STK AgAccessConstraintPlugin	Send comments on this topic.
Attitude Method (IAgAccessConstraintPluginObjectData)
See Also

Frame: Requested frame to express the results.

Q1: Q1 component of the quaternion at the current time.

Q2: Q2 component of the quaternion at the current time.

Q3: Q3 component of the quaternion at the current time.

Q4: Q4 component of the quaternion at the current time.

Description

The attitude of the body frame of the object wrt the requested frame. Only eUtFrameInertial and eUtFrameFixed are supported.

Syntax

[Visual Basic .NET]
Public Sub Attitude( _ ByVal Frame As AgEUtFrame, _ ByRef Q1 As Double, _ ByRef Q2 As Double, _ ByRef Q3 As Double, _ ByRef Q4 As Double _ )

[Visual Basic .NET]

Public Sub Attitude( _
    ByVal Frame As AgEUtFrame, _
    ByRef Q1 As Double, _
    ByRef Q2 As Double, _
    ByRef Q3 As Double, _
    ByRef Q4 As Double _
)

[C#]
public void Attitude( AgEUtFrame Frame, ref double Q1, ref double Q2, ref double Q3, ref double Q4 );

[C#]

public void Attitude(
    AgEUtFrame Frame,
    ref double Q1,
    ref double Q2,
    ref double Q3,
    ref double Q4
);

[Managed C++]
public: void Attitude( AgEUtFrame Frame, double ^ Q1, double ^ Q2, double ^ Q3, double ^ Q4 );

[Unmanaged C++]
public: HRESULT Attitude( AgEUtFrame Frame, double * Q1, double * Q2, double * Q3, double * Q4 );

[Python - STK API ]
def Attitude(self, Frame:"AgEUtFrame", Q1:float, Q2:float, Q3:float, Q4:float) -> typing.Tuple[float, float, float, float]:

[Python - STK API

]

def Attitude(self, Frame:"AgEUtFrame", Q1:float, Q2:float, Q3:float, Q4:float) -> typing.Tuple[float, float, float, float]:

Parameters

Frame: Requested frame to express the results.
Q1: Q1 component of the quaternion at the current time.
Q2: Q2 component of the quaternion at the current time.
Q3: Q3 component of the quaternion at the current time.
Q4: Q4 component of the quaternion at the current time.

Description

Syntax

Parameters

See Also