IRouteMeasureCalibrator.CalibrateRoutesByMs Method

Calibrate route features by using existing M values for the interpolation.

[Visual Basic .NET]
Public Function CalibrateRoutesByMs ( _
    ByVal updateHow As Integer, _
    ByVal tolerance As Double, _
    ByVal allRoutes As Boolean, _
    ByVal outputFClassName As IFeatureClassName, _
    ByVal outputGeometryDef As IGeometryDef, _
    ByVal configKeyword As String, _
    ByVal trackCancel As ITrackCancel _
) As IEnumBSTR

[C#]
public IEnumBSTR CalibrateRoutesByMs (
    int updateHow,
    double tolerance,
    bool allRoutes,
    IFeatureClassName outputFClassName,
    IGeometryDef outputGeometryDef,
    string configKeyword,
    ITrackCancel trackCancel
);

[C++]
HRESULT CalibrateRoutesByMs(
  long updateHow,
  double tolerance,
  VARIANT_BOOL allRoutes,
  IFeatureClassName* outputFClassName,
  IGeometryDef* outputGeometryDef,
  BSTR configKeyword,
  ITrackCancel* trackCancel
);

[C++]

Parameters
updateHow [in]

  updateHow is a parameter of type long
tolerance [in]

  tolerance is a parameter of type double
allRoutes [in]

  allRoutes is a parameter of type bool
outputFClassName [in]

  outputFClassName is a parameter of type IFeatureClassName*
outputGeometryDef [in]

  outputGeometryDef is a parameter of type IGeometryDef*
configKeyword [in]

  configKeyword is a parameter of type BSTR
trackCancel [in]

  trackCancel is a parameter of type ITrackCancel*

Product Availability

Remarks

The outputFClassName parameter in this method is the IFeatureClassName , from which the properties of the output feature class can be set.

The outputGeometryDef parameter sets the IGeometryDef for the output feature class.  The geometry definition of the output feature class must have HasMs=True, and should have an adequate M extent (MDomain) so the new measures can be set. 

If there are disjoint routes, gaps will be ignored.   

See Also

IRouteMeasureCalibrator Interface | IRouteMeasureCalibrator Interface