Orbit.CASolutionState Struct Reference

Public Member Functions
	CASolutionState (Orbit p, Orbit s, double MaxDT)
	initialize the struct: p is primary orbit, s is secondary More...
double	Clamp_dt (double dt)
	Keep time step within reasonable limits as guessed by Update (for the presolver) More...
double	Halley_dt ()
	Calculate the time step to the next guess of the solution using Halley's method. More...
void	Update (double t, ref int iter, bool dump=false)
	recalculate state vectors and derivatives at the specified time, updating the iteration count (really, number of calls to the potentially expensive MA->EA solver) More...

Public Attributes
double	ddrdv
double	drdv
double	MaxDT
double	maxdt
Orbit	p
State	pstate
double	rdv
State	rstate
Orbit	s
State	sstate

Properties
bool	targetAhead [get]
	Check if the target (secondary) is ahead More...

Constructor & Destructor Documentation

Orbit.CASolutionState.CASolutionState ( Orbit  p, Orbit  s, double  MaxDT  )

inline

initialize the struct: p is primary orbit, s is secondary

Member Function Documentation

double Orbit.CASolutionState.Clamp_dt ( double  dt )

inline

Keep time step within reasonable limits as guessed by Update (for the presolver)

double Orbit.CASolutionState.Halley_dt ( )

inline

Calculate the time step to the next guess of the solution using Halley's method.

void Orbit.CASolutionState.Update ( double  t, ref int  iter, bool  dump = false  )

inline

recalculate state vectors and derivatives at the specified time, updating the iteration count (really, number of calls to the potentially expensive MA->EA solver)

Member Data Documentation

double Orbit.CASolutionState.ddrdv

double Orbit.CASolutionState.drdv

double Orbit.CASolutionState.MaxDT

double Orbit.CASolutionState.maxdt

Orbit Orbit.CASolutionState.p

State Orbit.CASolutionState.pstate

double Orbit.CASolutionState.rdv

State Orbit.CASolutionState.rstate

Orbit Orbit.CASolutionState.s

State Orbit.CASolutionState.sstate

Property Documentation

bool Orbit.CASolutionState.targetAhead

get

Check if the target (secondary) is ahead

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

• KSP/Assets/Scripts/Orbit Scripts/Orbit.cs