MagneticCoilTorque Constructor (Vector, Double, Scalar, Cartesian, Axes)

public MagneticCoilTorque(
	Vector magneticFieldVector,
	double numberOfLoops,
	Scalar current,
	Cartesian directedArea,
	Axes bodyAxes
)

Public Sub New ( 
	magneticFieldVector As Vector,
	numberOfLoops As Double,
	current As Scalar,
	directedArea As Cartesian,
	bodyAxes As Axes
)

public:
MagneticCoilTorque(
	Vector^ magneticFieldVector, 
	double numberOfLoops, 
	Scalar^ current, 
	Cartesian directedArea, 
	Axes^ bodyAxes
)

new : 
        magneticFieldVector : Vector * 
        numberOfLoops : float * 
        current : Scalar * 
        directedArea : Cartesian * 
        bodyAxes : Axes -> MagneticCoilTorque

Parameters

magneticFieldVector

Type: AGI.Foundation.GeometryVector
A vector describing the magnetic field that the coil is subjected to. This is usually a MagneticFieldVector.

numberOfLoops

Type: SystemDouble
The number of current loops in the magnetic torquer coil.

current

Type: AGI.Foundation.GeometryScalar
The electric current passing through the coil.

directedArea

Type: AGI.Foundation.CoordinatesCartesian
The area of the coil multiplied by the unit vector that is normal to the plane of the coil such that a positive current traveling through the coil obeys the right hand rule. In this constructor, the Cartesian value is converted into a VectorFixed in the bodyAxes.

bodyAxes

Type: AGI.Foundation.GeometryAxes
The body axes of the spacecraft. These should be the IntegrationAxes of the PropagationEulerianAxes associated with the spacecraft.

Reference