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Kopernicus Core - Version NAN - Outdated


_Augustus_

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On a clean install with *just* Kopernicus and some Planet Pack that is confirmed working for many people? If it does not work there, what does your log say? Last time I checked, Kopernicus was pretty vocal with regards to logging stuff...

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On a clean install with *just* Kopernicus and some Planet Pack that is confirmed working for many people? If it does not work there, what does your log say? Last time I checked, Kopernicus was pretty vocal with regards to logging stuff...

It was b.c. I was missing some textures, fixed it!

Now I have SpaceEngine so I'm gonna romp around for textures.

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Can somebody put up a download for a config file for both the Stella expansion and the Odysseus expansion in one? i don't know how to merge them.... i dont know how to work with config files, but im just starting to learn... :)

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Can somebody put up a download for a config file for both the Stella expansion and the Odysseus expansion in one? i don't know how to merge them.... i dont know how to work with config files, but im just starting to learn... :)

Just download the Core and Stella first, and then download Odyssseus. ONLY paste the Kopernicus parts from Odysseus into your GameData, and then everything should work.

It's really not hard.

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Just download the Core and Stella first, and then download Odyssseus. ONLY paste the Kopernicus parts from Odysseus into your GameData, and then everything should work.

It's really not hard.

You Don't understand... Stella (beautiful pack btw) wont work at all for me, i'm installing it the same way i install Odysseus but it wont work wether i have Odysseus installed or not.

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Ok, so I took the Stella config and merged it with the Odysseus config. I'm not sure, but I think if you take all of this and paste it into the main System config it'll work.

// Kopernicus base system definition.  Basically a shell for the existing KSP system.  All data is imported from the "templates"

Kopernicus
{
name = Kerbol System
Body
{
name = Sun
Template
{
name = Sun
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Moho
Orbit
{
referenceBody = Sun
}
Template
{
name = Moho
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Eve
Orbit
{
referenceBody = Sun
}
Template
{
name = Eve
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
Atmosphere
{

}
}
Body
{
name = Gilly
Orbit
{
referenceBody = Eve
}
Template
{
name = Gilly
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Kerbin
Orbit
{
referenceBody = Sun
}
Template
{
name = Kerbin
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
Atmosphere
{

}
}
Body
{
name = Mun
Orbit
{
referenceBody = Kerbin
}
Template
{
name = Mun
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Minmus
Orbit
{
referenceBody = Kerbin
}
Template
{
name = Minmus
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Duna
Orbit
{
referenceBody = Sun
}
Template
{
name = Duna
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
Atmosphere
{

}
}
Body
{
name = Ike
Orbit
{
referenceBody = Duna
}
Template
{
name = Ike
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Dres
Orbit
{
referenceBody = Sun
}
Template
{
name = Dres
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Jool
Orbit
{
referenceBody = Sun
}
Template
{
name = Jool
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
Atmosphere
{

}
}
Body
{
name = Laythe
Orbit
{
referenceBody = Jool
}
Template
{
name = Laythe
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
Atmosphere
{

}
}
Body
{
name = Vall
Orbit
{
referenceBody = Jool
}
Template
{
name = Vall
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Tylo
Orbit
{
referenceBody = Jool
}
Template
{
name = Tylo
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Bop
Orbit
{
referenceBody = Jool
}
Template
{
name = Bop
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Pol
Orbit
{
referenceBody = Jool
}
Template
{
name = Pol
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Odysseus
flightGlobalsIndex = 750
Template
{
name = Jool
}
Properties
{
description = Known as being that "yellow dot in the night sky," Odysseus is a yellow gas giant just smaller than Jool with an assortment of unique moons.

radius = 5000000

mass = 2.4498052595297E+24

geeASL = 0.66666668375
}
Orbit
{
referenceBody = Sun
color = 0.182,0.168,0.88,1
inclination = 177.64
eccentricity = 0.045214674
semiMajorAxis = 28782238871.9421
longitudeOfAscendingNode = 61
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 5.59607362747192
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Odysseus_map
rimColorRamp = Kopernicus/Textures/ramp_blue
rimPower = 2.06
rimBlend = 0.3
}
}
Atmosphere
{
lightColor = 0.788, 0.782, 0.705, 1.00
ambientColor = 0.184, 0.204, 0.227, 1.00
}
}
Body
{
name = Telemachus
flightGlobalsIndex = 751
Template
{
name = Tylo
}
Properties
{
description = Telemachus is a sterile, dry desert of a moon. However, this detail has often been overlooked by people because of the great view of Odysseus that must exist there.

radius = 500000

mass = 1.72251933456051E+19

geeASL = 0.46875001513
}
Orbit
{
referenceBody = Odysseus
color = 0.127,0.131,0.122,1
inclination = 3
eccentricity = 0
semiMajorAxis = 20000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Telemachus_map
rimColorRamp = Kopernicus/Textures/ramp_red
rimPower = 2.06
rimBlend = 0.3
}
}
}
Body
{
name = Antinous
flightGlobalsIndex = 755
Template
{
name = Dres
}
Properties
{
description = Antinous is the home of staggering mountains and steep cliffs on a magnitude unlike anywhere else in the solar system. Upon discovery of this asteroid, some shady astronomers claimed that Antinous was an exact copy of Gilly. When asked how they drew this conclusion, the astronomers quickly bolted out of the building. They have yet to be located.

radius = 21000

mass = 4.3471792e+15

geeASL = 0.05875001513
}
Orbit
{
referenceBody = Odysseus
color = 0.65,0.65,0.65,1
inclination = 19
eccentricity = 0.357
semiMajorAxis = 21000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Antinous_map
rimColorRamp = Kopernicus/Textures/ramp_red
rimPower = 2.06
rimBlend = 0.3
}
}
}
Body
{
name = Penelope
flightGlobalsIndex = 752
Template
{
name = Laythe
}
Properties
{
description = Scientists believe that Penelope formed much in the way that Laythe did, and that the reason liquid water exists here is due to tidal heating between Odysseus and the moon. Yet this didn't stop the public from drawing their own conclusion; Laythe and Penelope were once sisters and one day had a big fight, thus resulting in Penelope running away and living with Odysseus. Scientists have claimed that, however, celestial bodies are not sentient. The controversy rages to this day.

radius = 500000

mass = 4.6290736411285E+20

geeASL = 0.86400002523
}
Orbit
{
referenceBody = Odysseus
color = 0.186,0.100,0.51,1
inclination = 3
eccentricity = 0
semiMajorAxis = 50000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Penelope_map
rimColorRamp = Kopernicus/Textures/ramp_blue
rimPower = 2.06
rimBlend = 0.3
}
}
}
Body
{
name = Polyphemus
flightGlobalsIndex = 756
Template
{
name = Ike
}
Properties
{
description = Much like Antinous, Polyphemus is a cold, grey, lifeless rock of an asteroid. The terrain here has been found to be less intense than its counterpart, but is highly varied nevertheless.

radius = 12000

mass = 2.4841024e+15

geeASL = 0.038245
}
Orbit
{
referenceBody = Odysseus
color = 0.60,0.60,0.60,1
inclination = 7.90000009536743
eccentricity = 0.371349517065196
semiMajorAxis = 58294609.6548519
longitudeOfAscendingNode = 35
argumentOfPeriapsis = 304.338592529297
meanAnomalyAtEpoch = 1.71681469282041
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Polyphemus_map
rimColorRamp = Kopernicus/Textures/ramp_red
rimPower = 2.06
rimBlend = 0.3
}
}
}
Body
{
name = Eumaeus
flightGlobalsIndex = 753
Template
{
name = Moho
}
Properties
{
description = Purple, lonely, and perhaps just as desolate as Telemachus, Eumaeus is not much of anything apart from its white-capped mountains and wide plains. People like to call this moon "Eve but just barely," and perhaps they're right.


radius = 250000

mass = 2.9397663e+22

geeASL = 0.33000000803
}
Orbit
{
referenceBody = Odysseus
color = 0.86,0.50,0.74,1
inclination = 4.0
eccentricity = 0
semiMajorAxis = 70000000
longitudeOfAscendingNode = 90
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Eumaeus_color
rimColorRamp = Kopernicus/Textures/ramp_blue
rimPower = 2.06
rimBlend = 0.3
}
}
}
Body
{
name = Athena
flightGlobalsIndex = 754
Template
{
name = Jool
}
Properties
{
description = Astronomers were marvelled when they discovered that Odysseus had a small ice giant as a moon. Shouldn't all of Athena's gas gone to Odysseus during their creation phases? Scientists tried finding a reason, but gave up because they got bored.

radius = 2000000

mass = 1.567875366099E+23

geeASL = 0.2666666735
}
Orbit
{
referenceBody = Odysseus
color = 0.159,0.180,0.186,1
inclination = 14
eccentricity = 0.04
semiMajorAxis = 107119072.422697
longitudeOfAscendingNode = 61
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 5.59607362747192
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Athena_map
rimColorRamp = Kopernicus/Textures/ramp_blue
rimPower = 2.06
rimBlend = 0.3
}
}
Atmosphere
{
lightColor = 0.788, 0.782, 0.705, 1.00
ambientColor = 0.096, 0.168, 0.249, 1.00
}
}
Body
{
name = Aeolus
flightGlobalsIndex = 757
Template
{
name = Duna
}
Properties
{
description = A moon for a moon? What even is physics? Despite this, many tend to forget Aeolus even exists in the first place. Not much has been said about this moon. Maybe that's because Aeolus is a lot like Duna, but with less canyons. It's the Eumaeus of Duna, really.

radius = 320000

mass = 1.1024123741187E+21

geeASL = 0.18750000605
}
Orbit
{
referenceBody = Athena
color = 0.181,0.162,0.131,1
inclination = 2
eccentricity = 0
semiMajorAxis = 9650270.78031921
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Aeolus_map
rimColorRamp = Kopernicus/Textures/ramp_blue
rimPower = 2.06
rimBlend = 0.3
}
}
}
Body
{
name = Stella
flightGlobalsIndex = 600
Template
{
name = Sun
}
Properties
{
description = Known since the time of the ancients, Stella is a bright orange star much like our own.

radius = 261600000

mass = 8.782835e+27

geeASL = 0.873
}
Orbit
{
referenceBody = Sun
color = 1,0.80,0.50,1
inclination = 0.0
eccentricity = 0.0
semiMajorAxis = 2620000000000
longitudeOfAscendingNode = 40
argumentOfPeriapsis = 10
meanAnomalyAtEpoch = 0
epoch = 0
}
}

Body
{
name = Fierbinte
flightGlobalsIndex = 601
Template
{
name = Tylo
}
Properties
{
description = Stella's innermost planet, Fierbinte is so hot that it's surface has melted to a waxy substance similar to what is found in Kerbin's upper mantle.

radius = 600000

mass = 4.2332635e+22

geeASL = 0.8
}
Orbit
{
referenceBody = Stella
color = 0.43,0.29,0.23,1
inclination = 0.0
eccentricity = 0.0
semiMajorAxis = 600000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Fierbinte_color
normals = Kopernicus/Textures/Fierbinte_normal
}
}
}

Body
{
name = Verion
flightGlobalsIndex = 602
Template
{
name = Jool
}
Properties
{
description = Verion is a warm gas giant in the habitable zone of Stella.

radius = 6000000

mass = 1.269979e+24

geeASL = 0.24
}
Orbit
{
referenceBody = Stella
color = 0.9,0.95,0.9,1
inclination = -6.0
eccentricity = 0.0
semiMajorAxis = 8820000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Verion_map
rimColorRamp = Kopernicus/Textures/ramp_red
rimPower = 2.06
rimBlend = 0.3
}
}
}

Body
{
name = Smock
flightGlobalsIndex = 603
Template
{
name = Gilly
}
Properties
{
description = This moon is bland.

radius = 10000

mass = 9.55424e+16

geeASL = 0.00384615384
}
Orbit
{
referenceBody = Verion
color = 0.5,0.5,0.48,1
inclination = 4
eccentricity = 0
semiMajorAxis = 16000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
}

Body
{
name = Verviedi
flightGlobalsIndex = 604
Template
{
name = Duna
}
Properties
{
description = Verviedi was thought to once have inhabitants and a thicker atmosphere, but it is now a dry wasteland.


radius = 500000

mass = 2.9397663e+22

geeASL = 0.8
}
Orbit
{
referenceBody = Verion
color = 0.8,0.8,0.8,1
inclination = 4.0
eccentricity = 0
semiMajorAxis = 40000000
longitudeOfAscendingNode = 90
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Verviedi_color
normals = Kopernicus/Textures/Verviedi_normal
rimColorRamp = Kopernicus/Textures/Rim_white
rimPower = 2.06
rimBlend = 0.3
}
}
}

Body
{
name = Fantoma
flightGlobalsIndex = 605
Template
{
name = Tylo
}
Properties
{
description = A desert moon of Verion, with dry terrain and low density.


radius = 600000

mass = 2.6457897e+20

geeASL = 0.5
}
Orbit
{
referenceBody = Verion
color = 0.61,0.6,0.6,1
inclination = 12.0
eccentricity = 0
semiMajorAxis = 56298000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Fantoma_color
normals = Kopernicus/Textures/Fantoma_normal
}
}
}

Body
{
name = Blalo
flightGlobalsIndex = 606
Template
{
name = Laythe
}
Properties
{
description = Verion's tropical moon, full of jungles with primitive life.


radius = 500000

mass = 2.9397663e+22

geeASL = 0.8
}
Orbit
{
referenceBody = Verion
color = 0.0,0.7,1.0,1
inclination = 2.0
eccentricity = 0
semiMajorAxis = 63000000
longitudeOfAscendingNode = 20
argumentOfPeriapsis = 80
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Blalo_color
normals = Kopernicus/Textures/smooth_normal
rimColorRamp = Kopernicus/Textures/Rim_lime
rimPower = 2.06
rimBlend = 0.3
}
}
}

Body
{
name = Plantar
flightGlobalsIndex = 610
Template
{
name = Tylo
}
Properties
{
description = Plantar is a large planet orbiting Stella with many craters and a tiny moon.

radius = 600000

mass = 4.2332635e+22

geeASL = 0.8
}
Orbit
{
referenceBody = Stella
color = 0.43,0.29,0.23,1
inclination = 0.0
eccentricity = 0.0
semiMajorAxis = 20000000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Plantar_color
normals = Kopernicus/Textures/Plantar_normal
}
}
}

Body
{
name = Moonar
flightGlobalsIndex = 611
Template
{
name = Minmus
}
Properties
{
description = A small asteroid moon of Plantar.


radius = 60000

mass = 2.6457897e+19

geeASL = 0.05
}
Orbit
{
referenceBody = Plantar
color = 0.6,0.6,0.6,1
inclination = 0.9
eccentricity = 0
semiMajorAxis = 2500000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Moonar_color
normals = Kopernicus/Textures/Moonar_normal
}
}
}

Body
{
name = Cyssor
flightGlobalsIndex = 621
Template
{
name = Jool
}
Properties
{
description = Cyssor is a cold gas giant composed mainly of iodine.

radius = 6000000

mass = 3.5559413e+24

geeASL = 0.672
}
Orbit
{
referenceBody = Stella
color = 0.68,0.0,1.0,1
inclination = 2.0
eccentricity = 0.1
semiMajorAxis = 52359984020
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Cyssor_map
Gradient
{
0.0 = 0.62353,0.43922,0.99608,1
0.6 = 0.0549,0.0784,0.141,1
1.0 = 0.0196,0.0196,0.0196,1
}
}
}
}

Body
{
name = Etaria
flightGlobalsIndex = 623
Template
{
name = Laythe
}
Properties
{
description = A cold world, with an atmosphere just thick enough to keep it's equator warm.


radius = 500000

mass = 2.9397663e+22

geeASL = 0.8
}
Orbit
{
referenceBody = Cyssor
color = 0.9,0.9,1.0,1
inclination = 0.0
eccentricity = 0
semiMajorAxis = 12000000
longitudeOfAscendingNode = 300
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Etaria_color
normals = Kopernicus/Textures/Etaria_normal
rimColorRamp = Kopernicus/Textures/ramp_blue
rimPower = 2.06
rimBlend = 0.3
}
}
}


Body
{
name = Tyvor
flightGlobalsIndex = 625
Template
{
name = Tylo
}
Properties
{
description = A formidable world, with seismic activity and majestic sulfur dioxide plumes.


radius = 420000

mass = 3.2070178e+22

geeASL = 0.6
}
Orbit
{
referenceBody = Cyssor
color = 1.0,0.97,0.0,1
inclination = 0.15
eccentricity = 0
semiMajorAxis = 31000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Tyvor_color
normals = Kopernicus/Textures/Tyvor_normal
rimColorRamp = Kopernicus/Textures/Rim_yellow
rimPower = 2.06
rimBlend = 0.3
}
}
}
Body
{
name = Eeloo
Orbit
{
referenceBody = Sun
semiMajorAxis = 90118820000
}
Template
{
name = Eeloo
}
Properties
{
ScienceValues
{
landedDataValue = 20
splashedDataValue = 1
flyingLowDataValue = 1
flyingHighDataValue = 16
inSpaceLowDataValue = 16
inSpaceHighDataValue = 15
}
}
ScaledVersion
{

}
}
}

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Ok, so I took the Stella config and merged it with the Odysseus config. I'm not sure, but I think if you take all of this and paste it into the main System config it'll work.

// Kopernicus base system definition.  Basically a shell for the existing KSP system.  All data is imported from the "templates"

Kopernicus
{
name = Kerbol System
Body
{
name = Sun
Template
{
name = Sun
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Moho
Orbit
{
referenceBody = Sun
}
Template
{
name = Moho
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Eve
Orbit
{
referenceBody = Sun
}
Template
{
name = Eve
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
Atmosphere
{

}
}
Body
{
name = Gilly
Orbit
{
referenceBody = Eve
}
Template
{
name = Gilly
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Kerbin
Orbit
{
referenceBody = Sun
}
Template
{
name = Kerbin
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
Atmosphere
{

}
}
Body
{
name = Mun
Orbit
{
referenceBody = Kerbin
}
Template
{
name = Mun
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Minmus
Orbit
{
referenceBody = Kerbin
}
Template
{
name = Minmus
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Duna
Orbit
{
referenceBody = Sun
}
Template
{
name = Duna
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
Atmosphere
{

}
}
Body
{
name = Ike
Orbit
{
referenceBody = Duna
}
Template
{
name = Ike
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Dres
Orbit
{
referenceBody = Sun
}
Template
{
name = Dres
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Jool
Orbit
{
referenceBody = Sun
}
Template
{
name = Jool
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
Atmosphere
{

}
}
Body
{
name = Laythe
Orbit
{
referenceBody = Jool
}
Template
{
name = Laythe
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
Atmosphere
{

}
}
Body
{
name = Vall
Orbit
{
referenceBody = Jool
}
Template
{
name = Vall
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Tylo
Orbit
{
referenceBody = Jool
}
Template
{
name = Tylo
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Bop
Orbit
{
referenceBody = Jool
}
Template
{
name = Bop
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Pol
Orbit
{
referenceBody = Jool
}
Template
{
name = Pol
}
Properties
{
ScienceValues
{

}
}
ScaledVersion
{

}
}
Body
{
name = Odysseus
flightGlobalsIndex = 750
Template
{
name = Jool
}
Properties
{
description = Known as being that "yellow dot in the night sky," Odysseus is a yellow gas giant just smaller than Jool with an assortment of unique moons.

radius = 5000000

mass = 2.4498052595297E+24

geeASL = 0.66666668375
}
Orbit
{
referenceBody = Sun
color = 0.182,0.168,0.88,1
inclination = 177.64
eccentricity = 0.045214674
semiMajorAxis = 28782238871.9421
longitudeOfAscendingNode = 61
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 5.59607362747192
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Odysseus_map
rimColorRamp = Kopernicus/Textures/ramp_blue
rimPower = 2.06
rimBlend = 0.3
}
}
Atmosphere
{
lightColor = 0.788, 0.782, 0.705, 1.00
ambientColor = 0.184, 0.204, 0.227, 1.00
}
}
Body
{
name = Telemachus
flightGlobalsIndex = 751
Template
{
name = Tylo
}
Properties
{
description = Telemachus is a sterile, dry desert of a moon. However, this detail has often been overlooked by people because of the great view of Odysseus that must exist there.

radius = 500000

mass = 1.72251933456051E+19

geeASL = 0.46875001513
}
Orbit
{
referenceBody = Odysseus
color = 0.127,0.131,0.122,1
inclination = 3
eccentricity = 0
semiMajorAxis = 20000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Telemachus_map
rimColorRamp = Kopernicus/Textures/ramp_red
rimPower = 2.06
rimBlend = 0.3
}
}
}
Body
{
name = Antinous
flightGlobalsIndex = 755
Template
{
name = Dres
}
Properties
{
description = Antinous is the home of staggering mountains and steep cliffs on a magnitude unlike anywhere else in the solar system. Upon discovery of this asteroid, some shady astronomers claimed that Antinous was an exact copy of Gilly. When asked how they drew this conclusion, the astronomers quickly bolted out of the building. They have yet to be located.

radius = 21000

mass = 4.3471792e+15

geeASL = 0.05875001513
}
Orbit
{
referenceBody = Odysseus
color = 0.65,0.65,0.65,1
inclination = 19
eccentricity = 0.357
semiMajorAxis = 21000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Antinous_map
rimColorRamp = Kopernicus/Textures/ramp_red
rimPower = 2.06
rimBlend = 0.3
}
}
}
Body
{
name = Penelope
flightGlobalsIndex = 752
Template
{
name = Laythe
}
Properties
{
description = Scientists believe that Penelope formed much in the way that Laythe did, and that the reason liquid water exists here is due to tidal heating between Odysseus and the moon. Yet this didn't stop the public from drawing their own conclusion; Laythe and Penelope were once sisters and one day had a big fight, thus resulting in Penelope running away and living with Odysseus. Scientists have claimed that, however, celestial bodies are not sentient. The controversy rages to this day.

radius = 500000

mass = 4.6290736411285E+20

geeASL = 0.86400002523
}
Orbit
{
referenceBody = Odysseus
color = 0.186,0.100,0.51,1
inclination = 3
eccentricity = 0
semiMajorAxis = 50000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Penelope_map
rimColorRamp = Kopernicus/Textures/ramp_blue
rimPower = 2.06
rimBlend = 0.3
}
}
}
Body
{
name = Polyphemus
flightGlobalsIndex = 756
Template
{
name = Ike
}
Properties
{
description = Much like Antinous, Polyphemus is a cold, grey, lifeless rock of an asteroid. The terrain here has been found to be less intense than its counterpart, but is highly varied nevertheless.

radius = 12000

mass = 2.4841024e+15

geeASL = 0.038245
}
Orbit
{
referenceBody = Odysseus
color = 0.60,0.60,0.60,1
inclination = 7.90000009536743
eccentricity = 0.371349517065196
semiMajorAxis = 58294609.6548519
longitudeOfAscendingNode = 35
argumentOfPeriapsis = 304.338592529297
meanAnomalyAtEpoch = 1.71681469282041
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Polyphemus_map
rimColorRamp = Kopernicus/Textures/ramp_red
rimPower = 2.06
rimBlend = 0.3
}
}
}
Body
{
name = Eumaeus
flightGlobalsIndex = 753
Template
{
name = Moho
}
Properties
{
description = Purple, lonely, and perhaps just as desolate as Telemachus, Eumaeus is not much of anything apart from its white-capped mountains and wide plains. People like to call this moon "Eve but just barely," and perhaps they're right.


radius = 250000

mass = 2.9397663e+22

geeASL = 0.33000000803
}
Orbit
{
referenceBody = Odysseus
color = 0.86,0.50,0.74,1
inclination = 4.0
eccentricity = 0
semiMajorAxis = 70000000
longitudeOfAscendingNode = 90
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Eumaeus_color
rimColorRamp = Kopernicus/Textures/ramp_blue
rimPower = 2.06
rimBlend = 0.3
}
}
}
Body
{
name = Athena
flightGlobalsIndex = 754
Template
{
name = Jool
}
Properties
{
description = Astronomers were marvelled when they discovered that Odysseus had a small ice giant as a moon. Shouldn't all of Athena's gas gone to Odysseus during their creation phases? Scientists tried finding a reason, but gave up because they got bored.

radius = 2000000

mass = 1.567875366099E+23

geeASL = 0.2666666735
}
Orbit
{
referenceBody = Odysseus
color = 0.159,0.180,0.186,1
inclination = 14
eccentricity = 0.04
semiMajorAxis = 107119072.422697
longitudeOfAscendingNode = 61
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 5.59607362747192
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Athena_map
rimColorRamp = Kopernicus/Textures/ramp_blue
rimPower = 2.06
rimBlend = 0.3
}
}
Atmosphere
{
lightColor = 0.788, 0.782, 0.705, 1.00
ambientColor = 0.096, 0.168, 0.249, 1.00
}
}
Body
{
name = Aeolus
flightGlobalsIndex = 757
Template
{
name = Duna
}
Properties
{
description = A moon for a moon? What even is physics? Despite this, many tend to forget Aeolus even exists in the first place. Not much has been said about this moon. Maybe that's because Aeolus is a lot like Duna, but with less canyons. It's the Eumaeus of Duna, really.

radius = 320000

mass = 1.1024123741187E+21

geeASL = 0.18750000605
}
Orbit
{
referenceBody = Athena
color = 0.181,0.162,0.131,1
inclination = 2
eccentricity = 0
semiMajorAxis = 9650270.78031921
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Aeolus_map
rimColorRamp = Kopernicus/Textures/ramp_blue
rimPower = 2.06
rimBlend = 0.3
}
}
}
Body
{
name = Stella
flightGlobalsIndex = 600
Template
{
name = Sun
}
Properties
{
description = Known since the time of the ancients, Stella is a bright orange star much like our own.

radius = 261600000

mass = 8.782835e+27

geeASL = 0.873
}
Orbit
{
referenceBody = Sun
color = 1,0.80,0.50,1
inclination = 0.0
eccentricity = 0.0
semiMajorAxis = 2620000000000
longitudeOfAscendingNode = 40
argumentOfPeriapsis = 10
meanAnomalyAtEpoch = 0
epoch = 0
}
}

Body
{
name = Fierbinte
flightGlobalsIndex = 601
Template
{
name = Tylo
}
Properties
{
description = Stella's innermost planet, Fierbinte is so hot that it's surface has melted to a waxy substance similar to what is found in Kerbin's upper mantle.

radius = 600000

mass = 4.2332635e+22

geeASL = 0.8
}
Orbit
{
referenceBody = Stella
color = 0.43,0.29,0.23,1
inclination = 0.0
eccentricity = 0.0
semiMajorAxis = 600000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Fierbinte_color
normals = Kopernicus/Textures/Fierbinte_normal
}
}
}

Body
{
name = Verion
flightGlobalsIndex = 602
Template
{
name = Jool
}
Properties
{
description = Verion is a warm gas giant in the habitable zone of Stella.

radius = 6000000

mass = 1.269979e+24

geeASL = 0.24
}
Orbit
{
referenceBody = Stella
color = 0.9,0.95,0.9,1
inclination = -6.0
eccentricity = 0.0
semiMajorAxis = 8820000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Verion_map
rimColorRamp = Kopernicus/Textures/ramp_red
rimPower = 2.06
rimBlend = 0.3
}
}
}

Body
{
name = Smock
flightGlobalsIndex = 603
Template
{
name = Gilly
}
Properties
{
description = This moon is bland.

radius = 10000

mass = 9.55424e+16

geeASL = 0.00384615384
}
Orbit
{
referenceBody = Verion
color = 0.5,0.5,0.48,1
inclination = 4
eccentricity = 0
semiMajorAxis = 16000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
}

Body
{
name = Verviedi
flightGlobalsIndex = 604
Template
{
name = Duna
}
Properties
{
description = Verviedi was thought to once have inhabitants and a thicker atmosphere, but it is now a dry wasteland.


radius = 500000

mass = 2.9397663e+22

geeASL = 0.8
}
Orbit
{
referenceBody = Verion
color = 0.8,0.8,0.8,1
inclination = 4.0
eccentricity = 0
semiMajorAxis = 40000000
longitudeOfAscendingNode = 90
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Verviedi_color
normals = Kopernicus/Textures/Verviedi_normal
rimColorRamp = Kopernicus/Textures/Rim_white
rimPower = 2.06
rimBlend = 0.3
}
}
}

Body
{
name = Fantoma
flightGlobalsIndex = 605
Template
{
name = Tylo
}
Properties
{
description = A desert moon of Verion, with dry terrain and low density.


radius = 600000

mass = 2.6457897e+20

geeASL = 0.5
}
Orbit
{
referenceBody = Verion
color = 0.61,0.6,0.6,1
inclination = 12.0
eccentricity = 0
semiMajorAxis = 56298000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Fantoma_color
normals = Kopernicus/Textures/Fantoma_normal
}
}
}

Body
{
name = Blalo
flightGlobalsIndex = 606
Template
{
name = Laythe
}
Properties
{
description = Verion's tropical moon, full of jungles with primitive life.


radius = 500000

mass = 2.9397663e+22

geeASL = 0.8
}
Orbit
{
referenceBody = Verion
color = 0.0,0.7,1.0,1
inclination = 2.0
eccentricity = 0
semiMajorAxis = 63000000
longitudeOfAscendingNode = 20
argumentOfPeriapsis = 80
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Blalo_color
normals = Kopernicus/Textures/smooth_normal
rimColorRamp = Kopernicus/Textures/Rim_lime
rimPower = 2.06
rimBlend = 0.3
}
}
}

Body
{
name = Plantar
flightGlobalsIndex = 610
Template
{
name = Tylo
}
Properties
{
description = Plantar is a large planet orbiting Stella with many craters and a tiny moon.

radius = 600000

mass = 4.2332635e+22

geeASL = 0.8
}
Orbit
{
referenceBody = Stella
color = 0.43,0.29,0.23,1
inclination = 0.0
eccentricity = 0.0
semiMajorAxis = 20000000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Plantar_color
normals = Kopernicus/Textures/Plantar_normal
}
}
}

Body
{
name = Moonar
flightGlobalsIndex = 611
Template
{
name = Minmus
}
Properties
{
description = A small asteroid moon of Plantar.


radius = 60000

mass = 2.6457897e+19

geeASL = 0.05
}
Orbit
{
referenceBody = Plantar
color = 0.6,0.6,0.6,1
inclination = 0.9
eccentricity = 0
semiMajorAxis = 2500000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Moonar_color
normals = Kopernicus/Textures/Moonar_normal
}
}
}

Body
{
name = Cyssor
flightGlobalsIndex = 621
Template
{
name = Jool
}
Properties
{
description = Cyssor is a cold gas giant composed mainly of iodine.

radius = 6000000

mass = 3.5559413e+24

geeASL = 0.672
}
Orbit
{
referenceBody = Stella
color = 0.68,0.0,1.0,1
inclination = 2.0
eccentricity = 0.1
semiMajorAxis = 52359984020
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Cyssor_map
Gradient
{
0.0 = 0.62353,0.43922,0.99608,1
0.6 = 0.0549,0.0784,0.141,1
1.0 = 0.0196,0.0196,0.0196,1
}
}
}
}

Body
{
name = Etaria
flightGlobalsIndex = 623
Template
{
name = Laythe
}
Properties
{
description = A cold world, with an atmosphere just thick enough to keep it's equator warm.


radius = 500000

mass = 2.9397663e+22

geeASL = 0.8
}
Orbit
{
referenceBody = Cyssor
color = 0.9,0.9,1.0,1
inclination = 0.0
eccentricity = 0
semiMajorAxis = 12000000
longitudeOfAscendingNode = 300
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Etaria_color
normals = Kopernicus/Textures/Etaria_normal
rimColorRamp = Kopernicus/Textures/ramp_blue
rimPower = 2.06
rimBlend = 0.3
}
}
}


Body
{
name = Tyvor
flightGlobalsIndex = 625
Template
{
name = Tylo
}
Properties
{
description = A formidable world, with seismic activity and majestic sulfur dioxide plumes.


radius = 420000

mass = 3.2070178e+22

geeASL = 0.6
}
Orbit
{
referenceBody = Cyssor
color = 1.0,0.97,0.0,1
inclination = 0.15
eccentricity = 0
semiMajorAxis = 31000000
longitudeOfAscendingNode = 0
argumentOfPeriapsis = 0
meanAnomalyAtEpoch = 0
epoch = 0
}
ScaledVersion
{
Material
{
texture = Kopernicus/Textures/Tyvor_color
normals = Kopernicus/Textures/Tyvor_normal
rimColorRamp = Kopernicus/Textures/Rim_yellow
rimPower = 2.06
rimBlend = 0.3
}
}
}
Body
{
name = Eeloo
Orbit
{
referenceBody = Sun
semiMajorAxis = 90118820000
}
Template
{
name = Eeloo
}
Properties
{
ScienceValues
{
landedDataValue = 20
splashedDataValue = 1
flyingLowDataValue = 1
flyingHighDataValue = 16
inSpaceLowDataValue = 16
inSpaceHighDataValue = 15
}
}
ScaledVersion
{

}
}
}

Thanks for the help but... the game crashed...

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I've decided to start making a planet pack. It's going to be more gameplay focused as opposed to realism focused - the planets will be realistic themselves, but not analogous to anything in our solar system.

Anyway I have two planets so far. One is a high gravity desert planet with a thin atmosphere. As far as I can tell that's working great. The other is a Titan-like planet with low gravity and thick atmosphere. On that planet, it appears that the height map and the color map in game are not lining up at all, although the textures line up perfectly. I think that the two maps in game differ by 90 degrees or 180 degrees but I'm not sure. It's certainly not just a little bit off. The scaled space matches the color map texture. Is there any good way of going about fixing that? Or should I cut/paste my height texture so that they line up?

i.e. this is my heightmap. Cut in half and stick together like this.


___________________ _______ ___________
| | | |
| | ----> | |
| | | |
___________________ _______ ___________

and a bunch of trial and error until it works.

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It seems much can change in a short period of time; not even 2 months ago it seemed the creation of custom planets and moons came to a stop when the momentum of development for Kopernicus was almost gone, and now its possible to even create a working binary star system (Kerbol - Stella)? Gotta say I'm surprised. See if I can reach the Stella system with stock propulsion system, but I assume it requires an ISV-Venture Star-esque ship to actually do this.

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It seems much can change in a short period of time; not even 2 months ago it seemed the creation of custom planets and moons came to a stop when the momentum of development for Kopernicus was almost gone, and now its possible to even create a working binary star system (Kerbol - Stella)? Gotta say I'm surprised. See if I can reach the Stella system with stock propulsion system, but I assume it requires an ISV-Venture Star-esque ship to actually do this.

No it doesnt. I've built a nuclear ship, which can go this far, I even have youtube video about that (I can give you a link, if you want). But this was based on PF:CE, which had a faster time acceleration. The trip takes 200 years, which is ludicrously long even at max time acceleratioin. I've even put a ship on an encounter with Stella, but than I realized I have no time to wait until it gets there. So, the warp drive is actually reasonable solution. Besides, will you use any orbital sublight engine, if you can use somehing faster?

P.S. At first, I was thinking, it's cheaty, too. But, when I've started to mess up with warp mechanics in KSPI, I realized, that no matter, how easy it is to launch, it can be a real puzzle for you.

- - - Updated - - -

Oh, and here's my video of this mod, Stella expansion... I remember promissing to make it a couple of days ago. Had a bunch of free time yesterday.

Jeb takes the first kerbal warp-capable spaceship, KSS Pheonix, and goes to Smock.

P.S. Want more videos? Just tell me about it right here. Please, give me some ideas about places to visit, ways to do it, and, probably, some storyline...

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It seems much can change in a short period of time; not even 2 months ago it seemed the creation of custom planets and moons came to a stop when the momentum of development for Kopernicus was almost gone, and now its possible to even create a working binary star system (Kerbol - Stella)? Gotta say I'm surprised. See if I can reach the Stella system with stock propulsion system, but I assume it requires an ISV-Venture Star-esque ship to actually do this.

It's not a binary, just a star orbiting Kerbol.

And now there are 3 new star-adding packs, so Kerbol is a quarternary star system.

Also, you do need a warp drive, and the KSP Interstellar one is optimal as RoverDue's is WAAAAAAAAY too slow, seriously, it took me 3 hours to get to Stella with that thing.

No it doesnt. I've built a nuclear ship, which can go this far, I even have youtube video about that (I can give you a link, if you want). But this was based on PF:CE, which had a faster time acceleration. The trip takes 200 years, which is ludicrously long even at max time acceleratioin. I've even put a ship on an encounter with Stella, but than I realized I have no time to wait until it gets there. So, the warp drive is actually reasonable solution. Besides, will you use any orbital sublight engine, if you can use somehing faster?

P.S. At first, I was thinking, it's cheaty, too. But, when I've started to mess up with warp mechanics in KSPI, I realized, that no matter, how easy it is to launch, it can be a real puzzle for you.

- - - Updated - - -

Oh, and here's my video of this mod, Stella expansion... I remember promissing to make it a couple of days ago. Had a bunch of free time yesterday.

Jeb takes the first kerbal warp-capable spaceship, KSS Pheonix, and goes to Smock.

P.S. Want more videos? Just tell me about it right here. Please, give me some ideas about places to visit, ways to do it, and, probably, some storyline...

Nice video!

Hmmm, I could try that. But first I want to make sure if _Augustus_ is okay with that.

As long as you follow the license it's kewl with me.

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P.S. Want more videos? Just tell me about it right here. Please, give me some ideas about places to visit, ways to do it, and, probably, some storyline...

I'd love more videos! There just has not been enough videos showing off the awesome stuff Kopernicus is capable of. As for future videos, I really hate for self plug-in, but is it possible you could do something on my Odysseus planet pack? If you're not up to it, that's fine.

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Ok, the Stella/Odysseus planet pack JID00Gaming requested is done. All you have to do is click and drag the contents into the GameData folder. TIP: Just to be safe, I'd install a fresh copy of Kopernicus. Also, this took me several minutes to load.

https://kerbalstuff.com/mod/548/Stella%20and%20Odysseus%20Planet%20Pack?new=True

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By the way, RSS can change the time warp rates. For packs that add far away planets and stars, just put this in RealSolarSystemSettings.cfg

timeWarpRates

{

rate1 = 10

rate2 = 100

rate3 = 1000

rate4 = 10000

rate5 = 100000

rate6 = 1000000

rate7 = 10000000

}

Or something to that effect. By removing the 5x and 50x, you now have a max warp 100 times stock max speed. Also, the mod Time Control can change warp rates both in phys-warp and on rails.

http://forum.kerbalspaceprogram.com/threads/69363-0-25-Time-Control-9-23-14-v13-2

Unrelated to that, here are two planets I have been working on.

Ixium is sort of like Titan, with thick atmosphere and low gravity. This is the planet whose heightmap and color map don't line up. Anyone have this problem and know why?

tYxTJBx.png

Cantor bridges the difficulty gap between Tylo and Eve. It has a gravity of 1.4 g and an atmosphere of 0.6 atm.

l0MBbwu.png

I am planning on adding more planets to the pack, but as these are the most difficult I decided to work on them first. I will also add a largeish non-atmospheric moon, some small asteroid moons, and maybe a gas giant for Ixium to orbit.

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I'd love more videos! There just has not been enough videos showing off the awesome stuff Kopernicus is capable of. As for future videos, I really hate for self plug-in, but is it possible you could do something on my Odysseus planet pack? If you're not up to it, that's fine.

- - - Updated - - -

Ok, the Stella/Odysseus planet pack JID00Gaming requested is done. All you have to do is click and drag the contents into the GameData folder. TIP: Just to be safe, I'd install a fresh copy of Kopernicus. Also, this took me several minutes to load.

https://kerbalstuff.com/mod/548/Stella%20and%20Odysseus%20Planet%20Pack?new=True

You know what, I'll do it. My next video will be about The Odysseus. Actually, I will do just Odysseus, with no Stella (in other game install), cos i am tired of warp mechanics. I just want to build a big ship, which will take lots of stuff there. And you guess who it pilot? -Jebediah Himself as always.

P.S Guys, Stella expansion really doesn't want to work with B9 aerospace on my computer, dos anyone have the same problem? It loads Real SolarSystem to 22/43 in main menu, and then stops loading. Sometimes it even crashes at the moment, when the game goes from the main loading to RSS loading in main menu. I just want B9 for spaceplanes, i like them.

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You know what, I'll do it. My next video will be about The Odysseus. Actually, I will do just Odysseus, with no Stella (in other game install), cos i am tired of warp mechanics. I just want to build a big ship, which will take lots of stuff there. And you guess who it pilot? -Jebediah Himself as always.

P.S Guys, Stella expansion really doesn't want to work with B9 aerospace on my computer, dos anyone have the same problem? It loads Real SolarSystem to 22/43 in main menu, and then stops loading. Sometimes it even crashes at the moment, when the game goes from the main loading to RSS loading in main menu. I just want B9 for spaceplanes, i like them.

On your install with Stella, could you do a mission to Plantar? Plantar is basically Tylo if it was in orbit around Stella and has an Ike-like moon extremely close to it. A Blalo mission would be cool too.

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By the way, RSS can change the time warp rates. For packs that add far away planets and stars, just put this in RealSolarSystemSettings.cfg

timeWarpRates

{

rate1 = 10

rate2 = 100

rate3 = 1000

rate4 = 10000

rate5 = 100000

rate6 = 1000000

rate7 = 10000000

}

Or something to that effect. By removing the 5x and 50x, you now have a max warp 100 times stock max speed. Also, the mod Time Control can change warp rates both in phys-warp and on rails.

http://forum.kerbalspaceprogram.com/threads/69363-0-25-Time-Control-9-23-14-v13-2

Unrelated to that, here are two planets I have been working on.

Ixium is sort of like Titan, with thick atmosphere and low gravity. This is the planet whose heightmap and color map don't line up. Anyone have this problem and know why?

http://i.imgur.com/tYxTJBx.png

Cantor bridges the difficulty gap between Tylo and Eve. It has a gravity of 1.4 g and an atmosphere of 0.6 atm.

http://i.imgur.com/l0MBbwu.png

I am planning on adding more planets to the pack, but as these are the most difficult I decided to work on them first. I will also add a largeish non-atmospheric moon, some small asteroid moons, and maybe a gas giant for Ixium to orbit.

I have that issue too with Blalo, I haven't tried this solution yet but maybe flip the heightmap?

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Whats the template used to calculate radius and mass of your planets etc?

The template is whatever stock planet you set your custom planet to. Here's how I'd do the mass: if your planet is 700 km. in radius and has a template of Laythe, then you'd take the radius of Laythe (500 km.) and multiply it by how large your custom planet is. 700/500= 1.4. Now, take the mass of your custom planet's template (in this case, Laythe has a mass of 2.9397663E22) and multiply it by that last number we calculated (which was 1.4). Here we would do 1.4*2.9397663E22= 4.11567282E22. 4.11567282E22 would be your mass!

Of course, you don't have to it do this way. Just inputting any numbers you see fit will work just fine.

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