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XR Flight Operations Manual Version 3.0
Copyright 2006-2018 Douglas Beachy. All Rights Reserved.
63
;**********************************************************************
**************
; NOTE: the vessel's 'ClassName' *must match the name of the config
file* so that
; the XR vessels can locate the .cfg file in Orbiter's config directory
in order to
; parse the XR-payload-specfic data in it.
; For example, XRParts.cfg must contain 'ClassName=XRParts'.
;**********************************************************************
**************
ClassName = XRParts
MeshName = XRPayload\XRParts
Size = 3.867
Mass = 12000 ; empty mass [kg] (max mass each for full load of 36
containers)
MaxFuel = 0 ; max fuel mass [kg]
Isp = 0 ; fuel specific impulse [m/s]
MaxMainThrust = 0
MaxRetroThrust = 0
MaxHoverThrust = 0
MaxAttitudeThrust = 0
CameraOffset = 0.0 .0 0.0
CW = 0.194 0.189 0.470
LiftFactor = 0.0
CrossSections = 7.060448 7.060448 14.769404
EnableFocus = true
TouchdownPoints = 0 -1.296 3.024 -1.217 -1.296 -3.024 1.217 -1.296
-3.024
;----------------------------------------------------
; XR Payload custom parameters
;----------------------------------------------------
; REQUIRED: must be set to 'true' for this vessel to be dockable in an
XR-class payload bay.
XRPayloadEnabled = true
; cosmetic description; 127 chars MAX., but 40 chars or less
recommended
Description = XR-Class Replacement Parts
; Dimensions in meters: X (width) Y (height) Z(length). This also
determines how many standard payload slots are occupied.
Dimensions = 2.43 2.59 6.09
; (OPTIONAL) set to 'true' if this payload contains fuel or LOX that is
consumable by the parent XR vessel
XRConsumableTank = false
; (OPTIONAL) Offset in meters from the center of the primary payload
slot to the center of this payload's mass (X,Y,Z).
; If this is not set, the default is [0 0 0]. These coordinates are
necessary so that the collision detection code can know the
; origin point (the "centerpoint") of the payload mass in order to
determine how many slots this payload module will occupy.
; If you adjust your attachment point coordinates to center this module
in its primary payload slot, these coordinates