap = BUILTIN/quiet
bumpMapScale = 1,1
bumpMapOffset = 0,0
displacement = 0.05
texDisplacement = -0.31
dispFreq = 0.15
mix = 0.3677657
oceanOpacity = 0.5
falloffPower = 1.1
falloffExp = 2
fogColor = 0.917910457,0.917910457,1,1
heightFallOff = 0.2
globalDensity = -8E-06
atmosphereDepth = 70000
fogColorRamp = BUILTIN/AerialRampKerbin2
fogColorRampScale = 1,1
fogColorRampOffset = 0,0
fadeStart = 20000
fadeEnd = 60000
planetOpacity = 1
normalXYFudge = 1.4
normalZFudge = 1.18
}
FallbackMaterial
{
color = 0.494117647,0.552941203,0.627451003,1
colorFromSpace = 0.0509803928,0.164705887,0.215686277,1
specColor = 1,1,1,1
shininess = 1
gloss = 0.4327519
tiling = 1000
waterTex = BUILTIN/sea-water2
waterTexScale = 1,1
waterTexOffset = 0,0
waterTex1 = BUILTIN/sea-water3
waterTex1Scale = 1,1
waterTex1Offset = 0,0
fadeStart = 20000
fadeEnd = 60000
planetOpacity = 0
}
Fog
{
afgAltMult = 0.05
afgBase = 0.6
afgLerp = False
afgMin = 0.05
fogColorEnd = 0,0.0850000009,0.122500002,1
fogColorStart = 0,0.340000004,0.49000001,1
fogDensityAltScalar = -0.0008
fogDensityEnd = 0.025
fogDensityExponent = 1
fogDensityPQSMult = 0.02
fogDensityStart = 0.005
skyColorMult = 1.1
skyColorOpacityAltMult = 15
skyColorOpacityBase = 0.25
sunAltMult = 0.01
sunBase = 0.5
sunMin = 0.05
useFog = True
}
Mods
{
AerialPerspectiveMaterial
{
atmosphereDepth = 5000
DEBUG_SetEveryFrame = False
globalDensity = -7.5E-06
heightFalloff = 0.2
oceanDepth = 0
order = 100
enabled = True
name = _Material_AerialPerspective
}
RemoveQuadMap
{
map = BUILTIN/kerbin_height_new
deformity = 0
maxHeight = 0.1
minHeight = 0
order = 100
enabled = False
name = QuadRemoveMap
}
OceanFX
{
angle = 0
blendA = 0
blendB = 0
framesPerSecond = 10
oceanOpacity = 0
spaceAltitude = 0
spaceSurfaceBlend = 0
specColor = 0,0,0,0
texBlend = 0.468605
txIndex = -2147483648
order = 100
enabled = True
name = OceanFX
Watermain
{
value = BUILTIN/sea-water1
value = BUILTIN/sea-water2
value = BUILTIN/sea-water3
value = BUILTIN/sea-water4
value = BUILTIN/sea-water5
value = BUILTIN/sea-water6
value = BUILTIN/sea-water7
value = BUILTIN/sea-water8
value = BUILTIN/sea-water1
}
}
}
