- F2000Form - Class in visad.data.amanda
-
F2000Form is the VisAD data format adapter for
F2000 files for Amanda events.
- F2000Form() - Constructor for class visad.data.amanda.F2000Form
-
- F2000Util - Class in visad.data.amanda
-
- F2000Util() - Constructor for class visad.data.amanda.F2000Util
-
- factor(FieldImpl, VRealType) - Static method in class visad.formula.FormulaUtil
-
evaluate the domainFactor function
- factors - Variable in class loci.formats.in.FlexReader
-
Scale factor for each image.
- factory(float[][], boolean) - Static method in class visad.Delaunay
-
The factory class method heuristically decides which extension
to the Delaunay abstract class to use in order to construct the
fastest triangulation, and calls that extension, returning the
finished triangulation.
- fakeTransform() - Method in class visad.cluster.NodeRendererJ3D
-
create a VisADGroup scene graph for Data in links[0];
a substitute for doTransform() without and Java3D classes
in its signature
- FALSE - Static variable in class visad.browser.Widget
-
Coded string value for false.
- FALSE - Static variable in class visad.ss.SSCellImpl
-
VisAD Data object representing boolean false.
- FancySSCell - Class in visad.ss
-
FancySSCell is an extension of BasicSSCell with extra options, such
as a file loader dialog and a dialog to set up ScalarMaps.
- FancySSCell(String) - Constructor for class visad.ss.FancySSCell
-
Constructs a new FancySSCell with the given name.
- FancySSCell(String, Frame) - Constructor for class visad.ss.FancySSCell
-
Constructs a new FancySSCell with the given name and parent Frame.
- FancySSCell(String, FormulaManager, Frame) - Constructor for class visad.ss.FancySSCell
-
Constructs a new FancySSCell with the given name, formula manager,
and parent Frame.
- FancySSCell(String, RemoteServer, Frame) - Constructor for class visad.ss.FancySSCell
-
Constructs a new FancySSCell with the given name, remote server,
and parent Frame.
- FancySSCell(String, String, Frame) - Constructor for class visad.ss.FancySSCell
-
Constructs a new FancySSCell with the given name, save string, and
parent Frame.
- FancySSCell(String, FormulaManager, RemoteServer, String, Frame) - Constructor for class visad.ss.FancySSCell
-
Constructs a new FancySSCell with the given name, formula manager,
remote server, save string, and parent Frame.
- FancySSCell(String, FormulaManager, RemoteServer, boolean, String, Frame) - Constructor for class visad.ss.FancySSCell
-
Constructs a new, possibly slaved, FancySSCell with the given name,
formula manager, remote server, save string, and parent Frame.
- FASTEST - Static variable in class visad.java3d.DisplayImplJ3D
-
Use the fastest available method for transparency.
- FCS_DATA_IDENTIFIER - Static variable in class loci.formats.in.SDTInfo
-
For .sdt files created in FIFO mode
(setup, data blocks = Decay, FCS, FIDA, FILDA & MCS curves
for each used routing channel).
- fcsDecayCalc - Variable in class loci.formats.in.SDTInfo
-
Bit 0 = 1 - decay curve calculated.
- fcsPoints - Variable in class loci.formats.in.SDTInfo
-
No of FCS values.
- fcsType - Variable in class loci.formats.in.SDTInfo
-
0 - linear FCS with log binning (100 bins/log)
when bit 15 = 1 (0x8000) - Multi-Tau FCS
where bits 14-0 = ktau parameter.
- fEps - Variable in class visad.data.in.ArithProg
-
- FFT - Class in visad.math
-
FFT is the VisAD class for Fourier Transforms, using
the Fast Fourier Transform when the domain length is
a power of two.
- FFT() - Constructor for class visad.math.FFT
-
- fft(Field) - Static method in class visad.python.JPythonMethods
-
return forward Fourier transform of field, which should have
either a 1-D or 2-D gridded domain; uses FFT when domain size
is a power of two; returns real and imaginary parts
- FFT1D(float[][], boolean) - Static method in class visad.math.FFT
-
compute 1-D FFT transform
length (2nd dimension of x) must be a power of 2
- FFT1D(double[][], boolean) - Static method in class visad.math.FFT
-
compute 1-D FFT transform
length (2nd dimension of x) must be a power of 2
- fidaPoints - Variable in class loci.formats.in.SDTInfo
-
No of FIDA values.
- fidaTime - Variable in class loci.formats.in.SDTInfo
-
Interval time [ms] for FIDA histogram.
- field() - Method in class dods.dap.parser.ExprParser
-
- Field - Interface in visad
-
Field is the VisAD interface for finite samplings of functions
from R^n to a range type, where n>0.
- field(float[]) - Static method in class visad.python.JPythonMethods
-
Return a VisAD FlatField with default 1-D domain and with range
values given by values array
- field(String, float[]) - Static method in class visad.python.JPythonMethods
-
Return a VisAD FlatField with default 1-D domain, with range values
given by values array, and with given range RealType name
- field(String, String, float[]) - Static method in class visad.python.JPythonMethods
-
Return a VisAD FlatField with default 1-D domain, with range values
given by values array, and with given range RealType name
- field(Set, String, float[]) - Static method in class visad.python.JPythonMethods
-
Return a VisAD FlatField with given 1-D domain set, with range
values given by values array, and with given range RealType name
- field(float[][]) - Static method in class visad.python.JPythonMethods
-
Return a VisAD FlatField with default 2-D domain and with range
values given by values array
- field(String, float[][]) - Static method in class visad.python.JPythonMethods
-
Return a VisAD FlatField with default 2-D domain, with range values
given by values array, and with given range RealType name
- field(String, String, String, float[][]) - Static method in class visad.python.JPythonMethods
-
Return a VisAD FlatField with named default 2-D domain, with range values
given by values array and with given range RealType name
- field(Set, String, float[][]) - Static method in class visad.python.JPythonMethods
-
return a VisAD FlatField with given 2-D domain set, with range
values given by values array, and with given range RealType name
- FieldException - Exception in visad
-
FieldException is an exception for an error with a VisAD field.
- FieldException() - Constructor for exception visad.FieldException
-
- FieldException(String) - Constructor for exception visad.FieldException
-
- FieldImpl - Class in visad
-
FieldImpl is the VisAD class for finite samplings of functions
from R^n to a range type, where n>0.
- FieldImpl(FunctionType) - Constructor for class visad.FieldImpl
-
construct a FieldImpl from type;
use default Set of FunctionType domain;
initial values are missing
- FieldImpl(FunctionType, Set) - Constructor for class visad.FieldImpl
-
Constructs from the type of function and a set of domain points.
- FieldImpl(FunctionType, Set, boolean) - Constructor for class visad.FieldImpl
-
Trusted constructor for subclasses that don't need to have the
Range array instantiated (i.e., FlatField).
- fifoTyp - Variable in class loci.formats.in.SDTInfo
-
- fildaPoints - Variable in class loci.formats.in.SDTInfo
-
No of FILDA values.
- fildaTime - Variable in class loci.formats.in.SDTInfo
-
Interval time [ms] for FILDA histogram.
- FileAccessor - Class in visad.data
-
Exchange data with a "file".
- FileAccessor() - Constructor for class visad.data.FileAccessor
-
- FileBox - Static variable in class visad.ss.FancySSCell
-
File chooser for loading and saving data.
- FileDataFactory - Class in visad.data.netcdf.in
-
Provides support for creating VisAD Data objects that use a file
backing-store from VirtualData objects.
- FileDataFactory.netCDFFlatFieldAccessor - Class in visad.data.netcdf.in
-
Provides support for reading a FlatField from a netCDF dataset.
- FileDataFactory.netCDFFlatFieldAccessor(Context, VirtualField) - Constructor for class visad.data.netcdf.in.FileDataFactory.netCDFFlatFieldAccessor
-
Constructs from a netCDF indicial context and a virtual Field.
- FileDialogPanel - Class in visad.data.netcdf
-
A non-Window equivalent of FileDialog.
- FileDialogPanel(String, String) - Constructor for class visad.data.netcdf.FileDialogPanel
-
Construct.
- fileExit() - Method in class visad.util.TextFrame
-
- FileExport - Variable in class visad.ss.SpreadSheet
-
Submenus.
- FileField - Class in visad.data
-
- FileField(FieldImpl, FileAccessor, int[][]) - Constructor for class visad.data.FileField
-
- FileFlatField - Class in visad.data
-
- FileFlatField(FileAccessor, CacheStrategy) - Constructor for class visad.data.FileFlatField
-
- fileGroupOption(String) - Method in class loci.formats.in.ICSReader
-
- fileGroupOption(String) - Method in class loci.formats.in.LeicaReader
-
- fileGroupOption(String) - Method in class loci.formats.in.MetamorphReader
-
- fileGroupOption(String) - Method in class loci.formats.in.OIFReader
-
- fileGroupOption(String) - Method in class loci.formats.in.PerkinElmerReader
-
- fileGroupOption(String) - Method in class loci.formats.in.PrairieReader
-
- filename - Variable in class loci.formats.gui.ImageViewer
-
- fileNew() - Method in class visad.util.TextFrame
-
- fileOpen() - Method in class visad.util.TextFrame
-
- files - Variable in class loci.formats.in.LeicaReader
-
Array of image file names.
- files - Variable in class loci.formats.in.PerkinElmerReader
-
Tiff files to open.
- fileSave - Variable in class loci.formats.gui.ImageViewer
-
- fileSave() - Method in class visad.util.TextFrame
-
- FileSave1 - Variable in class visad.ss.SpreadSheet
-
Menu items.
- FileSave2 - Variable in class visad.ss.SpreadSheet
-
Menu items.
- FileSave3 - Variable in class visad.ss.SpreadSheet
-
Menu items.
- FileSave4 - Variable in class visad.ss.SpreadSheet
-
Menu items.
- FileSave5 - Variable in class visad.ss.SpreadSheet
-
Menu items.
- fileSaveAs() - Method in class visad.util.TextFrame
-
- FileSnap - Variable in class visad.ss.SpreadSheet
-
Menu items.
- FileStrategy - Class in visad.data.netcdf.in
-
Provides support for importing netCDF datasets using the strategy of
employing FileFlatFields wherever possible, but merging the data so
as to keep the number of FileFlatFields to a minimum.
- FileStrategy() - Constructor for class visad.data.netcdf.in.FileStrategy
-
Constructs from nothing.
- FileVersion - Variable in class visad.data.vis5d.V5DStruct
-
9-character version number
- FILL - Static variable in class visad.bom.annotations.QuadrilateralJ3D
-
fill style FILL
- FILL - Static variable in class visad.bom.annotations.TriangleJ3D
-
fill style FILL
- fill(Gridded2DSet) - Static method in class visad.DelaunayCustom
-
check that set describes the boundary of a simply connected plane
region; return a decomposition of that region into triangles whose
vertices are all boundary points from samples, as an Irregular2DSet
- fill(float[][]) - Static method in class visad.DelaunayCustom
-
check that samples describes the boundary of a simply connected
plane region; return a decomposition of that region into triangles
whose vertices are all boundary points from samples; the trick is
that the region may not be convex, but the triangles must all lie
inside the region
- fill(UnionSet) - Static method in class visad.DelaunayCustom
-
check that set describes the boundary of a simply connected plane
region; return a decomposition of that region into triangles whose
vertices are all boundary points from samples, as an Irregular2DSet
- FillBuff() - Method in class visad.data.units.SimpleCharStream
-
- fillCheck(Gridded2DSet, boolean) - Static method in class visad.DelaunayCustom
-
check that set describes the boundary of a simply connected plane
region; return a decomposition of that region into triangles whose
vertices are all boundary points from samples, as an Irregular2DSet
- fillCheck(float[][], boolean) - Static method in class visad.DelaunayCustom
-
check that samples describes the boundary of a simply connected
plane region; return a decomposition of that region into triangles
whose vertices are all boundary points from samples; the trick is
that the region may not be convex, but the triangles must all lie
inside the region
- fillCheck(UnionSet, boolean) - Static method in class visad.DelaunayCustom
-
check that set describes the boundary of a simply connected plane
region; return a decomposition of that region into triangles whose
vertices are all boundary points from samples, as an Irregular2DSet
- fillField(FlatField, double, double) - Static method in class visad.FlatField
-
- fillShape(float[][], Color, Graphics2D) - Method in class visad.bom.SceneGraphRenderer
-
Fill a shape onto the chart
- fillShape(float[][], int, Graphics2D) - Method in class visad.bom.SceneGraphRenderer
-
Fill a shape onto the chart
- fillShapeReprojected(float[][], Color, Graphics2D) - Method in class visad.bom.SceneGraphRenderer
-
Fill a reprojected shape
- fillShapeReprojected(float[][], Color, Graphics2D, boolean) - Method in class visad.bom.SceneGraphRenderer
-
Fill a reprojected shape
- fillShapeReprojected(float[][], int, Graphics2D) - Method in class visad.bom.SceneGraphRenderer
-
Fill a reprojected shape from a texture
- fillShapeReprojected(float[][], int, Graphics2D, boolean) - Method in class visad.bom.SceneGraphRenderer
-
Fill a reprojected shape from a texture
- FILTER - Static variable in class visad.util.DataConverter
-
- finalize() - Method in class visad.data.ArrayCache
-
- finalize() - Method in class visad.data.ArrayWrapper
-
- finalize() - Method in class visad.data.CachedBufferedByteImage
-
- finalize() - Method in class visad.data.CachedFlatField
-
- finalize() - Method in class visad.data.hdf5.hdf5objects.HDF5Attribute
-
finalize() is called by the garbage collector on the object when garbage
collection determines that there are no more references to the object.
- finalize() - Method in class visad.data.hdf5.hdf5objects.HDF5Dataset
-
finalize() is called by the garbage collector on the object when garbage
collection determines that there are no more references to the object.
- finalize() - Method in class visad.data.hdf5.hdf5objects.HDF5Dataspace
-
finalize() is called by the garbage collector on the object when garbage
collection determines that there are no more references to the object.
- finalize() - Method in class visad.data.hdf5.hdf5objects.HDF5Datatype
-
finalize() is called by the garbage collector on the object when garbage
collection determines that there are no more references to the object.
- finalize() - Method in class visad.data.hdf5.hdf5objects.HDF5File
-
finalize() is called by the garbage collector on the object when garbage
collection determines that there are no more references to the object.
- finalize() - Method in class visad.data.hdf5.hdf5objects.HDF5Group
-
finalize() is called by the garbage collector on the object when garbage
collection determines that there are no more references to the object.
- finalize() - Method in class visad.DisplayImpl
-
- finalize() - Method in class visad.SampledSet
-
- finalizeArgs(String) - Method in class visad.data.amanda.NuView
-
- finalizeArgs(String) - Method in class visad.install.TestDownload
-
- finalizeArgs(String) - Method in class visad.install.TestUtil
-
- finalizeArgs(String) - Method in class visad.install.UpdateJar
-
- finalizeArgs(String) - Method in class visad.test.TriangleStripBuilderTest
-
- finalizeArgs(String) - Method in interface visad.util.CmdlineConsumer
-
Validate arguments after argument parsing has finished.
- finalizeArgs(String) - Method in class visad.util.CmdlineGenericConsumer
-
Validate arguments after argument parsing has finished.
- find(int) - Method in class visad.data.amanda.ModuleList
-
- find(String) - Method in class visad.install.Path
-
- find(FieldImpl, String, double) - Static method in class visad.python.JPythonMethods
-
Get a list of points where a comparison is true.
- find(Data, String, Data) - Static method in class visad.python.JPythonMethods
-
Get a list of points where a comparison is true.
- findDirect(VisADRay, int) - Method in class visad.DisplayRenderer
-
Returns a direct manipulation renderer if one is close to
the specified ray (within pick threshold).
- findDirect(VisADRay, int) - Method in class visad.java2d.DisplayRendererJ2D
-
- findDirect(VisADRay, int) - Method in class visad.java3d.DisplayRendererJ3D
-
Find the DataRenderer that is closest to the ray and
uses the specified mouse modifiers for direct manipulation.
- findDirect(VisADRay, int) - Method in class visad.java3d.TransformOnlyDisplayRendererJ3D
-
- findForms(File, String) - Method in class visad.util.DataConverter
-
- findMatch(String) - Method in class visad.install.Path
-
- findOutsideRange(FieldImpl, double, double) - Static method in class visad.python.JPythonMethods
-
Get a list of points where values fall outside the given range
- findRay(int, int) - Method in class visad.java2d.MouseBehaviorJ2D
-
Return the VisAD ray corresponding to the component coordinates.
- findRay(int, int) - Method in class visad.java3d.MouseBehaviorJ3D
-
Return the VisAD ray corresponding to the component coordinates.
- findRay(int, int) - Method in interface visad.MouseBehavior
-
Return the VisAD ray corresponding to the component coordinates.
- findRayManifoldIntersection(boolean, double[], double[], DisplayTupleType, int, float) - Method in class visad.DataRenderer
-
find intersection of a ray and a 2-D manifold, using Newton's method
- findReference(ThingReference) - Method in class visad.ActionImpl
-
Returns the link associated with a ThingReference.
- findScalarType(MathType, ScalarType) - Static method in class visad.MathType
-
return true if st occurs in mt
- findThingChangedLink(Action) - Method in class visad.ThingReferenceImpl
-
find ThingChangedLink with action
- findWithinRange(FieldImpl, double, double) - Static method in class visad.python.JPythonMethods
-
Get a list of points where values fall within the given range
- finish_triang(float[][]) - Method in class visad.Delaunay
-
calculate a triangulation's helper arrays, Walk and Edges, if the
triangulation algorithm hasn't calculated them already.
- finishDisplay(RemoteServer, RealType, int, int) - Method in class visad.rabin.Rain
-
- first - Variable in class visad.data.in.ArithProg
-
- FitsAdapter - Class in visad.data.fits
-
- FitsAdapter() - Constructor for class visad.data.fits.FitsAdapter
-
- FitsAdapter(String) - Constructor for class visad.data.fits.FitsAdapter
-
- FitsAdapter(URL) - Constructor for class visad.data.fits.FitsAdapter
-
- FitsForm - Class in visad.data.fits
-
- FitsForm() - Constructor for class visad.data.fits.FitsForm
-
- FitsReader - Class in loci.formats.in
-
FitsReader is the file format reader for
Flexible Image Transport System (FITS) images.
- FitsReader() - Constructor for class loci.formats.in.FitsReader
-
Constructs a new FitsReader.
- FitsTourGuide - Class in visad.data.fits
-
- FitsTourGuide(Data, Tourist) - Constructor for class visad.data.fits.FitsTourGuide
-
- FitTrack - Class in visad.data.amanda
-
- fixedWidth - Variable in class visad.util.HersheyFont
-
- fixedWidthDoubletoString(double, int, int) - Static method in class Jama.examples.MagicSquareExample
-
Format double with Fw.d.
- fixedWidthIntegertoString(int, int) - Static method in class Jama.examples.MagicSquareExample
-
Format integer with Iw.
- flags - Variable in class loci.formats.in.SDTInfo
-
Scan clocks bits 2-0 (frame, line, pixel), rates_read - bit 15.
- flags(float, int[], int[], int[], float[], int, int, int) - Static method in class visad.Gridded3DSet
-
- FlatField - Class in visad
-
FlatField is the VisAD class for finite samplings of functions whose
range type and range coordinate systems are simple enough to allow
efficient representation.
- FlatField(FunctionType) - Constructor for class visad.FlatField
-
Constructs a FlatField from a function type.
- FlatField(FunctionType, Set) - Constructor for class visad.FlatField
-
Constructs a FlatField from a function type and a (non-default) domain
Set.
- FlatField(FunctionType, Set, CoordinateSystem, Set[], Unit[]) - Constructor for class visad.FlatField
-
Constructs a FlatField from a function type, a sampling set of the domain,
a coordinate system for the range, sampling sets for the range components,
and units for the range components.
- FlatField(FunctionType, Set, CoordinateSystem[], Set[], Unit[]) - Constructor for class visad.FlatField
-
Constructs a FlatField from a function type, a sampling set of the domain,
coordinate systems for the range components, sampling sets for the range
components, and units for the range components.
- FlatField(FunctionType, Set, CoordinateSystem, CoordinateSystem[], Set[], Unit[]) - Constructor for class visad.FlatField
-
Constructs a FlatField from a function type, a sampling set of the domain,
a coordinate system for the range, coordinate systems for the range
components, sampling sets for the range components, and units for the range
components.
- FlatFieldCache - Class in visad.data
-
Memory cache for FlatFields.
- FlatFieldCache(int) - Constructor for class visad.data.FlatFieldCache
-
Create a cache with a fixed size and the default strategy.
- FlatFieldCache(int, FlatFieldCacheStrategy) - Constructor for class visad.data.FlatFieldCache
-
Initialize cache.
- FlatFieldCacheAccessor - Interface in visad.data
-
- FlatFieldCacheError - Error in visad.data
-
- FlatFieldCacheError(String, Throwable) - Constructor for error visad.data.FlatFieldCacheError
-
- FlatFieldCacheTest - Class in visad.test
-
Simple test for AnimationControl and
ImageRendererJ3D.
- FlatFieldCacheTest() - Constructor for class visad.test.FlatFieldCacheTest
-
- FlatFieldIface - Interface in visad
-
FlatField is the VisAD class for finite samplings of functions whose
range type and range coordinate systems are simple enough to allow
efficient representation.
- FlatMerger - Class in visad.data.netcdf.in
-
Provides support for merging of virtual data objects.
- FlatMerger() - Constructor for class visad.data.netcdf.in.FlatMerger
-
Constructs from nothing.
- flbckX - Variable in class loci.formats.in.SDTInfo
-
- flbckY - Variable in class loci.formats.in.SDTInfo
-
- FLD_COORDSYS_SERIAL - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_DATA_SAMPLES - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_DELAUNAY - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_DELAUNAY_EDGES - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_DELAUNAY_NUM_EDGES - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_DELAUNAY_SERIAL - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_DELAUNAY_TRI - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_DELAUNAY_VERTICES - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_DELAUNAY_WALK - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_DOUBLE_SAMPLES - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_END - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_FIRSTS - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_FLOAT_LIST - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_FLOAT_SAMPLES - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_INDEX_COORDSYS - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_INDEX_ERROR - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_INDEX_ERRORS - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_INDEX_UNIT - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_INDEX_UNITS - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_INTEGER_SETS - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_LASTS - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_LENGTHS - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_LINEAR_SETS - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_RANGE_COORDSYSES - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_REAL_SAMPLES - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_SAMPLE - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_SET - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_SET_FOLLOWS_TYPE - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_SET_LIST - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_SET_SAMPLES - Static variable in interface visad.data.visad.BinaryFile
-
- FLD_TRIVIAL_SAMPLES - Static variable in interface visad.data.visad.BinaryFile
-
- FLEX - Static variable in class loci.formats.in.FlexReader
-
Custom IFD entry for Flex XML.
- FlexibleTrackManipulation - Class in visad.bom
-
FlexibleTrackManipulation is the VisAD class for
manipulation of flexible storm tracks (not straight lines)
- FlexibleTrackManipulation(DataReferenceImpl, DisplayImplJ3D, ScalarMap, ScalarMap, boolean) - Constructor for class visad.bom.FlexibleTrackManipulation
-
constructor
Uses default size of 0.1 and default cyclone symbol geometry
- FlexibleTrackManipulation(DataReferenceImpl, DisplayImplJ3D, ScalarMap, ScalarMap, boolean, float) - Constructor for class visad.bom.FlexibleTrackManipulation
-
Constructor - Use default cyclone shape geometry
- FlexibleTrackManipulation(DataReferenceImpl, DisplayImplJ3D, ScalarMap, ScalarMap, boolean, float, VisADGeometryArray[][], float[]) - Constructor for class visad.bom.FlexibleTrackManipulation
-
Construct the FTM stuff
- FlexReader - Class in loci.formats.in
-
FlexReader is a file format reader for Evotec Flex files.
- FlexReader() - Constructor for class loci.formats.in.FlexReader
-
Constructs a new Flex reader.
- FlexReader.FlexHandler - Class in loci.formats.in
-
SAX handler for parsing XML.
- FlexReader.FlexHandler(Vector, Vector) - Constructor for class loci.formats.in.FlexReader.FlexHandler
-
- flip(int[], int, int) - Static method in class edu.wisc.ssec.mcidas.McIDASUtil
-
Flip the bytes of an integer array.
- FLOAT - Static variable in interface dods.dap.parser.ExprParserConstants
-
- FLOAT - Static variable in class visad.data.hdfeos.hdfeosc.HdfeosLib
-
- FLOAT32 - Static variable in interface dods.dap.parser.DASParserConstants
-
- FLOAT32 - Static variable in interface dods.dap.parser.DDSParserConstants
-
- float32Adapter(String, Attribute) - Method in class visad.data.dods.AttributeAdapterFactory
-
Returns an adapter of a DODS Attribute.FLOAT32 attribute.
- Float32AttributeAdapter - Class in visad.data.dods
-
Provides support for adapting a DODS Attribute.FLOAT32
attribute to the VisAD data-import context.
- Float32AttributeAdapter(String, Attribute) - Constructor for class visad.data.dods.Float32AttributeAdapter
-
Constructs from a name and an appropriate attribute.
- Float32Valuator - Class in visad.data.dods
-
Provides support for processing 32-bit floating-point values in a DODS
dataset.
- Float32VariableAdapter - Class in visad.data.dods
-
Provides support for adapting DODS DFloat32 variables to the
VisAD data-import context.
- float32VariableAdapter(DFloat32, DAS) - Static method in class visad.data.dods.Float32VariableAdapter
-
Returns an instance of this class corresponding to a DODS DFloat32.
- float32VariableAdapter(DFloat32, DAS) - Method in class visad.data.dods.VariableAdapterFactory
-
Returns the adapter corresponding to a DODS DFloat32.
- Float32VectorAdapter - Class in visad.data.dods
-
Provides support for adapting a DODS Float32PrimitiveVector to the
VisAD data-import context.
- Float32VectorAdapter(Float32PrimitiveVector, DAS, VariableAdapterFactory) - Constructor for class visad.data.dods.Float32VectorAdapter
-
Constructs from a DODS vector and a factory for creating DODS variable
adapters.
- float32VectorAdapter(Float32PrimitiveVector, DAS, VariableAdapterFactory) - Method in class visad.data.dods.VectorAdapterFactory
-
Returns the adapter corresponding to a DODS Float32PrimitiveVector.
- FLOAT64 - Static variable in interface dods.dap.parser.DASParserConstants
-
- FLOAT64 - Static variable in interface dods.dap.parser.DDSParserConstants
-
- float64Adapter(String, Attribute) - Method in class visad.data.dods.AttributeAdapterFactory
-
Returns an adapter of a DODS Attribute.FLOAT64 attribute.
- Float64AttributeAdapter - Class in visad.data.dods
-
Provides support for adapting a DODS Attribute.FLOAT64 attribute to
the VisAD data-import context.
- Float64AttributeAdapter(String, Attribute) - Constructor for class visad.data.dods.Float64AttributeAdapter
-
Constructs from a name and an appropriate attribute.
- Float64Valuator - Class in visad.data.dods
-
Provides support for processing 64-bit floating-point values in a DODS
dataset.
- Float64VariableAdapter - Class in visad.data.dods
-
Provides support for adapting DODS DFloat64 variables to the
VisAD data-import context.
- float64VariableAdapter(DFloat64, DAS) - Static method in class visad.data.dods.Float64VariableAdapter
-
Returns an instance of this class corresponding to a DODS DFloat64.
- float64VariableAdapter(DFloat64, DAS) - Method in class visad.data.dods.VariableAdapterFactory
-
Returns the adapter corresponding to a DODS DFloat64.
- Float64VectorAdapter - Class in visad.data.dods
-
Provides support for adapting a DODS Float64PrimitiveVector to the
VisAD data-import context.
- Float64VectorAdapter(Float64PrimitiveVector, DAS, VariableAdapterFactory) - Constructor for class visad.data.dods.Float64VectorAdapter
-
Constructs from a DODS vector and a factory for creating DODS variable
adapters.
- float64VectorAdapter(Float64PrimitiveVector, DAS, VariableAdapterFactory) - Method in class visad.data.dods.VectorAdapterFactory
-
Returns the adapter corresponding to a DODS Float64PrimitiveVector.
- FloatAttributeAdapter - Class in visad.data.dods
-
Provides support for adapting DODS floating-point attributes to the VisAD
data-import context.
- FloatAttributeAdapter(String, Attribute) - Constructor for class visad.data.dods.FloatAttributeAdapter
-
Constructs from a name and an appropriate attribute.
- FloatLatLon(int) - Static method in class edu.wisc.ssec.mcidas.ConversionUtility
-
Convert a latitude or longitude in dddmmss format to floating point.
- Floats() - Method in class dods.dap.parser.DASParser
-
- FloatSet - Class in visad
-
FloatSet represents the finite (but large) set of samples of
R^dimension made by vectors of IEEE single precision floating
point numbers.
- FloatSet(MathType) - Constructor for class visad.FloatSet
-
construct a FloatSet object with null CoordinateSystem and Units
- FloatSet(MathType, CoordinateSystem, Unit[]) - Constructor for class visad.FloatSet
-
the set of values representable by N floats;
type must be a RealType, a RealTupleType or a SetType;
coordinate_system and units must be compatible with defaults
for type, or may be null;
a FloatSet may not be used as a Field domain
- floatToByte(float) - Static method in class visad.ShadowType
-
- floatToDouble(float[][]) - Static method in class edu.wisc.ssec.mcidas.AREAnav
-
Convert arrays of floats to doubles
- floatToDouble(float[][]) - Static method in class visad.Set
-
- FloatTupleArray - Interface in visad.util
-
Growable data structure for float tuples.
- FloatTupleArray.Factory - Class in visad.util
-
- FloatTupleArrayImpl - Class in visad.util
-
Growable array of float tuples.
- FloatTupleArrayImpl(int, int) - Constructor for class visad.util.FloatTupleArrayImpl
-
- FloatTupleArrayImpl(int, int, float) - Constructor for class visad.util.FloatTupleArrayImpl
-
Construct an instance of initialSize.
- floatValue(String) - Method in class visad.data.dods.Float32AttributeAdapter
-
Returns the numeric value corresponding to a floating-point
string specification.
- floatValue(String) - Method in class visad.data.dods.FloatAttributeAdapter
-
Returns the numeric value corresponding to a floating-point
string specification.
- floatValue(String) - Method in class visad.data.dods.Int32AttributeAdapter
-
Returns the numeric value corresponding to a floating-point
string specification.
- floatValue(String) - Method in class visad.data.dods.UInt32AttributeAdapter
-
Returns the numeric value corresponding to an appropriate string
specification.
- FloatVectorAdapter - Class in visad.data.dods
-
Provides support for adapting DODS floating-point vectors to the VisAD
data-import context.
- FloatVectorAdapter(PrimitiveVector, DAS, VariableAdapterFactory) - Constructor for class visad.data.dods.FloatVectorAdapter
-
Constructs from a DODS vector and a factory for creating DODS variable
adapters.
- FLOOR - Static variable in interface visad.Data
-
- floor() - Method in interface visad.Data
-
call unary() to take the floor of this, using default
modes for sampling (Data.NEAREST_NEIGHBOR) and
error estimation (Data.NO_ERRORS)
- floor(int, int) - Method in interface visad.Data
-
call unary() to take the floor of this
- floor() - Method in class visad.DataImpl
-
call unary() to take the floor of this, using default
modes for sampling (Data.NEAREST_NEIGHBOR) and
error estimation (Data.NO_ERRORS)
- floor(int, int) - Method in class visad.DataImpl
-
call unary() to take the floor of this
- floor(Data) - Static method in class visad.python.JPythonMethods
-
return point-wise floor value of data (largest integer not greater than)
- floor() - Method in class visad.RemoteDataImpl
-
call unary() to take the floor of this, using default
modes for sampling (Data.NEAREST_NEIGHBOR) and
error estimation (Data.NO_ERRORS)
- floor(int, int) - Method in class visad.RemoteDataImpl
-
call unary() to take the floor of this
- Flow1Azimuth - Static variable in interface visad.Display
-
display flow set 1 spherical azimuth coordinate
- Flow1Control - Class in visad
-
Flow1Control is the VisAD class for controlling Flow1 display scalars.
- Flow1Control(DisplayImpl) - Constructor for class visad.Flow1Control
-
- Flow1Elevation - Static variable in interface visad.Display
-
display flow set 1 spherical elevation coordinate
- Flow1Radial - Static variable in interface visad.Display
-
display flow set 1 spherical radial coordinate
- Flow1X - Static variable in interface visad.Display
-
display flow set 1 Cartesian X axis coordinate
- Flow1Y - Static variable in interface visad.Display
-
display flow set 1 Cartesian Y axis coordinate
- Flow1Z - Static variable in interface visad.Display
-
display flow set 1 Cartesian Z axis coordinate
- Flow2Azimuth - Static variable in interface visad.Display
-
display flow set 2 spherical azimuth coordinate
- Flow2Control - Class in visad
-
Flow2Control is the VisAD class for controlling Flow2 display scalars.
- Flow2Control(DisplayImpl) - Constructor for class visad.Flow2Control
-
- Flow2Elevation - Static variable in interface visad.Display
-
display flow set 2 spherical elevation coordinate
- Flow2Radial - Static variable in interface visad.Display
-
display flow set 2 spherical radial coordinate
- Flow2X - Static variable in interface visad.Display
-
display flow set 2 Cartesian X axis coordinate
- Flow2Y - Static variable in interface visad.Display
-
display flow set 2 Cartesian Y axis coordinate
- Flow2Z - Static variable in interface visad.Display
-
display flow set 2 Cartesian Z axis coordinate
- FLOW_DATA_IDENTIFIER - Static variable in class loci.formats.in.SDTInfo
-
For .sdt files created automatically in Continuous Flow mode measurement
(no setup, only data).
- FlowControl - Class in visad
-
FlowControl is the VisAD abstract super-class for controlling
Flow display scalars.
- FlowControl(DisplayImpl) - Constructor for class visad.FlowControl
-
Create a FlowControl
- FlowSphericalCoordinateSystem - Class in visad
-
FlowSphericalCoordinateSystem is the VisAD CoordinateSystem class
for (Elevation, Azimuth, Radial) with a Cartesian Reference,
with Elevation and Azimuth in degrees and Radial in meters
per second.
- FlowSphericalCoordinateSystem(RealTupleType) - Constructor for class visad.FlowSphericalCoordinateSystem
-
construct a CoordinateSystem for (elevation, azimuth,
radial) relative to a 3-D Cartesian reference;
this constructor supplies units =
{CommonUnit.Degree, CommonUnit.Degree, CommonUnit.meterPerSecond}
to the super constructor, in order to ensure Unit compatibility
with its use of trigonometric functions
- FluoviewReader - Class in loci.formats.in
-
FluoviewReader is the file format reader for
Olympus Fluoview TIFF files AND Andor Bio-imaging Division (ABD) TIFF files.
- FluoviewReader() - Constructor for class loci.formats.in.FluoviewReader
-
Constructs a new Fluoview TIFF reader.
- FluoviewTiffForm - Class in visad.data.bio
-
Deprecated.
Use LociForm with loci.formats.in.FluoviewReader
- FluoviewTiffForm() - Constructor for class visad.data.bio.FluoviewTiffForm
-
Deprecated.
- flush() - Method in interface visad.data.DataWriter
-
Flush all data to disk.
- flush() - Method in class visad.data.EmptyDataWriter
-
- flush() - Method in class visad.data.visad.BinaryWriter
-
- flush(Group) - Method in class visad.java3d.RendererJ3D
-
- flushAllCachedData() - Method in class visad.data.DataCacheManager
-
- flushCache(FlatFieldCache.Entry, FlatFieldCacheAccessor) - Method in class visad.data.FlatFieldCache
-
Not currently implemented.
- fm - Variable in class visad.ss.BasicSSCell
-
Formula manager for this cell.
- fm - Variable in class visad.ss.SpreadSheet
-
Formula manager.
- FONT_BOTTOM_Y - Static variable in class visad.browser.RangeSlider
-
Y-coordinate of bottom of font.
- FONT_HEIGHT - Static variable in class visad.browser.RangeSlider
-
Height of font.
- FONT_TOP_Y - Static variable in class visad.browser.RangeSlider
-
Y-coordinate of top of font.
- Form - Class in visad.data
-
A leaf-node in the data form hierarchy for the storage of
persistent data objects.
- Form(String) - Constructor for class visad.data.Form
-
Construct a data form of the given name.
- FORMAT_VERSION - Static variable in interface visad.data.visad.BinaryFile
-
- FormatFileFilter - Class in loci.formats.gui
-
A file filter for a biological file format, for use with a JFileChooser.
- FormatFileFilter(IFormatReader) - Constructor for class loci.formats.gui.FormatFileFilter
-
Constructs a new filter that accepts files of the given reader's type.
- FormatFileFilter(IFormatReader, boolean) - Constructor for class loci.formats.gui.FormatFileFilter
-
Constructs a new filter that accepts files of the given reader's type,
allowing the reader to open files only if the allowOpen flag is set.
- formattedString(String, TimeZone) - Method in class visad.DateTime
-
Return a string representation of this DateTime from a user
specified format.
- FormBlockReader - Interface in visad.data
-
FormBlockReader is the VisAD interface for reading in
subsets of data, or "blocks," from a data file.
- FormFamily - Class in visad.data
-
A interior node in the data form hierarchy for the storage of
persistent data objects.
- FormFamily(String) - Constructor for class visad.data.FormFamily
-
Construct an interior data-form node with the given name.
- FormFileFilter - Class in visad.util
-
A file filter based on a file form adapter's isThisType(String) method,
for use with a JFileChooser.
- FormFileFilter(FormFileInformer, String) - Constructor for class visad.util.FormFileFilter
-
Constructs a new filter that accepts the given extension.
- FormFileInformer - Interface in visad.data
-
FormFileInformer is the VisAD interface for checking system- and
file-specific data from a file Form.
- FormNode - Class in visad.data
-
A node in the data form hierarchy for the storage of persistent data.
- FormNode(String) - Constructor for class visad.data.FormNode
-
Construct a data-form node with the given name.
- FormProgressInformer - Interface in visad.data
-
FormProgressInformer is the VisAD interface for checking
the current operation's progress from a file form.
- forms - Variable in class visad.data.FormFamily
-
The children of this interior node.
- forms - Variable in class visad.data.Repository
-
The data forms supported by this repository.
- forms - Variable in class visad.util.DataConverter
-
- FORMULA_SOURCE - Static variable in class visad.ss.BasicSSCell
-
Indicates that the data was computed from a formula.
- FormulaAdd - Variable in class visad.ss.SpreadSheet
-
Toolbar buttons.
- formulaAdd() - Method in class visad.ss.SpreadSheet
-
Prompts the user to type a source for a new data object
for the current cell.
- FormulaBox - Variable in class visad.ss.SpreadSheet
-
Formula bar.
- FormulaDel - Variable in class visad.ss.SpreadSheet
-
Toolbar buttons.
- formulaDel() - Method in class visad.ss.SpreadSheet
-
Deletes the selected data object from the current cell.
- FormulaEditor - Variable in class visad.ss.SpreadSheet
-
Formula editor.
- FormulaException - Exception in visad.formula
-
The type of exception thrown by the formula package.
- FormulaException(String) - Constructor for exception visad.formula.FormulaException
-
- FormulaListener - Variable in class visad.ss.SpreadSheet
-
Formula action listener.
- FormulaManager - Class in visad.formula
-
The FormulaManager class is the gateway into the visad.formula package,
a general-purpose formula parser and evaluator.
- FormulaManager(String[], int[], String[], String[], int[], String[], String[], String[], int, String[], String) - Constructor for class visad.formula.FormulaManager
-
construct a new FormulaManager object
- FormulaText - Variable in class visad.ss.SpreadSheet
-
Formula text field.
- FormulaUtil - Class in visad.formula
-
Contains a variety of useful methods related to the
visad.formula package.
- FormulaUtil() - Constructor for class visad.formula.FormulaUtil
-
- FormulaVar - Class in visad.formula
-
Represents a variable.
- forward - Variable in class visad.util.StepWidget
-
- forwardFT(Data[]) - Static method in class visad.math.FFT
-
for use by SpreadSheet only - ordinary applications
should use other method signatures;
invoke in SpreadSheet by:
link(visad.math.FFT.forwardFT(A1))
- fourierTransform(Field, boolean) - Static method in class visad.math.FFT
-
return Fourier Transform of field, use FFT if domain dimension(s)
are powers of 2
- fourierTransform(Field, boolean, FunctionType, GriddedSet, CoordinateSystem, Set[], Unit[]) - Static method in class visad.math.FFT
-
return Fourier Transform of field, use FFT if domain dimension(s)
are powers of 2
- foward(Sounding) - Method in class visad.sounder.SounderInstrument
-
- frame - Variable in class visad.util.DataConverter
-
- FRAME_DONE - Static variable in class visad.DisplayEvent
-
The "frame done" event.
- fromReference(double[][]) - Method in class visad.bom.Radar2DCoordinateSystem
-
Convert from latitude/longitude to range/azimuth.
- fromReference(float[][]) - Method in class visad.bom.Radar2DCoordinateSystem
-
Convert from latitude/longitude to range/azimuth.
- fromReference(double[][]) - Method in class visad.bom.Radar3DCoordinateSystem
-
Convert from latitude/longitude/altitude to range/azimuth/elevation.
- fromReference(float[][]) - Method in class visad.bom.Radar3DCoordinateSystem
-
Convert from latitude/longitude/altitude to range/azimuth/elevation.
- fromReference(double[][]) - Method in class visad.bom.WindPolarCoordinateSystem
-
- fromReference(float[][]) - Method in class visad.bom.WindPolarCoordinateSystem
-
- fromReference(double[][]) - Method in class visad.CachingCoordinateSystem
-
Wrapper around the fromReference method of the input CoordinateSystem.
- fromReference(float[][]) - Method in class visad.CachingCoordinateSystem
-
Wrapper around the fromReference method of the input CoordinateSystem.
- fromReference(double[][]) - Method in class visad.CartesianProductCoordinateSystem
-
Convert array of reference valeus from Reference coordinates.
- fromReference(float[][]) - Method in class visad.CartesianProductCoordinateSystem
-
Convert array of reference valeus from Reference coordinates.
- fromReference(double[][]) - Method in class visad.CMYCoordinateSystem
-
Convert RealTuple values from Reference coordinates;
for efficiency, input and output values are passed as
double[][] arrays rather than RealTuple[] arrays; the array
organization is double[tuple_dimension][number_of_tuples];
can modify and return argument array.
- fromReference(float[][]) - Method in class visad.CMYCoordinateSystem
-
Convert RealTuple values from Reference coordinates;
for efficiency, input and output values are passed as
float[][] arrays rather than RealTuple[] arrays; the array
organization is float[tuple_dimension][number_of_tuples];
can modify and return argument array.
- fromReference(double[][]) - Method in class visad.CoordinateSystem
-
Convert RealTuple values from Reference coordinates;
for efficiency, input and output values are passed as
double[][] arrays rather than RealTuple[] arrays; the array
organization is double[tuple_dimension][number_of_tuples];
can modify and return argument array.
- fromReference(float[][]) - Method in class visad.CoordinateSystem
-
Convert RealTuple values from Reference coordinates;
for efficiency, input and output values are passed as
float[][] arrays rather than RealTuple[] arrays; the array
organization is float[tuple_dimension][number_of_tuples];
can modify and return argument array.
- fromReference(double[][], Unit[]) - Method in class visad.CoordinateSystem
-
Convert values in Units specified to this CoordinateSystem's
Units.
- fromReference(float[][], Unit[]) - Method in class visad.CoordinateSystem
-
Convert values in Units specified to this CoordinateSystem's
Units.
- fromReference(double[][]) - Method in class visad.CylindricalCoordinateSystem
-
Convert Cartesian coordinates (x, y, z) to
cylindrical coordinates (radius, azimuth, z).
- fromReference(float[][]) - Method in class visad.CylindricalCoordinateSystem
-
Convert Cartesian coordinates (x, y, z) to
cylindrical coordinates (radius, azimuth, z).
- fromReference(double[][]) - Method in class visad.data.hdfeos.LambertAzimuthalEqualArea
-
- fromReference(double[][]) - Method in class visad.data.hdfeos.LambertConformalConic
-
- fromReference(double[][]) - Method in class visad.data.hdfeos.PolarStereographic
-
- fromReference(double[][]) - Method in class visad.data.hrit.HRITCoordinateSystem
-
convert from latitude,longitude to image element,line
- fromReference(float[][]) - Method in class visad.data.hrit.HRITCoordinateSystem
-
convert from latitude,longitude to image element,line
- fromReference(double[][]) - Method in class visad.data.mcidas.AREACoordinateSystem
-
convert from latitude,longitude to image element,line
- fromReference(float[][]) - Method in class visad.data.mcidas.AREACoordinateSystem
-
convert from latitude,longitude to image element,line
- fromReference(double[][]) - Method in class visad.data.mcidas.GRIDCoordinateSystem
-
Converts lat/lon to grid xy (col,row)
- fromReference(double[][]) - Method in class visad.data.vis5d.Vis5DCoordinateSystem
-
- fromReference(double[][]) - Method in class visad.data.vis5d.Vis5DVerticalSystem.Vis5DVerticalCoordinateSystem
-
Converts altitudes in m to pressure in millibars.
- fromReference(float[][]) - Method in class visad.data.vis5d.Vis5DVerticalSystem.Vis5DVerticalCoordinateSystem
-
Converts altitudes in m to pressure in millibars.
- fromReference(double[][]) - Method in class visad.EmpiricalCoordinateSystem
-
Converts reference coordinates to world coordinates.
- fromReference(float[][]) - Method in class visad.EmpiricalCoordinateSystem
-
Converts reference coordinates to world coordinates.
- fromReference(double[][]) - Method in class visad.FlowSphericalCoordinateSystem
-
- fromReference(float[][]) - Method in class visad.FlowSphericalCoordinateSystem
-
- fromReference(float[][]) - Method in class visad.georef.LongitudeLatitudeInterpCS
-
- fromReference(double[][]) - Method in class visad.georef.LongitudeLatitudeInterpCS
-
- fromReference(double[][]) - Method in class visad.georef.TrivialMapProjection
-
Transform from the reference coordinates
- fromReference(float[][]) - Method in class visad.georef.TrivialMapProjection
-
Transform from the reference coordinates
- fromReference(double[][]) - Method in class visad.georef.TrivialNavigation
-
Transform from the reference coordinates
- fromReference(double[][]) - Method in class visad.GridCoordinateSystem
-
- fromReference(float[][]) - Method in class visad.GridCoordinateSystem
-
- fromReference(double[][]) - Method in class visad.HSVCoordinateSystem
-
- fromReference(float[][]) - Method in class visad.HSVCoordinateSystem
-
- fromReference(double[][]) - Method in class visad.IdentityCoordinateSystem
-
Simple implementation of abstract method.
- fromReference(float[][]) - Method in class visad.IdentityCoordinateSystem
-
Simple implementation of abstract method.
- fromReference(double[][]) - Method in class visad.InverseCoordinateSystem
-
- fromReference(float[][]) - Method in class visad.InverseCoordinateSystem
-
- fromReference(double[][]) - Method in class visad.jmet.AlbersCoordinateSystem
-
convert from lat,lon to x,y
- fromReference(double[][]) - Method in class visad.jmet.EASECoordinateSystem
-
convert from lat,lon to x,y
- fromReference(double[][]) - Method in class visad.jmet.GRIBCoordinateSystem
-
convert from lat,lon to x,y
- fromReference(double[][]) - Method in class visad.LogCoordinateSystem
-
Convert logrithmic values to values.
- fromReference(double[][]) - Method in class visad.PolarCoordinateSystem
-
- fromReference(float[][]) - Method in class visad.PolarCoordinateSystem
-
- fromReference(double[][]) - Method in class visad.SphericalCoordinateSystem
-
- fromReference(float[][]) - Method in class visad.SphericalCoordinateSystem
-
- fromYearDaySeconds(int, int, double) - Static method in class visad.DateTime
-
Return a Real object whose value is the seconds since the Epoch
initialized with a year, day of the year, and seconds in the day.
- FrontDrawer - Class in visad.bom
-
FrontDrawer is the VisAD class for manipulation of fronts
- FrontDrawer(FieldImpl, float[][][], DisplayImplJ3D, int, int, float[], float[], float[], float[], float[], float[]) - Constructor for class visad.bom.FrontDrawer
-
manipulable front with predefined pattern front_kind and
user specified color arrays
- FrontDrawer(FieldImpl, float[][][], DisplayImplJ3D, int, int) - Constructor for class visad.bom.FrontDrawer
-
manipulable front with predefined pattern front_kind and
default color arrays
- FrontDrawer(FieldImpl, float[][][], DisplayImplJ3D, int, float, float[][][], float[], float[], float[], float[][][], float[], float[], float[]) - Constructor for class visad.bom.FrontDrawer
-
fs is null or has MathType
(RealType.Time -> (front_index ->
((Latitude, Longitude) -> (front_red, front_green, front_blue))))
cs is null or contains a time array of curves for fs
fw is the filter window size for smoothing the curve
segment is length in graphics coordinates of first and repeating profiles
fshapes is dimensioned [nfshapes][2][points_per_shape]
fred, fgreen and fblue are dimensioned [nfshapes]
rshapes is dimensioned [nrshapes][2][points_per_shape]
rred, rgreen and rblue are dimensioned [nrshapes]
fshapes[*][0][*] and rshapes[*][0][*] generally in range 0.0f to segment
- FrontDrawer(FieldImpl, float[][][], DisplayImplJ3D, int, float, float, float[][][], float[], float[], float[], float[][][], float[], float[], float[]) - Constructor for class visad.bom.FrontDrawer
-
fs is null or has MathType
(RealType.Time -> (front_index ->
((Latitude, Longitude) -> (front_red, front_green, front_blue))))
cs is null or contains a time array of curves for fs
fw is the filter window size for smoothing the curve
fsegment is length in graphics coordinates of first profile
rsegment is length in graphics coordinates of repeating profile
fshapes is dimensioned [nfshapes][2][points_per_shape]
fred, fgreen and fblue are dimensioned [nfshapes]
rshapes is dimensioned [nrshapes][2][points_per_shape]
rred, rgreen and rblue are dimensioned [nrshapes]
fshapes[*][0][*] and rshapes[*][0][*] generally in range 0.0f to segment
- FRONTOGENESIS - Static variable in class visad.bom.FrontDrawer
-
- FRONTOLYSIS - Static variable in class visad.bom.FrontDrawer
-
- FT1D(float[][], boolean) - Static method in class visad.math.FFT
-
compute 1-D Fourier transform
use FFT if length (2nd dimension of x) is a power of 2
- FT1D(double[][], boolean) - Static method in class visad.math.FFT
-
compute 1-D Fourier transform
use FFT if length (2nd dimension of x) is a power of 2
- FT2D(int, int, float[][], boolean) - Static method in class visad.math.FFT
-
compute 2-D Fourier transform, calling 1-D FT twice
use FFT if rows and cols are powers of 2
- FT2D(int, int, double[][], boolean) - Static method in class visad.math.FFT
-
compute 2-D Fourier transform, calling 1-D FT twice
use FFT if rows and cols are powers of 2
- FTIME_INDEX - Static variable in class edu.wisc.ssec.mcidas.GridDirectory
-
forecast time
- fullName(String) - Method in class visad.data.DirectoryRepository
-
Return the fully-qualified name of a persistent data object.
- fullName(String) - Method in class visad.data.Repository
-
Return the fully-qualified name of a persistent data object.
- FullSizeTest - Class in visad.data.dods
-
- FullSizeTest() - Constructor for class visad.data.dods.FullSizeTest
-
- function - Variable in class dods.dap.Server.BoolFunctionClause
-
- function - Variable in class dods.dap.Server.BTFunctionClause
-
- Function - Interface in visad
-
Function is the interface for approximate implmentations
of mathematical function.
- function - Variable in class visad.MouseHelper
-
- FunctionFormFamily - Class in visad.data
-
- FunctionFormFamily(String) - Constructor for class visad.data.FunctionFormFamily
-
- FunctionImpl - Class in visad
-
FunctionImpl is the abstract superclass for approximate
implmentations of mathematical functions.
- FunctionImpl(FunctionType) - Constructor for class visad.FunctionImpl
-
Construct a new FunctionImpl with the supplied FunctionType.
- functionLibrary - Variable in class dods.dap.Server.ClauseFactory
-
- FunctionLibrary - Class in dods.dap.Server
-
Represents a library of available server-side functions for use
in evaluating constraint expressions.
- FunctionLibrary() - Constructor for class dods.dap.Server.FunctionLibrary
-
Creates a new FunctionLibrary with no prefix set.
- FunctionLibrary(String) - Constructor for class dods.dap.Server.FunctionLibrary
-
Creates a new FunctionLibrary.
- functionType - Static variable in class visad.data.amanda.BaseTrack
-
- functionType - Static variable in class visad.data.amanda.Hits
-
- functionType - Static variable in class visad.data.amanda.Tracks
-
- FunctionType - Class in visad
-
FunctionType is the VisAD data type for functions.
- FunctionType(MathType, MathType) - Constructor for class visad.FunctionType
-
domain must be a RealType or a RealTupleType;
range may be any MathType