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Packages that use InvalidRangeException | |
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ucar.ma2 | Multidimensional arrays of primitives and objects with data stored in memory. |
ucar.nc2 | The public API to the Java-NetCDF library. |
ucar.nc2.dataset | An extension to the netCDF API which provides support for coordinate systems, scale/offset/missing data, and NcML. |
ucar.nc2.dataset.conv | Parses the information in netCDF datasets using Conventions, and extracts information about coordinate systems. |
ucar.nc2.dt | Scientific data types package. |
ucar.unidata.geoloc.vertical | Implementations of vertical coordinate transformations. |
Uses of InvalidRangeException in ucar.ma2 |
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Methods in ucar.ma2 that throw InvalidRangeException | |
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Section |
Section.addRangeNames(java.util.List<java.lang.String> rangeNames)
|
Section |
Section.appendRange(int size)
Append a new Range(0,size-1) to the Section |
Section |
Section.appendRange(int first,
int last)
Append a new Range(first, last) to the Section |
Section |
Section.appendRange(int first,
int last,
int stride)
Append a new Range(first,last,stride) to the Section |
Section |
Section.appendRange(java.lang.String name,
int first,
int last,
int stride)
Append a new Range(name,first,last,stride) to the Section |
static java.util.List |
Range.appendShape(java.util.List ranges,
int size)
Deprecated. use Section.appendRange(int size) |
Range |
Range.compact()
Create a new Range by compacting this Range by removing the stride. |
Section |
Section.compact()
Create a new Section by compacting each Range. |
Range |
Range.compose(Range r)
Create a new Range by composing a Range that is reletive to this Range. |
Section |
Section.compose(Section want)
Create a new Section by composing with a Section that is reletive to this Section. |
int |
Range.element(int i)
Get ith element |
boolean |
Section.equivalent(int[] shape)
Is this section equivilent to the given shape. |
static java.util.List |
Range.factory(int[] origin,
int[] shape)
Deprecated. use Section(int[] origin, int[] shape) |
static Section |
Section.fill(Section s,
int[] shape)
Return a Section guarenteed to be non null, with no null Ranges, and within the bounds set by shape. |
IndexIterator |
Array.getRangeIterator(java.util.List<Range> ranges)
Get an index iterator for traversing a section of the array in canonical order. |
int |
Range.index(int elem)
Get the index for this element: inverse of element |
Range |
Range.intersect(Range r)
Create a new Range by intersecting with a Range using same interval as this Range. |
Section |
Section.intersect(Section other)
Create a new Section by intersection with another Section |
boolean |
Section.intersects(Section other)
See if this Section intersects with another Section. |
int |
Section.offset(Section intersect)
|
static java.util.List |
Range.parseSpec(java.lang.String sectionSpec)
Deprecated. use new Section(String sectionSpec) |
Section |
Section.removeVlen()
Create a new Section by compacting each Range. |
Array |
Array.section(int[] origin,
int[] shape)
Create a new Array as a subsection of this Array, with rank reduction. |
Array |
Array.section(int[] origin,
int[] shape,
int[] stride)
Create a new Array as a subsection of this Array, with rank reduction. |
Array |
Array.section(java.util.List<Range> ranges)
Create a new Array as a subsection of this Array, with rank reduction. |
Array |
Array.sectionNoReduce(int[] origin,
int[] shape,
int[] stride)
Create a new Array as a subsection of this Array, without rank reduction. |
Array |
Array.sectionNoReduce(java.util.List<Range> ranges)
Create a new Array as a subsection of this Array, without rank reduction. |
void |
Section.setDefaults(int[] shape)
If any of the ranges are null, which means "all", set the Range from the corresponding length in shape[]. |
Range |
Range.shiftOrigin(int origin)
Create a new Range shifting this range by a constant factor. |
Section |
Section.shiftOrigin(Section newOrigin)
Create a new Section by shifting each range by newOrigin.first() The result is then a reletive offset from the newOrigin. |
Range |
Range.union(Range r)
Create a new Range by making the union with a Range using same interval as this Range. |
Section |
Section.union(Section other)
Create a new Section by union with another Section |
Constructors in ucar.ma2 that throw InvalidRangeException | |
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Range(int first,
int last)
Create a range with unit stride. |
|
Range(int first,
int last,
int stride)
Create a range with a specified stride. |
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Range(java.lang.String name,
int first,
int last)
Create a named range with unit stride. |
|
Range(java.lang.String name,
int first,
int last,
int stride)
Create a named range with a specified stride. |
|
Section(int[] origin,
int[] shape)
Create Section from a shape and origin arrays. |
|
Section(int[] origin,
int[] size,
int[] stride)
Create Section from a shape, origin, and stride arrays. |
|
Section(java.util.List<Range> from,
int[] shape)
Create Section from a List |
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Section(java.lang.String sectionSpec)
Parse an index section String specification, return equivilent Section. |
Uses of InvalidRangeException in ucar.nc2 |
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Methods in ucar.nc2 that throw InvalidRangeException | |
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static java.lang.String |
ParsedSectionSpec.makeSectionSpecString(Variable v,
java.util.List<Range> ranges)
Make section specification String from a range list for a Variable. |
static java.lang.String |
NCdump.makeSectionString(VariableIF v,
java.util.List<Range> ranges)
Deprecated. Make section specification String from a range list for a Variable. |
static ParsedSectionSpec |
ParsedSectionSpec.parseVariableSection(NetcdfFile ncfile,
java.lang.String variableSection)
Parse a section specification String. |
static java.lang.String |
NCdump.printVariableDataSection(VariableIF v,
java.lang.String sectionSpec,
CancelTask ct)
Deprecated. Print a section of the data of the given Variable. |
static java.lang.String |
NCdumpW.printVariableDataSection(Variable v,
java.lang.String sectionSpec,
CancelTask ct)
Print a section of the data of the given Variable. |
Array |
Sequence.read(int[] origin,
int[] shape)
UnsupportedOperation |
Array |
Variable.read(int[] origin,
int[] shape)
Read a section of the data for this Variable and return a memory resident Array. |
Array |
VariableIF.read(int[] origin,
int[] shape)
|
Array |
Sequence.read(java.util.List<Range> ranges)
UnsupportedOperation |
Array |
Variable.read(java.util.List<Range> ranges)
Read a section of the data for this Variable from the netcdf file and return a memory resident Array. |
Array |
Sequence.read(Section section)
UnsupportedOperation |
Array |
Variable.read(Section section)
Read a section of the data for this Variable from the netcdf file and return a memory resident Array. |
Array |
VariableIF.read(Section section)
|
Array |
Sequence.read(java.lang.String sectionSpec)
UnsupportedOperation |
Array |
Variable.read(java.lang.String sectionSpec)
Read data section specified by a "section selector", and return a memory resident Array. |
Array |
VariableIF.read(java.lang.String rangeSpec)
|
Array |
NetcdfFile.read(java.lang.String variableSection,
boolean flatten)
Deprecated. use readSection(), flatten=false no longer supported |
Array |
ProxyReader.read(Variable mainv,
Section section,
CancelTask cancelTask)
Read a section of the data for a Variable. |
Array |
NetcdfFile.readSection(java.lang.String variableSection)
Read a variable using the given section specification. |
StructureData |
Sequence.readStructure(int index)
UnsupportedOperation |
StructureData |
Structure.readStructure(int index)
Use this when this is a one dimensional array of Structures, or you are doing the index calculation yourself for a multidimension array. |
ArrayStructure |
Sequence.readStructure(int start,
int count)
UnsupportedOperation |
ArrayStructure |
Structure.readStructure(int start,
int count)
For rank 1 array of Structures, read count Structures and return the data as an ArrayStructure. |
long |
Variable.readToByteChannel(Section section,
java.nio.channels.WritableByteChannel wbc)
|
Variable |
Variable.section(java.util.List<Range> ranges)
Create a new Variable that is a logical subsection of this Variable. |
Variable |
VariableIF.section(java.util.List<Range> ranges)
|
Variable |
Sequence.section(Section subsection)
UnsupportedOperation |
Variable |
Variable.section(Section subsection)
Create a new Variable that is a logical subsection of this Variable. |
void |
Variable.setDimensionsAnonymous(int[] shape)
Set the dimensions using all anonymous (unshared) dimensions |
Variable |
Sequence.slice(int dim,
int value)
UnsupportedOperation |
Variable |
Variable.slice(int dim,
int value)
Create a new Variable that is a logical slice of this Variable, by fixing the specified dimension at the specified index value. |
void |
NetcdfFileWriteable.write(java.lang.String varName,
Array values)
Write data to the named variable, origin assumed to be 0. |
void |
NetcdfFileWriteable.write(java.lang.String varName,
int[] origin,
Array values)
Write data to the named variable. |
void |
NetcdfFileWriteable.writeStringData(java.lang.String varName,
Array values)
Write String data to a CHAR variable, origin assumed to be 0. |
void |
NetcdfFileWriteable.writeStringData(java.lang.String varName,
int[] origin,
Array values)
Write String data to a CHAR variable. |
Uses of InvalidRangeException in ucar.nc2.dataset |
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Methods in ucar.nc2.dataset that throw InvalidRangeException | |
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static void |
TempRunner.main(java.lang.String[] args)
|
CoordinateAxis1D |
CoordinateAxis1D.section(Range r)
Create a new CoordinateAxis1D as a section of this CoordinateAxis1D. |
CoordinateAxis2D |
CoordinateAxis2D.section(Range r1,
Range r2)
Create a new CoordinateAxis2D as a section of this CoordinateAxis2D. |
void |
TempRunner.testOpenFile()
|
void |
TempRunner.testWriteNcml()
|
Uses of InvalidRangeException in ucar.nc2.dataset.conv |
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Methods in ucar.nc2.dataset.conv that throw InvalidRangeException | |
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static void |
WRFConvention.main(java.lang.String[] args)
|
Uses of InvalidRangeException in ucar.nc2.dt |
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Methods in ucar.nc2.dt that throw InvalidRangeException | |
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StructureData |
TrajectoryObsDatatype.getData(int point)
Get values for all parameters (except time, lat, lon, and elev) at the requested trajectory point. |
Array |
TrajectoryObsDatatype.getData(Range range,
java.lang.String parameterName)
Get the values of the requested parameter on the given Range of the trajectory. |
Array |
TrajectoryObsDatatype.getElevation(Range range)
Get the elevation values on the given Range of the trajectory. |
Array |
TrajectoryObsDatatype.getLatitude(Range range)
Get the latitude values on the given Range of the trajectory. |
Array |
TrajectoryObsDatatype.getLongitude(Range range)
Get the longitude values on the given Range of the trajectory. |
Range |
TrajectoryObsDatatype.getPointRange(int point)
Get a range for a single point in the trajectory. |
Range |
TrajectoryObsDatatype.getRange(int start,
int end,
int stride)
Get a range with the given start, end, and stride in the trajectory. |
java.util.List<Range> |
GridCoordSystem.getRangesFromLatLonRect(LatLonRect llbb)
Get Index Ranges for the given lat, lon bounding box. |
Array |
TrajectoryObsDatatype.getTime(Range range)
Get the time values on the given Range of the trajectory. |
GridDatatype |
GridDatatype.makeSubset(Range t_range,
Range z_range,
LatLonRect bbox,
int z_stride,
int y_stride,
int x_stride)
Create a new GeoGrid that is a logical subset of this GeoGrid. |
GridDatatype |
GridDatatype.makeSubset(Range rt_range,
Range e_range,
Range t_range,
Range z_range,
Range y_range,
Range x_range)
Create a new GeoGrid that is a logical subset of this GeoGrid. |
Uses of InvalidRangeException in ucar.unidata.geoloc.vertical |
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Methods in ucar.unidata.geoloc.vertical that throw InvalidRangeException | |
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ArrayDouble.D3 |
AtmosLnPressure.getCoordinateArray(int timeIndex)
Get the 3D vertical coordinate array for this time step. |
ArrayDouble.D3 |
AtmosSigma.getCoordinateArray(int timeIndex)
Get the 3D vertical coordinate array for this time step. |
ArrayDouble.D3 |
HybridHeight.getCoordinateArray(int timeIndex)
Get the 3D vertical coordinate array for this time step. |
ArrayDouble.D3 |
HybridSigmaPressure.getCoordinateArray(int timeIndex)
Get the 3D vertical coordinate array for this time step. |
ArrayDouble.D3 |
OceanS.getCoordinateArray(int timeIndex)
Get the 3D vertical coordinate array for this time step. |
ArrayDouble.D3 |
OceanSG1.getCoordinateArray(int timeIndex)
Get the 3D vertical coordinate array for this time step. |
ArrayDouble.D3 |
OceanSG2.getCoordinateArray(int timeIndex)
Get the 3D vertical coordinate array for this time step. |
ArrayDouble.D3 |
OceanSigma.getCoordinateArray(int timeIndex)
Get the 3D vertical coordinate array for this time step. |
ArrayDouble.D3 |
VTfromExistingData.getCoordinateArray(int timeIndex)
|
ArrayDouble.D3 |
VerticalTransform.getCoordinateArray(int timeIndex)
Get the 3D vertical coordinate array for this time step. |
abstract ArrayDouble.D3 |
VerticalTransformImpl.getCoordinateArray(int timeIndex)
Get the 3D vertical coordinate array for this time step. |
ArrayDouble.D3 |
VerticalTransformSubset.getCoordinateArray(int subsetIndex)
|
ArrayDouble.D1 |
OceanS.getCoordinateArray1D(int timeIndex,
int xIndex,
int yIndex)
Get the 1D vertical coordinate array for this time step and the specified X,Y index for Lat-Lon point. |
ArrayDouble.D1 |
OceanSG1.getCoordinateArray1D(int timeIndex,
int xIndex,
int yIndex)
Get the 1D vertical coordinate array for this time step and the specified X,Y index for Lat-Lon point. |
ArrayDouble.D1 |
OceanSG2.getCoordinateArray1D(int timeIndex,
int xIndex,
int yIndex)
Get the 1D vertical coordinate array for this time step and the specified X,Y index for Lat-Lon point. |
VerticalTransform |
VerticalTransform.subset(Range t_range,
Range z_range,
Range y_range,
Range x_range)
Create a VerticalTransform as a section of an existing VerticalTransform. |
VerticalTransform |
VerticalTransformImpl.subset(Range t_range,
Range z_range,
Range y_range,
Range x_range)
Create a subset of this VerticalTransform. |
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