Package org.geotools.coverage.processing
Class Operations
- Object
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- Operations
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public class Operations extends Object
Convenience, type-safe, methods for applying some common operations on coverage objects. All methods wrap their arguments in a parameter value group and delegate the work to the processor'sdoOperation
method. This convenience class do not brings any new functionalities, but brings type-safety when the operation is know at compile time. For operation unknown at compile time (e.g. for an operation selected by users in some widget), use the processor directly.- Since:
- 2.2
- Author:
- Martin Desruisseaux (IRD)
- See Also:
org.geotools.coverage.processing.operation
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Field Summary
Fields Modifier and Type Field Description static Operations
DEFAULT
The default instance.
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Constructor Summary
Constructors Constructor Description Operations(RenderingHints hints)
Creates a new instance using the specified hints.
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Method Summary
All Methods Instance Methods Concrete Methods Modifier and Type Method Description Coverage
absolute(Coverage source)
Computes the mathematical absolute value of each sample value.Coverage
add(Coverage source, double[] constants)
Adds constants (one for each band) to every sample values of the source coverage.Coverage
add(Coverage source0, Coverage source1)
Returns the sum between two coveragesGridCoverage
affine(GridCoverage source, AffineTransform transform, Interpolation interpolation, double[] noDataValues)
Translates and resizes an image.Coverage
crop(Coverage source, Bounds envelope)
Crops the image to a specified rectangular area.Coverage
crop(Coverage source, Geometry roi)
Crops the image to a specified clipping areaCoverage
divideBy(Coverage source, double[] constants)
Divides every sample values of the source coverage by constants (one for each band).protected Coverage
doOperation(String operationName, Coverage source)
Applies a process operation with default parameters.protected Coverage
doOperation(String operationName, Coverage source, String argumentName1, Object argumentValue1)
Applies a process operation with one parameter.protected Coverage
doOperation(String operationName, Coverage source, String argumentName1, Object argumentValue1, String argumentName2, Object argumentValue2)
Applies process operation with two parameters.protected Coverage
doOperation(String operationName, Coverage source, String argumentName1, Object argumentValue1, String argumentName2, Object argumentValue2, String argumentName3, Object argumentValue3)
Applies a process operation with three parameters.protected Coverage
doOperation(String operationName, Coverage source, String argumentName1, Object argumentValue1, String argumentName2, Object argumentValue2, String argumentName3, Object argumentValue3, String argumentName4, Object argumentValue4)
Applies a process operation with four parameters.protected Coverage
doOperation(String operationName, Coverage source, String argumentName1, Object argumentValue1, String argumentName2, Object argumentValue2, String argumentName3, Object argumentValue3, String argumentName4, Object argumentValue4, String argumentName5, Object argumentValue5)
Applies a process operation with five parameters.protected Coverage
doOperation(String operationName, Coverage source, String argumentName1, Object argumentValue1, String argumentName2, Object argumentValue2, String argumentName3, Object argumentValue3, String argumentName4, Object argumentValue4, String argumentName5, Object argumentValue5, String argumentName6, Object argumentValue6)
Applies a process operation with six parameters.protected Coverage
doOperation(String operationName, Coverage source0, Coverage source1)
Applies a process binary operation on two coverages with default parameters.Coverage
exp(Coverage source)
Takes the exponential of the sample values of a coverage.Coverage
extrema(Coverage source)
Finds the maximum and minimum pixel values for each band within that region of the coverage.GridCoverage
filteredSubsample(GridCoverage source)
Subsamples an image using the default values.GridCoverage
filteredSubsample(GridCoverage source, int scaleX, int scaleY, float[] qsFilter)
Subsamples an image by integral factors.GridCoverage
filteredSubsample(GridCoverage source, int scaleX, int scaleY, float[] qsFilter, Interpolation interpolation)
Subsamples an image by integral factors.GridCoverage
interpolate(GridCoverage source, String type)
Specifies the interpolation type to be used to interpolate values for points which fall between grid cells.GridCoverage
interpolate(GridCoverage source, Interpolation type)
Specifies the interpolation type to be used to interpolate values for points which fall between grid cells.GridCoverage
interpolate(GridCoverage source, Interpolation[] types)
Specifies the interpolation types to be used to interpolate values for points which fall between grid cells.Coverage
invert(Coverage source)
Inverts the sample values of a coverage.Coverage
log(Coverage source)
Takes the natural logarithm of the sample values of a coverage.Coverage
multiply(Coverage source, double[] constants)
Multiplies every sample values of the source coverage by constants (one for each band).Coverage
multiply(Coverage source0, Coverage source1)
Returns the multiplication between two coveragesGridCoverage
nodataFilter(GridCoverage source)
ReplacesNaN
values by the weighted average of neighbors values.GridCoverage
nodataFilter(GridCoverage source, int padding, int validityThreshold)
ReplacesNaN
values by the weighted average of neighbors values.Coverage
resample(Coverage source, CoordinateReferenceSystem crs)
Resamples a coverage to the specified coordinate reference system.Coverage
resample(GridCoverage source, Bounds envelope, Interpolation interpolationType)
Resamples a grid coverage to the specified envelope.Coverage
resample(GridCoverage source, CoordinateReferenceSystem crs, GridGeometry gridGeometry, Interpolation interpolationType)
Resamples a grid coverage to the specified coordinate reference system and grid geometry.Coverage
resample(GridCoverage source, CoordinateReferenceSystem crs, GridGeometry gridGeometry, Interpolation interpolationType, double[] backgroundValues)
Resamples a grid coverage to the specified coordinate reference system and grid geometry.Coverage
rescale(Coverage source, double[] constants, double[] offsets)
Maps the sample values of a coverage from one range to another range.GridCoverage
scale(GridCoverage source, double xScale, double yScale, double xTrans, double yTrans)
Translates and resizes an image.GridCoverage
scale(GridCoverage source, double xScale, double yScale, double xTrans, double yTrans, Interpolation interpolation)
Translates and resizes an image.Coverage
selectSampleDimension(Coverage source, int[] sampleDimensions)
Chooses N sample dimensions from a coverage and copies their sample data to the destination grid coverage in the order specified.GridCoverage
subsampleAverage(GridCoverage source, double scaleX, double scaleY)
Subsamples an image by averaging over a moving windowCoverage
subtract(Coverage source, double[] constants)
Subtracts constants (one for each band) from every sample values of the source coverage.Coverage
subtractFrom(Coverage source, double[] constants)
Subtracts every sample values of the source coverage from constants (one for each band).GridCoverage
warp(GridCoverage source, Warp warp)
Warps an image.GridCoverage
warp(GridCoverage source, Warp warp, Interpolation interpolation)
Translates and resizes an image.
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Field Detail
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DEFAULT
public static final Operations DEFAULT
The default instance.
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Constructor Detail
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Operations
public Operations(RenderingHints hints)
Creates a new instance using the specified hints.- Parameters:
hints
- The hints, ornull
if none.
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Method Detail
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add
public Coverage add(Coverage source, double[] constants) throws CoverageProcessingException
Adds constants (one for each band) to every sample values of the source coverage.- Parameters:
source
- The source coverage.constants
- The constants to add to each band.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
AddConst
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add
public Coverage add(Coverage source0, Coverage source1) throws CoverageProcessingException
Returns the sum between two coverages- Parameters:
source0
- The first source coverage.source1
- The second source coverage.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Add
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multiply
public Coverage multiply(Coverage source0, Coverage source1) throws CoverageProcessingException
Returns the multiplication between two coverages- Parameters:
source0
- The first source coverage.source1
- The second source coverage.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Multiply
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subtract
public Coverage subtract(Coverage source, double[] constants) throws CoverageProcessingException
Subtracts constants (one for each band) from every sample values of the source coverage.- Parameters:
source
- The source coverage.constants
- The constants to subtract to each band.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
SubtractConst
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subtractFrom
public Coverage subtractFrom(Coverage source, double[] constants) throws CoverageProcessingException
Subtracts every sample values of the source coverage from constants (one for each band).- Parameters:
source
- The source coverage.constants
- The constants to subtract from.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
SubtractFromConst
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multiply
public Coverage multiply(Coverage source, double[] constants) throws CoverageProcessingException
Multiplies every sample values of the source coverage by constants (one for each band).- Parameters:
source
- The source coverage.constants
- The constants to multiply to each band.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
MultiplyConst
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divideBy
public Coverage divideBy(Coverage source, double[] constants) throws CoverageProcessingException
Divides every sample values of the source coverage by constants (one for each band).- Parameters:
source
- The source coverage.constants
- The constants to divides by.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
DivideByConst
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rescale
public Coverage rescale(Coverage source, double[] constants, double[] offsets) throws CoverageProcessingException
Maps the sample values of a coverage from one range to another range.- Parameters:
source
- The source coverage.constants
- The constants to multiply to each band.offsets
- The constants to add to each band.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Rescale
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invert
public Coverage invert(Coverage source) throws CoverageProcessingException
Inverts the sample values of a coverage.- Parameters:
source
- The source coverage.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Invert
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absolute
public Coverage absolute(Coverage source) throws CoverageProcessingException
Computes the mathematical absolute value of each sample value.- Parameters:
source
- The source coverage.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Absolute
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log
public Coverage log(Coverage source) throws CoverageProcessingException
Takes the natural logarithm of the sample values of a coverage.- Parameters:
source
- The source coverage.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Log
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exp
public Coverage exp(Coverage source) throws CoverageProcessingException
Takes the exponential of the sample values of a coverage.- Parameters:
source
- The source coverage.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Exp
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extrema
public Coverage extrema(Coverage source) throws CoverageProcessingException
Finds the maximum and minimum pixel values for each band within that region of the coverage. The coverage data pass through this operation unchanged.- Parameters:
source
- The source coverage.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Extrema
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nodataFilter
public GridCoverage nodataFilter(GridCoverage source) throws CoverageProcessingException
ReplacesNaN
values by the weighted average of neighbors values. This method uses the default padding and validity threshold.- Parameters:
source
- The source coverage.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
org.geotools.coverage.processing.operation.NodataFilter
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nodataFilter
public GridCoverage nodataFilter(GridCoverage source, int padding, int validityThreshold) throws CoverageProcessingException
ReplacesNaN
values by the weighted average of neighbors values.- Parameters:
source
- The source coverage.padding
- The number of pixels above, below, to the left and to the right of centralNaN
pixel to use for computing the average. The default value is 1.validityThreshold
- The minimal number of valid values required for computing the average. TheNaN
value will be replaced by the average only if the number of valid value is greater than or equals to this threshold. The default value is 4.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
org.geotools.coverage.processing.operation.NodataFilter
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interpolate
public GridCoverage interpolate(GridCoverage source, String type) throws CoverageProcessingException
Specifies the interpolation type to be used to interpolate values for points which fall between grid cells. The default value is nearest neighbor. The new interpolation type operates on all sample dimensions.- Parameters:
source
- The source coverage.type
- The interpolation type. Possible values are"NearestNeighbor"
,"Bilinear"
and"Bicubic"
.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Interpolate
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interpolate
public GridCoverage interpolate(GridCoverage source, Interpolation type) throws CoverageProcessingException
Specifies the interpolation type to be used to interpolate values for points which fall between grid cells. The default value is nearest neighbor. The new interpolation type operates on all sample dimensions.- Parameters:
source
- The source coverage.type
- The interpolation type as a JAI interpolation object.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Interpolate
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interpolate
public GridCoverage interpolate(GridCoverage source, Interpolation[] types) throws CoverageProcessingException
Specifies the interpolation types to be used to interpolate values for points which fall between grid cells. The first element in the array is the primary interpolation. All other elements are fallback to be used if the primary interpolation returns aNaN
value. SeeInterpolate
operation for details.- Parameters:
source
- The source coverage.types
- The interpolation types and their fallback.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Interpolate
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selectSampleDimension
public Coverage selectSampleDimension(Coverage source, int[] sampleDimensions) throws CoverageProcessingException
Chooses N sample dimensions from a coverage and copies their sample data to the destination grid coverage in the order specified.- Parameters:
source
- The source coverage.sampleDimensions
- The sample dimensions to select.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
SelectSampleDimension
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resample
public Coverage resample(Coverage source, CoordinateReferenceSystem crs) throws CoverageProcessingException
Resamples a coverage to the specified coordinate reference system.- Parameters:
source
- The source coverage.crs
- The target coordinate reference system.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Resample
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resample
public Coverage resample(GridCoverage source, Bounds envelope, Interpolation interpolationType) throws CoverageProcessingException
Resamples a grid coverage to the specified envelope.- Parameters:
source
- The source coverage.envelope
- The target envelope, including a possibly different coordinate reference system.interpolationType
- The interpolation type, ornull
for the default one.- Throws:
CoverageProcessingException
- if the operation can't be applied.- Since:
- 2.5
- See Also:
Resample
,Resample.computeGridGeometry(org.geotools.api.coverage.grid.GridCoverage, org.geotools.api.geometry.Bounds)
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resample
public Coverage resample(GridCoverage source, CoordinateReferenceSystem crs, GridGeometry gridGeometry, Interpolation interpolationType) throws CoverageProcessingException
Resamples a grid coverage to the specified coordinate reference system and grid geometry.- Parameters:
source
- The source coverage.crs
- The target coordinate reference system, ornull
for keeping it unchanged.gridGeometry
- The grid geometry, ornull
for a default one.interpolationType
- The interpolation type, ornull
for the default one.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Resample
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resample
public Coverage resample(GridCoverage source, CoordinateReferenceSystem crs, GridGeometry gridGeometry, Interpolation interpolationType, double[] backgroundValues) throws CoverageProcessingException
Resamples a grid coverage to the specified coordinate reference system and grid geometry.- Parameters:
source
- The source coverage.crs
- The target coordinate reference system, ornull
for keeping it unchanged.gridGeometry
- The grid geometry, ornull
for a default one.interpolationType
- The interpolation type, ornull
for the default one.backgroundValues
- The backgroundValues, ornull
for the default one.- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Resample
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crop
public Coverage crop(Coverage source, Bounds envelope) throws CoverageProcessingException
Crops the image to a specified rectangular area.- Parameters:
source
- The source coverage.envelope
- The rectangular area to keep.- Throws:
CoverageProcessingException
- if the operation can't be applied.- Since:
- 2.3
- See Also:
Crop
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crop
public Coverage crop(Coverage source, Geometry roi) throws CoverageProcessingException
Crops the image to a specified clipping area- Parameters:
source
- The source coverage.roi
- The cutting geometry- Throws:
CoverageProcessingException
- if the operation can't be applied.- See Also:
Crop
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scale
public GridCoverage scale(GridCoverage source, double xScale, double yScale, double xTrans, double yTrans) throws CoverageProcessingException
Translates and resizes an image.- Parameters:
source
- The source coverage.xScale
- The scale factor along the x axis.yScale
- The scale factor along the y axis.xTrans
- The translation along the x axis.yTrans
- The translation along the x axis.- Throws:
CoverageProcessingException
- if the operation can't be applied.- Since:
- 2.3
- See Also:
Scale
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warp
public GridCoverage warp(GridCoverage source, Warp warp) throws CoverageProcessingException
Warps an image.- Parameters:
source
- The source coverage.warp
- TheWarp
object for this class.- Throws:
CoverageProcessingException
- if the operation can't be applied.- Since:
- 2.3
- See Also:
Scale
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affine
public GridCoverage affine(GridCoverage source, AffineTransform transform, Interpolation interpolation, double[] noDataValues) throws CoverageProcessingException
Translates and resizes an image.- Parameters:
source
- The source coverage.transform
- theAffineTransform
interpolation
- The interpolation to use, ornull
for the default.noDataValues
- the no data values to be applied- Throws:
CoverageProcessingException
- if the operation can't be applied.- Since:
- 2.3
- See Also:
Scale
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scale
public GridCoverage scale(GridCoverage source, double xScale, double yScale, double xTrans, double yTrans, Interpolation interpolation) throws CoverageProcessingException
Translates and resizes an image.- Parameters:
source
- The source coverage.xScale
- The scale factor along the x axis.yScale
- The scale factor along the y axis.xTrans
- The translation along the x axis.yTrans
- The translation along the x axis.interpolation
- The interpolation to use, ornull
for the default.- Throws:
CoverageProcessingException
- if the operation can't be applied.- Since:
- 2.3
- See Also:
Scale
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warp
public GridCoverage warp(GridCoverage source, Warp warp, Interpolation interpolation) throws CoverageProcessingException
Translates and resizes an image.- Parameters:
source
- The source coverage.warp
- The scale factor along the x axis.interpolation
- The interpolation to use, ornull
for the default.- Throws:
CoverageProcessingException
- if the operation can't be applied.- Since:
- 2.3
- See Also:
Scale
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subsampleAverage
public GridCoverage subsampleAverage(GridCoverage source, double scaleX, double scaleY) throws CoverageProcessingException
Subsamples an image by averaging over a moving window- Parameters:
source
- The source coverage.scaleX
- The scale factor along the x axis.scaleY
- The scale factor along the y axis.- Throws:
CoverageProcessingException
- if the operation can't be applied.- Since:
- 2.3
- See Also:
SubsampleAverage
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filteredSubsample
public GridCoverage filteredSubsample(GridCoverage source) throws CoverageProcessingException
Subsamples an image using the default values. The scale factor is 2 and the filter is a quadrant symmetric filter generated from a Gaussian kernel.- Parameters:
source
- The source coverage.- Throws:
CoverageProcessingException
- if the operation can't be applied.- Since:
- 2.3
- See Also:
FilteredSubsample
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filteredSubsample
public GridCoverage filteredSubsample(GridCoverage source, int scaleX, int scaleY, float[] qsFilter) throws CoverageProcessingException
Subsamples an image by integral factors.- Parameters:
source
- The source coverage.scaleX
- The scale factor along the x axis. The default value is 2.scaleY
- The scale factor along the y axis. The default value is 2.qsFilter
- The filter. Default to a quadrant symmetric filter generated from a Gaussian kernel- Throws:
CoverageProcessingException
- if the operation can't be applied.- Since:
- 2.3
- See Also:
FilteredSubsample
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filteredSubsample
public GridCoverage filteredSubsample(GridCoverage source, int scaleX, int scaleY, float[] qsFilter, Interpolation interpolation) throws CoverageProcessingException
Subsamples an image by integral factors.- Parameters:
source
- The source coverage.scaleX
- The scale factor along the x axis. The default value is 2.scaleY
- The scale factor along the y axis. The default value is 2.qsFilter
- The filter. Default to a quadrant symmetric filter generated from a Gaussian kernelinterpolation
- The interpolation to use, ornull
for the default.- Throws:
CoverageProcessingException
- if the operation can't be applied.- Since:
- 2.3
- See Also:
FilteredSubsample
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doOperation
protected final Coverage doOperation(String operationName, Coverage source) throws OperationNotFoundException, CoverageProcessingException
Applies a process operation with default parameters. This is a helper method for implementation of various convenience methods in this class.- Parameters:
operationName
- Name of the operation to be applied to the coverage.source
- The source coverage.- Returns:
- The result as a coverage.
- Throws:
OperationNotFoundException
- if there is no operation namedoperationName
.CoverageProcessingException
- if the operation can't be applied.
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doOperation
protected final Coverage doOperation(String operationName, Coverage source0, Coverage source1) throws OperationNotFoundException, CoverageProcessingException
Applies a process binary operation on two coverages with default parameters. This is a helper method for implementation of various convenience methods in this class.- Parameters:
operationName
- Name of the operation to be applied to the coverage.source0
- The first source coverage.source1
- The second source coverage.- Returns:
- The result as a coverage.
- Throws:
OperationNotFoundException
- if there is no operation namedoperationName
.CoverageProcessingException
- if the operation can't be applied.
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doOperation
protected final Coverage doOperation(String operationName, Coverage source, String argumentName1, Object argumentValue1) throws OperationNotFoundException, InvalidParameterNameException, CoverageProcessingException
Applies a process operation with one parameter. This is a helper method for implementation of various convenience methods in this class.- Parameters:
operationName
- Name of the operation to be applied to the coverage.source
- The source coverage.argumentName1
- The name of the first parameter to setParameterValue.argumentValue1
- The value for the first parameter.- Returns:
- The result as a coverage.
- Throws:
OperationNotFoundException
- if there is no operation namedoperationName
.InvalidParameterNameException
- if there is no parameter with the specified name.CoverageProcessingException
- if the operation can't be applied.
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doOperation
protected final Coverage doOperation(String operationName, Coverage source, String argumentName1, Object argumentValue1, String argumentName2, Object argumentValue2) throws OperationNotFoundException, InvalidParameterNameException, CoverageProcessingException
Applies process operation with two parameters. This is a helper method for implementation of various convenience methods in this class.- Parameters:
operationName
- Name of the operation to be applied to the coverage.source
- The source coverage.argumentName1
- The name of the first parameter to setParameterValue.argumentValue1
- The value for the first parameter.argumentName2
- The name of the second parameter to setParameterValue.argumentValue2
- The value for the second parameter.- Returns:
- The result as a coverage.
- Throws:
OperationNotFoundException
- if there is no operation namedoperationName
.InvalidParameterNameException
- if there is no parameter with the specified name.CoverageProcessingException
- if the operation can't be applied.
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doOperation
protected final Coverage doOperation(String operationName, Coverage source, String argumentName1, Object argumentValue1, String argumentName2, Object argumentValue2, String argumentName3, Object argumentValue3) throws OperationNotFoundException, InvalidParameterNameException, CoverageProcessingException
Applies a process operation with three parameters. This is a helper method for implementation of various convenience methods in this class.- Parameters:
operationName
- Name of the operation to be applied to the coverage.source
- The source coverage.argumentName1
- The name of the first parameter to setParameterValue.argumentValue1
- The value for the first parameter.argumentName2
- The name of the second parameter to setParameterValue.argumentValue2
- The value for the second parameter.argumentName3
- The name of the third parameter to setParameterValue.argumentValue3
- The value for the third parameter.- Returns:
- The result as a coverage.
- Throws:
OperationNotFoundException
- if there is no operation namedoperationName
.InvalidParameterNameException
- if there is no parameter with the specified name.CoverageProcessingException
- if the operation can't be applied.
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doOperation
protected final Coverage doOperation(String operationName, Coverage source, String argumentName1, Object argumentValue1, String argumentName2, Object argumentValue2, String argumentName3, Object argumentValue3, String argumentName4, Object argumentValue4) throws OperationNotFoundException, InvalidParameterNameException, CoverageProcessingException
Applies a process operation with four parameters. This is a helper method for implementation of various convenience methods in this class.- Parameters:
operationName
- Name of the operation to be applied to the coverage.source
- The source coverage.- Returns:
- The result as a coverage.
- Throws:
OperationNotFoundException
- if there is no operation namedoperationName
.InvalidParameterNameException
- if there is no parameter with the specified name.CoverageProcessingException
- if the operation can't be applied.- Since:
- 2.3
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doOperation
protected final Coverage doOperation(String operationName, Coverage source, String argumentName1, Object argumentValue1, String argumentName2, Object argumentValue2, String argumentName3, Object argumentValue3, String argumentName4, Object argumentValue4, String argumentName5, Object argumentValue5) throws OperationNotFoundException, InvalidParameterNameException, CoverageProcessingException
Applies a process operation with five parameters. This is a helper method for implementation of various convenience methods in this class.- Parameters:
operationName
- Name of the operation to be applied to the coverage.source
- The source coverage.- Returns:
- The result as a coverage.
- Throws:
OperationNotFoundException
- if there is no operation namedoperationName
.InvalidParameterNameException
- if there is no parameter with the specified name.CoverageProcessingException
- if the operation can't be applied.- Since:
- 2.3
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doOperation
protected final Coverage doOperation(String operationName, Coverage source, String argumentName1, Object argumentValue1, String argumentName2, Object argumentValue2, String argumentName3, Object argumentValue3, String argumentName4, Object argumentValue4, String argumentName5, Object argumentValue5, String argumentName6, Object argumentValue6) throws OperationNotFoundException, InvalidParameterNameException, CoverageProcessingException
Applies a process operation with six parameters. This is a helper method for implementation of various convenience methods in this class.- Parameters:
operationName
- Name of the operation to be applied to the coverage.source
- The source coverage.- Returns:
- The result as a coverage.
- Throws:
OperationNotFoundException
- if there is no operation namedoperationName
.InvalidParameterNameException
- if there is no parameter with the specified name.CoverageProcessingException
- if the operation can't be applied.- Since:
- 2.3
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