Inheritance diagram for Part:

Classes
struct	ForceHolder

class	ReflectedAttributes

Public Member Functions
bool	activate (int currentStage, Vessel activeVessel)

void	AddAttachNode (ConfigNode node)

void	addChild (Part child)

bool	AddCrewmember (ProtoCrewMember crew)

bool	AddCrewmemberAt (ProtoCrewMember crew, int seatIndex)

void	AddExposedThermalFlux (double kilowatts)

void	AddForce (Vector3d vec)
	Adds force to the part's (or parent's up the tree) rb. NOTE: ForceMode == Force. If you want a different mode, convert to ForceMode.Force. More...

void	AddForceAtPosition (Vector3d vec, Vector3d pos)
	Adds force to the part's (or parent's up the tree) rb, at the specified position. NOTE: ForceMode == Force. If you want a different mode, convert to ForceMode.Force. More...

void	AddImpulse (Vector3d vec)
	Adds force to the part's (or parent's up the tree) rb as an impulse (i.e. divides force by fixedDeltaTime More...

InternalModel	AddInternalPart (ConfigNode node)

PartModule	AddModule (string moduleName, bool forceAwake=false)

PartModule	AddModule (ConfigNode node, bool forceAwake=false)

void	AddOnMouseDown (OnActionDelegate method)

void	AddOnMouseEnter (OnActionDelegate method)

void	AddOnMouseExit (OnActionDelegate method)

void	AddPartModuleAdjusterList (List< AdjusterPartModuleBase > moduleAdjusters)
	Applies given module adjusters to the appropriate part modules More...

PartResource	AddResource (ConfigNode node)
	Add a PartResource to this Part from a ConfigNode. More...

Callback< IAirstreamShield >	AddShield (IAirstreamShield shd)

void	AddSkinThermalFlux (double kilowatts)

void	AddThermalFlux (double kilowatts)

void	AddTorque (Vector3d vec)
	Adds given torque to the part's (or parent's up the tree) rb. NOTE: ForceMode == Force. If you want a different mode, convert to ForceMode.Force. More...

void	AimCamera ()

bool	AllowAutoStruts ()

bool	AlreadyProcessedRequest (int requestID)

void	ApplyRigidAttachment ()

void	Awake ()

virtual bool	CanCrossfeed (Part target, string resName, ResourceFlowMode flow=ResourceFlowMode.NULL)
	Can this Part Crossfeed a Resource between itself and another part? More...

virtual bool	CanCrossfeed (Part target, int resourceID, ResourceFlowMode flow=ResourceFlowMode.NULL)
	Can this Part Crossfeed a Resource between itself and another part? More...

void	ChangeResourcePriority (int offset)

void	CheckBodyLiftAttachment ()

bool	CheckCollision (Collision c)

bool	checkLanded ()

void	checkPermanentLandedAt ()

bool	checkSplashed ()

void	CheckTransferDialog ()

void	CleanSymmetryReferences ()

void	CleanSymmetryVesselReferences ()

void	CleanSymmetryVesselReferencesRecursively ()

void	clearParent ()
	called by the editor when the selected part is cloned. Use this in stead of setParent(null) to avoid invoking GameEvents.onPartRemove in cases where you are not actually removing a part from the ship. More...

void	Couple (Part tgtPart)

void	CreateAttachJoint (AttachModes mode)

void	CreateInternalModel ()

void	CycleAutoStrut ()

void	deactivate ()

void	decouple (float breakForce=0.0f)

void	DemoteToPhysicslessPart ()
	This will demote a Physical part to a physicsless part. Use with Care. More...

void	DespawnIVA ()

void	Die ()

void	disconnect (bool controlledSeparation=false)

virtual bool	DrainFuel (float amount)

string	drawStats ()

void	Effect (string effectName, int transformIdx=-1)

void	Effect (string effectName, float effectPower, int transformIdx=-1)

void	explode ()

void	explode (float offset)

AttachNode	FindAttachNode (string nodeId)
	returns an attachment node that matches the given id name. (a node's id is the third section of it's definition in the cfg, or for srfAttach nodes: 'srfAttach') More...

AttachNode	FindAttachNodeByPart (Part connectedPart)

AttachNode[]	FindAttachNodes (string partialNodeId)
	returns an array of attachNodes, whose ids CONTAIN the given id string. (use this one to get multiple nodes at once, when they have similar ids, like node_stack_top1, node_stack_top2...) More...

Part	FindChildPart (string childName)

Part	FindChildPart (string childName, bool recursive)

T	FindChildPart< T > ()

T	FindChildPart< T > (bool recursive)

T[]	FindChildParts< T > ()

T[]	FindChildParts< T > (bool recursive)

virtual bool	FindFuel (Part source, List< Part > fuelSources, uint reqId)

FXGroup	findFxGroup (string groupID)

Animation	FindModelAnimator (string animatorName, string clipName)

Animation	FindModelAnimator (string clipName)

Animation[]	FindModelAnimators (string clipName)

Animation[]	FindModelAnimators ()

T	FindModelComponent< T > ()

T	FindModelComponent< T > (string childName)

List< T >	FindModelComponents< T > ()

List< T >	FindModelComponents< T > (string childName)

List< MeshRenderer >	FindModelMeshRenderersCached ()
	Find all Model MeshRenderer Components on the part. Use the previous cached results if available More...

List< Renderer >	FindModelRenderersCached ()
	Find all Model Renderer Components on the part. Use the previous cached results if available More...

List< SkinnedMeshRenderer >	FindModelSkinnedMeshRenderersCached ()
	Find all Model SkinnedMeshRenderer Components on the part. Use the previous cached results if available More...

Transform	FindModelTransform (string childName)

Transform	FindModelTransformByLayer (string layerName)
	Finds a model transform that uses a given layer More...

Transform[]	FindModelTransforms (string childName)

Transform[]	FindModelTransformsWithTag (string tag)
	Finds model transforms that have a given tag More...

T	FindModuleImplementing< T > ()
	Returns the first ocurrence of a module in this part, if any More...

List< T >	FindModulesImplementing< T > ()
	Returns all modules of the given part type More...

void	FindNonPhysicslessChildren (ref List< Part > parts)

Part	FindNonPhysicslessParent ()

T	FindParentModuleImplementing< T > ()
	Returns the first occurrence of a module in this Part's parent tree, if any. More...

AttachNode	FindPartThroughNodes (Part tgtPart, Part src=null)
	Finds the attachnode (if any) that leads to the given part More...

void	FixedUpdate ()

void	force_activate ()

void	force_activate (bool playFX)

void	freeze ()

void	GainCameraAim ()

void	GetConnectedResourceTotals (int resourceID, out double amount, out double maxAmount, bool pulling=true)
	Get the Connected Resource totals. Obeys resource crossfeed rules. More...

virtual void	GetConnectedResourceTotals (int resourceID, ResourceFlowMode flowMode, out double amount, out double maxAmount, bool pulling=true)
	Get the Connected Resource totals. More...

void	GetConnectedResourceTotals (int resourceID, out double amount, out double maxAmount, double threshold, bool pulling=true)
	Get the Connected Resource totals. More...

virtual void	GetConnectedResourceTotals (int resourceID, ResourceFlowMode flowMode, out double amount, out double maxAmount, double threshold, bool pulling=true)
	Get the Connected Resource totals. More...

virtual void	GetConnectedResourceTotals (int resourceID, ResourceFlowMode flowMode, bool simulate, out double amount, out double maxAmount, double threshold, bool pulling=true)
	Get the Connected Resource totals. More...

int	GetCrewCountOfExperienceEffect< T > ()
	Will return a count of the number of crew on board the part that have the experience effect that is passed in. More...

List< ProtoCrewMember >	GetCrewOfExperienceEffect< T > ()
	Will return a list of the crew on board the part that have the experience effect that is passed in. More...

Part	GetMassivePart (Part start, out Part lastPart, out AttachNode nodeToParent, out AttachNode nodeFromParent, out bool srfAttached, params Part[] excluded)

float	GetModuleCosts (float defaultCost, ModifierStagingSituation sit=ModifierStagingSituation.CURRENT)
	Returns the sum of cost modifications from IPartCostModifier modules. More...

float	GetModuleMass (float defaultMass, ModifierStagingSituation sit=ModifierStagingSituation.CURRENT)
	Returns the sum of mass modifications from IPartMassModifier modules. More...

Vector3	GetModuleSize (Vector3 defaultSize, ModifierStagingSituation sit=ModifierStagingSituation.CURRENT)
	Returns the sum of size modifications from IPartSizeModifier modules. More...

PartModule.StartState	GetModuleStartState ()

virtual Collider[]	GetPartColliders ()

virtual Renderer[]	GetPartRenderers ()

float	GetPhysicslessChildMass ()

virtual Part	GetReferenceParent ()

virtual Transform	GetReferenceTransform ()

float	GetResourceMass ()
	Get the Mass of all Resources in the part. More...

float	GetResourceMass (bool simulate)
	Get the Mass of all Resources in the part. More...

float	GetResourceMass (out float thermalMass)
	Get the Mass of all Resources in the part. More...

float	GetResourceMass (out double thermalMass)
	Get the Mass of all Resources in the part. More...

virtual int	GetResourcePriority ()

Part	getSymmetryCounterPart (int index)

void	HandleCollision (Collision c)

bool	HasAutoStrutDefined ()
	Returns true if there are autostruts defined. More...

bool	HasFreePivot ()

bool	hasIndirectChild (Part tgtPart)
	Returns true if the target part is in the direct hierarchy of this part. More...

bool	hasIndirectParent (Part tgtPart)
	Returns true if the target part is in the direct hierarchy of this part. More...

bool	HasModuleImplementing< T > ()
	Tests whether this Part has a PartModule of this type More...

bool	HasValidContractObjective (string objectiveType)

void	HeatGaugeUpdate ()

void	Highlight (bool active)
	Manually highlights the part using default hightlighting color More...

void	Highlight (Color highlightColor)
	Manually highlights the part. More...

void	HighlightRecursive (bool active)
	Recursively highlights the part and it's children (to a lesser degree) More...

void	HighlightRecursive (Color highlightColor)
	Recursively highlights the part and it's children (to a lesser degree) More...

void	InitializeEffects ()

void	InitializeModules ()

bool	isAirIntake (out ModuleResourceIntake intake)
	Is this Part an Air Intake or not? More...

bool	isAnchoredDecoupler (out ModuleAnchoredDecoupler moduleAnchoredDecoupler)
	Is this Part an AnchoredDecoupler or not? More...

bool	isAntenna (out ModuleDeployableAntenna antenna)
	Is this Part an Antenna or not? More...

bool	isBaseServo (out BaseServo servo)

bool	isCargoPart ()
	Is this Part a Cargo Part or not? More...

bool	isChildOfRoboticRotor ()
	Is this Part a Child of a Part that is a Robotic Rotor or not? (A Parent implements ModuleRoboticServoRotor). More...

bool	isControlSurface ()
	Is this Part a Control Surface (Implements ModuleControlSurface). More...

bool	isControlSurface (out ModuleControlSurface controlSurface)
	Is this Part a Control Surface (Implements ModuleControlSurface). More...

bool	isDecoupler (out ModuleDecouple moduleDecoupler)
	Is this Part a Decoupler or not? Does not include AnchoredDecoupler. Use isAnchoredDecoupler() to check. More...

bool	isDockingPort (out ModuleDockingNode dockingPort)
	Is this Part a dockingPort or not? More...

bool	isEngine ()
	Is this Part a ModuleEngines or not? More...

bool	isEngine (out List< ModuleEngines > engines)
	Does this Part contain a ModuleEngines? More...

bool	isFairing ()
	Is this Part a Fairing or not? More...

bool	isGenerator (out ModuleGenerator generator)
	Is this Part a Generator or not? More...

bool	isGroundDeployable ()
	Is this Ground Deployable Part or not? More...

bool	isInventoryPart ()
	Is this Part a Cargo Inventory Part or not? More...

bool	isKerbalEVA ()
	Is this Part a an EVA Kerbal? More...

bool	isKerbalSeat ()
	Is this Part a Kerbal Seat or not? More...

bool	isLaunchClamp ()
	Is this Part a LaunchClamp or not? More...

bool	isParachute ()
	Is this Part a Parachute or not? More...

bool	isRadiator (out ModuleDeployableRadiator radiator)
	Is this Part a Radiator or not? More...

bool	isRobotic ()
	Is this Part a Robotic Part or not? More...

bool	isRoboticController ()
	Is this Part a Robotics Controller or not More...

bool	isRoboticController (out ModuleRoboticController controller)

bool	isRoboticHinge ()
	Is this Part a Robotic Hinge Part or not? (Implements ModuleRoboticServoHinge). More...

bool	isRoboticPiston ()
	Is this Part a Robotic Piston Part or not? (Implements ModuleRoboticServoPiston). More...

bool	isRoboticRotationServo ()
	Is this Part a Robotic RotationServo Part or not? (Implements ModuleRoboticServoRotationServo). More...

bool	isRoboticRotor ()
	Is this Part a Robotic Rotor Part or not? (Implements ModuleRoboticServoRotor). More...

bool	isSolarPanel (out ModuleDeployableSolarPanel solarPanel)
	Is this Part a Solar Panel or not? More...

bool	isSymmetryCounterPart (Part cPart)

bool	isTrackingShipConstructIDChanges (out List< IShipConstructIDChanges > modules)
	Is this Part tracking ID changes in Ship Construct in any modules More...

bool	IsUnderConstructionWeightLimit ()
	Checks if the parts Weight is below the construction limit (PhysicsGlobals.ConstructionWeightLimit) More...

void	LandedCollisionChecks (Collision c)

virtual void	LateUpdate ()

void	LoadEffects (ConfigNode node)

PartModule	LoadModule (ConfigNode node, ref int moduleIndex)

void	LoseCameraAim ()

void	ModulesBeforePartAttachJoint ()

void	ModulesOnActivate ()

void	ModulesOnDeactivate ()

void	ModulesOnFixedUpdate ()

void	ModulesOnStart ()

void	ModulesOnStartFinished ()

void	ModulesOnUpdate ()

delegate void	OnActionDelegate (Part p)

void	onAttach (Part parent, bool first=true)
	Called by editor logic when the part is attached to the ship. Propagates childward. (parent hierarchy is followed) More...

void	OnAttachFlight (Part parent)
	Attaches this part to the parent passed in as a parameter. More...

virtual void	onBackup ()
	Called whenever a backup snapshot is created from the ship More...

void	OnCollisionEnter (Collision c)

void	OnCollisionExit (Collision c)

void	OnCollisionStay (Collision c)

virtual void	OnConstructionModeFixedUpdate ()
	This method will be called when in EVA Construction mode and this part is disabled (when it is not attached to a vessel) every FixedUpdate(). It will call the same named method on every PartModule on the part which can be override by any PartModule. More...

virtual void	OnConstructionModeUpdate ()
	This method will be called when in EVA Construction mode and this part is disabled (when it is not attached to a vessel) every Update(). It will call the same named method on every PartModule on the part which can be override by any PartModule. More...

void	OnCopy (Part original, bool asSymCounterpart)
	This method is called on a clone/copied Part right after it's been created from another part in the editor scene. It copies the resources, their amounts. It calls Copy method on all the PartModules on this part. It then copies/sets the variant and calls OnCopy on all children Parts on this part. More...

void	OnDelete ()

void	onDetach (bool first=true)
	Called by editor logic when the part is pulled off the ship. Propagates childward More...

void	OnDetachFlight ()
	Detaches a part from a vessel during Flight Scene. Method quits if loaded scene is not Flight or if it has at least 1 child part. More...

virtual void	OnDrawStats ()

virtual void	onEditorEndTweak ()
	Called when the part finishes getting tweaked in position/rotation on the editor (Mainly for struts). More...

virtual void	onEditorStartTweak ()
	Called when the part starts getting tweaked in position/rotation on the editor (Mainly for struts). More...

virtual void	onFlightStateLoad (Dictionary< string, KSPParseable > parsedData)
	Called when the flight scene is being loaded. Use to retrieve saved module data. More...

virtual void	onFlightStateSave (Dictionary< string, KSPParseable > partDataCollection)
	Called when the state of the flight scene is being saved. Use to save module data. Add KSPParseable objects to the partDataCollection to have them saved. (use descriptive, unique names) More...

virtual string	OnGetStats ()
	Override to return part-specific stats as a string More...

virtual void	OnInventoryModeDisable ()
	This method will be called when this part is first disabled (when it is not attached to a vessel) when created in Inventory/Construction mode. It will call the same named method on every PartModule on the part which can be override by any PartModule. More...

virtual void	OnInventoryModeEnable ()
	This method will be called when this part is first enabled (when it is attached to a vessel) when created in Inventory/Construction mode. It will call the same named method on every PartModule on the part which can be override by any PartModule. More...

void	OnLiftOff ()

void	OnLoad ()

virtual void	OnLoad (ConfigNode node)

virtual void	OnPartCreatedFomInventory (ModuleInventoryPart moduleInventoryPart)
	This method is called when a part is being taken out from a slot while being in EVAConstruction mode. More...

void	OnPartJointBreak (float breakForce)

void	OnPointerClick (PointerEventData eventData)

virtual void	OnSave (ConfigNode node)

void	OnSplashDown ()

void	OnTouchDown ()

void	OnWasCopied (Part newPart, bool asSymCounterpart)
	This method is called right after a Part is about to be copied in the editor scene. Calls OnWasCopied on all PartModules on this part. Calls OnWasCopied on all children Parts on this part. More...

void	OnWillBeCopied (bool asSymCounterpart)
	This method is called right before a Part is about to be copied in the editor scene. Calls OnWillBeCopied on all PartModules on this part. Calls OnWillBeCopied on all children Parts on this part. More...

bool	OnWillBeMirrored (ref Quaternion rotation, AttachNode selPartNode, Part partParent)
	This is called in the Editor scene when a symmetry copy of a part is being positioned. Only called on the symmetry parts and only when symmetry mode is set to Mirror. It allows the mirror rotation to be changed and returned before being applied to the symmetry copy part. It will call OnWillBeMirrored on all Part Modules on the Part. It does NOT call on children Parts. More...

void	Pack ()

bool	PartCanBeDetached ()

bool	PartCanBeOffset ()

bool	PartCanBeRotated ()

void	PartRepair ()
	Removes all the adjusters that can be repaired on this part. More...

void	PromoteToPhysicalPart ()

void	propagateControlUpdate (FlightCtrlState st)

void	RefreshHighlighter ()

void	RegisterCrew ()

void	ReleaseAutoStruts ()

void	RelinkPrefab ()

void	removeChild (Part child)

void	RemoveCrewmember (ProtoCrewMember crew)

void	RemoveFromSymmetry ()
	Remove this part from symmetry partners and clear its symmetry More...

void	RemoveModule (PartModule module)

void	RemoveModules ()

void	RemoveOnMouseDown (OnActionDelegate method)

void	RemoveOnMouseEnter (OnActionDelegate method)

void	RemoveOnMouseExit (OnActionDelegate method)

void	RemovePartModuleAdjusterList (List< AdjusterPartModuleBase > moduleAdjusters)
	Removes the given adjusters More...

bool	RemoveResource (PartResource res)
	Remove a Resource from the part. More...

bool	RemoveResource (string rName)
	Remove a Resource from the part. More...

bool	RemoveResource (int resID)
	Remove a Resource from the part. More...

void	RemoveSameVesselInteraction (KSPActionParam act)
	Disable the SameVesselCollision bool. More...

void	RemoveShield (IAirstreamShield shd)

virtual bool	RequestFuel (Part source, float amount, uint reqId)

virtual bool	RequestRCS (float amount, int earliestStage)

virtual float	RequestResource (int resourceID, float demand)
	Deprecated, please use double RequestResource(int, double). Using this may cause rounding issues with fuel flow More...

virtual float	RequestResource (string resourceName, float demand)
	Deprecated, please use double RequestResource(string, double). Using this may cause rounding issues with fuel flow More...

virtual double	RequestResource (int resourceID, double demand)
	Request a Resource. Obeys resource flow mode. More...

virtual double	RequestResource (int resourceID, double demand, bool simulate)
	Request a Resource. Obeys resource flow mode. More...

virtual double	RequestResource (string resourceName, double demand)
	Request a Resource. Obeys resource flow mode. More...

virtual double	RequestResource (string resourceName, double demand, bool simulate)
	Request a Resource. Obeys resource flow mode. More...

virtual double	RequestResource (int resourceID, double demand, ResourceFlowMode flowMode)
	Request a Resource. Obeys resource flow mode. More...

virtual double	RequestResource (int resourceID, double demand, ResourceFlowMode flowMode, bool simulate)
	Request a Resource. Obeys resource flow mode. More...

virtual double	RequestResource (string resourceName, double demand, ResourceFlowMode flowMode)
	Request a Resource. More...

virtual double	RequestResource (string resourceName, double demand, ResourceFlowMode flowMode, bool simulate)
	Request a Resource. More...

void	ResetCamera ()

void	ResetCollisionIgnores ()

void	ResetCollisions ()
	Will reset all known collisions for this Part and reset the Vessel's landed/splash status. Use at your own risk! More...

void	ResetCollisionsCheck ()

void	ResetJoints ()

void	ResetModelMeshRenderersCache ()
	Reset the cached result of MeshRenderer components on this part More...

void	ResetModelRenderersCache ()
	Reset the cached result of Renderer components on this part More...

void	ResetModelSkinnedMeshRenderersCache ()
	Reset the cached result of SkinnedMeshRenderer components on this part More...

void	ResetMPB ()
	Resets the part MaterialPropertyBlock to handle its shader properties More...

void	ResetPri ()

void	ResetSimulation ()
	Will Reset the SimulationResources list. More...

void	ResetSimulationResources ()
	Resets the SimulationResources list amounts (from the Resources list). More...

void	ResetSimulationResources (PartResourceList sourceList)
	Resets the SimulationResources list amounts (from a passed in Resources list). More...

void	ResumeVelocity ()
	Applies the orbital velocity to the rigidbodies on the ship, so that it continues to orbit by physics More...

void	SaveEffects (ConfigNode node)

void	ScheduleSetCollisionIgnores ()

void	SendEvent (string eventName)

void	SendEvent (string eventName, BaseEventDetails data)

void	SendEvent (string eventName, BaseEventDetails data, int maxDepth)

void	SetCollisionIgnores ()

void	SetDetectCollisions (bool setState)

void	SetHierarchyRoot (Part root)
	Sets this part as the root of the vessel hierarchy. Will flip parent-child references recursively so that this part becomes the parent for everyone. More...

void	SetHighlight (bool active, bool recursive)
	Set the highlight state manually More...

void	SetHighlightColor (Color color)
	Sets the highlight colour. Use no color to reset to default More...

void	SetHighlightColor ()
	Sets the highlight colour to default. Use colour parameter to set the colour. More...

void	SetHighlightDefault ()
	Sets the PartHighlight to default settings More...

void	SetHighlightType (HighlightType type)
	Sets the highlight type for this part - default is PartHighlight.HighlightType.OnMouseOver More...

void	SetMirror (Vector3 mirrorVector)

void	SetOpacity (float opacity)
	set the opacity of the part More...

void	setParent (Part p=null)
	called by the editor when the part is attached or detached from the ship. More...

void	SetReferenceTransform (Transform t)

void	SetResource (ConfigNode node)
	Finds and Reloads (or creates if not found) a Resource in the ResourceList and SimulationResourceList from a ConfigNode. More...

void	SetSameVesselInteraction (KSPActionParam act)
	Enable the SameVesselCollision bool. More...

virtual void	SetSymmetryValues (Vector3 newPosition, Quaternion newRotation)

void	SetupAttachNodes ()

void	SetupHighlighter ()

void	SetupResources ()
	Cretes the Resources and Simulation resources PartResourceLists if they don't exist or are not valid. More...

void	SetupRigidAttachmentUI ()

void	SetupSimulationResources ()

void	SetVesselNaming ()

virtual void	ShowUpgradeStats ()

void	SpawnIVA ()

void	SpawnTransferDialog ()

void	ToggleAutoStrut ()

void	ToggleRigidAttachment ()

void	ToggleSameVesselInteraction (KSPActionParam act)
	Toggles the SameVesselCollision bool. More...

virtual double	TransferResource (int resourceID, double amount)
	Transfer some amount of Resources in or out of this part. More...

virtual double	TransferResource (PartResource resource, double amount, Part other)
	Transfer some amount of Resources in or out of this part. More...

virtual double	TransferResource (PartResource resource, double amount, Part other, bool simulate)
	Transfer some amount of Resources in or out of this part. More...

void	Undock (DockedVesselInfo newVesselInfo)

void	unfreeze ()

void	Unpack ()

void	UnregisterCrew ()

void	Update ()

void	UpdateAeroDisplay ()

void	UpdateAttachNodes ()

void	UpdateAutoStrut ()

void	UpdateMass ()

void	UpdateOrgPosAndRot (Part newRoot)

void	UpdateSrfAttachNode ()

void	UpdateStageability (bool propagate, bool iconUpdate)

void	ValidateInertiaTensor ()

delegate void	voidPartDelegate (Part p)

Static Public Member Functions
static void	_CheckPartG (Part p)

static void	_CheckPartPressure (Part p)

static void	_CheckPartTemp (Part p)

static Part	FindChildPart (Part parent, string childName)

static T	FindChildPart< T > (Part parent)

static void	FindChildParts< T > (Part parent, List< T > tList)

static Transform	FindHeirarchyTransform (Transform parent, string childName)

static Transform	FindHeirarchyTransformByLayer (Transform parent, string layerName)
	Finds a transform that uses a given layer inside a given transform More...

static void	FindHeirarchyTransforms (Transform parent, string childName, List< Transform > tList)

static void	FindHeirarchyTransformsByTag (Transform parent, string tag, List< Transform > tList)
	Finds transforms in the hierarchy of a given parent by tag More...

static Animation	FindModelAnimator (Transform modelTransform, string animatorName, string clipName)

static T	FindModelComponent< T > (Transform parent, string childName)

static void	FindModelComponents< T > (Transform parent, string childName, List< T > tList)

static Transform	FindTransformInChildrenExplicit (Transform parent, Transform find)

static Part	FromGO (GameObject obj)

static Component	GetComponentUpwards (string type, GameObject obj)

static T	GetComponentUpwards< T > (GameObject obj)

static uint	getFuelReqId ()

static void	GetPartsOutTo (Part part, HashSet< Part > parts, int maxLinks)

static int	NewRequestID ()

static Vector3	PartToVesselSpaceDir (Vector3 dir, Part p, Vessel v, PartSpaceMode space)
	Transform a direction from a part's local space to vessel-relative space More...

static Vector3	PartToVesselSpacePos (Vector3 pos, Part p, Vessel v, PartSpaceMode space)
	Transform a point from a part's local space to vessel-relative space More...

static Quaternion	PartToVesselSpaceRot (Quaternion rot, Part p, Vessel v, PartSpaceMode space)
	Transform a rotation from a part's local space to vessel-relative space More...

static Vector3	VesselToPartSpaceDir (Vector3 dir, Part p, Vessel v, PartSpaceMode space)
	Transform a direction from vessel-relative space to a part's local space More...

static Vector3	VesselToPartSpacePos (Vector3 pos, Part p, Vessel v, PartSpaceMode space)
	Transform a point from vessel-relative space to a part's local space More...

static Quaternion	VesselToPartSpaceRot (Quaternion rot, Part p, Vessel v, PartSpaceMode space)
	Transform a rotation from vessel-relative space to a part's local space More...

Public Attributes
double	absorptiveConstant = -1d

bool	ActivatesEvenIfDisconnected = true

bool	aeroDisplayWasActive = false

double	aerodynamicArea = 0d

Transform	airlock
	noAutoEVAAny disables auto EVA always, whereas noAutoEVAMulti allows it if there is only one part on the vessel. More...

List< IAirstreamShield >	airstreamShields = new List<IAirstreamShield>()

bool	alwaysShowResourcePriority = false

double	analyticInternalInsulationFactor = 1d

double	analyticSkinInsulationFactor = 1d

float	angularDrag = 2f

bool	angularDragByFI = true

bool	applyKerbalMassModification = true
	Whether the part should apply mass modifications due to crew mass. More...

AsteroidCollider	asteroidCollider

double	atmDensity
	1.0+ thermo More...

PartJoint	attachJoint

AttachNodeMethod	attachMethod

AttachModes	attachMode

List< AttachNode >	attachNodes = new List<AttachNode>()

AttachRules	attachRules

Vector3	attPos = Vector3.zero

Vector3	attPos0 = Vector3.zero

Quaternion	attRotation = Quaternion.identity

Quaternion	attRotation0 = Quaternion.identity

bool	autoStrutEnableOptionEditor = true

bool	autoStrutEnableOptionFlight = true

bool	autoStrutExcludeParent = true

AutoStrutMode	autoStrutMode = AutoStrutMode.Off

PartVariant	baseVariant
	The Base Variant for this Part. More...

float	blackBodyRadiationAlphaMult = 1f

ArrowPointer	bodyLiftArrowPtr

Vector3	bodyLiftLocalPosition = Vector3.zero

Vector3	bodyLiftLocalVector = Vector3.zero

float	bodyLiftMultiplier = 1f

string	bodyLiftOnlyAttachName

ILiftProvider	bodyLiftOnlyProvider = null

bool	bodyLiftOnlyUnattachedLift = false

bool	bodyLiftOnlyUnattachedLiftActual = false

float	bodyLiftScalar = 0f

Vector3	boundsCentroidOffset = Vector3.zero

float	boundsMultiplier = 1f

float	breakingForce = 22f

float	breakingTorque = 22f

float	buoyancy = 1.0f

string	buoyancyUseCubeNamed = ""

bool	buoyancyUseSine = true

bool	canAimCamera = true

Vector3	CenterOfBuoyancy = Vector3.zero

Vector3	CenterOfDisplacement = Vector3.zero

List< Part >	children = new List<Part>()

int	childStageOffset = 0

new Collider	collider

CollisionEnhancer	collisionEnhancer

int	collisionEnhancerSkipFrames = 5
	The number of FixedUpdate frames to skip when the part is made physical (from physicsless) in the CollisionEnhancer component. More...

Vector3	CoLOffset = Vector3.zero

Vector3	CoMOffset = Vector3.zero

List< IConstruction >	constructionModules
	A cached list of PartModules that implement IConstruction interface. Set list to null to reset the cache. More...

Vector3	CoPOffset = Vector3.zero

uint	craftID
	a unique id used in the editor. Defaults to object instance id or loaded from craft data. Will not be reliable after docking More...

float	crashTolerance = 9f

int	CrewCapacity = 0

double	crewRespawnTime = 0d

bool	crewTransferAvailable = true

PartSet	crossfeedPartSet
	This is the cross feed PartSet for this part. It is created by the Vessel and ShipConstruct classes. More...

DictionaryValueList< Collider, int >	currentCollisions = new DictionaryValueList<Collider, int>()

string	customPartData = ""
	A string for saving and loading custom part data. (Do not use linebreaks here. If storing multiple values, separate them with a semicolon More...

Coroutine	cyclingAutoStruts

int	defaultInverseStage = 0

List< PartModule >	dockingPorts = new List<PartModule>()
	original position and rotation, in relation to the vessel. This is set by the vessel when it's first initialized More...

ArrowPointer	dragArrowPtr

DragModel	dragModel = DragModel.CUBE

Vector3	dragReferenceVector = Vector3.up

float	dragScalar = 0f

Vector3	dragVector = Vector3.up

Vector3	dragVectorDir = Vector3.up

Vector3	dragVectorDirLocal = Vector3.up

float	dragVectorMag = 0f

float	dragVectorSqrMag = 0f

double	dynamicPressurekPa

float	edgeHighlightThresholdMult = 1f

Part	editorCollision

bool	editorFirstTimePlaced = false
	First time the part is placed in the vessel in VAB More...

List< Part >	editorLinks = new List<Part>()

bool	editorStarted = false

double	emissiveConstant = 0.4d

float	explosionPotential = 0.5f

double	exposedArea = 0d

string	FailureState = "Failed"

string	flagURL = ""

uint	flightID
	a unique id to identify this part in flight. This one is guaranteed to be unique for all parts in the simulation. Not assigned in the editor. More...

Vector3d	force = Vector3d.zero

List< ForceHolder >	forces = new List<ForceHolder>(2)

bool	frozen

bool	fuelCrossFeed = true

bool	fuelFlowOverlayEnabled = false

List< Part >	fuelLookupTargets = new List<Part>()

List< FXGroup >	fxGroups = new List<FXGroup>()

float	gaugeThresholdMult = 1f

float	gExplodeChance = 0.8f
	Chance per second, i.e. multiplied by fixedDeltaTime More...

bool	GroundContact

double	gTolerance = 50d

float	habitableVolume = 0

bool	hasHeiarchyModel

bool	hasKerbalOnLadder = false
	This will be true if there is a EVA kerbal standing on a ladder on this part. More...

bool	hasLiftModule = false

float	hatchObstructionCheckInwardDistance = 1.1f

float	hatchObstructionCheckInwardOffset = 1f

float	hatchObstructionCheckOutwardDistance = 1f

float	hatchObstructionCheckSphereOffset = 0.1f

float	hatchObstructionCheckSphereRadius = 0.22f

double	heatConductivity = 0.12d

double	heatConvectiveConstant = 1.0d

Color	highlightColor = defaultHighlightPart

HighlightType	highlightType = HighlightType.OnMouseOver

string	initialVesselName

Quaternion	initRotation = Quaternion.identity

int	inStageIndex = -1

InternalModel	internalModel

string	InternalModelName = ""

int	inverseStage = 0

bool	inverseStageCarryover = true
	True when this inverseStage index should carry over to non-stageable parts. More...

bool	isClone = false

Vessel.ControlLevel	isControlSource
	Flag for whether this part can provide input to the vessel. (tweaked by command modules) More...

bool	isMirrored = false
	set to true if mirrorVector != Vector3.one More...

bool	isPersistent

string	isShieldedDisplay = ""

uint	lastFuelRequestId = 0

uint	launchID
	another unique number shared by all parts launched together on the same vessel More...

double	machNumber = 0f

int	manualStageOffset = -1

float	mass = 2.0f

float	maximum_drag = 0.1f

double	maxPressure = 4000d

double	maxTemp = 2000d

double	minDepth

float	minimum_drag = 0.1f

Vector3	mirrorAxis = Vector3.zero

Vector3	mirrorRefAxis

Vector3	mirrorVector = Vector3.one

uint	missionID
	a unique number shared by all parts launched together on the same vessel More...

Vector3	moduleSize = Vector3.zero

bool	needPrefabMass = true

bool	noAutoEVAAny = false

bool	noAutoEVAMulti = false

string	NoCrossFeedNodeKey = ""

Callback	OnEditorAttach = () => { }

Callback	OnEditorDestroy = () => { }

Callback	OnEditorDetach = () => { }

Callback	OnJustAboutToBeDestroyed = () => { }

Callback	OnJustAboutToDie = () => { }

Vector3	orgPos

Quaternion	orgRot

Part	originalPart

int	originalStage = 0

bool	overrideSkillUpdate = false

string	overrideSkillUpdateModules = "ModuleSAS, ModuleWheelSteering"

bool	packed

Part	parent

PartBuoyancy	partBuoyancy

AvailablePart	partInfo

string	partName

List< string >	partRendererBoundsIgnore

float	partSeatMassReduction = 0f
	The amount of mass that was removed in the db load based on the number of seats and if the part has a command module More...

Transform	partTransform

bool	PermanentGroundContact
	flags if part is always touching the surface, i.e. a launch clamp. More...

uint	persistentId
	a unique id used for the life of the part. More...

PhysicalSignificance	physicalSignificance = PhysicalSignificance.FULL

double	physicsMass = 0d

int	PhysicsSignificance = -1

Part	potentialParent

float	prefabMass = 0f

Vector3	prefabSize = Vector3.zero

PartStates	PreFailState = PartStates.IDLE

float	presExplodeChance = 0.8f
	Chance per second, i.e. multiplied by fixedDeltaTime More...

PhysicalSignificance	previousPhysicalSignificance
	References the physical significance before swapping it due the rotate or move tools on construction mode More...

List< ProtoCrewMember >	protoModuleCrew = new List<ProtoCrewMember>()

ProtoPartSnapshot	protoPartSnapshot

PartThermalData	ptd

double	radiativeArea = 0d

double	radiatorCritical = 0.75d

double	radiatorHeadroom = 0.25d

double	radiatorMax = 0.25d

Rigidbody	rb

bool	recheckShielding = true
	This is the local variant of AlwaysRecheckShielding. If this is false, even if AlwaysRecheckShielding is true, we won't recheck shielding. More...

float	rescaleFactor = 1.25f
	This is the scale factor that's applied after loading. It rescales the model and any nodes. Use to convert from model space to world space. More...

float	resourceMass = 0f

int	resourcePriorityOffset = 0

bool	resourcePriorityUseParentInverseStage = false
	If true, instead of our inverseStage, use parent's (if not null) inverseStage when reporting res priority More...

double	resourceRequestRemainingThreshold = 1e-12d

double	resourceThermalMass = 0d

PartStates	ResumeState = PartStates.IDLE

bool	rigidAttachment = false

bool	sameVesselCollision = false
	If this field is True colliders on this part will interact with colliders on other Parts within the same Vessel that also have this field set to true. More...

float	scaleFactor = 1f
	This is the scale factor used in the mesh exporter. Use to convert from 3D scene space to model space. More...

int	separationIndex = 0

Rigidbody	servoRb
	If the Part contains a BaseServo (Robotic servo) this will be set to the moving part of the servo's RB (The part has two RBs). More...

ShipConstruct	ship

ShowRigidAttachmentOption	showRigidOption = ShowRigidAttachmentOption.Editor

PartSet	simulationCrossfeedPartSet
	This is the simulation cross feed PartSet for this part used in delta v calculations. It is created by the Vessel and ShipConstruct classes. More...

double	skinExposedArea = 0f

double	skinExposedAreaFrac = 0f

double	skinExposedMassMult = 1d

double	skinInternalConductionMult = 1d

double	skinMassPerArea = 1d

double	skinMaxTemp = -1d

double	skinSkinConductionMult = 1d

double	skinTemperature

double	skinThermalMass

double	skinThermalMassModifier = 1d

double	skinThermalMassRecip

double	skinToInternalFlux = 0d

double	skinUnexposedExternalTemp = 4f

double	skinUnexposedMassMult = 0d

double	skinUnexposedTemperature = 0d

bool	skipColliderIgnores = false

AttachNode	srfAttachNode

KSP.UI.Screens.ProtoStageIcon	stackIcon

StackIconGrouping	stackIconGrouping = StackIconGrouping.SYM_COUNTERPARTS
	flag for whether the part is connected to the command pod or not (however indirectly) [Needless to say, this is obsolete logic now) More...

double	stackPriThreshold = 1e-3d
	public bool DEBUG = false; More...

int	stackSymmetry = 0

bool	stageAfter = false

bool	stageBefore = false

int	stageOffset = 0

string	stagingIcon = ""

bool	stagingIconAlwaysShown = false

bool	stagingOn = true

bool	started

double	staticPressureAtm

Vector3	strutOffset = Vector3.zero

double	submergedDragScalar = 1d

double	submergedDynamicPressurekPa = 0d

double	submergedLiftScalar = 0d

double	submergedPortion = 0d

Vector3	surfaceAreas = Vector3.one

GameObject	surfaceAttachGO

SymmetryMethod	symMethod

List< Part >	symmetryCounterparts = new List<Part>()

double	temperature = -1d

float	tempExplodeChance = 0.8f
	Chance per second, i.e. multiplied by fixedDeltaTime More...

PQS_PartCollider	terrainCollider

double	thermalConductionFlux

double	thermalConvectionFlux

double	thermalExposedFlux

double	thermalExposedFluxPrevious

double	thermalInternalFlux

double	thermalInternalFluxPrevious

double	thermalMass = 0d

double	thermalMassModifier = 1.0d

double	thermalMassReciprocal = 1d

double	thermalRadiationFlux

double	thermalSkinFlux

double	thermalSkinFluxPrevious

AttachNode	topNode

Vector3d	torque = Vector3d.zero

ModulePartVariants	variants
	The PartModule Variants for this part (if one is attached). More...

Vector3	vel

Vessel	vessel

VesselNaming	vesselNaming

VesselType	vesselType = VesselType.Debris

float	waterAngularDragMultiplier = 1f

bool	WaterContact

Static Public Attributes
static List< Part >	allParts = new List<Part>()

static bool	AlwaysRecheckShielding = true
	Do we force a recheck of shielding a frame after Start() finsihes? This is so if a shield was somehow destroyed prior to start and our state is still shielded, we don't always stay shielded. This one is static, and if false, no parts will do this. More...

static voidPartDelegate	CheckPartG = _CheckPartG

static voidPartDelegate	CheckPartPressure = _CheckPartPressure

static voidPartDelegate	CheckPartTemp = _CheckPartTemp

static float	defaultHighlightFalloff = 2f

static Color	defaultHighlightNone = new Color32(0, 0, 0, 0)

static Color	defaultHighlightPart = Highlighter.colorPartHighlightDefault

static uint	fuelRequestID = 0

static LayerMask	layerMask = LayerUtil.DefaultEquivalent \| (1 << 26) \| (1 << 1)

static voidPartDelegate	UpgradeStatsDel

Protected Member Functions
virtual void	onActiveFixedUpdate ()
	called on physics update, when the part is active. use to update active parts, like engines More...

virtual void	onActiveUpdate ()
	called on regular update, when the part is active. More...

virtual void	onCopy (Part original, bool asSymCounterpart)
	Called when the part is instantiated as a copy, through Alt+Copy or symmetry More...

virtual void	onCtrlUpd (FlightCtrlState s)
	propagates downwards from the active command pod. will reach every part that is still connected More...

virtual void	onDecouple (float breakForce)
	called when the part is detached from the ship assembly (breakForce > 0 means the part was broken off) More...

virtual void	onDisconnect ()
	called when a parent of this part was detached from the ship More...

virtual void	onEditorUpdate ()
	called on physics update while the game is at the VAB. More...

virtual void	onFlightStart ()
	called when entering flight mode. More...

virtual void	onFlightStartAtLaunchPad ()
	called when entering flight mode as a new flight (on the launch pad). More...

virtual void	onGamePause ()
	called when the game is paused. use to store values and resume them later More...

virtual void	onGameResume ()
	called when the game is resumed back from a pause state. use to restore values saved in onGamePause More...

virtual void	onJointDisable ()

virtual void	onJointReset ()

virtual void	onPack ()

virtual bool	onPartActivate ()
	called when the part is activated More...

virtual void	onPartAttach (Part parent)
	called when the part is attached to another (in the editor). When this is called all needed attachment operations are completed. More...

virtual void	onPartAwake ()
	called when the part is first instantiated. Use to overwrite part parameters if needed. Will be called at loading time, and also at each new instance. More...

virtual void	onPartDeactivate ()
	called when the active part is deactivated, like an engine when it runs out of fuel More...

virtual void	onPartDelete ()
	called when the part is manually deleted on the VAB More...

virtual void	onPartDestroy ()

virtual void	onPartDetach ()
	called when the part is detached from the ship (in the editor). When this is called all needed detachment operations are completed. More...

virtual void	onPartExplode ()
	called when the part explodes. More...

virtual void	onPartFixedUpdate ()
	called on every physics update. use to update passive parts that need to apply forces or use much physics, like winglets or RCS. More...

virtual void	onPartLiftOff ()

virtual void	onPartLoad ()
	called only once, when the part is first loaded into the game. Use to create components, and do stuff that only needs to be done once. More...

virtual void	onPartSplashdown ()

virtual void	onPartStart ()
	called when the unity Start() method is called. More...

virtual void	onPartTouchdown ()

virtual void	onPartUpdate ()
	Called once per frame. use to update passive parts that don't affect physics, like radiators or solar panels More...

virtual void	onStartComplete ()
	called at the end of the start method in all scenes. In flight, this is after rigidbody initialization. More...

virtual void	onUnpack ()

virtual void	onWasCopied (Part copyPart, bool asSymCounterpart)
	Called when the part was copied, through Alt+Copy or symmetry More...

virtual void	onWillBeCopied (bool asSymCounterpart)
	Called when the part is about to be copied, through Alt+Copy or symmetry More...

IEnumerator	RecheckShielding ()

void	SetLayer (GameObject obj, int layer)

Static Protected Member Functions
static ReflectedAttributes	GetReflectedAttributes (Type partModuleType)

Protected Attributes
bool	attached = false
	Flag for whether the part is directly attached to another (it's not the same as parent != null because this is also true for root parts) More...

bool	compund
	Flag for whether the part is able to attach to another More...

bool	connected = false

bool	explodeOverheat
	If this part exploded due to an overheat. More...

Vector3	posBackup

List< Part >	resourceTargets = new List<Part>()

PartStates	state = PartStates.IDLE

string	vesselNamingDisplayName

string	vesselNamingDisplayPriority

Static Protected Attributes
static Dictionary< Type, ReflectedAttributes >	reflectedAttributeCache = new Dictionary<Type, ReflectedAttributes>()

Properties
BaseActionList	Actions `[get]`

bool	CanFail `[get, set]`

int	ClassID `[get]`

string	ClassName `[get]`

DragCubeList	DragCubes `[get]`

EffectList	Effects `[get]`

BaseEventList	Events `[get]`

BaseFieldList	Fields `[get]`

bool	hasStagingIcon `[get]`

bool	HighlightActive `[get, set]`

Highlighter	highlighter `[get, set]`

List< Renderer >	HighlightRenderer `[get, set]`

bool	isAttachable `[get]`

bool	isAttached `[get, set]`
	Flag for whether the part is directly attached to another (it's not the same as parent != null because this is also true for root parts) More...

bool	isCompund `[get]`

bool	isControllable `[get]`
	flag for wether this part will receive an input feed (use this if reading FlightInputHandler.state directly) More...

bool	isVesselEVA `[get]`
	Returns true if the Vessel this Part is a part of is an EVA Kerbal. - Includes null check if vessel is null returns false. More...

bool	Landed `[get]`

Part	localRoot `[get]`

List< ModuleAnimateGeneric >	ModuleAnimateGenerics `[get]`
	The ModuleAnimateGeneric modules for this part (if there are any). More...

PartModuleList	Modules `[get]`

bool	MouseOver `[get]`

MaterialPropertyBlock	mpb `[get]`

bool	NoAutoEVA `[get]`

Orbit	orbit `[get]`

UIPartActionWindow	PartActionWindow `[get]`

ReflectedAttributes	PartAttributes `[get, set]`

bool	PartTweakerSelected `[get, set]`
	Returns true if the current part selected is the tweaker "target anchor transform" point of a part, like the end point of a compound part. More...

PartValues	PartValues `[get]`

bool	RecurseHighlight `[get, set]`

PartResourceList	Resources `[get]`
	This is the PartResourceList for the part. More...

Rigidbody	Rigidbody `[get]`

Part	RigidBodyPart `[get]`

bool	ShieldedFromAirstream `[get, set]`

PartResourceList	SimulationResources `[get]`
	This is the delta v simulation PartResourceList for the part. More...

bool	Splashed `[get]`

PartStates	State `[get, set]`

Vector3	WCoM `[get]`

Member Enumeration Documentation

enum Part.AutoStrutMode

Enumerator
Off
Root
Heaviest
Grandparent
ForceRoot
ForceHeaviest
ForceGrandparent

enum Part.DragModel

Enumerator
DEFAULT
CONIC
CYLINDRICAL
SPHERICAL
CUBE
NONE

enum Part.HighlightType

Enumerator
Disabled
OnMouseOver
AlwaysOn

enum Part.PhysicalSignificance

Enumerator
FULL
NONE

enum Part.ShowRigidAttachmentOption

Enumerator
Never
Editor
Always

Member Function Documentation

static void Part._CheckPartG ( Part p )

inlinestatic

static void Part._CheckPartPressure ( Part p )

inlinestatic

static void Part._CheckPartTemp ( Part p )

inlinestatic

bool Part.activate	(	int	currentStage,
		Vessel	activeVessel
	)

inline

void Part.AddAttachNode ( ConfigNode node )

inline

void Part.addChild ( Part child )

inline

bool Part.AddCrewmember ( ProtoCrewMember crew )

inline

bool Part.AddCrewmemberAt	(	ProtoCrewMember	crew,
		int	seatIndex
	)

inline

void Part.AddExposedThermalFlux ( double kilowatts )

inline

void Part.AddForce ( Vector3d vec )

inline

Adds force to the part's (or parent's up the tree) rb. NOTE: ForceMode == Force. If you want a different mode, convert to ForceMode.Force.

Parameters

vec

void Part.AddForceAtPosition	(	Vector3d	vec,
		Vector3d	pos
	)

inline

Adds force to the part's (or parent's up the tree) rb, at the specified position. NOTE: ForceMode == Force. If you want a different mode, convert to ForceMode.Force.

Parameters

vec
pos

void Part.AddImpulse ( Vector3d vec )

inline

Adds force to the part's (or parent's up the tree) rb as an impulse (i.e. divides force by fixedDeltaTime

Parameters

vec

InternalModel Part.AddInternalPart ( ConfigNode node )

inline

PartModule Part.AddModule	(	string	moduleName,
		bool	forceAwake = `false`
	)

inline

PartModule Part.AddModule	(	ConfigNode	node,
		bool	forceAwake = `false`
	)

inline

void Part.AddOnMouseDown ( OnActionDelegate method )

inline

void Part.AddOnMouseEnter ( OnActionDelegate method )

inline

void Part.AddOnMouseExit ( OnActionDelegate method )

inline

void Part.AddPartModuleAdjusterList ( List< AdjusterPartModuleBase > moduleAdjusters )

inline

Applies given module adjusters to the appropriate part modules

Template Parameters

adjusterModules List of module adjusters to apply

PartResource Part.AddResource ( ConfigNode node )

inline

Add a PartResource to this Part from a ConfigNode.

Parameters

node

Returns

Callback<IAirstreamShield> Part.AddShield ( IAirstreamShield shd )

inline

void Part.AddSkinThermalFlux ( double kilowatts )

inline

void Part.AddThermalFlux ( double kilowatts )

inline

void Part.AddTorque ( Vector3d vec )

inline

Adds given torque to the part's (or parent's up the tree) rb. NOTE: ForceMode == Force. If you want a different mode, convert to ForceMode.Force.

Parameters

vec

void Part.AimCamera ( )

inline

bool Part.AllowAutoStruts ( )

inline

bool Part.AlreadyProcessedRequest ( int requestID )

inline

void Part.ApplyRigidAttachment ( )

inline

void Part.Awake ( )

inline

< set up modules n stuff

< set up human readable info

< set up Resources

< Set up effects

< Set up drag cube list

< Setup up the part highlighter

< find an airlock node (if any) needs to be in editor too for Engineer's Report purposes

virtual bool Part.CanCrossfeed	(	Part	target,
		string	resName,
		ResourceFlowMode	flow = `ResourceFlowMode.NULL`
	)

inlinevirtual

Can this Part Crossfeed a Resource between itself and another part?

Parameters

target	The Target Part
resName	The Resource name for the Resource
flow	The FlowMode to use.

Returns

virtual bool Part.CanCrossfeed	(	Part	target,
		int	resourceID,
		ResourceFlowMode	flow = `ResourceFlowMode.NULL`
	)

inlinevirtual

Can this Part Crossfeed a Resource between itself and another part?

Parameters

target	The Target Part
resourceID	The Resource ID for the Resource
flow	The FlowMode to use.

Returns: True if the part can crossfeed the Resource. Otherwise False.

void Part.ChangeResourcePriority ( int offset )

inline

void Part.CheckBodyLiftAttachment ( )

inline

bool Part.CheckCollision ( Collision c )

inline

bool Part.checkLanded ( )

inline

void Part.checkPermanentLandedAt ( )

inline

bool Part.checkSplashed ( )

inline

void Part.CheckTransferDialog ( )

inline

void Part.CleanSymmetryReferences ( )

inline

void Part.CleanSymmetryVesselReferences ( )

inline

void Part.CleanSymmetryVesselReferencesRecursively ( )

inline

void Part.clearParent ( )

inline

called by the editor when the selected part is cloned. Use this in stead of setParent(null) to avoid invoking GameEvents.onPartRemove in cases where you are not actually removing a part from the ship.

void Part.Couple ( Part tgtPart )

inline

< also reset all attached and connected flags on both vessels

< update original positions and rotations in relation to the new vessel root

< set the target part as parent for old vessel

< recursively add the parts to the new vessel.

< promote old vessel to a proper vessel again

< remove the old vessel definition off the root part

< update landed status, just to be on the safe side (vessel now points to the new one)

< reset all collision ignores for this vessel

void Part.CreateAttachJoint ( AttachModes mode )

inline

void Part.CreateInternalModel ( )

inline

void Part.CycleAutoStrut ( )

inline

void Part.deactivate ( )

inline

void Part.decouple ( float breakForce = 0.0f )

inline

< this part just became a new vessel now

< Generate fresh UUID.

< inherit the old vessel's control state, so if we decouple a live engine for instance, it'll stay throttled up

void Part.DemoteToPhysicslessPart ( )

inline

This will demote a Physical part to a physicsless part. Use with Care.

void Part.DespawnIVA ( )

inline

void Part.Die ( )

inline

< if this part was the one in ground contact, tell the vessel to check if it's still landed (through other parts maybe)

< or if game parameters allow respawning, set them as "missing" instead.

< Clean up plugin data

< clear off the part object after everything else is done (unless it is the vessel root, in which case the vessel will handle it)

void Part.disconnect ( bool controlledSeparation = false )

inline

virtual bool Part.DrainFuel ( float amount )

inlinevirtual

string Part.drawStats ( )

inline

void Part.Effect	(	string	effectName,
		int	transformIdx = `-1`
	)

inline

void Part.Effect	(	string	effectName,
		float	effectPower,
		int	transformIdx = `-1`
	)

inline

void Part.explode ( )

inline

void Part.explode ( float offset )

inline

< TODO: Wait for FXMonger to finish. (Causes infinite loop if done in FXMonger)

AttachNode Part.FindAttachNode ( string nodeId )

inline

returns an attachment node that matches the given id name. (a node's id is the third section of it's definition in the cfg, or for srfAttach nodes: 'srfAttach')

Parameters

nodeId The id to look for

Returns: A reference to the attachNode, or null if none is found

AttachNode Part.FindAttachNodeByPart ( Part connectedPart )

inline

AttachNode [] Part.FindAttachNodes ( string partialNodeId )

inline

returns an array of attachNodes, whose ids CONTAIN the given id string. (use this one to get multiple nodes at once, when they have similar ids, like node_stack_top1, node_stack_top2...)

Parameters

partialNodeId The string to search for in the node ids

Returns: An array of all nodes found in the search, or null if none is found

Part Part.FindChildPart ( string childName )

inline

Part Part.FindChildPart	(	string	childName,
		bool	recursive
	)

inline

static Part Part.FindChildPart	(	Part	parent,
		string	childName
	)

inlinestatic

T Part.FindChildPart< T > ( )

inline

Type Constraints

T

:

Part

T Part.FindChildPart< T > ( bool recursive )

inline

Type Constraints

T

:

Part

static T Part.FindChildPart< T > ( Part parent )

inlinestatic

Type Constraints

T

:

Part

T [] Part.FindChildParts< T > ( )

inline

Type Constraints

T

:

Part

T [] Part.FindChildParts< T > ( bool recursive )

inline

Type Constraints

T

:

Part

static void Part.FindChildParts< T >	(	Part	parent,
		List< T >	tList
	)

inlinestatic

Type Constraints

T

:

Part

virtual bool Part.FindFuel	(	Part	source,
		List< Part >	fuelSources,
		uint	reqId
	)

inlinevirtual

< if there is a fuel lookup target defined, use it instead of the default fuel paths

< check any neighbour nodes that are attached

FXGroup Part.findFxGroup ( string groupID )

inline

static Transform Part.FindHeirarchyTransform	(	Transform	parent,
		string	childName
	)

inlinestatic

static Transform Part.FindHeirarchyTransformByLayer	(	Transform	parent,
		string	layerName
	)

inlinestatic

Finds a transform that uses a given layer inside a given transform

Parameters

layerName the name of the layer of search for

Returns

static void Part.FindHeirarchyTransforms	(	Transform	parent,
		string	childName,
		List< Transform >	tList
	)

inlinestatic

static void Part.FindHeirarchyTransformsByTag	(	Transform	parent,
		string	tag,
		List< Transform >	tList
	)

inlinestatic

Finds transforms in the hierarchy of a given parent by tag

Parameters

parent
tag
tList

Animation Part.FindModelAnimator	(	string	animatorName,
		string	clipName
	)

inline

static Animation Part.FindModelAnimator	(	Transform	modelTransform,
		string	animatorName,
		string	clipName
	)

inlinestatic

Animation Part.FindModelAnimator ( string clipName )

inline

Animation [] Part.FindModelAnimators ( string clipName )

inline

Animation [] Part.FindModelAnimators ( )

inline

T Part.FindModelComponent< T > ( )

inline

Type Constraints

T

:

Component

T Part.FindModelComponent< T > ( string childName )

inline

Type Constraints

T

:

Component

static T Part.FindModelComponent< T >	(	Transform	parent,
		string	childName
	)

inlinestatic

Type Constraints

T

:

Component

List<T> Part.FindModelComponents< T > ( )

inline

Type Constraints

T

:

Component

List<T> Part.FindModelComponents< T > ( string childName )

inline

Type Constraints

T

:

Component

static void Part.FindModelComponents< T >	(	Transform	parent,
		string	childName,
		List< T >	tList
	)

inlinestatic

Type Constraints

T

:

Component

List<MeshRenderer> Part.FindModelMeshRenderersCached ( )

inline

Find all Model MeshRenderer Components on the part. Use the previous cached results if available

Returns: List of MeshRenderer Components on the part

List<Renderer> Part.FindModelRenderersCached ( )

inline

Find all Model Renderer Components on the part. Use the previous cached results if available

Returns: List of MeshRenderer Components on the part

List<SkinnedMeshRenderer> Part.FindModelSkinnedMeshRenderersCached ( )

inline

Find all Model SkinnedMeshRenderer Components on the part. Use the previous cached results if available

Returns: List of MeshRenderer Components on the part

Transform Part.FindModelTransform ( string childName )

inline

Transform Part.FindModelTransformByLayer ( string layerName )

inline

Finds a model transform that uses a given layer

Parameters

layerName the name of the layer of search for

Returns

Transform [] Part.FindModelTransforms ( string childName )

inline

Transform [] Part.FindModelTransformsWithTag ( string tag )

inline

Finds model transforms that have a given tag

Parameters

tag

Returns

T Part.FindModuleImplementing< T > ( )

inline

Returns the first ocurrence of a module in this part, if any

Template Parameters

T	PartModule to search for

Returns: Reference to the PartModule

Type Constraints

T

:

class

List<T> Part.FindModulesImplementing< T > ( )

inline

Returns all modules of the given part type

Template Parameters

T

Returns

Type Constraints

T

:

class

void Part.FindNonPhysicslessChildren ( ref List< Part > parts )

inline

Part Part.FindNonPhysicslessParent ( )

inline

T Part.FindParentModuleImplementing< T > ( )

inline

Returns the first occurrence of a module in this Part's parent tree, if any.

Template Parameters

T

Returns

Type Constraints

T

:

class

AttachNode Part.FindPartThroughNodes	(	Part	tgtPart,
		Part	src = `null`
	)

inline

Finds the attachnode (if any) that leads to the given part

Parameters

tgtPart

Returns

static Transform Part.FindTransformInChildrenExplicit	(	Transform	parent,
		Transform	find
	)

inlinestatic

void Part.FixedUpdate ( )

inline

void Part.force_activate ( )

inline

void Part.force_activate ( bool playFX )

inline

void Part.freeze ( )

inline

static Part Part.FromGO ( GameObject obj )

inlinestatic

void Part.GainCameraAim ( )

inline

static Component Part.GetComponentUpwards	(	string	type,
		GameObject	obj
	)

inlinestatic

static T Part.GetComponentUpwards< T > ( GameObject obj )

inlinestatic

Type Constraints

T

:

Component

void Part.GetConnectedResourceTotals	(	int	resourceID,
		out double	amount,
		out double	maxAmount,
		bool	pulling = `true`
	)

inline

Get the Connected Resource totals. Obeys resource crossfeed rules.

Parameters

resourceID	The id of the resource
amount	The amount of the resource available to this Part
maxAmount	The max amount of the resource available to this Part (total capacity)
pulling	Set to false if wanting how much available space there is. Default is true: Get how much of the actual resource is available.

virtual void Part.GetConnectedResourceTotals	(	int	resourceID,
		ResourceFlowMode	flowMode,
		out double	amount,
		out double	maxAmount,
		bool	pulling = `true`
	)

inlinevirtual

Get the Connected Resource totals.

Parameters

resourceID	The id of the resource
flowMode	ResourceFlowMode to use (overrides default resource flowmode)
amount	The amount of the resource available to this Part
maxAmount	The max amount of the resource available to this Part (total capacity)
pulling	Set to false if wanting how much available space there is. Default is true: Get how much of the actual resource is available.

void Part.GetConnectedResourceTotals	(	int	resourceID,
		out double	amount,
		out double	maxAmount,
		double	threshold,
		bool	pulling = `true`
	)

inline

Get the Connected Resource totals.

Parameters

resourceID	The id of the resource
amount	The amount of the resource available to this Part
maxAmount	The max amount of the resource available to this Part (total capacity)
threshold	The threshold amount.
pulling	Set to false if wanting how much available space there is. Default is true: Get how much of the actual resource is available.

virtual void Part.GetConnectedResourceTotals	(	int	resourceID,
		ResourceFlowMode	flowMode,
		out double	amount,
		out double	maxAmount,
		double	threshold,
		bool	pulling = `true`
	)

inlinevirtual

Get the Connected Resource totals.

Parameters

resourceID	The id of the resource
flowMode	ResourceFlowMode to use (overrides default resource flowmode)
amount	The amount of the resource available to this Part
maxAmount	The max amount of the resource available to this Part (total capacity)
threshold	The threshold amount.
pulling	Set to false if wanting how much available space there is. Default is true: Get how much of the actual resource is available.

virtual void Part.GetConnectedResourceTotals	(	int	resourceID,
		ResourceFlowMode	flowMode,
		bool	simulate,
		out double	amount,
		out double	maxAmount,
		double	threshold,
		bool	pulling = `true`
	)

inlinevirtual

Get the Connected Resource totals.

Parameters

resourceID	The id of the resource
flowMode	ResourceFlowMode to use (overrides default resource flowmode)
simulate	If true will use the SimulationResources
amount	The amount of the resource available to this Part
maxAmount	The max amount of the resource available to this Part (total capacity)
threshold	The threshold amount.
pulling	Set to false if wanting how much available space there is. Default is true: Get how much of the actual resource is available.

int Part.GetCrewCountOfExperienceEffect< T > ( )

inline

Will return a count of the number of crew on board the part that have the experience effect that is passed in.

Template Parameters

T	Experience.ExperienceEffect you want a crew count of

Returns: integer count value

Type Constraints

T

:

Experience.ExperienceEffect

List<ProtoCrewMember> Part.GetCrewOfExperienceEffect< T > ( )

inline

Will return a list of the crew on board the part that have the experience effect that is passed in.

Template Parameters

T	Experience.ExperienceEffect you want the returned list to contain

Returns: A list of ProtoCrewMember type

Type Constraints

T

:

Experience.ExperienceEffect

static uint Part.getFuelReqId ( )

inlinestatic

Part Part.GetMassivePart	(	Part	start,
		out Part	lastPart,
		out AttachNode	nodeToParent,
		out AttachNode	nodeFromParent,
		out bool	srfAttached,
		params Part[]	excluded
	)

inline

< Do the same for child parts

< Cache the result (lasts only for the one tick, minor improvement to performance)

float Part.GetModuleCosts	(	float	defaultCost,
		ModifierStagingSituation	sit = `ModifierStagingSituation.CURRENT`
	)

inline

Returns the sum of cost modifications from IPartCostModifier modules.

Returns

float Part.GetModuleMass	(	float	defaultMass,
		ModifierStagingSituation	sit = `ModifierStagingSituation.CURRENT`
	)

inline

Returns the sum of mass modifications from IPartMassModifier modules.

Returns

Vector3 Part.GetModuleSize	(	Vector3	defaultSize,
		ModifierStagingSituation	sit = `ModifierStagingSituation.CURRENT`
	)

inline

Returns the sum of size modifications from IPartSizeModifier modules.

Returns

PartModule.StartState Part.GetModuleStartState ( )

inline

virtual Collider [] Part.GetPartColliders ( )

inlinevirtual

Reimplemented in CompoundPart.

virtual Renderer [] Part.GetPartRenderers ( )

inlinevirtual

static void Part.GetPartsOutTo	(	Part	part,
		HashSet< Part >	parts,
		int	maxLinks
	)

inlinestatic

float Part.GetPhysicslessChildMass ( )

inline

virtual Part Part.GetReferenceParent ( )

inlinevirtual

Reimplemented in CompoundPart.

virtual Transform Part.GetReferenceTransform ( )

inlinevirtual

Reimplemented in CompoundPart.

static ReflectedAttributes Part.GetReflectedAttributes ( Type partModuleType )

inlinestaticprotected

float Part.GetResourceMass ( )

inline

Get the Mass of all Resources in the part.

Returns

float Part.GetResourceMass ( bool simulate )

inline

Get the Mass of all Resources in the part.

Parameters

simulate If true will get the mass of SimulationResources.

Returns

float Part.GetResourceMass ( out float thermalMass )

inline

Get the Mass of all Resources in the part.

Parameters

thermalMass Returns the thermal mass of the Resources as well.

Returns

float Part.GetResourceMass ( out double thermalMass )

inline

Get the Mass of all Resources in the part.

Parameters

thermalMass Returns the thermal mass of the Resources as well.

Returns

virtual int Part.GetResourcePriority ( )

inlinevirtual

Part Part.getSymmetryCounterPart ( int index )

inline

void Part.HandleCollision ( Collision c )

inline

< first we consider impact speed only. This way very light objects just touching heavy ones won't go 'pop'

bool Part.HasAutoStrutDefined ( )

inline

Returns true if there are autostruts defined.

Returns

bool Part.HasFreePivot ( )

inline

bool Part.hasIndirectChild ( Part tgtPart )

inline

Returns true if the target part is in the direct hierarchy of this part.

Parameters

tgtPart The part to search for

bool Part.hasIndirectParent ( Part tgtPart )

inline

Returns true if the target part is in the direct hierarchy of this part.

Parameters

tgtPart The part to search for

bool Part.HasModuleImplementing< T > ( )

inline

Tests whether this Part has a PartModule of this type

Template Parameters

T	Partmodule type to search for

Returns: True if it is

Type Constraints

T

:

class

bool Part.HasValidContractObjective ( string objectiveType )

inline

void Part.HeatGaugeUpdate ( )

inline

void Part.Highlight ( bool active )

inline

Manually highlights the part using default hightlighting color

Parameters

active Turn hightlight on or off.

void Part.Highlight ( Color highlightColor )

inline

Manually highlights the part.

Parameters

highlightColor The highlight color. Use Color.black to unhighlight

void Part.HighlightRecursive ( bool active )

inline

Recursively highlights the part and it's children (to a lesser degree)

Parameters

active Turn hightlight on or off.

void Part.HighlightRecursive ( Color highlightColor )

inline

Recursively highlights the part and it's children (to a lesser degree)

Parameters

highlightColor The highlight color. Use Color.black to unhighlight

void Part.InitializeEffects ( )

inline

void Part.InitializeModules ( )

inline

bool Part.isAirIntake ( out ModuleResourceIntake intake )

inline

Is this Part an Air Intake or not?

Parameters

intake Returns the found ModuleResourceIntake if found or null

Returns: True if it is an air intake, false otherwise.

bool Part.isAnchoredDecoupler ( out ModuleAnchoredDecoupler moduleAnchoredDecoupler )

inline

Is this Part an AnchoredDecoupler or not?

Parameters

moduleAnchoredDecoupler Returns the found ModuleAnchoredDecoupler if found or null

Returns: True if it is an anchored decoupler, false otherwise.

bool Part.isAntenna ( out ModuleDeployableAntenna antenna )

inline

Is this Part an Antenna or not?

Parameters

antenna Returns the found ModuleDeployableAntenna if found or null

Returns: True if it is an antenna, false otherwise.

bool Part.isBaseServo ( out BaseServo servo )

inline

Is this part a Base Servo or not?

Parameters

servo Reference to the base servo module.

Returns: True if it is a base servo, false otherwise.

bool Part.isCargoPart ( )

inline

Is this Part a Cargo Part or not?

Returns: True if it is a cargo part, false otherwise.

bool Part.isChildOfRoboticRotor ( )

inline

Is this Part a Child of a Part that is a Robotic Rotor or not? (A Parent implements ModuleRoboticServoRotor).

Returns: True if it is

bool Part.isControlSurface ( )

inline

Is this Part a Control Surface (Implements ModuleControlSurface).

Returns: True if it is

bool Part.isControlSurface ( out ModuleControlSurface controlSurface )

inline

Is this Part a Control Surface (Implements ModuleControlSurface).

Parameters

controlSurface The control surface module

Returns: True if it is

bool Part.isDecoupler ( out ModuleDecouple moduleDecoupler )

inline

Is this Part a Decoupler or not? Does not include AnchoredDecoupler. Use isAnchoredDecoupler() to check.

Parameters

dockingPort Returns the found ModuleDecouple if found or null

Returns: True if it is a decoupler, false otherwise.

bool Part.isDockingPort ( out ModuleDockingNode dockingPort )

inline

Is this Part a dockingPort or not?

Parameters

dockingPort Returns the found ModuleDockingNode if found or null

Returns: True if it is a docking port, false otherwise.

bool Part.isEngine ( )

inline

Is this Part a ModuleEngines or not?

Returns

bool Part.isEngine ( out List< ModuleEngines > engines )

inline

Does this Part contain a ModuleEngines?

Parameters

engines A list of ModuleEngines found on part.

Returns

bool Part.isFairing ( )

inline

Is this Part a Fairing or not?

Returns: True if it is a fairing, false otherwise.

bool Part.isGenerator ( out ModuleGenerator generator )

inline

Is this Part a Generator or not?

Parameters

generator Returns the found ModuleGenerator if found or null

Returns: True if it is a generator, false otherwise.

bool Part.isGroundDeployable ( )

inline

Is this Ground Deployable Part or not?

Returns: True if it is a ground deloyable part, false otherwise.

bool Part.isInventoryPart ( )

inline

Is this Part a Cargo Inventory Part or not?

Returns: True if it is a cargo inventory part, false otherwise.

bool Part.isKerbalEVA ( )

inline

Is this Part a an EVA Kerbal?

Returns: True if it is a kerbal EVA part, false otherwise.

bool Part.isKerbalSeat ( )

inline

Is this Part a Kerbal Seat or not?

Returns: True if it is a parachute, false otherwise.

bool Part.isLaunchClamp ( )

inline

Is this Part a LaunchClamp or not?

Returns: True if it is a launch clamp, false otherwise.

bool Part.isParachute ( )

inline

Is this Part a Parachute or not?

Returns: True if it is a parachute, false otherwise.

bool Part.isRadiator ( out ModuleDeployableRadiator radiator )

inline

Is this Part a Radiator or not?

Parameters

radiator Returns the found ModuleDeployableRadiator if found or null

Returns: True if it is a radiator, false otherwise.

bool Part.isRobotic ( )

inline

Is this Part a Robotic Part or not?

Returns

bool Part.isRoboticController ( )

inline

Is this Part a Robotics Controller or not

Returns

bool Part.isRoboticController ( out ModuleRoboticController controller )

inline

Is this Part a Robotics Controller or not?

Parameters

servo Reference to the Robotics Controller module.

Returns: True if it is a Robotics Controller, false otherwise.

bool Part.isRoboticHinge ( )

inline

Is this Part a Robotic Hinge Part or not? (Implements ModuleRoboticServoHinge).

Returns: True if it is

bool Part.isRoboticPiston ( )

inline

Is this Part a Robotic Piston Part or not? (Implements ModuleRoboticServoPiston).

Returns: True if it is

bool Part.isRoboticRotationServo ( )

inline

Is this Part a Robotic RotationServo Part or not? (Implements ModuleRoboticServoRotationServo).

Returns: True if it is

bool Part.isRoboticRotor ( )

inline

Is this Part a Robotic Rotor Part or not? (Implements ModuleRoboticServoRotor).

Returns: True if it is

bool Part.isSolarPanel ( out ModuleDeployableSolarPanel solarPanel )

inline

Is this Part a Solar Panel or not?

Parameters

solarPanel Returns the found ModuleDeployableSolarPanel if found or null

Returns: True if it is a solar panel, false otherwise.

bool Part.isSymmetryCounterPart ( Part cPart )

inline

bool Part.isTrackingShipConstructIDChanges ( out List< IShipConstructIDChanges > modules )

inline

Is this Part tracking ID changes in Ship Construct in any modules

Parameters

modules modules that are tracking it

Returns: True if it is

bool Part.IsUnderConstructionWeightLimit ( )

inline

Checks if the parts Weight is below the construction limit (PhysicsGlobals.ConstructionWeightLimit)

Returns

void Part.LandedCollisionChecks ( Collision c )

inline

virtual void Part.LateUpdate ( )

inlinevirtual

Reimplemented in CompoundPart.

void Part.LoadEffects ( ConfigNode node )

inline

PartModule Part.LoadModule	(	ConfigNode	node,
		ref int	moduleIndex
	)

inline

void Part.LoseCameraAim ( )

inline

void Part.ModulesBeforePartAttachJoint ( )

inline

void Part.ModulesOnActivate ( )

inline

void Part.ModulesOnDeactivate ( )

inline

void Part.ModulesOnFixedUpdate ( )

inline

void Part.ModulesOnStart ( )

inline

void Part.ModulesOnStartFinished ( )

inline

void Part.ModulesOnUpdate ( )

inline

static int Part.NewRequestID ( )

inlinestatic

delegate void Part.OnActionDelegate ( Part p )

virtual void Part.onActiveFixedUpdate ( )

inlineprotectedvirtual

called on physics update, when the part is active. use to update active parts, like engines

virtual void Part.onActiveUpdate ( )

inlineprotectedvirtual

called on regular update, when the part is active.

void Part.onAttach	(	Part	parent,
		bool	first = `true`
	)

inline

Called by editor logic when the part is attached to the ship. Propagates childward. (parent hierarchy is followed)

Parameters

parent

void Part.OnAttachFlight ( Part parent )

inline

Attaches this part to the parent passed in as a parameter.

Parameters

parent

virtual void Part.onBackup ( )

inlinevirtual

Called whenever a backup snapshot is created from the ship

void Part.OnCollisionEnter ( Collision c )

inline

< before handling the collision, check if this collider doesn't belong to a physicsless part

< if the vessel is ignoring collisions then so must the part

void Part.OnCollisionExit ( Collision c )

inline

void Part.OnCollisionStay ( Collision c )

inline

virtual void Part.OnConstructionModeFixedUpdate ( )

inlinevirtual

This method will be called when in EVA Construction mode and this part is disabled (when it is not attached to a vessel) every FixedUpdate(). It will call the same named method on every PartModule on the part which can be override by any PartModule.

virtual void Part.OnConstructionModeUpdate ( )

inlinevirtual

This method will be called when in EVA Construction mode and this part is disabled (when it is not attached to a vessel) every Update(). It will call the same named method on every PartModule on the part which can be override by any PartModule.

Reimplemented in CompoundPart.

void Part.OnCopy	(	Part	original,
		bool	asSymCounterpart
	)

inline

This method is called on a clone/copied Part right after it's been created from another part in the editor scene. It copies the resources, their amounts. It calls Copy method on all the PartModules on this part. It then copies/sets the variant and calls OnCopy on all children Parts on this part.

Parameters

original	A reference to the original Part this part was copied from.
asSymCounterpart	True if the part being copied is a symmetry counterpart.

virtual void Part.onCopy	(	Part	original,
		bool	asSymCounterpart
	)

inlineprotectedvirtual

Called when the part is instantiated as a copy, through Alt+Copy or symmetry

Reimplemented in CompoundPart.

virtual void Part.onCtrlUpd ( FlightCtrlState s )

inlineprotectedvirtual

propagates downwards from the active command pod. will reach every part that is still connected

Parameters

s	an object containing the state of all flight controls

virtual void Part.onDecouple ( float breakForce )

inlineprotectedvirtual

called when the part is detached from the ship assembly (breakForce > 0 means the part was broken off)

Parameters

breakForce

void Part.OnDelete ( )

inline

void Part.onDetach ( bool first = true )

inline

Called by editor logic when the part is pulled off the ship. Propagates childward

void Part.OnDetachFlight ( )

inline

Detaches a part from a vessel during Flight Scene. Method quits if loaded scene is not Flight or if it has at least 1 child part.

virtual void Part.onDisconnect ( )

inlineprotectedvirtual

called when a parent of this part was detached from the ship

virtual void Part.OnDrawStats ( )

inlinevirtual

virtual void Part.onEditorEndTweak ( )

inlinevirtual

Called when the part finishes getting tweaked in position/rotation on the editor (Mainly for struts).

Reimplemented in CompoundPart.

virtual void Part.onEditorStartTweak ( )

inlinevirtual

Called when the part starts getting tweaked in position/rotation on the editor (Mainly for struts).

Reimplemented in CompoundPart.

virtual void Part.onEditorUpdate ( )

inlineprotectedvirtual

called on physics update while the game is at the VAB.

Reimplemented in CompoundPart.

virtual void Part.onFlightStart ( )

inlineprotectedvirtual

called when entering flight mode.

virtual void Part.onFlightStartAtLaunchPad ( )

inlineprotectedvirtual

called when entering flight mode as a new flight (on the launch pad).

virtual void Part.onFlightStateLoad ( Dictionary< string, KSPParseable > parsedData )

inlinevirtual

Called when the flight scene is being loaded. Use to retrieve saved module data.

virtual void Part.onFlightStateSave ( Dictionary< string, KSPParseable > partDataCollection )

inlinevirtual

Called when the state of the flight scene is being saved. Use to save module data. Add KSPParseable objects to the partDataCollection to have them saved. (use descriptive, unique names)

virtual void Part.onGamePause ( )

inlineprotectedvirtual

called when the game is paused. use to store values and resume them later

virtual void Part.onGameResume ( )

inlineprotectedvirtual

called when the game is resumed back from a pause state. use to restore values saved in onGamePause

virtual string Part.OnGetStats ( )

inlinevirtual

Override to return part-specific stats as a string

virtual void Part.OnInventoryModeDisable ( )

inlinevirtual

This method will be called when this part is first disabled (when it is not attached to a vessel) when created in Inventory/Construction mode. It will call the same named method on every PartModule on the part which can be override by any PartModule.

Reimplemented in CompoundPart.

virtual void Part.OnInventoryModeEnable ( )

inlinevirtual

This method will be called when this part is first enabled (when it is attached to a vessel) when created in Inventory/Construction mode. It will call the same named method on every PartModule on the part which can be override by any PartModule.

Reimplemented in CompoundPart.

virtual void Part.onJointDisable ( )

inlineprotectedvirtual

virtual void Part.onJointReset ( )

inlineprotectedvirtual

void Part.OnLiftOff ( )

inline

void Part.OnLoad ( )

inline

virtual void Part.OnLoad ( ConfigNode node )

inlinevirtual

Reimplemented in CompoundPart.

virtual void Part.onPack ( )

inlineprotectedvirtual

virtual bool Part.onPartActivate ( )

inlineprotectedvirtual

called when the part is activated

virtual void Part.onPartAttach ( Part parent )

inlineprotectedvirtual

called when the part is attached to another (in the editor). When this is called all needed attachment operations are completed.

Parameters

parent the part it's been attached to

Reimplemented in CompoundPart.

virtual void Part.onPartAwake ( )

inlineprotectedvirtual

called when the part is first instantiated. Use to overwrite part parameters if needed. Will be called at loading time, and also at each new instance.

Reimplemented in CompoundPart.

virtual void Part.OnPartCreatedFomInventory ( ModuleInventoryPart moduleInventoryPart )

inlinevirtual

This method is called when a part is being taken out from a slot while being in EVAConstruction mode.

Parameters

moduleInventoryPart The inventory part module this part is being drawn from.

Reimplemented in CompoundPart.

virtual void Part.onPartDeactivate ( )

inlineprotectedvirtual

called when the active part is deactivated, like an engine when it runs out of fuel

virtual void Part.onPartDelete ( )

inlineprotectedvirtual

called when the part is manually deleted on the VAB

virtual void Part.onPartDestroy ( )

inlineprotectedvirtual

called when the part's gameObject is destroyed. use to remove any listeners, or destroy components

Reimplemented in CompoundPart.

virtual void Part.onPartDetach ( )

inlineprotectedvirtual

called when the part is detached from the ship (in the editor). When this is called all needed detachment operations are completed.

Reimplemented in CompoundPart.

virtual void Part.onPartExplode ( )

inlineprotectedvirtual

called when the part explodes.

virtual void Part.onPartFixedUpdate ( )

inlineprotectedvirtual

called on every physics update. use to update passive parts that need to apply forces or use much physics, like winglets or RCS.

Reimplemented in CompoundPart.

void Part.OnPartJointBreak ( float breakForce )

inline

virtual void Part.onPartLiftOff ( )

inlineprotectedvirtual

virtual void Part.onPartLoad ( )

inlineprotectedvirtual

called only once, when the part is first loaded into the game. Use to create components, and do stuff that only needs to be done once.

virtual void Part.onPartSplashdown ( )

inlineprotectedvirtual

virtual void Part.onPartStart ( )

inlineprotectedvirtual

called when the unity Start() method is called.

virtual void Part.onPartTouchdown ( )

inlineprotectedvirtual

virtual void Part.onPartUpdate ( )

inlineprotectedvirtual

Called once per frame. use to update passive parts that don't affect physics, like radiators or solar panels

void Part.OnPointerClick ( PointerEventData eventData )

inline

virtual void Part.OnSave ( ConfigNode node )

inlinevirtual

Reimplemented in CompoundPart.

void Part.OnSplashDown ( )

inline

virtual void Part.onStartComplete ( )

inlineprotectedvirtual

called at the end of the start method in all scenes. In flight, this is after rigidbody initialization.

Reimplemented in CompoundPart.

void Part.OnTouchDown ( )

inline

virtual void Part.onUnpack ( )

inlineprotectedvirtual

void Part.OnWasCopied	(	Part	newPart,
		bool	asSymCounterpart
	)

inline

This method is called right after a Part is about to be copied in the editor scene. Calls OnWasCopied on all PartModules on this part. Calls OnWasCopied on all children Parts on this part.

Parameters

newPart	The new or copy part that was created from this part.
asSymCounterpart	True if the part being copied is a symmetry counterpart.

virtual void Part.onWasCopied	(	Part	copyPart,
		bool	asSymCounterpart
	)

inlineprotectedvirtual

Called when the part was copied, through Alt+Copy or symmetry

void Part.OnWillBeCopied ( bool asSymCounterpart )

inline

This method is called right before a Part is about to be copied in the editor scene. Calls OnWillBeCopied on all PartModules on this part. Calls OnWillBeCopied on all children Parts on this part.

Parameters

asSymCounterpart True if the part being copied is a symmetry counterpart.

virtual void Part.onWillBeCopied ( bool asSymCounterpart )

inlineprotectedvirtual

Called when the part is about to be copied, through Alt+Copy or symmetry

bool Part.OnWillBeMirrored	(	ref Quaternion	rotation,
		AttachNode	selPartNode,
		Part	partParent
	)

inline

This is called in the Editor scene when a symmetry copy of a part is being positioned. Only called on the symmetry parts and only when symmetry mode is set to Mirror. It allows the mirror rotation to be changed and returned before being applied to the symmetry copy part. It will call OnWillBeMirrored on all Part Modules on the Part. It does NOT call on children Parts.

Parameters

rotation	The current calculated rotation. Will be updated if method returns true.
selPartNode	The attachnode.
partParent	The part that will become this part's parent.

Returns: True if the rotation was changed. Otherwise will return false.

void Part.Pack ( )

inline

< disconnected parts are sent to another layer, where they don't collide with other parts on the same layer

bool Part.PartCanBeDetached ( )

inline

bool Part.PartCanBeOffset ( )

inline

bool Part.PartCanBeRotated ( )

inline

void Part.PartRepair ( )

inline

Removes all the adjusters that can be repaired on this part.

static Vector3 Part.PartToVesselSpaceDir	(	Vector3	dir,
		Part	p,
		Vessel	v,
		PartSpaceMode	space
	)

inlinestatic

Transform a direction from a part's local space to vessel-relative space

static Vector3 Part.PartToVesselSpacePos	(	Vector3	pos,
		Part	p,
		Vessel	v,
		PartSpaceMode	space
	)

inlinestatic

Transform a point from a part's local space to vessel-relative space

static Quaternion Part.PartToVesselSpaceRot	(	Quaternion	rot,
		Part	p,
		Vessel	v,
		PartSpaceMode	space
	)

inlinestatic

Transform a rotation from a part's local space to vessel-relative space

void Part.PromoteToPhysicalPart ( )

inline

void Part.propagateControlUpdate ( FlightCtrlState st )

inline

< let the part do something with the new control state

< and forward it to it's children

IEnumerator Part.RecheckShielding ( )

inlineprotected

void Part.RefreshHighlighter ( )

inline

void Part.RegisterCrew ( )

inline

void Part.ReleaseAutoStruts ( )

inline

void Part.RelinkPrefab ( )

inline

< will only be true during part compilation

void Part.removeChild ( Part child )

inline

void Part.RemoveCrewmember ( ProtoCrewMember crew )

inline

void Part.RemoveFromSymmetry ( )

inline

Remove this part from symmetry partners and clear its symmetry

Only applies for robotic parts currently

void Part.RemoveModule ( PartModule module )

inline

void Part.RemoveModules ( )

inline

void Part.RemoveOnMouseDown ( OnActionDelegate method )

inline

void Part.RemoveOnMouseEnter ( OnActionDelegate method )

inline

void Part.RemoveOnMouseExit ( OnActionDelegate method )

inline

void Part.RemovePartModuleAdjusterList ( List< AdjusterPartModuleBase > moduleAdjusters )

inline

Removes the given adjusters

Template Parameters

moduleAdjusters List of module adjusters to remove

bool Part.RemoveResource ( PartResource res )

inline

Remove a Resource from the part.

Parameters

res

Returns

bool Part.RemoveResource ( string rName )

inline

Remove a Resource from the part.

Parameters

rName

Returns

bool Part.RemoveResource ( int resID )

inline

Remove a Resource from the part.

Parameters

resID

Returns

void Part.RemoveSameVesselInteraction ( KSPActionParam act )

inline

Disable the SameVesselCollision bool.

void Part.RemoveShield ( IAirstreamShield shd )

inline

virtual bool Part.RequestFuel	(	Part	source,
		float	amount,
		uint	reqId
	)

inlinevirtual

< if there is a fuel lookup target defined, use it instead of the default fuel paths

< check any neighbour nodes that are attached

virtual bool Part.RequestRCS	(	float	amount,
		int	earliestStage
	)

inlinevirtual

virtual float Part.RequestResource	(	int	resourceID,
		float	demand
	)

inlinevirtual

Deprecated, please use double RequestResource(int, double). Using this may cause rounding issues with fuel flow

virtual float Part.RequestResource	(	string	resourceName,
		float	demand
	)

inlinevirtual

Deprecated, please use double RequestResource(string, double). Using this may cause rounding issues with fuel flow

virtual double Part.RequestResource	(	int	resourceID,
		double	demand
	)

inlinevirtual