Data_Fairing
This module data's C# type is: KSP.Modules.Data_Fairing.
This module data's element type is: Data_Fairing.
This module data object has the following classes:
.FloatingNodeSize.FloatingAttachNodeTag.FloatingNodePosition.FloatingNodeDirection.FloatingNodeIsMultiJoint.FloatingNodeMultiJointMaxCount.FloatingNodeMultiJointOffset.FairingNode.NoseTip.EdgeWarp.AberrantNormalLimit.LocalUpAxis.Pivot.BaseModelTransformName.CapRadius.BaseRadius.CloseRadius.MaxRadius.SnapThreshold.CreateShellColliders.NumberOfCollidersPerCrossSection.MinHeightRadiusRatio.CrossSectionHeightMin.CrossSectionHeightMax.ConeSweepRays.ConeSweepPrecision.ShouldCapOnAutoGenerate.MassAreaRatio.FairingSideCount.FairingLengthSnapIncrement.FairingRadiusSnapIncrement.FairingSmoothingAngle.FairingThickness.FairingStartHeight.AllowConstructionTypeChange.AllowFloatingNodeChange.DefaultFairingEnabledToggle.DefaultAutoConstruction.DefaultDeployType.DefaultFloatingNodeState.LengthEditMinimum.LengthEditMaximum.LengthEditDefault.StageToggleDefault.MaxAutoFairingTargetRadius.MinAutoFairingTargetRadius
Uncategorized
Floating node
FloatingNodeSize
type: real
The attach node size of the floating node
FloatingAttachNodeTag
type: string
Attach node tag that will be given to the dynamic attach node
FloatingNodePosition
type: dictionary[real] (Vector3)
Local position of the floating node relative to the part
FloatingNodeDirection
type: dictionary[real] (Vector3)
Local direction that the floating node moves when the Length value is changed
FloatingNodeIsMultiJoint
type: boolean
Whether the floating attach node will produce a multi-joint connection
FloatingNodeMultiJointMaxCount
type: integer
If FloatingNodeIsMultiJoint, the amount of joints the array should have
FloatingNodeMultiJointOffset
type: real
If FloatingNodeIsMultiJoint, the distance between joints. Does nothing otherwise
Fairing construction parameters
FairingNode
type: string
ID of the attach node, other than the floater, that will yield an automatic fairing
NoseTip
type: real
How "pointy" the cap panel is
EdgeWarp
type: real
Roughness of the sides of the mesh.
AberrantNormalLimit
type: real
Max steepness to prevent normal artifacting in the mesh
LocalUpAxis
type: dictionary[real] (Vector3)
The "up" direction of the fairing
Pivot
type: dictionary[real] (Vector3)
The relative center of the procedural mesh
BaseModelTransformName
type: string
Name of the base object
CapRadius
type: real
Max radius of the cap
BaseRadius
type: real
Radius of the base object
CloseRadius
type: real
There is no tooltip attached to this field, please investigate and fill in this field if you can.
MaxRadius
type: real
Max radius of a cross section
SnapThreshold
type: real
If less than this increment, new increment will be the last valid value
CreateShellColliders
type: boolean
Whether to create shell colliders or not
NumberOfCollidersPerCrossSection
type: integer
Amount of colliders per cross section
MinHeightRadiusRatio
type: real
Measure to avoid fairings being flat or too skinny
CrossSectionHeightMin
type: real
Min allowed height per cross section
CrossSectionHeightMax
type: real
Max allowed height per cross section
ConeSweepRays
type: integer
Amount of rays per sweep. Used to determine payload intersection
ConeSweepPrecision
type: real
Distance apart from each ray. Used to determine payload intersections
ShouldCapOnAutoGenerate
type: boolean
Whether an automatically generated fairing should be capped (does nothing for ConstructionType = Custom)
Procedural Generation Tuneables
MassAreaRatio
type: real
Mass per square unit of paneling
FairingSideCount
type: integer
Max amount of edges that the 3D mesh will have. More sides is more rounded but more RAM usage
FairingLengthSnapIncrement
type: real
The amount of each vertical "step" increment when VAB snap is on
FairingRadiusSnapIncrement
type: real
The amount of each horizontal "step" increment when VAB snap is on
FairingSmoothingAngle
type: real
The smoothing angle of the fairing mesh, in degrees
FairingThickness
type: real
The thickness of the fairing mesh
FairingStartHeight
type: real
Position along the fairing axis on the host part where the procedural mesh starts. Zero = part prefab origin
Procedural Controls
AllowConstructionTypeChange
type: boolean
Allow change of construction mode in the PAM
AllowFloatingNodeChange
type: boolean
Allow change of floating node vis in the PAM
DefaultFairingEnabledToggle
type: boolean
Whether the fairing will be enabled by default
DefaultAutoConstruction
type: boolean
Whether the fairing will have automatic construction set by default
DefaultDeployType
type: string (enum: KSP.Modules.FairingDeployType)
Deploy Type set by default
DefaultFloatingNodeState
type: boolean
The starting state of the floating node
LengthEditMinimum
type: real
The minimum distance of the Length value. Should be greater or equal to the min cross section length
LengthEditMaximum
type: real
The maximum distance of the Length value
LengthEditDefault
type: real
The default distance of the Length value
StageToggleDefault
type: boolean
Default value for the Staging toggle
MaxAutoFairingTargetRadius
type: integer
The highest part radius an auto-generated fairing should target when constructing. Part size index, [0,10] range, -1 being automatic
MinAutoFairingTargetRadius
type: integer
The smallest part radius an auto-generated fairing should target when constructing. Part size index, [0,10] range, -1 being automatic