With this function we check if the vessel that collisions with this ROC can destroy it.

Parameters

vessel

The vessel that collisions with this ROC

Returns the closest position of all the ROC scan points to the test position.

Parameters

testPosition	World space position to compare to the ROC scan points.
bestDistanceToPoint	This will have the distance to the closest scan point inserted into it.

Returns

Closest position of all the ROC scan points to the test position

Returns the closest position of all the ROC scan points to the test position.

Parameters

testPosition	World space position to compare to the ROC scan points.
distanceToPoint	This will have the distance to the closest scan point inserted into it.

Returns

Closest position of all the ROC scan points to the test position

Gets the force scale regarding the vfxCurveForce values.

Parameters

burstClipTime

Current burst clip time.

Returns

Performs an experiment on the ROC.

Parameters

moduleScienceExperiment

Must be a reference to the ModuleScienceExperiment that is performing the experiment on the ROC

With this function we remove the ROC if its already used or pickup

With this function we set the stats of the ROCs according to their cfg

Parameters

type	The name (type) of ROC
displayName	The display name of the ROC.
prefabName	The name of the ROC prefab.
modelName	The name of the ROC model.
orientateup	True if the ROC is to be always orientated Up
depth	The Depth the ROC should be into the terrain.
canbetaken	True if a Kerbal can pick up this ROC
frequency	The Frequency this ROC appears per sq km
myCelestialBodies	Celestial Body subnodes defining where this ROC can be found
castShadows	If this ROC casts shadows
recieveShadows	If this ROC receives shadows
collisionthreshold	ROC Collision resistance
smallroc	If true then this ROC is small enough that it can be destroyed
randomdepth	If this ROC has random depth
randomorientation	If this ROC has random orientation
localSpaceScanPoints	Points for the scanner arm to try to interact with.
emitterName	Contains the emitter name prefab, if not null.
sfxVolume	ROCs' sfx audio source volume (0.0 to 1.0).
idleClipPath	Idle clip file path.
burstClipPath	Burst clip file path.
vfxBaseForce	Defines the burst emitter force base unit.
vfxCurveForce	The floatCurve to control the vfx applied force.
applyForces	Defines if the ROC VFX applies forces.
forceDirection	Direction vector to apply the force in.
vfxForceRadius	Defines the VFX force collider dimensions.
radiusCenter	Defines the radius position.

Updates the model transform if necessary.

Defines if the ROC VFX applies forces.

Burst clip file path.

The ROCs' particle burst emitter max wait time.

if this is <0 the burst never plays

The ROCs' particle burst emitter min wait time.

if this is <0 the burst never plays

True if a Kerbal can pick up this ROC

If this ROC casts shadows

ROC Collision resistance

The Depth the ROC should be into the terrain.

The display name of the ROC.

Direction vector to apply the force in.

The Frequency this ROC appears per sq km

Idle clip file path.

List of all the local space points to be used when the robot arm scanner tries to scan the ROC.

The name of the ROC model

The transform of the ROC model

The ROCCBDefinitions

True if the ROC is to be always orientated Up

The name of the ROC prefab

Defines the radius position.

If this ROC has random depth

If this ROC has random orientation

If this ROC has random rotation

If this ROC receives shadows

Reference to the ROCEmitter if there is one

ROCs ID

Scale of the ROC

ROCs' sfx audio source volume (0.0 to 1.0)

If this ROC is a small one

The name (type) of ROC

Direction pointing off the surface of the celestial body. The ROC can be randomly rotated, so we need to remember this for the debug ROC finder.

Defines the burst emitter force base unit.

Sets the preconfigured force scale keys for the burst emitter.

Defines the VFX force collider dimensions.