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Properties

The Properties { } node describes the body itself, and is a subnode of Body { }. Basic parameters like description, radius, gravity and biomes are specified here.

Subnodes

Example

Properties
{
  description = A big ol' round blueberry. I wonder if it's sweet and juicy?
  radius = 500000
  geeASL = 1.2
  rotates = true
  rotationPeriod = 18600
  initialRotation = 12
  tidallyLocked = false
  isHomeWorld = false
  timewarpAltitudeLimits = 0 10000 20000 40000 75000 150000 300000 400000
  sphereOfInfluence = 52500000
  maxZoom = 100000
  ScienceValues
  {
  ...
  }
  biomeMap = Fruits/PluginData/Blueberry_biomemap.dds
  Biomes
  {
  ...
  }
}
PropertyFormatDescription
descriptionTextHere goes the description for the info box of the body that you can access in map view. You can insert line breaks using the syntax \\nn
useTheInNameBooleanIf the body name should be prefixed with "the" in some situations, such as "the sun."
radiusDecimalThe radius (half of the body's diameter) of the body in meters.
massDecimalThe mass of the body in kilograms. You can use scientific notation here, like 1.234567+e20
gravParameterDecimalStandard gravitational parameter, calculated as the gravitational constant (G) times the mass (M) of the body: G*M. This is the parameter that is used in the actual simulation. The gravitational acceleration in any point would be calculated as gravParameter/r2 where r is a distance from that point to the body center. NOTE: For historical reasons, in KSP G = 6.67408E-11.
geeASLDecimalThe gravitational acceleration at sea level measured in standard gravities, where 1 g = 9.80665 m/s2. For Earth/Kerbin, geeASL = 1. The gravParameter and geeASL are related as follows, geeASL*9.80665 = gravParameter/radius2.
rotatesBooleanDoes the body rotate or not?
rotationPeriodDecimalThe period in seconds that the body needs to rotate around its axis one time.
initialRotationDecimalThe rotation in degrees (0-359) that the body starts at (clockwise)
inverseRotThresholdAltitudeDecimalAltitude where the Game switches the reference frame from Surface to Orbit in meters.
albedoDecimalHow reflective the body is. scale from 0 to 1
emissivityDecimalHow emissive the body is, scale from 0 to 1.
coreTemperatureOffset??
tidallyLockedBooleanStatement that determines if the body is tidally locked to its parent. This means that it takes as long to rotate around its own axis as it does to make a full orbit around its parent. In real-life and KSP most (large) moons are tidally locked.
isHomeWorldBooleanStatement that determines if this is the body that houses KSC. For stability's sake It's recommended to keep this at false for any bodies you add.
timewarpAltitudeLimitsInteger ListDetermines at which altitude above sea level certain timewarp altitudes become available. 0 30000 30000 60000 100000 300000 600000 800000 means that 1x timewarp is available at 0 meters, 5x timewarp at 30000 meters all the way up to the max timewarp starting at 800000 meters.
sphereOfInfluenceDecimalIn meters. The sphere of influence of the body. This is generally calculated as described here. In case you need it to be unrealistically big or small you can change it here.
solarRotationPeriodBooleanWhether the body should use the solar day instead of the sidereal day.
navballSwitchRadiusMultDecimalAltitude, in meters, where the NavBall switches from surface velocity to orbital velocity while ascending.
navballSwitchRadiusMultLowDecimalAltitude, in meters, where the NavBall switches from orbital velocity to surface velocity while descending.
selectableBooleanWhether the body should be selectable. Partially controlled by Body/barycenter.
RnDVisibilityRnDVisibility(Also RDVisibility) The visibility state of the body in the RnD archives. Possible values are Visible, Noicon, Hidden, or Skip.
RnDRotationBooleanWhether the body should rotate in the RnD archives.
maxZoomDecimalThe max zoom limit for the tracking station and the map view. Sets the number of meters that can fit in the full height of the screen.
biomeMapFile PathThe path to the biome map texture. See the Biomes subnode for more information