public CreateAnnoMasksEngine(CreateAnnoMasks config, IProcessingContext context,
IProcessingFeedback feedback)
: base(config.Name, context, feedback)
{
_inputDataset = OpenRequiredDataset(config.InputDataset, nameof(config.InputDataset));
_outputMaskDataset = OpenRequiredDataset(config.OutputMaskDataset, nameof(config.OutputMaskDataset));
_relationshipClass = OpenAssociation(config.OutputAssociation);
_maskAttributes = ProcessingUtils.CreateFieldSetter(
config.MaskAttributes, _outputMaskDataset.FeatureClass, nameof(config.MaskAttributes));
_maskMargin = ImplicitValue.Create(config.MaskMargin, nameof(config.MaskMargin));
_maskMargin.Environment = new StandardEnvironment().RegisterConversionFunctions();
_simplificationToleranceMu = config.SimplificationTolerance; // TODO convert mm to mu
_maskOutlineType = config.MaskOutlineType;
_fillHoles = config.FillHoles;
}
public AlignMarkersEngine(AlignMarkers config, IProcessingContext context, IProcessingFeedback feedback)
: base(config.Name, context, feedback)
{
_inputDataset =
OpenRequiredDataset(config.InputDataset, nameof(config.InputDataset));
_referenceDatasets = OpenDatasets(config.ReferenceDatasets);
_searchDistance = ProcessingUtils.Clip(
config.SearchDistance, 0, double.MaxValue,
nameof(config.SearchDistance));
_markerFieldSetter = ProcessingUtils.CreateFieldSetter(
config.MarkerAttributes, _inputDataset.FeatureClass,
nameof(config.MarkerAttributes));
}
/// <remarks>Caller's duty to dispose features! (See Pro SDK documentation)</remarks>
public IEnumerable <Feature> GetOtherFeatures(ProcessingDataset dataset,
Geometry extent = null,
bool recycling = false)
{
var filter = ProcessingUtils.CreateFilter(dataset.WhereClause, extent);
using (var cursor = dataset.FeatureClass.Search(filter, recycling))
{
while (cursor.MoveNext())
{
if (cursor.Current is Feature feature)
{
yield return(feature);
}
}
}
}
public int CountInputFeatures(ProcessingDataset dataset, Geometry extent = null)
{
if (SelectionType.IsWithinEditPerimeter())
{
var perimeter = GetProcessingPerimeter();
extent = GeometryUtils.Intersection(extent, perimeter);
}
if (SelectionType.IsSelectedFeatures())
{
if (dataset.Selection.SelectionCount < 1)
{
return(0);
}
var filter = ProcessingUtils.CreateFilter(dataset.WhereClause, extent);
return(dataset.Selection.CountSelection(filter));
}
return(CountOtherFeatures(dataset, extent));
}
/// <remarks>Caller's duty to dispose features! (See Pro SDK documentation)</remarks>
public IEnumerable <Feature> GetInputFeatures(ProcessingDataset dataset,
Geometry extent = null,
bool recycling = false)
{
if (SelectionType.IsWithinEditPerimeter())
{
var perimeter = GetProcessingPerimeter();
extent = GeometryUtils.Intersection(extent, perimeter);
}
if (SelectionType.IsSelectedFeatures())
{
if (dataset.Selection.SelectionCount < 1)
{
return(Enumerable.Empty <Feature>());
}
var filter = ProcessingUtils.CreateFilter(dataset.WhereClause, extent);
return(dataset.Selection.SearchSelection(filter, recycling));
}
return(GetOtherFeatures(dataset, extent, recycling));
}
public CalculateControlPointsEngine(CalculateControlPoints config,
IProcessingContext context,
IProcessingFeedback feedback)
: base(config.Name, context, feedback)
{
_inputDataset =
OpenRequiredDataset(config.InputDataset, nameof(config.InputDataset));
_maximumAngle = config.MaximumAngle;
if (!(0 <= _maximumAngle && _maximumAngle <= 180))
{
throw ConfigError(
$"{nameof(config.MaximumAngle)} is {config.MaximumAngle}, not between 0 and 180");
}
_controlPointIdValue = ProcessingUtils.Clip(
config.ControlPointIdValue, 1, int.MaxValue,
nameof(config.ControlPointIdValue));
_simplificationTolerance = ProcessingUtils.Clip(
config.SimplificationTolerance, 0, double.MaxValue,
nameof(config.SimplificationTolerance)); // TODO convert Millimeters (Points) to MapUnits -- how?
}
protected int CountOtherFeatures(ProcessingDataset dataset, Geometry extent = null)
{
return(Context.CountOtherFeatures(dataset, extent));
}
protected IEnumerable <Feature> GetOtherFeatures(ProcessingDataset dataset,
Geometry extent = null,
bool recycling = false)
{
return(Context.GetOtherFeatures(dataset, extent, recycling));
}
public int CountOtherFeatures(ProcessingDataset dataset, Geometry extent = null)
{
QueryFilter filter = ProcessingUtils.CreateFilter(dataset.WhereClause, extent);
return(dataset.FeatureClass.GetCount(filter));
}
