Inheritance diagram for Expansions.Serenity.ModuleRoboticRotationServo:

Public Member Functions

override string GetInfo ()

Returns formatted string of additional data for use in the VAB and SPH More...

override string GetModuleDisplayName ()

Returns the display name for the module. More...

override void OnCopy (PartModule fromModule)

Use OnCopy to copy any additional data from the PartModule provided More...

override void OnModifyServo ()

Updates the values of a PhysX servoJoint in Flight, including enabling/disabling the servoJoint. Is called when The KSPField values are modified for this PartModule. More...

override void OnPreModifyServo ()

Updates the values of a servo in both scenes. Is called when The PAW values are modified for this PartModule. More...

override void OnStart (PartModule.StartState state)

void SetMaximumAngle ()

Set the Hinge to its MaximujmLimit More...

void SetMinimumAngle ()

Set the Hinge to its Minimum Limit More...

Public Member Functions inherited from Expansions.Serenity.BaseServo

Rigidbody AttachServoRigidBody (AttachNode node)

Returns the Rigidbody for the Servo Part that Joint Should connect to when this Part is the Parent for the Joint. More...

GameObject BaseObject ()

virtual bool CanBeDetached ()

Returns true if not moving. More...

virtual bool CanBeOffset ()

Returns true if not moving. More...

virtual bool CanBeRotated ()

Returns true if not moving. More...

override void DemoteToPhysicslessPart ()

This method will be called from Part class DemoteToPhysicslessPart when the part is being converted from physical to physicsless part. It is called before the joints and rigidbodies are destroyed. More...

void DisengageMotor ()

Disengage the motor drive More...

void DisengageServoLock ()

Disengage the Lock on this robotic part More...

void EngageMotor ()

Engage the motor drive More...

bool EngageServoLock ()

Engage the Lock on this robotic part More...

AxisFieldLimit GetAxisFieldLimit (string fieldName)

Get an AxisFieldLimit for a specific axisField More...

List< AxisFieldLimit > GetAxisFieldLimits ()

Get the list of AxisFieldLimit for AxisFields with hard/soft limits More...

List< PartResourceDefinition > GetConsumedResources ()

Vector2 GetHardLimits (string fieldName)

Get the HardLimits for the named field More...

Vector3 GetMainAxis ()

float GetModuleCost (float defaultCost, ModifierStagingSituation sit)

Return the amount to modify the original part's dry cost by. Returned values are added to the base cost. (0 means no effect) More...

ModifierChangeWhen GetModuleCostChangeWhen ()

Return under which circumstances the modulecost changes More...

float GetModuleMass (float defaultMass, ModifierStagingSituation sit)

Return the amount to modify the original part's dry mass by. Returned values are added to the base mass. (0 means no effect) More...

ModifierChangeWhen GetModuleMassChangeWhen ()

Return under which circumstances the modulemass changes More...

Vector2 GetSoftLimits (string fieldName)

Get the SoftLimits for the named field More...

bool HasAxisFieldLimit (string fieldName)

Does this partmodule have an AxisField of this name with hard/soft limits More...

bool HasAxisFieldLimits ()

Does this partmodule have any AxisFields with hard/soft limits More...

bool IsJointUnlocked ()

Return the part joint state More...

GameObject MovingObject ()

Rigidbody NodeRigidBody (AttachNode node)

override void OnAwake ()

Method fires once the module has been added to the part. Use for first time setup. Module will not have loaded fully by this point More...

override void OnLoad (ConfigNode node)

Use OnLoad to load any additional data from the ConfigNode provided More...

override void OnSave (ConfigNode node)

Use OnSave to serialize additional module information into the ConfigNode provided More...

override void OnStart (PartModule.StartState state)

override void OnStartBeforePartAttachJoint (StartState modStartState)

Called in flight scene in Part.Start just before the Part attachnode joints are created. More...

override void PromoteToPhysicalPart ()

This method will be called from Part class PromoteToPhysicalPart when the part is being converted from physicsless to physical part. More...

bool ServoTransformCollider (string colName)

void SetHardLimits (string fieldName, Vector2 newLimits)

Set the HardLimits for the named field More...

virtual void SetLaunchPosition (float val)

Save the launch position. More...

void SetSoftLimits (string fieldName, Vector2 newLimits)

set the HardLimits for the named field More...

Public Member Functions inherited from PartModule

void AddPartModuleAdjuster (AdjusterPartModuleBase newAdjuster)

Call this to add an adjuster to this part module. More...

void AddPartModuleAdjusterList (List< AdjusterPartModuleBase > moduleAdjusters)

Applies the appropriate module adjusters. Performs checks to make sure that the adjusters are valid too. More...

bool AppliedUpgrades ()

Returns true if upgrades are applied More...

void ApplyAdjustersOnStart ()

Called when a part module is loaded and applies all of the currently loaded adjusters. More...

virtual void ApplyUpgradeNode (List< string > appliedUps, ConfigNode node, bool doLoad)

Applies the upgrades to a confignode. Will either copy the upgrades back to the node or (if doLoad) calls load/onload on it. More...

virtual bool ApplyUpgrades (StartState state)

Will find and apply upgrades. Called during Part's ModulesOnStart, before a module's OnStart. More...

void Awake ()

delegate bool boolPMApplyUpgrades (PartModule pm, StartState state)

delegate bool boolPMBoolDelegate (PartModule pm, bool apply)

void ClearPersistentId ()

Clear the modules persistentId More...

void Copy (PartModule fromModule)

virtual bool FindUpgrades (bool fillApplied, ConfigNode node=null)

Find applicable upgrades to the partmodule (isunlocked and isenabled) and add to the upgradesApplied list. Pass true if you want to add the upgrades to upgradesApplied, false if you just want to know if at least one upgrade is applicable (unlocked rather than enabled) More...

virtual Color GetCurrentColor ()

Returns the current part module color. More...

virtual Color GetCurrentColor (string fieldName)

Returns the current part module color for a field where usespe. More...

uint GetPersistenActiontId ()

Get the modules persistentID, and create one if it doesnt already have one More...

uint GetPersistentId ()

Get the modules persistentID, and create one if it doesnt already have one More...

virtual string GetStagingDisableText ()

virtual string GetStagingEnableText ()

virtual string GetUpgradeInfo ()

Called by Upgrade Stats dialog More...

bool HasUpgrades ()

Returns true if upgrades exist for the partmodule More...

virtual bool IsStageable ()

Should this module be counted when seeing whether to have a stack icon present? Override in a module for custom behavior; otherwise returns true if the module (or something the module inherits from above PartModule itself) overrides OnActive() More...

bool IsValidContractObjective (string objectiveType)

Returns if, for example, an antenna part module qualifies as an antenna for contracts. More...

void Load (ConfigNode node)

virtual void LoadUpgrades (ConfigNode node)

Loads module-relevant upgrades from the partmodule confignode More...

uint NewPersistentId ()

Reset the modules persistentId to a new number More...

virtual void OnActive ()

Called when the part is set active (after unpacking etc) More...

virtual void OnColorChanged (Color color)

Meant to be overwritten by part modules implementing color changes. In this case, it doesn't matter which color picker changed specifically. More...

virtual void OnColorChanged (Color color, string pickerID="")

Meant to be overwritten by part modules implementing color changes More...

virtual void OnConstructionModeFixedUpdate ()

This method will be called when in EVA Construction mode and this part and itself is disabled (when it is not attached to a vessel) every FixedUpdate(). More...

virtual void OnConstructionModeUpdate ()

This method will be called when in EVA Construction mode and this part and itself is disabled (when it is not attached to a vessel) every Update(). More...

virtual void OnIconCreate ()

Method fires just before components are stripped from the gameobject to make it an icon. (The part is instantiated and then various components like Part, PartModule, EffectBehaviour, Colliders, Particles, etc are stripped and then it's set as the icon prefab. This lets PartModules do stuff to the model right before that happens. More...

virtual void OnInactive ()

Called before the part goes inactive (after packing etc) More...

virtual void OnInitialize ()

Called on all modules after all parts are loaded but before they give the ship to the game More...

virtual void OnInventoryModeDisable ()

This method will be called when this modules part and itself is first disabled (when it is not attached to a vessel) when created in Inventory/Construction mode. More...

virtual void OnInventoryModeEnable ()

This method will be called when this modules part and itself is first enabled (when it is attached to a vessel) when created in Inventory/Construction mode. More...

void OnModuleAdjusterAddedWrapper (AdjusterPartModuleBase adjuster)

Wrapper to check the mission expansion availability before performing processing specific to this part module when an adjuster is added. More...

virtual void OnModuleAdjusterRemoved (AdjusterPartModuleBase adjuster)

Perform processing specific to this part module when an adjuster is removed. By default this does nothing is up to each part module to implement it properly. More...

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...

virtual void OnStart (StartState state)

Called when the part starts. The StartState gives an indication of where in flight you are. All values may not be plugged in! More...

virtual void OnStartFinished (StartState state)

Called when the part finishes starting. The StartState gives an indication of where in flight you are. All values may not be plugged in! More...

virtual void OnStoredInInventory (ModuleInventoryPart moduleInventoryPart)

Called when the part is stored in an inventory. More...

virtual void OnUpdate ()

Called every frame that the part is active More...

virtual void OnWasCopied (PartModule copyPartModule, bool asSymCounterpart)

Called when the PartModule was copied, through Alt+Copy or symmetry More...

virtual void OnWillBeCopied (bool asSymCounterpart)

Called when the PartModule is about to be copied, through Alt+Copy or symmetry More...

virtual 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.

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.

More...

virtual List< Color > PresetColors ()

Preset colors received for any part module. By default, returns only black, override to make your own selection. More...

virtual string PrintUpgrades ()

void RemovePartModuleAdjuster (AdjusterPartModuleBase oldAdjuster)

Call this to remove an adjuster from this part module. More...

void RemovePartModuleAdjusterList (List< AdjusterPartModuleBase > moduleAdjusters)

Removes the appropriate module adjusters. Performs checks to make sure that the adjusters are valid too. More...

void Save (ConfigNode node)

virtual void SetStaging (bool newValue)

Run by the part's staging toggle handler, sets staging on modules on symmetry counterparts. More...

void SetStagingState (bool newState)

Set the staging enabled bool for this module. More...

virtual bool StagingEnabled ()

Gets current staging status (is staging enabled for this module) Override me! More...

virtual bool StagingToggleEnabledEditor ()

virtual bool StagingToggleEnabledFlight ()

void ToggleStaging ()

virtual void UpdateStagingToggle ()

Updates the staging toggle More...

delegate void voidPMApplyNodeDelegate (PartModule pm, List< string > appliedUps, ConfigNode node, bool doLoad)

delegate void voidPMDelegate (PartModule pm)

delegate void voidPMNodeDelegate (PartModule pm, ConfigNode node)

Public Attributes
bool	allowFullRotation = true
	Does this rotation servo spin the full 360 degrees or have angular limits applied More...

float	angularXLimitDamper = 0f
	The angular XLimit damper value More...

float	angularXLimitSpring = 0f
	The angular XLimit spring value More...

float	currentAngle
	This is the actual current Angle of the servo joint. More...

float	driveDampingMutliplier = 20f
	This is the Drive Dampening Multiplier. The Joint X Drive position damper is set to: xxxxx More...

float	driveSpringMutliplier = 100f
	This is the Drive Spring Multiplier. The Joint X Drive position spring is set to: xxxxxx More...

bool	hideUIDamping = false
	Hide the Damping Slider in the PAW More...

bool	hideUISoftMinMaxAngles = false
	Hide the Min/Max Angles UI component in Editor More...

bool	hideUITraverseVelocity = false
	Hide the TraverseVelocity Slider in the PAW More...

float	highAngularXLimitBounce = 0f
	The high angular XLimit bounciness More...

float	highAngularXLimitSurf = 0f
	The high angular XLimit contactDistance More...

float	hingeDamping = 100f
	This is the Hinge Damping set by the user. More...

bool	inverted
	Setting this true will make the target angle be the invert of the chosen angle More...

float	lowAngularXLimitBounce = 0f
	The low angular XLimit bounciness More...

float	lowAngularXLimitSurf = 0f
	The low angular XLimit contactDistance More...

float	maxAnglePerFrame

bool	mirrorRotation = false
	The joint is the clone in a mirror symmetry pair and thus the joint angle is reversed. More...

float	previousTargetAngle

Vector2	softMinMaxAngles = new Vector2(0f, 177f)
	This is the user defined maximum open and closed angles for the hinge. They are always less than or equal the mode defined hard limits More...

float	targetAngle = 0f
	This is the desired current Target Angle set by the user. More...

float	traverseVelocity = 90f
	The angular velocity at which the servo will rotate to the target angle. Expressed in degrees per second More...

Public Attributes inherited from Expansions.Serenity.BaseServo
float	baseResourceConsumptionRate = 0.001f
	Base resource consumption on motor output when the servo is moving More...

string	baseTransformName = ""
	The Part base Transform Name in the Model. This will be the Transform that is the base of the part (not the Servo). More...

float	connectedMassScale = 1f

float	efficiency = 1
	Servo efficiency (1 = 100%) More...

Vector2	hardMinMaxLimits = new Vector2(0f, 180f)
	The angle range that's defined by the physical limits of the part model and/or the part's designer. A player must not be able to set an angle beyond this range. More...

bool	hideUIServoIsMotorized = false
	Hide the Servo Is motorized choice in Editor More...

bool	hideUIServoMotorLimit = false
	Hide the Servo motor limit slider in flight More...

bool	hideUIServoMotorSize = false
	Hide the Servo motor size slider in Editor More...

string	jointParentName = "JointParent"
	Name of the joint parent transform (parent of base and moving parts) More...

Quaternion	jointParentRotation

float	launchPosition
	The default angle/extension last set on a robotic part has assigned, before launch. More...

bool	lockPartOnPowerLoss = true
	Is the servo motor receiving power and engaged with the joint More...

string	mainAxis = "Z"
	The main Axis of the Servo that rotations will be performed around. More...

float	maxMotorOutput = 100f
	This is the Drive Spring Multiplier. The Joint X Drive position spring is set to: driveSpringMultiplier * torqueLimit More...

float	motorizedCostPerDriveUnit = 1f
	How much the servo costs per drive unit. Drive units are equal to the value given to PhysX as Joint X Drive position spring. More...

float	motorizedMassPerKN = 0.1f
	How much the servo masses per KN. Drive units are equal to the value given to PhysX as Joint X Drive position spring. More...

string	motorOutputInformation = ""
	Display that shows how much output the motor has (based off of max motor output) and how much it weighs. More...

string	motorState = ""
	The Motor State More...

float	referenceConsumptionVelocity = 90f
	The transform velocity (angular or positional) at which the resource consumption is 1 x the baseResourceConsumptionRate More...

string	resourceConsumption = "0.0"
	Display that shows how much EC is being drained per tick. More...

ResourceConsumptionTypes	resourceConsumptionMode = ResourceConsumptionTypes.CurrentVelocity
	What should the resource consumption be based on More...

string	servoAttachNodes = ""
	A Comma separated list of AttachNodes that are part of the pivoting/rotating section of the servo. Any nodes listed will automatically be moved and rotated based on the movement of the servo. NOTE: This is only applied in the Editor scenes. More...

Vector3	servoCoMOffset = Vector3.zero
	Offset of the servo (moving part's) CoM from its transform. More...

string	servoCurrentTorque
	The torque applied at the moment More...

bool	servoIsLocked = false
	Is the servo motor receiving power and engaged with the joint More...

bool	servoIsMotorized = true
	Is the servo receiving equipped with a motor More...

float	servoMass = 0.1f
	The Mass of the Servo. More...

bool	servoMotorIsEngaged = true
	Is the servo motor receiving power and engaged with the joint More...

float	servoMotorLimit = 100f
	Lowers the output of the servo to less than maximum built size in editor More...

float	servoMotorSize = 100f
	Lowers the size of the servo in editor scene as you build More...

string	servoName = "Servo_0"
	The Name of the Servo More...

string	servoSrfMeshNames = ""
	A comma separated list of Mesh/collider transform Names that are part of the pivoting/rotation section of the servo. Any parts that are surface attached to these colliders will be pivoted/rotated based on the movement of the ervo. More...

string	servoTransformName = ""
	The Servo Transform Name in the Model. This will be the Transform the Servo will be attached to. More...

Vector3	servoTransformPosition
	Persists the servo Transform LocalPosition More...

Quaternion	servoTransformRotation
	Persists the servo Transform LocalRotation More...

Vector2	traverseVelocityLimits = new Vector2(0.1f, 10f)
	The minimum and maximum traverse speeds (in m/s for linear motion and deg/s for rotational motion, rpm for rotors) More...

bool	useLimits = false
	Set to true to use Hard Limits on the angles. More...

bool	useMultipleDragCubes
	Set True to use multiple Drag Cubes. More...

Public Attributes inherited from PartModule
bool	isEnabled = true

bool	moduleIsEnabled = true

string	moduleName

bool	overrideStagingIconIfBlank = true

ModuleResourceHandler	resHandler = new ModuleResourceHandler()

bool	showUpgradesInModuleInfo = false

ProtoPartModuleSnapshot	snapshot

string	stagingDisableText = ""

bool	stagingEnabled = true

string	stagingEnableText = ""

bool	stagingToggleEnabledEditor = false

bool	stagingToggleEnabledFlight = false

List< ConfigNode >	upgrades

List< string >	upgradesApplied = new List<string>()

bool	upgradesApply = true

bool	upgradesAsk = true

Protected Member Functions
override float	GetFrameDisplacement ()
	Checks how much the rotation servo angle changed in one frame More...

override void	InitAxisFieldLimits ()

override bool	IsMoving ()
	Is the servo currently moving/traversing? More...

void	MaximumAngleAction (KSPActionParam param)

void	MinimumAngleAction (KSPActionParam param)

void	ModifyInverted (object field)

void	ModifyLimits (object field)

void	ModifyLimitsMode (object field)

void	ModifyTargetAngle (object field)

void	ModifyTraverseLimits (object field)

override void	OnDestroy ()

override void	OnFixedUpdate ()
	Called every physics/fixed frame that the part is active More...

override void	OnJointInit (bool goodSetup)
	Called after BaseServo Joint Initialized and before Part attachJoint has been created. More...

override void	OnPostStartJointInit ()
	Called after OnJointInit and the Part attachJoint has been created. More...

void	OnResourceNonemptyEmpty (PartResource resource)
	Hook for when EC runs out More...

override void	OnSaveShip (ShipConstruct ship)
	When Ship is saved - we must apply orgPos and orgRot changes to the parts. More...

override void	OnServoLockApplied ()
	Called when the servo lock is about to be applied More...

override void	OnServoLockRemoved ()
	Called when the servo lock is about to be removed More...

override void	OnServoMotorDisengaged ()
	Called when the servo lock is about to be removed More...

override void	OnServoMotorEngaged ()
	Called when the servo lock is about to be applied More...

override void	OnVisualizeServo (bool rotateBase)
	Updates the transform of a robotic part in the editor scenes, so users can visualize rotations. Is called when The KSPField values are modified for this PartModule. More...

override void	ResetLaunchPosition ()
	Resets the launch position of the part. Needs to be overriden by part to acomodate it's parameters. More...

override void	SetInitialDisplacement ()
	Sets the initial transform angle for previousDisplacement More...

Quaternion	SetTargetRotation (Quaternion startingRotation, float rotationAngle, bool setRotation)

void	ToggleServoAction (KSPActionParam param)

override void	UpdateAxisFieldHardLimit (string fieldName, Vector2 newlimits)

override void	UpdateAxisFieldSoftLimit (string fieldName, Vector2 newlimits)

override void	UpdatePAWUI (UI_Scene currentScene)

Protected Member Functions inherited from Expansions.Serenity.BaseServo
virtual void	ApplyCoordsUpdate ()
	Applies Part Coordinate Updates. Can be overridden to apply appropriate changes to Part positions/rotations and components (servo transforms within a Part). Will be called when a Part is Unpacked, Vessel is Modified, and just before a ShipConstruct is saved. More...

void	CalculateAverageRateOfMovement ()
	Uses the readings from GetFrameDisplacement to determine the average rate of change in the part's transform More...

virtual double	CalculatePower ()
	Calculates the current power consumption in kW More...

virtual void	CalculateResourceDrain ()
	Calculates the current resource drain rate and determines if there's still enough More...

void	CreateServoRigidbody ()
	If the movingPartObject is set will set movingPartRB or add a RigidBody to the movingPartObject and set it's parameters and mass. More...

float	currentTransformAngle ()

float	currentTransformPosition ()

void	FixedUpdate ()
	Handles resource requests More...

void	InitJoint ()
	Initializes the Servo Joint. Assumes the servoJoint is the Part.attachJoint.Joint. This can be overridden/changed in OnJointInit for specific servo being implemented using this class, which is called at the end of this method. In OnJointInit you will need to set servoJoint, axis, secAxis, initialOrentation, lastOrientation and pivot. PostStartInitJoint() and OnPostStartJointInit() are called AFTER the Part has created it's Part.attachJoint. More...

void	ManuallyModifyEngaged (object field)

void	ModifyEngaged (object field)

void	ModifyLocked (object field)

void	ModifyServo (object field)
	Call this to Update the Servo rotation. Will Call VisualizeServo or OnUpdateServo. More...

void	MotorOffAction (KSPActionParam param)

void	MotorOnAction (KSPActionParam param)

void	OnEditorCompoundPartLinked (CompoundPart linkedPart)

void	OnEditorPartPicked (Part pickedPart)

void	OnEditorPartPlaced (Part placedPart)

void	OnPartMenuClose (Part inpPart)

void	OnPartMenuOpen (UIPartActionWindow window, Part inpPart)

void	PostStartInitJoint ()
	Completes the Initialize of the Servo Joint. sets the pJoint (part.attachJoint reference) and assigns it to the servoJoint ONLY if it hasn't already been assigned in InitJoint/OnJointInit. Connects the rigidbod to the joint and moves/rotates the moving part to ensure we dont hit Unity Angular Joint Limit Madness Will then call OnPostStartJointInit() In OnPostStartJointInit you will need to set any target values to their initial start ones and call ModifyServo amd set any init complete flags. More...

virtual void	RecurseAttachNodeUpdate (Part p)
	Will start at the passed in Part and then recurse (through all children) looking for BaseServo Parts. For each BaseServo Part found will update the attach Nodes (on the moving servo transform) position and orientation. Will do nothing is ServoInitComplete is false. More...

virtual void	RecurseCoordUpdate (Part p, Part rootPart)
	Sets Part orgPos and orgRot. Is called at the end of ApplyCoordsUpdate(). More...

void	ResetPosition (KSPActionParam param)

void	ResetPosition ()

void	RestoreSpanningPartTargets ()

void	SaveSpanningPartTargets ()

void	ServoDisgageLockAction (KSPActionParam param)

void	ServoEngageLockAction (KSPActionParam param)

void	SetServoMass ()

void	ToggleMotorAction (KSPActionParam param)

void	ToggleServoLockedAction (KSPActionParam param)

virtual void	Update ()

void	UpdateAxisFieldLimit (string fieldName, Vector2 hardLimits, Vector2 softLimits)

float	UpdateFieldLimits (BaseAxisField axisField, Vector2 newlimits, float currentValue, UI_FloatRange uiField=null)
	Change a fields limits and update the associated bits More...

void	VisualizeServo (bool moveChildren)

Protected Member Functions inherited from PartModule
ConfigNode	GetUpgrade (string name)

virtual void	LoadUpgradesApplied (List< string > applieds, ConfigNode node)
	Load the applied upgrade names More...

virtual void	OnModuleAdjusterAdded (AdjusterPartModuleBase adjuster)
	Perform processing specific to this part module when an adjuster is added. By default this does nothing is up to each part module to implement it properly. More...

virtual void	SaveUpgradesApplied (ConfigNode node)
	Save the applied upgrades. More...

IEnumerator	UpgradeWaitForScenarioModules ()

Protected Attributes
Quaternion	editorRotation

bool	initComplete = false

SoftJointLimit	lowerLimit

UI_MinMaxRange	softRangeUIField

BaseAxisField	targetAngleAxisField

UI_FloatRange	targetAngleUIField

BaseAxisField	traverseVelocityAxisField

UI_FloatRange	traverseVelocityUIField

SoftJointLimit	upperLimit

JointDrive	xDrive

SoftJointLimitSpring	xSpringLimit

Protected Attributes inherited from Expansions.Serenity.BaseServo
List< AttachNode >	attachNodes

Vector3	axis

DictionaryValueList< string, AxisFieldLimit >	axisFieldLimits

GameObject	basePartObject

Quaternion	cachedStartingRotation

float	cachedStartingRotationOffset

float	driveUnit
	The size of the drive = maxMotorSize * servoMotorSize * 0.01f More...

bool	hasEnoughResources

Transform	jointParent
	The joint parent transform (parent of base and moving parts) More...

float	lockAngle

bool	motorManualDisengaged = false

float	motorOutput
	The actual motorOutupt = driveUnit * servoMotorLimit * 0.01f More...

GameObject	movingPartObject

Rigidbody	movingPartRB

string	OutputUnit

bool	partIsPhysicsLess = false
	Will be set to true when the part is made physicsless and skips Update and FixedUpdate processing. This happens when the part is being manipulated in EVA construction mode. More...

Vector3	pivot

bool	prevServoIsLocked

bool	prevServoIsMotorized

bool	prevServoMotorIsEngaged

double	rate = 0d

bool	servoIsBraking = false

ConfigurableJoint	servoJoint
	This is the Joint for this Servo on the Part. More...

UI_FloatRange	servoMotorLimitField

UI_FloatRange	servoMotorSizeField

Matrix4x4	servoParentTransform
	This is the transform from the servo part FoR (ie, the moving part's parent's FoR) to the part FoR More...

Matrix4x4	servoParentTransformInverse
	This is the transform from the part FoR to the servo part FoR (ie, the moving part's parent's FoR) (or, the inverse of servoParentTransform) More...

string[]	servoSrfMeshes

Quaternion	targetRotation

Properties
float	JointTargetAngle `[get]`
	This is the target for the joint drive after applying any logic like inversion/offsets and clamping between the limits More...

Properties inherited from Expansions.Serenity.BaseServo
float	CurrentVelocityLimit `[get]`
	The current veloctiy limit of the joint. More...

bool	HasEnoughResources `[get]`
	Are there enough resources to keep the servo going? More...

Callback< AxisFieldLimit >	LimitsChanged `[get, set]`

PartJoint	pJoint `[get, set]`
	This is the Part Joint (Part.attachJoint) More...

bool	ServoInitComplete `[get]`
	Set to true once the Servo has completed Initialization at start. More...

Properties inherited from PartModule
BaseActionList	Actions `[get]`

int	ClassID `[get]`

string	ClassName `[get]`

List< AdjusterPartModuleBase >	CurrentModuleAdjusterList `[get]`
	List of all the module adjusters that are currently active on this part module. More...

BaseEventList	Events `[get]`

BaseFieldList	Fields `[get]`

string	GUIName `[get]`

bool	HasAdjusters `[get]`
	Has this part module been adjusted? More...

ReflectedAttributes	ModuleAttributes `[get, set]`

Part	part `[get, set]`

uint	PersistentActionsId `[get, set]`
	A unique identifier for each vessel including from when it was Shipconstruct More...

uint	PersistentId `[get]`
	A unique identifier for each vessel including from when it was Shipconstruct More...

Vessel	vessel `[get]`

Properties inherited from IAxisFieldLimits
Callback< AxisFieldLimit >	LimitsChanged `[get, set]`
	Callback function that should be triggered when an AxisField Limit changes More...

Additional Inherited Members
Public Types inherited from Expansions.Serenity.BaseServo
enum	ResourceConsumptionTypes { ResourceConsumptionTypes.VelocityLimit, ResourceConsumptionTypes.CurrentVelocity }

Public Types inherited from PartModule
enum	PartUpgradeState { PartUpgradeState.NONE, PartUpgradeState.LOCKED, PartUpgradeState.AVAILABLE }

enum	StartState { StartState.None = 0, StartState.Editor = 1, StartState.PreLaunch = 2, StartState.Landed = 4, StartState.Docked = 8, StartState.Flying = 16, StartState.Splashed = 32, StartState.SubOrbital = 64, StartState.Orbital = 128 }

Static Public Member Functions inherited from Expansions.Serenity.BaseServo
static void	CacheLocalStrings ()

Static Public Member Functions inherited from PartModule
static ReflectedAttributes	GetReflectedAttributes (Type partModuleType)

static PartUpgradeState	UpgradesAvailable (Part part)
	Returns true if at least one module on the part has at least one upgrade available (isUnlocked) More...

static PartUpgradeState	UpgradesAvailable (Part part, ConfigNode node)
	Returns true if at least one module on the part has at least one upgrade available (isUnlocked) More...

Static Public Attributes inherited from PartModule
static voidPMApplyNodeDelegate	ApplyUpgradeNodeDel

static boolPMApplyUpgrades	ApplyUpgradesDel

static bool	ApplyUpgradesEditorAuto = true

static boolPMBoolDelegate	FindUpgradesDel

static voidPMNodeDelegate	LoadExpansionNodes
	Hook for loading extra nodes common to all part modules. More...

static voidPMNodeDelegate	LoadUpgradesDel

static voidPMNodeDelegate	SaveExpansionNodes
	Hook for saving extra nodes common to all part modules. More...

static voidPMDelegate	SetupExpansion
	Hook for performing extra setup common to all part modules. More...

static string	UpgradesAvailableString = "#autoLOC_6002273"

static string	UpgradesLockedString = "#autoLOC_6002274"

Static Protected Attributes inherited from PartModule
static Dictionary< string, ConfigNode >	exclusives = new Dictionary<string, ConfigNode>()

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

Member Function Documentation

override float Expansions.Serenity.ModuleRoboticRotationServo.GetFrameDisplacement ( )

inlineprotectedvirtual

Checks how much the rotation servo angle changed in one frame

Returns: the angle difference among previous and current frame, in degrees

Implements Expansions.Serenity.BaseServo.

override string Expansions.Serenity.ModuleRoboticRotationServo.GetInfo ( )

inlinevirtual

Returns formatted string of additional data for use in the VAB and SPH

Returns

Reimplemented from Expansions.Serenity.BaseServo.

override string Expansions.Serenity.ModuleRoboticRotationServo.GetModuleDisplayName ( )

inlinevirtual

Returns the display name for the module.

Returns: The display name for the module.

Reimplemented from PartModule.

override void Expansions.Serenity.ModuleRoboticRotationServo.InitAxisFieldLimits ( )

inlineprotectedvirtual

Implements Expansions.Serenity.BaseServo.

override bool Expansions.Serenity.ModuleRoboticRotationServo.IsMoving ( )

inlineprotectedvirtual

Is the servo currently moving/traversing?

Returns

Implements Expansions.Serenity.BaseServo.

void Expansions.Serenity.ModuleRoboticRotationServo.MaximumAngleAction ( KSPActionParam param )

inlineprotected

void Expansions.Serenity.ModuleRoboticRotationServo.MinimumAngleAction ( KSPActionParam param )

inlineprotected

void Expansions.Serenity.ModuleRoboticRotationServo.ModifyInverted ( object field )

inlineprotected

void Expansions.Serenity.ModuleRoboticRotationServo.ModifyLimits ( object field )

inlineprotected

void Expansions.Serenity.ModuleRoboticRotationServo.ModifyLimitsMode ( object field )

inlineprotected

void Expansions.Serenity.ModuleRoboticRotationServo.ModifyTargetAngle ( object field )

inlineprotected

void Expansions.Serenity.ModuleRoboticRotationServo.ModifyTraverseLimits ( object field )

inlineprotected

override void Expansions.Serenity.ModuleRoboticRotationServo.OnCopy ( PartModule fromModule )

inlinevirtual

Use OnCopy to copy any additional data from the PartModule provided

Parameters

fromModule

Reimplemented from Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.OnDestroy ( )

inlineprotectedvirtual

Reimplemented from Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.OnFixedUpdate ( )

inlineprotectedvirtual

Called every physics/fixed frame that the part is active

Implements Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.OnJointInit ( bool goodSetup )

inlineprotectedvirtual

Called after BaseServo Joint Initialized and before Part attachJoint has been created.

Parameters

goodSetup

Implements Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.OnModifyServo ( )

inlinevirtual

Updates the values of a PhysX servoJoint in Flight, including enabling/disabling the servoJoint. Is called when The KSPField values are modified for this PartModule.

Returns

Implements Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.OnPostStartJointInit ( )

inlineprotectedvirtual

Called after OnJointInit and the Part attachJoint has been created.

Implements Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.OnPreModifyServo ( )

inlinevirtual

Updates the values of a servo in both scenes. Is called when The PAW values are modified for this PartModule.

Returns

Implements Expansions.Serenity.BaseServo.

void Expansions.Serenity.ModuleRoboticRotationServo.OnResourceNonemptyEmpty ( PartResource resource )

inlineprotected

Hook for when EC runs out

override void Expansions.Serenity.ModuleRoboticRotationServo.OnSaveShip ( ShipConstruct ship )

inlineprotectedvirtual

When Ship is saved - we must apply orgPos and orgRot changes to the parts.

Parameters

ship

Reimplemented from Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.OnServoLockApplied ( )

inlineprotectedvirtual

Called when the servo lock is about to be applied

Implements Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.OnServoLockRemoved ( )

inlineprotectedvirtual

Called when the servo lock is about to be removed

Implements Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.OnServoMotorDisengaged ( )

inlineprotectedvirtual

Called when the servo lock is about to be removed

Implements Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.OnServoMotorEngaged ( )

inlineprotectedvirtual

Called when the servo lock is about to be applied

Implements Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.OnStart ( PartModule.StartState state )

inline

override void Expansions.Serenity.ModuleRoboticRotationServo.OnVisualizeServo ( bool rotateBase )

inlineprotectedvirtual

Updates the transform of a robotic part in the editor scenes, so users can visualize rotations. Is called when The KSPField values are modified for this PartModule.

Returns

Implements Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.ResetLaunchPosition ( )

inlineprotectedvirtual

Resets the launch position of the part. Needs to be overriden by part to acomodate it's parameters.

Implements Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.SetInitialDisplacement ( )

inlineprotectedvirtual

Sets the initial transform angle for previousDisplacement

Implements Expansions.Serenity.BaseServo.

void Expansions.Serenity.ModuleRoboticRotationServo.SetMaximumAngle ( )

inline

Set the Hinge to its MaximujmLimit

void Expansions.Serenity.ModuleRoboticRotationServo.SetMinimumAngle ( )

inline

Set the Hinge to its Minimum Limit

Quaternion Expansions.Serenity.ModuleRoboticRotationServo.SetTargetRotation	(	Quaternion	startingRotation,
		float	rotationAngle,
		bool	setRotation
	)

inlineprotected

void Expansions.Serenity.ModuleRoboticRotationServo.ToggleServoAction ( KSPActionParam param )

inlineprotected

override void Expansions.Serenity.ModuleRoboticRotationServo.UpdateAxisFieldHardLimit	(	string	fieldName,
		Vector2	newlimits
	)

inlineprotectedvirtual

Implements Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.UpdateAxisFieldSoftLimit	(	string	fieldName,
		Vector2	newlimits
	)

inlineprotectedvirtual

Implements Expansions.Serenity.BaseServo.

override void Expansions.Serenity.ModuleRoboticRotationServo.UpdatePAWUI ( UI_Scene currentScene )

inlineprotectedvirtual

Reimplemented from Expansions.Serenity.BaseServo.

Member Data Documentation

bool Expansions.Serenity.ModuleRoboticRotationServo.allowFullRotation = true

Does this rotation servo spin the full 360 degrees or have angular limits applied

float Expansions.Serenity.ModuleRoboticRotationServo.angularXLimitDamper = 0f

The angular XLimit damper value

float Expansions.Serenity.ModuleRoboticRotationServo.angularXLimitSpring = 0f

The angular XLimit spring value

float Expansions.Serenity.ModuleRoboticRotationServo.currentAngle

This is the actual current Angle of the servo joint.

float Expansions.Serenity.ModuleRoboticRotationServo.driveDampingMutliplier = 20f

This is the Drive Dampening Multiplier. The Joint X Drive position damper is set to: xxxxx

float Expansions.Serenity.ModuleRoboticRotationServo.driveSpringMutliplier = 100f

This is the Drive Spring Multiplier. The Joint X Drive position spring is set to: xxxxxx

Quaternion Expansions.Serenity.ModuleRoboticRotationServo.editorRotation

protected

bool Expansions.Serenity.ModuleRoboticRotationServo.hideUIDamping = false

Hide the Damping Slider in the PAW

bool Expansions.Serenity.ModuleRoboticRotationServo.hideUISoftMinMaxAngles = false

Hide the Min/Max Angles UI component in Editor

bool Expansions.Serenity.ModuleRoboticRotationServo.hideUITraverseVelocity = false

Hide the TraverseVelocity Slider in the PAW

float Expansions.Serenity.ModuleRoboticRotationServo.highAngularXLimitBounce = 0f

The high angular XLimit bounciness

float Expansions.Serenity.ModuleRoboticRotationServo.highAngularXLimitSurf = 0f

The high angular XLimit contactDistance

float Expansions.Serenity.ModuleRoboticRotationServo.hingeDamping = 100f

This is the Hinge Damping set by the user.

bool Expansions.Serenity.ModuleRoboticRotationServo.initComplete = false

protected

bool Expansions.Serenity.ModuleRoboticRotationServo.inverted

Setting this true will make the target angle be the invert of the chosen angle

You will see it travel across the angle limit from the opposite direction

float Expansions.Serenity.ModuleRoboticRotationServo.lowAngularXLimitBounce = 0f

The low angular XLimit bounciness

float Expansions.Serenity.ModuleRoboticRotationServo.lowAngularXLimitSurf = 0f

The low angular XLimit contactDistance

SoftJointLimit Expansions.Serenity.ModuleRoboticRotationServo.lowerLimit

protected

float Expansions.Serenity.ModuleRoboticRotationServo.maxAnglePerFrame

bool Expansions.Serenity.ModuleRoboticRotationServo.mirrorRotation = false

The joint is the clone in a mirror symmetry pair and thus the joint angle is reversed.

float Expansions.Serenity.ModuleRoboticRotationServo.previousTargetAngle

Vector2 Expansions.Serenity.ModuleRoboticRotationServo.softMinMaxAngles = new Vector2(0f, 177f)

This is the user defined maximum open and closed angles for the hinge. They are always less than or equal the mode defined hard limits

UI_MinMaxRange Expansions.Serenity.ModuleRoboticRotationServo.softRangeUIField

protected

float Expansions.Serenity.ModuleRoboticRotationServo.targetAngle = 0f

This is the desired current Target Angle set by the user.

BaseAxisField Expansions.Serenity.ModuleRoboticRotationServo.targetAngleAxisField

protected

UI_FloatRange Expansions.Serenity.ModuleRoboticRotationServo.targetAngleUIField

protected

float Expansions.Serenity.ModuleRoboticRotationServo.traverseVelocity = 90f

The angular velocity at which the servo will rotate to the target angle. Expressed in degrees per second

BaseAxisField Expansions.Serenity.ModuleRoboticRotationServo.traverseVelocityAxisField

protected

UI_FloatRange Expansions.Serenity.ModuleRoboticRotationServo.traverseVelocityUIField

protected

SoftJointLimit Expansions.Serenity.ModuleRoboticRotationServo.upperLimit

protected

JointDrive Expansions.Serenity.ModuleRoboticRotationServo.xDrive

protected

SoftJointLimitSpring Expansions.Serenity.ModuleRoboticRotationServo.xSpringLimit

protected

Property Documentation

float Expansions.Serenity.ModuleRoboticRotationServo.JointTargetAngle

get

This is the target for the joint drive after applying any logic like inversion/offsets and clamping between the limits

The documentation for this class was generated from the following file:

KSP/Assets/Expansions/Serenity/Scripts/Part Scripts/PartModules/Robotics/ModuleRoboticRotationServo.cs

Public Member Functions

Public Attributes

Protected Member Functions

Protected Attributes

Properties

Additional Inherited Members

Member Function Documentation

Member Data Documentation

Property Documentation