C# Class kOS.Suffixed.VesselTarget

Inheritance: Orbitable, IKOSTargetable

Datei anzeigen Open project: KSP-KOS/KOS Class Usage Examples

Private Properties

Property	Type	Description
GetAllTaggedParts	kOS.Suffixed.ListValue
GetHorizontalSrfSpeed	ScalarValue
GetModulesInGroup	ListValue
GetModulesNamed	ListValue
GetPartsDubbed	ListValue
GetPartsInGroup	ListValue
GetPartsNamed	ListValue
GetPartsTagged	ListValue
GetPartsTitled	ListValue
GetRawPartsNamed	IEnumerable
GetRawPartsTagged	IEnumerable
GetRawPartsTitled	IEnumerable
InitializeSuffixes	void
RawAngularVelFromRelative	Vector
RenameVessel	void
RetypeVessel	void
VesselTarget	System

Public Methods

Method	Description
Dump ( ) : Dump
Equals ( object obj ) : bool
GetAllParts ( ) : kOS.Suffixed.ListValue
GetAvailableThrustAt ( ScalarValue atmPressure ) : ScalarValue
GetControlPart ( ) : global::Part
GetCrew ( ) : kOS.Suffixed.ListValue
GetCrewCapacity ( ) : ScalarValue
GetDistance ( ) : ScalarValue
GetFlightControl ( ) : FlightControl
GetGuid ( ) : Guid
GetHashCode ( ) : int
GetMaxThrustAt ( ScalarValue atmPressure ) : ScalarValue
GetMessages ( ) : MessageQueueStructure
GetName ( ) : StringValue
GetNorthVector ( ) : Vector
GetOrbitAtUT ( double desiredUT ) : Orbit	Calculate which orbit patch contains the timestamp given.
GetPosition ( ) : Vector
GetPositionAtUT ( TimeSpan timeStamp ) : Vector	Calculates the position of this vessel at some future universal timestamp, taking into account all currently predicted SOI transition patches, and also assuming that all the planned maneuver nodes will actually be executed precisely as planned. Note that this cannot "see" into the future any farther than the KSP orbit patches setting allows for.
GetSuffix ( string suffixName ) : ISuffixResult
GetUpVector ( ) : Vector
GetVelocities ( ) : OrbitableVelocity
GetVelocitiesAtUT ( TimeSpan timeStamp ) : OrbitableVelocity	Calculates the velocities of this vessel at some future universal timestamp, taking into account all currently predicted SOI transition patches, and also assuming that all the planned maneuver nodes will actually be executed precisely as planned. Note that this cannot "see" into the future any farther than the KSP orbit patches setting allows for.
LoadDump ( Dump dump ) : void
ThrowIfNotCPUVessel ( ) : void
ToString ( ) : string
VesselTarget ( SharedObjects shared ) : System
VesselTarget ( Vessel target, SharedObjects shared ) : System
operator ( ) : bool

Protected Methods

Method	Description
Equals ( VesselTarget other ) : bool

Private Methods

Method	Description
GetAllTaggedParts ( ) : kOS.Suffixed.ListValue	Get all the parts which have at least SOME non-default name:
GetHorizontalSrfSpeed ( ) : ScalarValue
GetModulesInGroup ( StringValue groupName ) : ListValue
GetModulesNamed ( StringValue modName ) : ListValue
GetPartsDubbed ( StringValue searchTerm ) : ListValue
GetPartsInGroup ( StringValue groupName ) : ListValue
GetPartsNamed ( StringValue partName ) : ListValue
GetPartsTagged ( StringValue tagName ) : ListValue
GetPartsTitled ( StringValue partTitle ) : ListValue
GetRawPartsNamed ( string partName ) : IEnumerable
GetRawPartsTagged ( string tagName ) : IEnumerable
GetRawPartsTitled ( string partTitle ) : IEnumerable
InitializeSuffixes ( ) : void
RawAngularVelFromRelative ( Vector3 angularVelFromKSP ) : Vector	Annoyingly, KSP returns vessel.angularVelociy in a frame of reference relative to the ship facing instead of the universe facing. This would be wonderful if that was their philosophy everywhere, but it's not - its just a weird exception for this one case. This transforms it back into raw universe axes again:
RenameVessel ( StringValue value ) : void
RetypeVessel ( StringValue value ) : void
VesselTarget ( ) : System

Method Details

Dump() public method

public Dump ( ) : Dump
return	Dump

Equals() protected method

protected Equals ( VesselTarget other ) : bool
other	VesselTarget
return	bool

Equals() public method

public Equals ( object obj ) : bool
obj	object
return	bool

GetAllParts() public method

public GetAllParts ( ) : kOS.Suffixed.ListValue
return	kOS.Suffixed.ListValue

GetAvailableThrustAt() public method

public GetAvailableThrustAt ( ScalarValue atmPressure ) : ScalarValue
atmPressure	kOS.Safe.Encapsulation.ScalarValue
return	kOS.Safe.Encapsulation.ScalarValue

GetControlPart() public method

public GetControlPart ( ) : global::Part
return	global::Part

GetCrew() public method

public GetCrew ( ) : kOS.Suffixed.ListValue
return	kOS.Suffixed.ListValue

GetCrewCapacity() public method

public GetCrewCapacity ( ) : ScalarValue
return	kOS.Safe.Encapsulation.ScalarValue

GetDistance() public method

public GetDistance ( ) : ScalarValue
return	kOS.Safe.Encapsulation.ScalarValue

GetFlightControl() public method

public GetFlightControl ( ) : FlightControl
return	FlightControl

GetGuid() public method

public GetGuid ( ) : Guid
return	Guid

GetHashCode() public method

public GetHashCode ( ) : int
return	int

GetMaxThrustAt() public method

public GetMaxThrustAt ( ScalarValue atmPressure ) : ScalarValue
atmPressure	ScalarValue
return	ScalarValue

GetMessages() public method

public GetMessages ( ) : MessageQueueStructure
return	MessageQueueStructure

GetName() public method

public GetName ( ) : StringValue
return	StringValue

GetNorthVector() public method

public GetNorthVector ( ) : Vector
return	Vector

GetOrbitAtUT() public method

Calculate which orbit patch contains the timestamp given.

public GetOrbitAtUT ( double desiredUT ) : Orbit
desiredUT	double	The timestamp to look for
return	Orbit

GetPosition() public method

public GetPosition ( ) : Vector
return	Vector

GetPositionAtUT() public method

Calculates the position of this vessel at some future universal timestamp, taking into account all currently predicted SOI transition patches, and also assuming that all the planned maneuver nodes will actually be executed precisely as planned. Note that this cannot "see" into the future any farther than the KSP orbit patches setting allows for.

public GetPositionAtUT ( TimeSpan timeStamp ) : Vector
timeStamp	TimeSpan	The time to predict for. Although the intention is to /// predict for a future time, it could be used to predict for a past time.
return	Vector

GetSuffix() public method

public GetSuffix ( string suffixName ) : ISuffixResult
suffixName	string
return	ISuffixResult

GetUpVector() public method

public GetUpVector ( ) : Vector
return	Vector

GetVelocities() public method

public GetVelocities ( ) : OrbitableVelocity
return	OrbitableVelocity

GetVelocitiesAtUT() public method

Calculates the velocities of this vessel at some future universal timestamp, taking into account all currently predicted SOI transition patches, and also assuming that all the planned maneuver nodes will actually be executed precisely as planned. Note that this cannot "see" into the future any farther than the KSP orbit patches setting allows for.

public GetVelocitiesAtUT ( TimeSpan timeStamp ) : OrbitableVelocity
timeStamp	TimeSpan	The time to predict for. Although the intention is to /// predict for a future time, it could be used to predict for a past time.
return	OrbitableVelocity

LoadDump() public method

public LoadDump ( Dump dump ) : void
dump	Dump
return	void

ThrowIfNotCPUVessel() public method

public ThrowIfNotCPUVessel ( ) : void
return	void

ToString() public method

public ToString ( ) : string
return	string

VesselTarget() public method

public VesselTarget ( SharedObjects shared ) : System
shared	SharedObjects
return	System

VesselTarget() public method

public VesselTarget ( Vessel target, SharedObjects shared ) : System
target	Vessel
shared	SharedObjects
return	System

operator() public static method

public static operator ( ) : bool
return	bool