Description
Is the DOP method supported?
Syntax
| [Visual Basic .NET] |
|---|
Public Function IsMethodSupported( _
ByVal AgEFmMethod As AgEFmMethod _
) As Boolean
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| [C#] |
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public bool IsMethodSupported(
|
| [Managed C++] |
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public: bool IsMethodSupported(
|
| [Java] |
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public bool isMethodSupported(
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| [Unmanaged C++] |
|---|
public: HRESULT IsMethodSupported(
|
Parameters
- AgEFmMethod
-
Member Value Description eGDOP 0 Geometric Dilution of Precision: Measures the dilution of precision for the entire navigation solution. eHDOP 1 Horizontal Dilution of Precision: Measures the dilution of precision for the horizontal (latitude/longitude) components of the positional portion of the navigation solution. eHDOP3 2 Same as HDOP, but the DOP value is computed even if only 3 navigation sources are available, in which case the clock component is ignored. ePDOP 3 Position Dilution of Precision: Measures only the dilution of precision associated with the positional portion of the navigation solution. ePDOP3 4 Same as PDOP, but the DOP value is computed even if only 3 navigation sources are available, in which case the clock component is ignored. eTDOP 5 Time Dilution of Precision: Measures the dilution of precision of the time portion of the navigation solution. eVDOP 6 Vertical Dilution of Precision: Measures the dilution of precision for the vertical (altitude) components of the positional portion of the navigation solution. eVDOP3 7 Same as VDOP, but the DOP value is computed even if only 3 navigation sources are available, in which case the clock component is ignored. eGACC 8 Geometric Accuracy: Measures the accuracy of the entire navigation solution. eHACC 9 Horizontal Accuracy: Measures the accuracy for the horizontal (latitude/longitude) components of the positional portion of the navigation solution. eHACC3 10 Same as HACC, but the DOP value is computed even if only 3 navigation sources are available, in which case the clock component is ignored. ePACC 11 Position Accuracy: Measures only the accuracy associated with the positional portion of the navigation solution. ePACC3 12 Same as PACC, but the DOP value is computed even if only 3 navigation sources are available, in which case the clock component is ignored. eTACC 13 Time Accuracy: Measures the accuracy of the time portion of the navigation solution. eVACC 14 Vertical Accuracy: Measures the accuracy for the vertical (altitude) components of the positional portion of the navigation solution. eVACC3 15 Same as VACC, but the DOP value is computed even if only 3 navigation sources are available, in which case the clock component is ignored. eEDOP 16 East Dilution of Precision: Measures the dilution of precision for the east components of the positional portion of the navigation solution. eEDOP3 17 Same as eEDOP, but the DOP value is computed even if only 3 navigation sources are available, in which case the clock component is ignored. eNDOP 18 North Dilution of Precision: Measures the dilution of precision for the east components of the positional portion of the navigation solution. eNDOP3 19 Same as eNDOP, but the DOP value is computed even if only 3 navigation sources are available, in which case the clock component is ignored. eEACC 20 East Accuracy: Measures the accuracy for the east components of the positional portion of the navigation solution. eEACC3 21 Same as EACC, but the DOP value is computed even if only 3 navigation sources are available, in which case the clock component is ignored. eNACC 22 North Accuracy: Measures the accuracy for the north components of the positional portion of the navigation solution. eNACC3 23 Same as NACC, but the DOP value is computed even if only 3 navigation sources are available, in which case the clock component is ignored.