Package | Description |
---|---|
org.geotools.arcsde.raster.info | |
org.geotools.coverage |
Coverage implementation.
|
org.geotools.coverage.grid |
GridCoverage2D implementation.
|
org.geotools.coverage.io | |
org.geotools.coverage.io.impl | |
org.geotools.coverage.io.util | |
org.geotools.coverage.processing |
Coverage processing
implementations.
|
org.geotools.coverage.processing.operation |
List of coverage operations.
|
org.geotools.imageio.netcdf | |
org.geotools.imageio.netcdf.utilities | |
org.geotools.renderer.label | |
org.geotools.renderer.lite |
A simple renderer implementation.
|
org.geotools.util |
Contains utilities and addition to the collection framework.
|
Modifier and Type | Method and Description |
---|---|
NumberRange<?> |
RasterCellType.getSampleValueRange() |
Modifier and Type | Method and Description |
---|---|
static NumberRange<? extends Number> |
TypeMap.getPositiveRange(SampleDimensionType type)
Returns the range of positive sample values (excluding 0).
|
NumberRange<? extends Number> |
GridSampleDimension.getRange()
Returns the range of values in this sample dimension.
|
NumberRange<? extends Number> |
Category.getRange()
Returns the range of sample values occurring in this category.
|
static NumberRange<? extends Number> |
TypeMap.getRange(SampleDimensionType type)
Returns the full range of sample values for the specified dimension type.
|
Constructor and Description |
---|
Category(CharSequence name,
Color[] colors,
NumberRange sampleValueRange)
Constructs a quantitative category for sample values in the specified range.
|
Category(CharSequence name,
Color[] colors,
NumberRange sampleValueRange,
boolean isQuantitative)
Constructs a qualitative or quantitative category for samples in the specified range.
|
Category(CharSequence name,
Color color,
NumberRange<?> sampleValueRange)
Constructs a quantitative category for samples in the specified range.
|
Modifier and Type | Method and Description |
---|---|
NumberRange<? extends Number> |
GridCoverageBuilder.getSampleRange()
Returns the range of sample values.
|
Modifier and Type | Method and Description |
---|---|
void |
GridCoverageBuilder.setSampleRange(NumberRange<? extends Number> range)
Sets the range of sample values.
|
Modifier and Type | Method and Description |
---|---|
NumberRange<Double> |
GridCoverageResponse.getVerticalExtent()
Return the vertical extent of this gridcoverage
|
Modifier and Type | Method and Description |
---|---|
abstract SortedSet<? extends NumberRange<Double>> |
CoverageSource.VerticalDomain.getVerticalElements(boolean overall,
ProgressListener listener)
|
Set<NumberRange<Double>> |
CoverageReadRequest.getVerticalSubset() |
Modifier and Type | Method and Description |
---|---|
void |
CoverageReadRequest.setVerticalSubset(Set<NumberRange<Double>> verticalSubset) |
Modifier and Type | Method and Description |
---|---|
NumberRange<Double> |
DefaultGridCoverageResponse.getVerticalExtent() |
Constructor and Description |
---|
DefaultGridCoverageResponse(GridCoverage gridCoverage,
DateRange temporalExtent,
NumberRange<Double> verticalExtent) |
Constructor and Description |
---|
DoubleRangeTreeSet(Collection<? extends NumberRange<Double>> c) |
DoubleRangeTreeSet(SortedSet<NumberRange<Double>> s) |
Modifier and Type | Method and Description |
---|---|
protected NumberRange |
OperationJAI.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the range of value for a single sample dimension in
the target grid coverage.
|
NumberRange<?> |
RangeSpecifier.getRange()
Returns the target range, or
null if none. |
Modifier and Type | Method and Description |
---|---|
protected NumberRange |
OperationJAI.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the range of value for a single sample dimension in
the target grid coverage.
|
void |
RangeSpecifier.setRange(NumberRange<?> range)
Set the target range to the specified values.
|
Constructor and Description |
---|
RangeSpecifier(NumberRange<?> range)
Constructs a
RangeSpecifier initialised to the spécified range. |
Modifier and Type | Method and Description |
---|---|
protected NumberRange |
AddConst.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
Exp.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
Add.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
SubtractFromConst.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
Invert.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
MultiplyConst.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
Log.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
SubtractConst.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
Multiply.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
DivideByConst.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
Absolute.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
Rescale.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
Modifier and Type | Method and Description |
---|---|
protected NumberRange |
AddConst.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
Exp.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
Add.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
SubtractFromConst.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
Invert.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
MultiplyConst.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
Log.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
SubtractConst.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
Multiply.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
DivideByConst.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
Absolute.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
protected NumberRange |
Rescale.deriveRange(NumberRange[] ranges,
OperationJAI.Parameters parameters)
Returns the expected range of values for the resulting image.
|
Modifier and Type | Method and Description |
---|---|
SortedSet<? extends NumberRange<Double>> |
VariableAdapter.UnidataVerticalDomain.getVerticalElements(boolean overall,
ProgressListener listener) |
SortedSet<NumberRange<Double>> |
VariableAdapter.UnidataVerticalDomain.getVerticalExtent() |
Modifier and Type | Method and Description |
---|---|
static NumberRange |
NetCDFUtilities.getRange(Variable var)
Utility method for getting Range from an input
Variable |
Modifier and Type | Method and Description |
---|---|
void |
LabelCacheImpl.put(String layerId,
TextSymbolizer symbolizer,
Feature feature,
LiteShape2 shape,
NumberRange scaleRange) |
Modifier and Type | Method and Description |
---|---|
void |
SynchronizedLabelCache.put(String layerId,
TextSymbolizer symbolizer,
Feature feature,
LiteShape2 shape,
NumberRange<Double> scaleRange) |
void |
LabelCache.put(String layerId,
TextSymbolizer symbolizer,
Feature feature,
LiteShape2 shape,
NumberRange<Double> scaleRange)
Puts a Label in the cache.
|
Modifier and Type | Class and Description |
---|---|
class |
MeasurementRange<T extends Number & Comparable<? super T>>
A range of numbers associated with a unit of measurement.
|
Modifier and Type | Method and Description |
---|---|
<N extends Number & Comparable<? super N>> |
NumberRange.castTo(Class<N> type)
Casts this range to the specified type.
|
static NumberRange<Byte> |
NumberRange.create(byte minimum,
boolean isMinIncluded,
byte maximum,
boolean isMaxIncluded)
Constructs a range of
byte values. |
static NumberRange<Byte> |
NumberRange.create(byte minimum,
byte maximum)
Constructs an inclusive range of
byte values. |
static NumberRange<Double> |
NumberRange.create(double minimum,
boolean isMinIncluded,
double maximum,
boolean isMaxIncluded)
Constructs a range of
double values. |
static NumberRange<Double> |
NumberRange.create(double minimum,
double maximum)
Constructs an inclusive range of
double values. |
static NumberRange<Float> |
NumberRange.create(float minimum,
boolean isMinIncluded,
float maximum,
boolean isMaxIncluded)
Constructs a range of
float values. |
static NumberRange<Float> |
NumberRange.create(float minimum,
float maximum)
Constructs an inclusive range of
float values. |
static NumberRange<Integer> |
NumberRange.create(int minimum,
boolean isMinIncluded,
int maximum,
boolean isMaxIncluded)
Constructs a range of
int values. |
static NumberRange<Integer> |
NumberRange.create(int minimum,
int maximum)
Constructs an inclusive range of
int values. |
static NumberRange<Long> |
NumberRange.create(long minimum,
boolean isMinIncluded,
long maximum,
boolean isMaxIncluded)
Constructs a range of
long values. |
static NumberRange<Long> |
NumberRange.create(long minimum,
long maximum)
Constructs an inclusive range of
long values. |
static NumberRange<Short> |
NumberRange.create(short minimum,
boolean isMinIncluded,
short maximum,
boolean isMaxIncluded)
Constructs a range of
short values. |
static NumberRange<Short> |
NumberRange.create(short minimum,
short maximum)
Constructs an inclusive range of
short values. |
NumberRange<?> |
NumberRange.intersect(Range<?> range)
Returns the intersection of this range with the given range.
|
NumberRange<?>[] |
NumberRange.subtract(Range<?> range)
Returns the range of values that are in this range but not in the given range.
|
NumberRange<?> |
NumberRange.union(Range<?> range)
Returns the union of this range with the given range.
|
static <N extends Number & Comparable<? super N>> |
NumberRange.wrap(Range<N> range)
Wraps the specified
Range in a NumberRange object. |
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