Description

Gets a value indicating whether the specified type can be used

Syntax

[Visual Basic .NET]
Public Function IsRefractionTypeSupported( _ ByVal Model As AgESnRefractionType _ ) As Boolean

[Visual Basic .NET]

Public Function IsRefractionTypeSupported( _
   ByVal Model As AgESnRefractionType _
) As Boolean

[C#]
public bool IsRefractionTypeSupported( AgESnRefractionType Model );

[C#]

public bool IsRefractionTypeSupported(

   AgESnRefractionType Model

);

[Managed C++]
public: bool IsRefractionTypeSupported( AgESnRefractionType Model );

[Managed C++]

public: bool IsRefractionTypeSupported(

   AgESnRefractionType Model

);

[Java]
public bool isRefractionTypeSupported( AgESnRefractionType Model );

[Java]

public bool isRefractionTypeSupported(

   AgESnRefractionType Model

);

[Unmanaged C++]
public: HRESULT IsRefractionTypeSupported( AgESnRefractionType Model, VARIANT_BOOL * ReturnValue );

[Unmanaged C++]

public: HRESULT IsRefractionTypeSupported(

   AgESnRefractionType Model, 

   VARIANT_BOOL * ReturnValue

);

Model

Member	Value	Description
e4_3EarthRadiusMethod	0	4/3 Earth Radius: computes the apparent elevation due to refraction by assuming an Earth radius 4/3 of its actual value.
eITU_R_P834_2	1	This model is deprecated.
eSCFMethod	2	SCF Method: an implementation of the Refraction Correction model,which takes as input the surface refractivity at each facility location, based on local temperature, pressure and humidity, correcting elevation and range from apparent to true.
eITU_R_P834_4	3	ITU-R P.834-4: Compute the refracted elevation based on the non-refracted elevation angle and the mean sea level (MSL) altitude of the sensor, using empirical criteria that are contained in ITU-R P.834-4.

AGI STK Objects 11	Send comments on this topic.
IsRefractionTypeSupported Method (IAgSensor)
See Also