Planetarium Class Reference

Probably the most useful function here is Planetarium.GetUniversalTime(). More...

Inheritance diagram for Planetarium:

Classes
struct	ZupVectors

Public Member Functions
	Planetarium ()

Static Public Member Functions
static bool	FrameIsRotating ()
	Presumably, whether the game is currently using a rotating frame for physics (as opposed to an unrotating inertial frame). Below a certain altitude (CelestialBody.inverseRot More...
static double	GetUniversalTime ()
	The simulation time, in seconds, since this save was started. More...
static void	SetUniversalTime (double t)

Public Attributes
CelestialBody	CurrentMainBody
	Presumably, the main body of the active vessel? More...
double	fixedDeltaTime
double	inverseRotAngle
List< OrbitDriver >	orbits
bool	pause
QuaternionD	rotation
CelestialBody	Sun
	The CelestialBody representing the Sun. More...
double	time
double	timeScale
QuaternionD	zUpRotation

Static Public Attributes
static Planetarium	fetch
	Use this instance to access non-static fields. More...
static Planetarium.ZupVectors	Zup

Properties
static Vector3d	forward [get]
	Along with "up" and "right," one of the three vectors defining the fixed celestial reference frame. More...
static double	InverseRotAngle [get, set]
static List< OrbitDriver >	Orbits [get]
static bool	Pause [get]
static Vector3d	right [get]
	Along with "up" and "forward," one of the three vectors defining the fixed celestial reference frame. The LAN (longitude of the ascending node) of every orbit is defined in reference to Planetarium.right. Specifically, the LAN is the angle between Planetarium.right and the orbit's ascending node, as viewed along Planetarium.up. More...
static QuaternionD	Rotation [get, set]
static double	TimeScale [get, set]
static Vector3d	up [get]
	Along with "right" and "forward," one of the three vectors defining the fixed celestial reference frame. As of 0.23.5, all planet rotation axes are aligned with Planetarium.up. More...
static QuaternionD	ZupRotation [get, set]

Detailed Description

Probably the most useful function here is Planetarium.GetUniversalTime().

Constructor & Destructor Documentation

Planetarium.Planetarium

(

)

Member Function Documentation

static bool Planetarium.FrameIsRotating ( )

static

Presumably, whether the game is currently using a rotating frame for physics (as opposed to an unrotating inertial frame). Below a certain altitude (CelestialBody.inverseRot

Returns

static double Planetarium.GetUniversalTime ( )

static

The simulation time, in seconds, since this save was started.

Returns

Universal time, in seconds

static void Planetarium.SetUniversalTime ( double  t )

static

Member Data Documentation

CelestialBody Planetarium.CurrentMainBody

Presumably, the main body of the active vessel?

Planetarium Planetarium.fetch

static

Use this instance to access non-static fields.

double Planetarium.fixedDeltaTime

double Planetarium.inverseRotAngle

List<OrbitDriver> Planetarium.orbits

bool Planetarium.pause

QuaternionD Planetarium.rotation

CelestialBody Planetarium.Sun

The CelestialBody representing the Sun.

double Planetarium.time

double Planetarium.timeScale

Planetarium.ZupVectors Planetarium.Zup

static

QuaternionD Planetarium.zUpRotation

Property Documentation

Vector3d Planetarium.forward

staticget

Along with "up" and "right," one of the three vectors defining the fixed celestial reference frame.

double Planetarium.InverseRotAngle

staticgetset

List<OrbitDriver> Planetarium.Orbits

staticget

bool Planetarium.Pause

staticget

Vector3d Planetarium.right

staticget

Along with "up" and "forward," one of the three vectors defining the fixed celestial reference frame. The LAN (longitude of the ascending node) of every orbit is defined in reference to Planetarium.right. Specifically, the LAN is the angle between Planetarium.right and the orbit's ascending node, as viewed along Planetarium.up.

QuaternionD Planetarium.Rotation

staticgetset

double Planetarium.TimeScale

staticgetset

Vector3d Planetarium.up

staticget

Along with "right" and "forward," one of the three vectors defining the fixed celestial reference frame. As of 0.23.5, all planet rotation axes are aligned with Planetarium.up.

QuaternionD Planetarium.ZupRotation

staticgetset

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

• src/Planetarium.cs