LunarCourseCorrection Class Reference

Classes
class	CorrectionData
class	ThreadAdapter

Public Member Functions
	LunarCourseCorrection (NBody spaceship, NBody moon)
double	ClosestApproach (CorrectionData calcData)
	Perform Lunar closest approach and course correction calculations.
void	ClosestApproachAsync (CorrectionData correctionData, CalcCallback calcCallback)
delegate void	CalcCallback (LunarCourseCorrection lcc)
string	CorrectionCalcAsync (double targetDistance, double targetAccuracy, double approachDistance, double maxTime, CalcCallback calcCallback)
bool	CalculationUpdate ()
	Course correction calculations are Async on worker threads. In order to allow the rest of the game to run, the update runs as a state machine and should be polled periodically to check when the full correction calculation is done.
void	GetCorrectionVelocity (ref double[] v)
	Get the corrected velocity for the lunar course correction.
void	CalcCorrectionThread (object state)

Public Attributes
double	targetDistance
double	targetAccuracy
CorrectionData	correctionFinal

Member Function Documentation

CalculationUpdate()

bool LunarCourseCorrection.CalculationUpdate

(

)

Course correction calculations are Async on worker threads. In order to allow the rest of the game to run, the update runs as a state machine and should be polled periodically to check when the full correction calculation is done.

A calculation is started with CalculationStart() and then this routine is polled until it returns true.

Results are retrieved with GetCorrection();

Returns

ClosestApproach()

double LunarCourseCorrection.ClosestApproach

(

CorrectionData

calcData

)

Perform Lunar closest approach and course correction calculations.

ClosestApproach calculations can be done on the main thread or asynch with callback.

Course correction calculations can only be done async with a callback.

Note that the threading APIs assume that a specific Async call will complete before another one is started. If multiple parallel computations are required, instantiate additional copies of this class.

Parameters

targetDistance

Returns

GetCorrectionVelocity()

void LunarCourseCorrection.GetCorrectionVelocity

(

ref double[]

v

)

Get the corrected velocity for the lunar course correction.

This routine should only be called from the correction done callback to ensure the computation has completed.

Parameters

v

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

• C:/Users/musgr/Documents/Unity/gravityengine/Assets/GravityEngine/Scripts/Orbits/Transfers/MoonXfer/LunarCourseCorrection.cs