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SetPatternSimpleConic Method (IAgSnCommonTasks)
See Also
ConeAngle
AngularResolution
Allows a user to set the angular separation between the pattern data points. This is an advanced user field, available only through STK's object model interface. The default value for the number of pattern samples is 90 points over the Simple Conic (circular) pattern. The default setting is considered sufficient for interpolation and graphics purposes. However, advanced users have the option to increase/decrease the angular resolution of the sample points to conform to their analytical requirements.
Windows





Windows & Linux

Description

Defines the sensor using a simple conic pattern.

Syntax

[Visual Basic .NET]
Public Function SetPatternSimpleConic( _
    ByVal ConeAngle As System.Object, _
    ByVal AngularResolution As System.Object _
) As IAgSnSimpleConicPattern
[C#]
public IAgSnSimpleConicPattern SetPatternSimpleConic(
    System.Object ConeAngle,
    System.Object AngularResolution
);
[Managed C++]
public: IAgSnSimpleConicPattern^ SetPatternSimpleConic(
    VARIANT ConeAngle,
    VARIANT AngularResolution
);
[Unmanaged C++]
public: HRESULT SetPatternSimpleConic(
    VARIANT ConeAngle,
    VARIANT AngularResolution,
    IAgSnSimpleConicPattern ** ppIAgSnSimpleConicPattern
);
[Java]
public IAgSnSimpleConicPattern setPatternSimpleConic(
    AgVariant ConeAngle,
    AgVariant AngularResolution
);
[Python - STK API ]
def SetPatternSimpleConic(self, ConeAngle:typing.Any, AngularResolution:typing.Any) -> "IAgSnSimpleConicPattern":

Parameters

ConeAngle
AngularResolution
Allows a user to set the angular separation between the pattern data points. This is an advanced user field, available only through STK's object model interface. The default value for the number of pattern samples is 90 points over the Simple Conic (circular) pattern. The default setting is considered sufficient for interpolation and graphics purposes. However, advanced users have the option to increase/decrease the angular resolution of the sample points to conform to their analytical requirements.

See Also

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