Uses of Class
org.geotools.process.ProcessException

Packages that use ProcessException

Package	Description
org.geotools.process	Define a Process API used to wrap up processes for reuse.
org.geotools.process.raster	Raster processing support for the GeoTools library.
org.geotools.process.vector	Vector processing support for the GeoTools library.

Uses of ProcessException in org.geotools.process

Methods in org.geotools.process that throw ProcessException

Modifier and Type	Method	Description
Map<String,Object>	Process.execute(Map<String,Object> input, ProgressListener monitor)	Execute this process with the provided inputs.
GridGeometry	RenderingProcess.invertGridGeometry(Map<String,Object> input, Query targetQuery, GridGeometry targetGridGeometry)	Given a target query and a target grid geometry returns the grid geometry to be used to read the input data of the process involved in rendering.
Query	RenderingProcess.invertQuery(Map<String,Object> input, Query targetQuery, GridGeometry gridGeometry)	Given a target query and a target grid geometry returns the query to be used to read the input data of the process involved in rendering.

Uses of ProcessException in org.geotools.process.raster

Methods in org.geotools.process.raster that throw ProcessException

Modifier and Type	Method	Description
static void	BaseCoverageAlgebraProcess.checkCompatibleCoverages(GridCoverage2D coverageA, GridCoverage2D coverageB)
static void	BaseCoverageAlgebraProcess.checkCompatibleCoveragesForMerge(Collection<GridCoverage2D> coverages)	Utility method for ensuring that all the Input Coverages have the same CRS
GridCoverage2D	AddCoveragesProcess.execute(GridCoverage2D coverageA, GridCoverage2D coverageB, ProgressListener progressListener)
GridCoverage2D	AffineProcess.execute(GridCoverage2D coverage, Double scaleX, Double scaleY, Double shearX, Double shearY, Double translateX, Double translateY, double[] nodata, Interpolation interp)
GridCoverage2D	AreaGridProcess.execute(ReferencedEnvelope bounds, int width, int height)
GridCoverage2D	BandMergeProcess.execute(Collection<GridCoverage2D> coverages, Geometry roi, String transformChoice, Integer index)
GridCoverage2D	BandSelectProcess.execute(GridCoverage2D coverage, int[] sampleDims, Integer visibleSampleDim)
SimpleFeatureCollection	ContourProcess.execute(GridCoverage2D gc2d, Integer band, double[] levels, Double interval, Boolean simplify, Boolean smooth, Geometry roi, ProgressListener progressListener)
CoverageClassStats.Results	CoverageClassStats.execute(GridCoverage2D coverage, List<Statistics.StatsType> stats, Integer band, Integer classes, ClassificationMethod method, Double noData, ProgressListener progressListener)
SimpleFeatureCollection	FootprintExtractionProcess.execute(GridCoverage2D coverage, List<Range<Integer>> exclusionRanges, Double thresholdArea, Boolean computeSimplifiedFootprint, Double simplifierFactor, Boolean removeCollinear, Boolean forceValid, MarchingSquaresVectorizer.ImageLoadingType imageLoadingType, ProgressListener progressListener)	Executes the raster to vector process.
GridCoverage2D	JiffleProcess.execute(GridCoverage2D[] coverages, String script, String destName, String[] sourceNames, Range.DataType dataType, Integer outputBandCount, String outputBandNames, ProgressListener progressListener)	Executes a Jiffle raster algebra.
GridCoverage2D	MultiplyCoveragesProcess.execute(GridCoverage2D coverageA, GridCoverage2D coverageB, ProgressListener progressListener)
SimpleFeatureCollection	PolygonExtractionProcess.execute(GridCoverage2D coverage, Integer band, Boolean insideEdges, Geometry roi, Collection<Number> noDataValues, List<Range> classificationRanges, ProgressListener progressListener)	Executes the raster to vector process.
GridCoverage2D	RangeLookupProcess.execute(GridCoverage2D coverage, Integer classificationBand, List<Range> classificationRanges, int[] outputPixelValues, Double noData, ProgressListener listener)
GridCoverage2D	RangeLookupProcess.execute(GridCoverage2D coverage, Integer classificationBand, List<Range> classificationRanges, ProgressListener listener)	Execute the RangeLookupProcess on the provided coverage (left for backwards compatibility)
SimpleFeatureCollection	RasterAsPointCollectionProcess.execute(GridCoverage2D gc2d, CoordinateReferenceSystem targetCRS, Float scaleFactor, Interpolation interpolation, Boolean emisphere)
GridCoverage2D	TransparencyFillProcess.execute(GridCoverage2D coverage, Integer width, ProgressListener listener)
static ROI	CoverageUtilities.prepareROI(Geometry roi, AffineTransform mt2d)	Utility method for transforming a geometry ROI into the raster space, using the provided affine transformation.
static SimpleFeatureCollection	ContourProcess.process(GridCoverage2D gc2d, Integer band, double[] levels, Double interval, Boolean simplify, Boolean smooth, Geometry roi, ProgressListener progressListener)	Perform the contouring on the input GridCoverage2D and returns the results as a feature collection.

Uses of ProcessException in org.geotools.process.vector

Subclasses of ProcessException in org.geotools.process.vector

Modifier and Type	Class	Description
class	VectorToRasterException	Exception class used by FeatureRasterizerProcess

Methods in org.geotools.process.vector that throw ProcessException

Modifier and Type	Method	Description
AggregateProcess.Results	AggregateProcess.execute(SimpleFeatureCollection features, String aggAttribute, Set<AggregateProcess.AggregationFunction> functions, boolean singlePass, List<String> groupByAttributes, ProgressListener progressListener)
AggregateProcess.Results	AggregateProcess.execute(SimpleFeatureCollection features, String aggAttribute, Set<AggregateProcess.AggregationFunction> functions, boolean singlePass, ProgressListener progressListener)
GridCoverage2D	BarnesSurfaceProcess.execute(SimpleFeatureCollection obsFeatures, String valueAttr, Integer argDataLimit, Double argScale, Double argConvergence, Integer argPasses, Integer argMinObsCount, Double argMaxObsDistance, Double argNoDataValue, Integer argPixelsPerCell, Double argQueryBuffer, ReferencedEnvelope outputEnv, Integer outputWidth, Integer outputHeight, ProgressListener monitor)
SimpleFeatureCollection	CentroidProcess.execute(SimpleFeatureCollection features)
SimpleFeatureCollection	ClassifyByRangeProcess.execute(SimpleFeatureCollection features, String classifyOnAttribute, String[] thresholds, String[] outputValues, String classifier, Integer classes, Boolean include, String outputAttribute, String outputType)
SimpleFeatureCollection	ClipProcess.execute(SimpleFeatureCollection features, Geometry clip, Boolean preserveZ)
SimpleFeatureCollection	ContourProcess.execute(FeatureCollection features, String propertyName, double[] levels, Double interval, Boolean simplify, Boolean smooth, ProgressListener progressListener)
FeatureClassStats.Results	FeatureClassStats.execute(FeatureCollection features, String attribute, List<Statistics.StatsType> statTypes, Integer classes, ClassificationMethod method, Double noData, ProgressListener progressListener)
SimpleFeatureCollection	GraticuleLabelPointProcess.execute(SimpleFeatureCollection features, ReferencedEnvelope bounds, Double offset, String placement)
SimpleFeatureCollection	GridProcess.execute(ReferencedEnvelope bounds, double width, Double height, Double vertexSpacing, GridProcess.GridMode mode)
GridCoverage2D	HeatmapProcess.execute(SimpleFeatureCollection obsFeatures, Integer argRadiusPixels, String valueAttr, Integer argPixelsPerCell, ReferencedEnvelope argOutputEnv, Integer argOutputWidth, Integer argOutputHeight, ProgressListener monitor)
FeatureCollection<? extends FeatureType,? extends Feature>	LRSGeocodeProcess.execute(FeatureCollection<? extends FeatureType,? extends Feature> featureCollection, String fromMeasureAttb, String toMeasureAttb, Double measure)	Process the input data set.
FeatureCollection<? extends FeatureType,? extends Feature>	LRSMeasureProcess.execute(FeatureCollection<? extends FeatureType,? extends Feature> featureCollection, String fromMeasureAttb, String toMeasureAttb, Point point, CoordinateReferenceSystem crs)	Process the input data set.
FeatureCollection<? extends FeatureType,? extends Feature>	LRSSegmentProcess.execute(FeatureCollection<? extends FeatureType,? extends Feature> featureCollection, String fromMeasureAttb, String toMeasureAttb, Double fromMeasure, Double toMeasure)	Process the input data set.
FeatureCollection	NearestProcess.execute(FeatureCollection featureCollection, Point point, CoordinateReferenceSystem crs)	Process the input data set.
SimpleFeatureCollection	PointStackerProcess.execute(SimpleFeatureCollection data, Integer cellSize, Boolean argWeightClusterPosition, Boolean argNormalize, PointStackerProcess.PreserveLocation preserveLocation, ReferencedEnvelope outputEnv, Integer outputWidth, Integer outputHeight, String cql, ProgressListener monitor)
SimpleFeatureCollection	QueryProcess.execute(SimpleFeatureCollection features, List<String> attributes, Filter filter)
SimpleFeatureCollection	RectangularClipProcess.execute(SimpleFeatureCollection features, ReferencedEnvelope clip, Boolean preserveZ)
SimpleFeatureCollection	SimplifyProcess.execute(SimpleFeatureCollection features, double distance, boolean preserveTopology)
FeatureCollection	SnapProcess.execute(FeatureCollection featureCollection, Point point, CoordinateReferenceSystem crs)	Process the input data set.
SimpleFeatureCollection	TransformProcess.execute(SimpleFeatureCollection features, String transform)
SimpleFeatureCollection	TransformProcess.executeList(SimpleFeatureCollection features, List<TransformProcess.Definition> transform)
Query	BarnesSurfaceProcess.invertQuery(Double argQueryBuffer, Query targetQuery, GridGeometry targetGridGeometry)	Given a target query and a target grid geometry returns the query to be used to read the input data of the process involved in rendering.
Query	HeatmapProcess.invertQuery(Integer argRadiusPixels, ReferencedEnvelope argOutputEnv, Integer argOutputWidth, Integer argOutputHeight, Query targetQuery, GridGeometry targetGridGeometry)	Given a target query and a target grid geometry returns the query to be used to read the input data of the process involved in rendering.
static AggregateProcess.Results	AggregateProcess.process(SimpleFeatureCollection features, String aggAttribute, Set<AggregateProcess.AggregationFunction> functions, Boolean singlePass, ProgressListener progressListener)	Computes various attribute statistics over vector data sets
static AggregateProcess.Results	AggregateProcess.process(SimpleFeatureCollection features, String aggAttribute, Set<AggregateProcess.AggregationFunction> functions, List<String> groupByAttributes, Boolean singlePass, ProgressListener progressListener)