- D_FIELDS - Static variable in class visad.data.hdfeos.hdfeosc.HdfeosLib
-
- D_TYPE - Static variable in class visad.data.hdfeos.hdfeosc.HdfeosLib
-
- dap_test - Class in dods.dap.test
-
- dap_test() - Constructor for class dods.dap.test.dap_test
-
- DARK_BLUE - Static variable in class visad.ss.FancySSCell
-
Dark blue.
- DARK_CYAN - Static variable in class visad.ss.FancySSCell
-
Dark cyan.
- DARK_GREEN - Static variable in class visad.ss.FancySSCell
-
Dark green.
- DARK_PURPLE - Static variable in class visad.ss.FancySSCell
-
Dark purple.
- DARK_RED - Static variable in class visad.ss.FancySSCell
-
Dark red.
- DARK_YELLOW - Static variable in class visad.ss.FancySSCell
-
Dark yellow.
- das_test - Class in dods.dap.test
-
- das_test() - Constructor for class dods.dap.test.das_test
-
- DASH - Static variable in class visad.bom.annotations.LineJ3D
-
line style DASH
- DASH_DOT - Static variable in class visad.bom.annotations.LineJ3D
-
line style DASH_DOT
- DASH_DOT_STYLE - Static variable in class visad.GraphicsModeControl
-
Dash-Dot line style for Display.LineStyle mapping
- DASH_STYLE - Static variable in class visad.GraphicsModeControl
-
Dash line style for Display.LineStyle mapping
- DASParser - Class in dods.dap.parser
-
- DASParser(InputStream) - Constructor for class dods.dap.parser.DASParser
-
- DASParser(Reader) - Constructor for class dods.dap.parser.DASParser
-
- DASParser(DASParserTokenManager) - Constructor for class dods.dap.parser.DASParser
-
- DASParserConstants - Interface in dods.dap.parser
-
- DASParserTokenManager - Class in dods.dap.parser
-
- DASParserTokenManager(SimpleCharStream) - Constructor for class dods.dap.parser.DASParserTokenManager
-
- DASParserTokenManager(SimpleCharStream, int) - Constructor for class dods.dap.parser.DASParserTokenManager
-
- data - Variable in class loci.formats.in.ICSReader
-
Image data.
- Data - Interface in visad
-
Data is the top-level interface of the VisAD data hierarchy.
- data(DArray, boolean) - Method in class visad.data.dods.ArrayVariableAdapter
-
Returns the VisAD
DataImpl corresponding to a DODS
DArray.
- data(boolean) - Method in class visad.data.dods.AttributeAdapter
-
Returns the VisAD data object corresponding to this instance.
- data(DBoolean, boolean) - Method in class visad.data.dods.BooleanVariableAdapter
-
Returns a VisAD data object corresponding to a DODS DBoolean.
- data(DByte, boolean) - Method in class visad.data.dods.ByteVariableAdapter
-
Returns a VisAD data object corresponding to a DODS DByte.
- data(boolean) - Method in class visad.data.dods.ContainerAttributeAdapter
-
Returns the VisAD data object corresponding to this instance.
- data(String, Attribute, boolean) - Method in class visad.data.dods.DataFactory
-
Returns the VisAD data object corresponding to a DODS attribute.
- data(BaseType, DAS, boolean) - Method in class visad.data.dods.DataFactory
-
Returns the VisAD data object corresponding to a DODS variable.
- data(DFloat32, boolean) - Method in class visad.data.dods.Float32VariableAdapter
-
Returns the VisAD
DataImpl corresponding to a DODS
DFloat32.
- data(DFloat64, boolean) - Method in class visad.data.dods.Float64VariableAdapter
-
Returns the VisAD
DataImpl corresponding to a DODS
DFloat64.
- data(DGrid, boolean) - Method in class visad.data.dods.GridVariableAdapter
-
Returns the VisAD
DataImpl corresponding to a DODS
DGrid.
- data(DArray, boolean) - Method in class visad.data.dods.GridVariableMapAdapter
-
Returns a VisAD data object corresponding to a map vector of a DODS grid.
- data(DInt16, boolean) - Method in class visad.data.dods.Int16VariableAdapter
-
Returns the VisAD
DataImpl corresponding to a DODS
DInt16.
- data(DInt32, boolean) - Method in class visad.data.dods.Int32VariableAdapter
-
Returns the VisAD
DataImpl corresponding to a DODS
DInt32.
- data(DList, boolean) - Method in class visad.data.dods.ListVariableAdapter
-
Returns the VisAD
DataImpl corresponding to a DODS
DList.
- data(boolean) - Method in class visad.data.dods.NumericAttributeAdapter
-
Returns the VisAD data object corresponding to this instance.
- data(DSequence, boolean) - Method in class visad.data.dods.SequenceVariableAdapter
-
Returns the VisAD
DataImpl corresponding to a DODS
DSequence.
- data(boolean) - Method in class visad.data.dods.StringAttributeAdapter
-
Returns the VisAD data object corresponding to this instance.
- data(DString, boolean) - Method in class visad.data.dods.StringVariableAdapter
-
Returns the VisAD
DataImpl corresponding to a DODS
DString.
- data(DStructure, boolean) - Method in class visad.data.dods.StructureVariableAdapter
-
Returns the VisAD
DataImpl corresponding to the values of a DODS
DStructure and the DODS variable used during construction of this
instance.
- data(DUInt16, boolean) - Method in class visad.data.dods.UInt16VariableAdapter
-
Returns the VisAD
DataImpl corresponding to the value of a DODS
DUInt16 and the DODS variable used during construction of this
instance.
- data(DUInt32, boolean) - Method in class visad.data.dods.UInt32VariableAdapter
-
Returns the VisAD
DataImpl corresponding to the value of a DODS
DUInt16 and the DODS variable used during construction of this
instance.
- data(boolean) - Method in class visad.data.dods.UnknownAttributeAdapter
-
Returns null.
- data(BaseType, boolean) - Method in class visad.data.dods.VariableAdapter
-
Returns the VisAD
DataImpl corresponding to the data of a DODS
variable and the metaData of the DODS variable used during construction
of this instance.
- data(DString, boolean) - Method in class visad.data.dods.VariableAdapter
-
- data(DBoolean, boolean) - Method in class visad.data.dods.VariableAdapter
-
- data(DByte, boolean) - Method in class visad.data.dods.VariableAdapter
-
- data(DUInt16, boolean) - Method in class visad.data.dods.VariableAdapter
-
- data(DInt16, boolean) - Method in class visad.data.dods.VariableAdapter
-
- data(DUInt32, boolean) - Method in class visad.data.dods.VariableAdapter
-
- data(DInt32, boolean) - Method in class visad.data.dods.VariableAdapter
-
- data(DFloat32, boolean) - Method in class visad.data.dods.VariableAdapter
-
- data(DFloat64, boolean) - Method in class visad.data.dods.VariableAdapter
-
- data(DStructure, boolean) - Method in class visad.data.dods.VariableAdapter
-
- data(DList, boolean) - Method in class visad.data.dods.VariableAdapter
-
- data(DArray, boolean) - Method in class visad.data.dods.VariableAdapter
-
- data(DGrid, boolean) - Method in class visad.data.dods.VariableAdapter
-
- data(DSequence, boolean) - Method in class visad.data.dods.VariableAdapter
-
- data - Variable in class visad.data.hdf5.hdf5objects.HDF5Dataset
-
the data array
- data - Variable in class visad.jmet.MetGrid
-
- data - Variable in class visad.util.DataConverter
-
- DATA_CHANGE - Static variable in class visad.ss.SSCellChangeEvent
-
Indicates that the cell's data has changed.
- DATA_DOUBLE_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_FIELD - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_FLAT_FIELD - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_FLOAT_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_GRIDDED_1D_DOUBLE_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_GRIDDED_1D_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_GRIDDED_2D_DOUBLE_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_GRIDDED_2D_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_GRIDDED_3D_DOUBLE_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_GRIDDED_3D_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_GRIDDED_SET - Static variable in interface visad.data.visad.BinaryFile
-
- data_height - Variable in class visad.java3d.VisADImageNode
-
- DATA_IDENTIFIER - Static variable in class loci.formats.in.SDTInfo
-
For normal .sdt files (setup + data).
- DATA_INTEGER_1D_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_INTEGER_2D_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_INTEGER_3D_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_INTEGER_ND_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_IRREGULAR_1D_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_IRREGULAR_2D_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_IRREGULAR_3D_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_IRREGULAR_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_LINEAR_1D_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_LINEAR_2D_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_LINEAR_3D_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_LINEAR_LATLON_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_LINEAR_ND_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_LIST1D_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_NONE - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_PRODUCT_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_REAL - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_REAL_TUPLE - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_SINGLETON_SET - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_TEXT - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_TUPLE - Static variable in interface visad.data.visad.BinaryFile
-
- DATA_UNION_SET - Static variable in interface visad.data.visad.BinaryFile
-
- data_width - Variable in class visad.java3d.VisADImageNode
-
- dataBlockLength - Variable in class loci.formats.in.SDTInfo
-
- dataBlockOffs - Variable in class loci.formats.in.SDTInfo
-
Offset of the first data block.
- DataCacheManager - Class in visad.data
-
This provides a global cache for primitive array data
You access it via the singelton:
DataCacheManager.getCacheManager()
Client objects can store their data with:
Object cacheId = DataCacheManager.getCacheManager().addToCache(theData);
Where data can be 1D or 2D byte/float/int/double arrays
If the data changes then update the cache with:
DataCacheManager.getCacheManager().updateData(cacheId, newData);
When the client object is finalized or is finished with the data call:
DataCacheManager.getCacheManager().removeFromCache(cacheId);
When you want to access the data use one of:
DataCacheManager.getCacheManager().getByteArray1D(cacheId);
DataCacheManager.getCacheManager().getByteArray2D(cacheId);
DataCacheManager.getCacheManager().getFloatArray1D(cacheId);
DataCacheManager.getCacheManager().getFloatArray2D(cacheId);
DataCacheManager.getCacheManager().getShortArray1D(cacheId);
DataCacheManager.getCacheManager().getShortArray2D(cacheId);
DataCacheManager.getCacheManager().getIntArray1D(cacheId);
DataCacheManager.getCacheManager().getIntArray2D(cacheId);
DataCacheManager.getCacheManager().getDoubleArray1D(cacheId);
DataCacheManager.getCacheManager().getDoubleArray2D(cacheId);
The cachemanager will keep the data arrays in memory until the total size is greater than getMaxSize().
- dataChanged(Data) - Method in class visad.data.LinkedDataSource
-
Update the data to which this LinkedDataSource is linked.
- dataClone() - Method in interface visad.Data
-
A VisAD adaptation of clone that works for local or remote Data.
- dataClone() - Method in class visad.DataImpl
-
A VisAD adaptation of clone that works for local or remote Data.
- dataClone() - Method in class visad.RemoteDataImpl
-
A VisAD adaptation of clone that works for local or remote Data.
- DataConverter - Class in visad.util
-
DataConverter provides a simple GUI for converting data
between VisAD-supported formats, using the data form of choice.
- DataConverter() - Constructor for class visad.util.DataConverter
-
- DataConverter(File, String) - Constructor for class visad.util.DataConverter
-
- DataDisplayLink - Class in visad
-
DataDisplayLink objects define connections between DataReference
objects and Display objects.
- DataDisplayLink(DataReference, DisplayImpl, Display, ConstantMap[], DataRenderer, long) - Constructor for class visad.DataDisplayLink
-
construct a DataDisplayLink linking a DataReference to a Display
- DataFactory - Class in visad.data.dods
-
Provides support for creating adapters that bridge between DODS data objects
and the VisAD data-import context.
- DataFactory() - Constructor for class visad.data.dods.DataFactory
-
Constructs from nothing.
- DataFactory(AttributeAdapterFactory, VariableAdapterFactory) - Constructor for class visad.data.dods.DataFactory
-
Constructs from adapter factories for DODS attributes and DODS variables.
- dataFactory() - Static method in class visad.data.dods.DataFactory
-
Returns an instance of this class.
- dataFactory(AttributeAdapterFactory, VariableAdapterFactory) - Static method in class visad.data.dods.DataFactory
-
Returns an instance of this class corresponding to adapter factories for
DODS attributes and DODS variables.
- DataFactory - Class in visad.data.netcdf.in
-
Provides support for creating VisAD Data objects from VirtualData objects.
- DataFactory() - Constructor for class visad.data.netcdf.in.DataFactory
-
- DataImpl - Class in visad
-
DataImpl is the superclass for VisAD's data hierarchy, inheriting
the Data interface.
- DataImpl(MathType) - Constructor for class visad.DataImpl
-
construct a DataImpl with given MathType
- DataImpl.Syncher - Class in visad
-
class used to synchronize with TRANSFORM_DONE events
from dummy DisplayImplJ2D used by computeRanges()
- DataInputFilter - Class in visad.data.in
-
Provides support for a filter-module in a data-import pipe.
- DataInputFilter(DataInputStream) - Constructor for class visad.data.in.DataInputFilter
-
Constructs from an upstream data source.
- DataInputSource - Interface in visad.data.in
-
Interface for sources of VisAD data objects.
- DataInputStream - Interface in visad.data.in
-
Interface for a filter-module in a data-import pipe.
- DataNode - Class in visad.data
-
Abstract class for adapting a VisAD data object to the "Visitor"
design pattern.
- DataNode() - Constructor for class visad.data.DataNode
-
Construct.
- dataOffs - Variable in class loci.formats.in.SDTInfo
-
Offset of the data block from the beginning of the file.
- DataProcessor - Interface in visad.data
-
- DataRange - Class in visad.data
-
Holds a simple min/max range
- DataRange() - Constructor for class visad.data.DataRange
-
Default ctor
- DataRange(double, double) - Constructor for class visad.data.DataRange
-
Create a range with min, max
- DataRange(double[]) - Constructor for class visad.data.DataRange
-
ctor
- DataRange(DataRange) - Constructor for class visad.data.DataRange
-
copy ctor
- DataReference - Interface in visad
-
DataReference is the VisAD interface for named holders for data
objects.
- DataReferenceImpl - Class in visad
-
DataReferenceImpl is a local implementation of DataReference.
- DataReferenceImpl(String) - Constructor for class visad.DataReferenceImpl
-
Constructs from a name for the instance.
- DataRenderer - Class in visad
-
DataRenderer is the VisAD abstract super-class for graphics rendering
algorithms.
- DataRenderer() - Constructor for class visad.DataRenderer
-
construct a DataRenderer
- Dataset(DDS, BaseTypeFactory) - Method in class dods.dap.parser.DDSParser
-
- DATASET - Static variable in interface dods.dap.parser.DDSParserConstants
-
- DATASET - Static variable in class visad.data.hdf5.hdf5objects.HDF5Object
-
Object is a dataset
- DataSetInfo - Class in edu.wisc.ssec.mcidas.adde
-
DataSetInfo interface for McIDAS ADDE data sets.
- DataSetInfo(String) - Constructor for class edu.wisc.ssec.mcidas.adde.DataSetInfo
-
creates a DataSetInfo object that allows reading
- DataShadow - Class in visad
-
DataShadow is the VisAD class for gathering RealType value
ranges and Animation sampling Sets for auto-scaling Displays.
- DataSourceListener - Interface in visad
-
- dataSourceLost(String) - Method in interface visad.RemoteSourceListener
-
A remote Data object is no longer available.
- dataspace - Variable in class visad.data.hdf5.hdf5objects.HDF5Dataset
-
the dataspace
- DATASPACE - Static variable in class visad.data.hdf5.hdf5objects.HDF5Object
-
- datatype - Variable in class loci.formats.in.GatanReader
-
- datatype - Variable in class visad.data.hdf5.hdf5objects.HDF5Dataset
-
the datatype
- DATATYPE - Static variable in class visad.data.hdf5.hdf5objects.HDF5Object
-
- DataUtility - Class in visad.util
-
A general utility class for VisAD Data objects
- DataUtility() - Constructor for class visad.util.DataUtility
-
- DataUtility.RealTupleComparator - Class in visad.util
-
Provides support for comparing RealTuple-s of the same RealTupleType.
- DataVisitor - Class in visad.data
-
Abstract class for visiting a VisAD data object.
- DataVisitor() - Constructor for class visad.data.DataVisitor
-
- DataWriter - Interface in visad.data
-
Standard routines used to write a
Data object.
- date - Variable in class loci.formats.in.SDTInfo
-
Date of creation.
- dateExpr() - Method in class visad.data.units.UnitParser
-
- DateStamp - Variable in class visad.data.vis5d.V5DStruct
-
Date in YYDDD format
- dateString() - Method in class visad.DateTime
-
Return a string representing the "date" portion of this DateTime
- DateTime - Class in visad
-
DateTime is a class of objects for holding date and time information.
- DateTime(Real) - Constructor for class visad.DateTime
-
Construct a DateTime object and initialize it using a VisAD Real.
- DateTime(double) - Constructor for class visad.DateTime
-
Construct a DateTime object and initialize it with the seconds since
January 1, 1970 00:00:00Z.
- DateTime(double, Unit) - Constructor for class visad.DateTime
-
Construct a DateTime object from a tim value and a Unit
- DateTime(Date) - Constructor for class visad.DateTime
-
Construct a DateTime object and initialize it with a Java date.
- DateTime() - Constructor for class visad.DateTime
-
Construct a DateTime object and initialize it to the current date/time.
- DateTime(int, int, double) - Constructor for class visad.DateTime
-
Construct a DateTime object initialized with a year, day of
the year, and seconds in the day.
- DD - Static variable in class visad.GriddedLatLonSet
-
- dds_test - Class in dods.dap.test
-
- dds_test() - Constructor for class dods.dap.test.dds_test
-
- DDSParser - Class in dods.dap.parser
-
- DDSParser(InputStream) - Constructor for class dods.dap.parser.DDSParser
-
- DDSParser(Reader) - Constructor for class dods.dap.parser.DDSParser
-
- DDSParser(DDSParserTokenManager) - Constructor for class dods.dap.parser.DDSParser
-
- DDSParserConstants - Interface in dods.dap.parser
-
- DDSParserTokenManager - Class in dods.dap.parser
-
- DDSParserTokenManager(SimpleCharStream) - Constructor for class dods.dap.parser.DDSParserTokenManager
-
- DDSParserTokenManager(SimpleCharStream, int) - Constructor for class dods.dap.parser.DDSParserTokenManager
-
- deadTimeComp - Variable in class loci.formats.in.SDTInfo
-
- DEBUG - Static variable in class visad.browser.Widget
-
Debugging flag.
- DEBUG - Static variable in class visad.data.LinkedDataSource
-
Debugging flag.
- DEBUG - Static variable in class visad.formula.FormulaVar
-
for testing purposes
- DEBUG - Static variable in class visad.ImageFlatField
-
Debugging flag.
- DEBUG - Static variable in class visad.ss.BasicSSCell
-
Debugging flag.
- debug - Variable in class visad.ss.SpreadSheet.SSOptions
-
- DEBUG - Static variable in class visad.util.DualRes
-
Debugging flag.
- debug - Variable in class visad.util.ReflectedUniverse
-
Debugging flag.
- DEBUG - Static variable in class visad.util.StepWidget
-
- DEBUG - Static variable in class visad.util.TextEditor
-
debugging flag
- debug - Variable in class visad.util.ThreadManager
-
- debug(String) - Method in class visad.util.ThreadManager
-
- DEBUG_LEVEL - Static variable in class visad.ss.BasicSSCell
-
Debugging level.
- DEBUG_RD_CSYS - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_RD_DATA - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_RD_DATA_DETAIL - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_RD_ERRE - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_RD_MATH - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_RD_STR - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_RD_TIME - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_RD_UNIT - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_WR_CSYS - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_WR_DATA - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_WR_DATA_DETAIL - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_WR_ERRE - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_WR_MATH - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_WR_STR - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_WR_TIME - Static variable in interface visad.data.visad.BinaryFile
-
- DEBUG_WR_UNIT - Static variable in interface visad.data.visad.BinaryFile
-
- debugStream - Variable in class dods.dap.parser.DASParserTokenManager
-
- debugStream - Variable in class dods.dap.parser.DDSParserTokenManager
-
- debugStream - Variable in class dods.dap.parser.ErrorParserTokenManager
-
- debugStream - Variable in class dods.dap.parser.ExprParserTokenManager
-
- debugStream - Variable in class visad.data.units.UnitParserTokenManager
-
Debug output.
- debugTime - Static variable in class visad.CachingCoordinateSystem
-
Show time to transform
- Declaration() - Method in class dods.dap.parser.DDSParser
-
- Declarations() - Method in class dods.dap.parser.DDSParser
-
- Declination - Static variable in class visad.RealType
-
astronomical coordinates
- decode(String, AttributeTable, int) - Static method in class visad.data.dods.Valuator
-
Decodes an attribute for a DODS variable.
- decodeDate(int) - Static method in class loci.formats.in.MetamorphReader
-
Converts a Julian date value into a human-readable string.
- decodeLatLon(String) - Static method in class visad.data.text.TextAdapter
-
A cut-and-paste from the IDV Misc method
Decodes a string representation of a latitude or longitude and
returns a double version (in degrees).
- decodeLWPRString(String) - Method in class edu.wisc.ssec.mcidas.adde.AddeURLConnection
-
Decode the ADDE request for data set information.
- decodeOBTGString(String) - Method in class edu.wisc.ssec.mcidas.adde.AddeURLConnection
-
Decode the ADDE request for a weather observation text.
- decodeRLE(int[]) - Static method in class visad.browser.Convert
-
Decodes the given array of ints from a run-length encoding.
- decodeTime(int) - Static method in class loci.formats.in.MetamorphReader
-
Converts a time value in milliseconds into a human-readable string.
- decodeTXTGString(String) - Method in class edu.wisc.ssec.mcidas.adde.AddeURLConnection
-
Decode the ADDE request for a text file.
- decodeURL(String) - Static method in class edu.wisc.ssec.mcidas.adde.AddePointURL
-
Decode a URL and return an AddePointURL
- decodeWTXGString(String) - Method in class edu.wisc.ssec.mcidas.adde.AddeURLConnection
-
Decode the ADDE request for a weather text.
- decompress(byte[], Object) - Method in class loci.formats.codec.AdobeDeflateCodec
-
Decodes an Adobe Deflate (Zip) compressed image strip.
- decompress(byte[], Object) - Method in class loci.formats.codec.Base64Codec
-
Decompresses a block of data.
- decompress(byte[]) - Method in class loci.formats.codec.BaseCodec
-
- decompress(byte[][]) - Method in class loci.formats.codec.BaseCodec
-
- decompress(byte[][], Object) - Method in class loci.formats.codec.BaseCodec
-
2D data block decoding default implementation.
- decompress(byte[], Object) - Method in interface loci.formats.codec.Codec
-
Decompresses a block of data.
- decompress(byte[][], Object) - Method in interface loci.formats.codec.Codec
-
Decompresses a block of data.
- decompress(byte[]) - Method in interface loci.formats.codec.Codec
-
Decompresses a block of data.
- decompress(byte[][]) - Method in interface loci.formats.codec.Codec
-
Decompresses a block of data.
- decompress(byte[], Object) - Method in class loci.formats.codec.JPEGCodec
-
Decodes an image strip using JPEG compression algorithm.
- decompress(byte[], Object) - Method in class loci.formats.codec.LuraWaveCodec
-
- decompress(byte[], Object) - Method in class loci.formats.codec.LZOCodec
-
Decodes an LZO-compressed array.
- decompress(byte[], Object) - Method in class loci.formats.codec.LZWCodec
-
Decodes an LZW-compressed data block.
- decompress(byte[], Object) - Method in class loci.formats.codec.MJPBCodec
-
- decompress(byte[], Object) - Method in class loci.formats.codec.MSRLECodec
-
- decompress(byte[], Object) - Method in class loci.formats.codec.MSVideoCodec
-
- decompress(byte[], Object) - Method in class loci.formats.codec.NikonCodec
-
Decodes an image strip using Nikon's compression algorithm (a variant on
Huffman coding).
- decompress(byte[], Object) - Method in class loci.formats.codec.PackbitsCodec
-
Decodes a PackBits (Macintosh RLE) compressed image.
- decompress(byte[], Object) - Method in class loci.formats.codec.QTRLECodec
-
- decompress(byte[], Object) - Method in class loci.formats.codec.RPZACodec
-
- DEF_GROW_FACTOR - Static variable in class visad.util.FloatTupleArrayImpl
-
Factor by which the arrays are grown when they run out of space.
- DEFAULT - Static variable in interface dods.dap.parser.DASParserConstants
-
- DEFAULT - Static variable in interface dods.dap.parser.DDSParserConstants
-
- DEFAULT - Static variable in interface dods.dap.parser.ErrorParserConstants
-
- DEFAULT - Static variable in interface dods.dap.parser.ExprParserConstants
-
- DEFAULT - Static variable in class visad.data.netcdf.in.Strategy
-
The default import strategy.
- DEFAULT - Static variable in interface visad.data.units.UnitParserConstants
-
Lexical state.
- DEFAULT_DATA_TYPE - Static variable in class visad.data.gis.ArcAsciiGridAdapter
-
Default data type
- DEFAULT_DELAY - Static variable in class visad.util.Delay
-
- DEFAULT_NAME - Static variable in class visad.browser.RangeSlider
-
Default variable name.
- DEFAULT_NUMBER_OF_COLORS - Static variable in class visad.BaseColorControl
-
The default number of colors
- DEFAULT_PORT - Static variable in class edu.wisc.ssec.mcidas.adde.AddeURLConnection
-
default port transfers
- DEFAULT_PROJ - Static variable in class edu.wisc.ssec.mcidas.adde.AddeURLConnection
-
The default number of elements for an image request
- DEFAULT_RESOLUTION - Static variable in class visad.util.BaseRGBMap
-
default resolution
- DEFAULT_SPATIAL_TYPE - Static variable in class visad.data.gis.ArcAsciiGridAdapter
-
Default spatial type
- DEFAULT_TIME_FORMAT - Static variable in class visad.DateTime
-
Default Time Format Pattern (yyyy-MM-dd HH:mm:ss)
- DEFAULT_TIMEZONE - Static variable in class visad.DateTime
-
Default Time Zone (GMT)
- DEFAULT_UNITS - Static variable in class visad.georef.EarthLocationTuple
-
- DEFAULT_UNITS - Static variable in class visad.georef.LatLonTuple
-
- DEFAULT_USER - Static variable in class edu.wisc.ssec.mcidas.adde.AddeURLConnection
-
The default user id
- DEFAULT_VALUE - Static variable in class edu.wisc.ssec.mcidas.adde.AddeURL
-
Default value for key/value pairs (X)
- DEFAULT_VIS_HEIGHT - Static variable in class visad.ss.SpreadSheet
-
Default VisAD display height.
- DEFAULT_VIS_WIDTH - Static variable in class visad.ss.SpreadSheet
-
Default VisAD display width.
- DefaultDisplayRendererJ2D - Class in visad.java2d
-
DefaultDisplayRendererJ2D is the VisAD class for
default background and metadata rendering under Java2D.
- DefaultDisplayRendererJ2D() - Constructor for class visad.java2d.DefaultDisplayRendererJ2D
-
This is the default DisplayRenderer used by the
DisplayImplJ2D constructor.
- DefaultDisplayRendererJ2D(Class) - Constructor for class visad.java2d.DefaultDisplayRendererJ2D
-
- DefaultDisplayRendererJ3D - Class in visad.java3d
-
DefaultDisplayRendererJ3D is the VisAD class for the
default background and metadata rendering algorithm under Java3D.
- DefaultDisplayRendererJ3D() - Constructor for class visad.java3d.DefaultDisplayRendererJ3D
-
This is the default DisplayRenderer used by the
DisplayImplJ3D constructor.
- DefaultDisplayRendererJ3D(Class) - Constructor for class visad.java3d.DefaultDisplayRendererJ3D
-
- DefaultFamily - Class in visad.data
-
A container for all the officially supported VisAD datatypes.
- DefaultFamily(String) - Constructor for class visad.data.DefaultFamily
-
Construct a family of the supported VisAD datatype Forms
- DefaultFamily(String, boolean) - Constructor for class visad.data.DefaultFamily
-
Construct a family of the supported VisAD datatype Forms, with a
netCDF form that converts char to Text if netcdfText flag is set.
- DefaultFamilyTest - Class in visad.data
-
- DefaultFamilyTest() - Constructor for class visad.data.DefaultFamilyTest
-
- defaultFM - Static variable in class visad.ss.BasicSSCell
-
Default FormulaManager object used by SSCells.
- defaultInstance() - Static method in class visad.data.netcdf.QuantityDBManager
-
Returns the default quantity database.
- DefaultNodeRendererAgent - Class in visad.cluster
-
DefaultNodeRendererAgent is the class for agents sent from
client to nodes to return VisADSceneGraphObjects from
NodeRendererJ3Ds.
- DefaultNodeRendererAgent(RemoteClientAgent, String, ConstantMap[]) - Constructor for class visad.cluster.DefaultNodeRendererAgent
-
- DefaultRendererJ2D - Class in visad.java2d
-
DefaultRendererJ2D is the VisAD class for the default graphics
rendering algorithm under Java2D.
- DefaultRendererJ2D() - Constructor for class visad.java2d.DefaultRendererJ2D
-
this is the default DataRenderer used by the addReference method
for DisplayImplJ2D
- DefaultRendererJ3D - Class in visad.java3d
-
DefaultRendererJ3D is the VisAD class for the default graphics
rendering algorithm under Java3D.
- DefaultRendererJ3D() - Constructor for class visad.java3d.DefaultRendererJ3D
-
this is the default DataRenderer used by the addReference method
for DisplayImplJ3D
- DefaultUnitsDB - Class in visad.data.netcdf.units
-
Deprecated.
Use visad.data.units.DefaultUnitsDB instead
- DefaultUnitsDB(UnitsDB) - Constructor for class visad.data.netcdf.units.DefaultUnitsDB
-
Deprecated.
Use visad.data.units.DefaultUnitsDB(db) instead
- DefaultUnitsDB - Class in visad.data.units
-
Default units database.
- DefaultUnitsDB.Prefixer - Class in visad.data.units
-
Inner (helper) class for parsing unit prefixes.
- DefaultUnitsDB.Prefixer(String) - Constructor for class visad.data.units.DefaultUnitsDB.Prefixer
-
Construct.
- DefaultView - Class in visad.data.netcdf.in
-
Provides support for the default view of a netCDF dataset as documented
in the netCDF User's Guide.
- DefaultView(Netcdf, QuantityDB) - Constructor for class visad.data.netcdf.in.DefaultView
-
Constructs from a netCDF dataset and a quantity database.
- DefaultView(Netcdf, QuantityDB, boolean) - Constructor for class visad.data.netcdf.in.DefaultView
-
Constructs from a netCDF dataset and a quantity database.
- define1DDim(SampledSet) - Method in class visad.data.netcdf.out.VisADAdapter
-
Define the netCDF dimension of a 1-D SampledSet.
- defined - Variable in class dods.dap.Server.AbstractClause
-
Value to be returned by isDefined().
- defineData(long[]) - Method in class visad.data.hdf5.hdf5objects.HDF5Datatype
-
define the data with specified data type.
- defineLinearSetDims(GriddedSet) - Method in class visad.data.netcdf.out.VisADAdapter
-
Define the netCDF dimensions of a VisAD LinearSet, including any
necessary coordinate variables..
- defineNDDim(SampledSet) - Method in class visad.data.netcdf.out.VisADAdapter
-
Define the netCDF dimension of a multi-dimensional SampledSet.
- defineSampledSetDim(SampledSet) - Method in class visad.data.netcdf.out.VisADAdapter
-
Define the netCDF dimensions and variables of a VisAD SampledSet.
- DEFORM_RIBBON - Static variable in class visad.TrajectoryManager
-
- DEFORM_RIBBON - Static variable in class visad.TrajectoryParams
-
- degree - Static variable in class visad.CommonUnit
-
CommonUnit for plane angle, not temperature
- DEGREES_TO_RADIANS - Static variable in class edu.wisc.ssec.mcidas.AREAnav
-
Constant for degrees to radians conversion
- DEGREES_TO_RADIANS - Static variable in interface visad.Data
-
- Delan - Variable in class visad.IrregularSet
-
- Delaunay - Class in visad
-
Delaunay represents an abstract class for calculating an
N-dimensional Delaunay triangulation, that can be extended
to allow for various triangulation algorithms.
- Delaunay() - Constructor for class visad.Delaunay
-
The abstract constructor initializes the class's data arrays.
- DelaunayClarkson - Class in visad
-
DelaunayClarkson represents an O(N*logN) method
with high overhead to find the Delaunay triangulation
of a set of samples of R^DomainDimension.
- DelaunayClarkson(float[][]) - Constructor for class visad.DelaunayClarkson
-
construct a Delaunay triangulation of the points in the
samples array using Clarkson's algorithm
- DelaunayCustom - Class in visad
-
DelaunayCustom is a set of constructors to create an instance
of Delaunay by passing in a pre-computed triangulation.
- DelaunayCustom(float[][], int[][]) - Constructor for class visad.DelaunayCustom
-
construct a Delaunay from point locations and a list of
triangles; call finish_triang() to fill in helper arrays
(vertices, walk and edges); copy arguments
- DelaunayCustom(float[][], int[][], int[][], int[][], int[][], int) - Constructor for class visad.DelaunayCustom
-
construct a Delaunay from point locations, a list of triangles,
and helper arrays (vertices, walk and edges); copy arguments
- DelaunayCustom(float[][], int[][], int[][], int[][], int[][], int, boolean) - Constructor for class visad.DelaunayCustom
-
construct a Delaunay from point locations, a list of triangles,
and helper arrays (vertices, walk and edges); copy arguments
- DelaunayFast - Class in visad
-
DelaunayFast is a method of finding an imperfect triangulation
or tetrahedralization of a set of samples of R^2 or R^3.
- DelaunayFast(float[][]) - Constructor for class visad.DelaunayFast
-
construct an approximate Delaunay triangulation of the points
in the samples array using Curtis Rueden's algorithm
- DelaunayOverlap - Class in visad
-
DelaunayOverlap quickly constructs a triangulation of a series
of partially overlapping two-dimensional gridded sets.
- DelaunayOverlap(float[][], int, int) - Constructor for class visad.DelaunayOverlap
-
Construct a Delaunay triangulation of the points in the
samples array, which are a sequence of 2-D grids of size
lenx * leny, and which may overlap with each other.
- DelaunayWatson - Class in visad
-
DelaunayWatson represents an O(N^2) method with low overhead
to find the Delaunay triangulation or tetrahedralization of
a set of samples of R^2 or R^3.
- DelaunayWatson(float[][]) - Constructor for class visad.DelaunayWatson
-
construct a Delaunay triangulation of the points in the
samples array using Watson's algorithm
- delay(int) - Static method in class visad.DisplayImpl
-
Deprecated.
Use new visad.util.Delay(millis) instead.
- Delay - Class in visad.util
-
- Delay() - Constructor for class visad.util.Delay
-
- Delay(int) - Constructor for class visad.util.Delay
-
wait for millis milliseconds
- deleteColumn() - Method in class visad.ss.SpreadSheet
-
Deletes a column from the spreadsheet.
- deleteRow() - Method in class visad.ss.SpreadSheet
-
Deletes a row from the spreadsheet.
- DeltavisionForm - Class in visad.data.bio
-
Deprecated.
Use LociForm with loci.formats.in.DeltavisionReader
- DeltavisionForm() - Constructor for class visad.data.bio.DeltavisionForm
-
Deprecated.
- DeltavisionReader - Class in loci.formats.in
-
DeltavisionReader is the file format reader for Deltavision files.
- DeltavisionReader() - Constructor for class loci.formats.in.DeltavisionReader
-
Constructs a new Deltavision reader.
- DemFamily - Class in visad.data.gis
-
A container for all the supported DEM types.
- DemFamily(String) - Constructor for class visad.data.gis.DemFamily
-
Construct a family of the supported map datatype Forms
- DemFamily(String, MathType) - Constructor for class visad.data.gis.DemFamily
-
Construct a family of the supported map datatype Forms
- DEPENDENT - Static variable in interface visad.Data
-
DEPENDENT error estimation Mode
- dEps - Variable in class visad.data.in.ArithProg
-
- depth() - Method in exception visad.data.fits.ExceptionStack
-
- depth_cursor(VisADRay) - Method in class visad.DisplayRenderer
-
set a VisADRay along which to drag cursor in depth (in and out
of screen)
- depth_cursor(VisADRay) - Method in class visad.java2d.DisplayRendererJ2D
-
- depth_cursor(VisADRay) - Method in class visad.java3d.DisplayRendererJ3D
-
- DereferenceClause - Class in dods.dap.Server
-
Represents a sub-clause that is a URL reference to remote data.
- DereferenceClause(String) - Constructor for class dods.dap.Server.DereferenceClause
-
Creates a new DereferenceClause
- derivative(RealTuple, RealType[], MathType[], int) - Method in class visad.cluster.RemoteClientFieldImpl
-
- derivative(int) - Method in class visad.cluster.RemoteClientFieldImpl
-
- derivative(MathType[], int) - Method in class visad.cluster.RemoteClientFieldImpl
-
- derivative(RealType, int) - Method in class visad.cluster.RemoteClientFieldImpl
-
- derivative(RealType, MathType, int) - Method in class visad.cluster.RemoteClientFieldImpl
-
- derivative(RealTuple, RealType[], MathType[], int) - Method in class visad.cluster.RemoteClientPartitionedFieldImpl
-
- derivative(int) - Method in class visad.cluster.RemoteClientPartitionedFieldImpl
-
- derivative(MathType[], int) - Method in class visad.cluster.RemoteClientPartitionedFieldImpl
-
- derivative(RealType, int) - Method in class visad.cluster.RemoteClientPartitionedFieldImpl
-
- derivative(RealType, MathType, int) - Method in class visad.cluster.RemoteClientPartitionedFieldImpl
-
- derivative(RealTuple, RealType[], MathType[], int) - Method in class visad.cluster.RemoteNodeFieldImpl
-
- derivative(int) - Method in class visad.cluster.RemoteNodeFieldImpl
-
- derivative(MathType[], int) - Method in class visad.cluster.RemoteNodeFieldImpl
-
- derivative(RealType, int) - Method in class visad.cluster.RemoteNodeFieldImpl
-
- derivative(RealType, MathType, int) - Method in class visad.cluster.RemoteNodeFieldImpl
-
- derivative(RealTuple, RealType[], MathType[], int) - Method in class visad.cluster.RemoteNodePartitionedFieldImpl
-
- derivative(int) - Method in class visad.cluster.RemoteNodePartitionedFieldImpl
-
- derivative(MathType[], int) - Method in class visad.cluster.RemoteNodePartitionedFieldImpl
-
- derivative(RealType, int) - Method in class visad.cluster.RemoteNodePartitionedFieldImpl
-
- derivative(RealType, MathType, int) - Method in class visad.cluster.RemoteNodePartitionedFieldImpl
-
- derivative(RealTuple, RealType[], MathType[], int) - Method in class visad.FieldImpl
-
- derivative(int) - Method in class visad.FieldImpl
-
- derivative(MathType[], int) - Method in class visad.FieldImpl
-
- derivative(RealType, int) - Method in class visad.FieldImpl
-
- derivative(RealType, MathType, int) - Method in class visad.FieldImpl
-
- derivative(RealTuple, RealType[], MathType[], int) - Method in class visad.FlatField
-
- derivative(int) - Method in class visad.FlatField
-
- derivative(MathType[], int) - Method in class visad.FlatField
-
- derivative(RealType, int) - Method in class visad.FlatField
-
- derivative(RealType, MathType, int) - Method in class visad.FlatField
-
- derivative(RealType, int) - Method in interface visad.Function
-
return the derivative of this Function with respect to d_partial;
d_partial may occur in this Function's domain RealTupleType, or,
if the domain has a CoordinateSystem, in its Reference
RealTupleType; propogate errors according to error_mode
- derivative(RealType, MathType, int) - Method in interface visad.Function
-
return the derivative of this Function with respect to d_partial;
set result MathType to derivType; d_partial may occur in this
Function's domain RealTupleType, or, if the domain has a
CoordinateSystem, in its Reference RealTupleType;
propogate errors according to error_mode
- derivative(int) - Method in interface visad.Function
-
return the tuple of derivatives of this Function with respect to
all RealType components of its domain RealTuple;
propogate errors according to error_mode
- derivative(MathType[], int) - Method in interface visad.Function
-
return the tuple of derivatives of this Function with respect to
all RealType components of its domain RealTuple;
set result MathTypes of tuple components to derivType_s;
propogate errors according to error_mode
- derivative(RealTuple, RealType[], MathType[], int) - Method in interface visad.Function
-
return the tuple of derivatives of this Function with respect
to the RealTypes in d_partial_s; the RealTypes in d_partial_s
may occur in this Function's domain RealTupleType, or, if the
domain has a CoordinateSystem, in its Reference RealTupleType;
set result MathTypes of tuple components to derivType_s;
propogate errors according to error_mode
- derivative(RealTuple, RealType[], MathType[], int) - Method in class visad.FunctionImpl
-
- derivative(int) - Method in class visad.FunctionImpl
-
- derivative(MathType[], int) - Method in class visad.FunctionImpl
-
- derivative(RealType, int) - Method in class visad.FunctionImpl
-
- derivative(RealType, MathType, int) - Method in class visad.FunctionImpl
-
- derivative(RealTuple, RealType[], MathType[], int) - Method in class visad.RemoteFunctionImpl
-
- derivative(int) - Method in class visad.RemoteFunctionImpl
-
- derivative(MathType[], int) - Method in class visad.RemoteFunctionImpl
-
- derivative(RealType, int) - Method in class visad.RemoteFunctionImpl
-
- derivative(RealType, MathType, int) - Method in class visad.RemoteFunctionImpl
-
- derive(Function, VRealType) - Static method in class visad.formula.FormulaUtil
-
evaluate the derive function
- DerivedUnit - Class in visad
-
A class that represents a unit consisting of zero or more base units.
- DerivedUnit() - Constructor for class visad.DerivedUnit
-
Construct a dimensionless derived unit.
- DerivedUnit(String) - Constructor for class visad.DerivedUnit
-
Construct a dimensionless derived unit with an identifier.
- DerivedUnit(BaseUnit) - Constructor for class visad.DerivedUnit
-
Construct a derived unit from a base unit.
- DerivedUnit(BaseUnit[], int[]) - Constructor for class visad.DerivedUnit
-
Construct a derived unit from an array base units and powers.
- DerivedUnit(BaseUnit[], int[], String) - Constructor for class visad.DerivedUnit
-
Construct a derived unit from an array base units, powers, and an
identifier.
- DerivedUnit(DerivedUnit, String) - Constructor for class visad.DerivedUnit
-
Construct a derived unit from a derived unit and an identifier.
- Description() - Method in class dods.dap.parser.ErrorParser
-
- description - Variable in class visad.data.hdf5.hdf5objects.HDF5Object
-
the short description of the HDF5 object
- destroy() - Method in interface visad.collab.DisplayMonitor
-
destroy this monitor
- destroy() - Method in class visad.collab.DisplayMonitorImpl
-
destroy this monitor
- destroy() - Method in interface visad.collab.DisplaySync
-
- destroy() - Method in class visad.collab.DisplaySyncImpl
-
- destroy() - Method in class visad.collab.RemoteDisplayMonitorImpl
-
destroy this monitor
- destroy() - Method in class visad.collab.RemoteDisplaySyncImpl
-
- destroy() - Method in interface visad.Display
-
destroy this display: break all links, stop Threads and
clear references for garbage collection
- destroy() - Method in class visad.DisplayActivity
-
Stop the idle timer and any running tasks.
- destroy() - Method in class visad.DisplayImpl
-
destroy this display: clear all references to objects
(so they can be garbage collected), stop all Threads
and remove all links
- destroy() - Method in class visad.java2d.DisplayImplJ2D
-
- destroy() - Method in class visad.java3d.DefaultDisplayRendererJ3D
-
- destroy() - Method in class visad.java3d.DisplayAppletJ3D
-
- destroy() - Method in class visad.java3d.DisplayImplJ3D
-
- destroy() - Method in class visad.java3d.DisplayPanelJ3D
-
- destroy() - Method in class visad.java3d.DisplayRendererJ3D
-
- destroy() - Method in class visad.java3d.MouseBehaviorJ3D
-
- destroy() - Method in class visad.java3d.TwoDDisplayRendererJ3D
-
- destroy() - Method in class visad.java3d.UniverseBuilderJ3D
-
Clean up resources according to
http://wiki.java.net/bin/view/Javadesktop/Java3DApplicationDevelopment#Releasing_Canvas3D_View_and_Virt
- destroy() - Method in class visad.RemoteDisplayImpl
-
destroy this display
- destroy() - Method in class visad.ss.SSCellData
-
Stops monitoring the data for changes.
- destroyCell() - Method in class visad.ss.BasicSSCell
-
Clears this cell completely and destroys it,
removing it from the list of created cells.
- DESTROYED - Static variable in class visad.DisplayEvent
-
The "display destroyed" event.
- destroyUniverse() - Method in class visad.java3d.DisplayImplJ3D
-
- det() - Method in class visad.matrix.JamaLUDecomposition
-
- det() - Method in class visad.matrix.JamaMatrix
-
Matrix determinant.
- det(FlatField) - Static method in class visad.python.JPythonMethods
-
return matrix determinant of data, which should have either a
1-D or 2-D gridded domain
- detach() - Method in class visad.VisADSceneGraphObject
-
- detailMessage - Variable in exception ncsa.hdf.hdf5lib.exceptions.HDF5Exception
-
- detType - Variable in class loci.formats.in.SDTInfo
-
Detector type (SPC-930 in camera mode).
- DFACC_READ - Static variable in class visad.data.hdfeos.hdfeosc.HdfeosLib
-
- DIAGONAL1 - Static variable in class visad.bom.SceneGraphRenderer.Hatching
-
diagonal patter 1
- DIAGONAL2 - Static variable in class visad.bom.SceneGraphRenderer.Hatching
-
diagonal pattern 2
- DIAGONAL_BOTH - Static variable in class visad.bom.SceneGraphRenderer.Hatching
-
diagonal both
- DicomReader - Class in loci.formats.in
-
DicomReader is the file format reader for DICOM files.
- DicomReader() - Constructor for class loci.formats.in.DicomReader
-
Constructs a new DICOM reader.
- DIFFICULTY_THRESHOLD - Static variable in class visad.Contour2D
-
- Dim - Variable in class visad.ss.BasicSSCell
-
The dimensionality of the display: JAVA3D_3D, JAVA2D_2D, or JAVA3D_2D.
- dim() - Method in interface visad.util.FloatTupleArray
-
Get array tuple dimension.
- dim() - Method in class visad.util.FloatTupleArrayImpl
-
Get the dimension of the tuple.
- DIMENSION_CHANGE - Static variable in class visad.ss.SSCellChangeEvent
-
Indicates that the cell's dimension has changed.
- DIMENSION_THRESHOLD - Static variable in class visad.Contour2D
-
- dimensionless - Static variable in class visad.CommonUnit
-
CommonUnit for all BaseUnits with exponent = zero
- DimensionSet - Class in visad.data.hdfeos
-
- dims - Variable in class visad.data.hdf5.hdf5objects.HDF5Dataset
-
the dimensions of the dataset
- dir - Variable in class visad.data.DirectoryRepository
-
The directory.
- dir - Variable in class visad.jmet.MetGrid
-
- DIRECT - Static variable in class visad.MouseHelper
-
- direct_renderer - Variable in class visad.MouseHelper
-
DataRenderer for direct manipulation
- DIRECT_SOURCE - Static variable in class visad.ss.BasicSSCell
-
Indicates that the data was added to this cell directly
using addData() or addReference().
- DirectManipulationRendererJ2D - Class in visad.java2d
-
DirectManipulationRendererJ2D is the VisAD class for direct
manipulation rendering under Java2D.
- DirectManipulationRendererJ2D() - Constructor for class visad.java2d.DirectManipulationRendererJ2D
-
this DataRenderer supports direct manipulation for Real,
RealTuple and Field Data objects (Field data objects must
have RealType or RealTupleType ranges and Gridded1DSet
domain Sets); no RealType may be mapped to multiple spatial
DisplayRealTypes; the RealType of a Real object must be
mapped to XAxis, YAxis or YAxis; at least one of the
RealType components of a RealTuple object must be mapped
to XAxis, YAxis or YAxis; the domain RealType and at
least one RealType range component of a Field object
must be mapped to XAxis, YAxis or YAxis
- DirectManipulationRendererJ3D - Class in visad.java3d
-
DirectManipulationRendererJ3D is the VisAD class for direct
manipulation rendering under Java3D.
- DirectManipulationRendererJ3D() - Constructor for class visad.java3d.DirectManipulationRendererJ3D
-
this DataRenderer supports direct manipulation for Real,
RealTuple and Field Data objects (Field data objects must
have RealType or RealTupleType ranges and Gridded1DSet
domain Sets); no RealType may be mapped to multiple spatial
DisplayRealTypes; the RealType of a Real object must be
mapped to XAxis, YAxis or YAxis; at least one of the
RealType components of a RealTuple object must be mapped
to XAxis, YAxis or YAxis; the domain RealType and at
least one RealType range component of a Field object
must be mapped to XAxis, YAxis or ZAxis
- DirectoryRepository - Class in visad.data
-
A data object repository implemented as files in a local directory.
- DirectoryRepository(String, String) - Constructor for class visad.data.DirectoryRepository
-
Construct a directory repository with support for the default
forms of data.
- DirectoryRepository.Enumerator - Class in visad.data
-
Inner class for enumerating the files in the directory.
- DirectoryRepository.Enumerator() - Constructor for class visad.data.DirectoryRepository.Enumerator
-
- DIRSIZE - Static variable in class edu.wisc.ssec.mcidas.GridDirectory
-
GridDirectory block size
- dirString - Variable in class visad.data.DirectoryRepository
-
Unambiguous representation of directory for error messages.
- disable3D() - Static method in class visad.ss.BasicSSCell
-
Disables Java3D for this JVM.
- disable_tracing() - Method in class dods.dap.parser.DASParser
-
- disable_tracing() - Method in class dods.dap.parser.DDSParser
-
- disable_tracing() - Method in class dods.dap.parser.ErrorParser
-
- disable_tracing() - Method in class dods.dap.parser.ExprParser
-
- disable_tracing() - Method in class visad.data.units.UnitParser
-
Disable tracing.
- disableAction() - Method in class visad.ActionImpl
-
disable activity in this ActionImpl and if necessary wait
for end of current doAction() call
- disableAutoScale() - Method in class visad.ScalarMap
-
disable auto-scaling for this ScalarMap
- disableEvent(int) - Method in class visad.DisplayImpl
-
Disables reporting of a DisplayEvent of a given type
when it occurs in this display.
- disconnect() - Method in class visad.browser.VisADApplet
-
Close the current server connection
- DiscoverableZoom - Class in visad.bom
-
DiscoverableZoom is the VisAD class for
discoverable zoom of displayed data.
- DiscoverableZoom() - Constructor for class visad.bom.DiscoverableZoom
-
- Display - Interface in visad
-
Display is the VisAD interface for displays.
- display() - Method in class visad.ss.MappingDialog
-
Displays the dialog in the center of the screen.
- DISPLAY_CHANGE - Static variable in class visad.ss.SSCellChangeEvent
-
Indicates that the cell's display has changed.
- DisplayActivity - Class in visad
-
Manage busy/idle handlers for a Display
- DisplayActivity(DisplayImpl) - Constructor for class visad.DisplayActivity
-
Manage busy/idle handlers for a Display, using a default
idle time of 0.25 second.
- DisplayActivity(DisplayImpl, int) - Constructor for class visad.DisplayActivity
-
Manage busy/idle handlers for a Display, using the specified
idle time, with the minimum idle time being 100 milliseconds.
- DisplayAppletJ3D - Class in visad.java3d
-
- DisplayAppletJ3D(DisplayImplJ3D) - Constructor for class visad.java3d.DisplayAppletJ3D
-
- DisplayAppletJ3D(DisplayImplJ3D, GraphicsConfiguration) - Constructor for class visad.java3d.DisplayAppletJ3D
-
- DisplayCells - Variable in class visad.ss.SpreadSheet
-
Array of spreadsheet cells.
- displayChanged(DisplayEvent) - Method in class visad.collab.DisplayMonitorImpl
-
Handles notification of objects being added to or removed from
the
Display.
- displayChanged(DisplayEvent) - Method in class visad.collab.RemoteDisplayMonitorImpl
-
- displayChanged(DisplayEvent) - Method in class visad.DataImpl.Syncher
-
look for TRANSFORM_DONE event from dummy DisplayImplJ2D
- displayChanged(DisplayEvent) - Method in class visad.DisplayImpl.Syncher
-
process DisplayEvent
- displayChanged(DisplayEvent) - Method in interface visad.DisplayListener
-
send a DisplayEvent to this DisplayListener
- displayChanged(DisplayEvent) - Method in class visad.jmet.ShowNCEPModel
-
- displayChanged(DisplayEvent) - Method in class visad.ss.BasicSSCell
-
Handles display changes.
- displayChanged(DisplayEvent) - Method in class visad.ss.SpreadSheet
-
Handles display changes.
- DisplayCMYCoordSys - Static variable in interface visad.Display
-
CoordinateSystem for DisplayCMYTuple, with reference
DisplayRGBTuple
- DisplayCMYTuple - Static variable in interface visad.Display
-
system intrinsic DisplayTupleType for CMY color coordinates
- DisplayCylindricalCoordSys - Static variable in interface visad.Display
-
CoordinateSystem for DisplaySpatialCylindricalTuple, with
reference DisplaySpatialCartesianTuple
- DisplayEnabled - Variable in class visad.ss.BasicSSCell
-
Whether display updates are enabled.
- displayErrorMessage(String, Exception, String) - Method in class visad.ss.SpreadSheet
-
Displays an error in a message dialog.
- displayErrorMessage(Component, String, Exception, String) - Method in class visad.ss.SpreadSheet
-
Displays an error in a message dialog.
- DisplayEvent - Class in visad
-
DisplayEvent is the VisAD class for Events from Display
objects.
- DisplayEvent(Display, int) - Constructor for class visad.DisplayEvent
-
Constructs a DisplayEvent object with the specified source display,
and type of event.
- DisplayEvent(Display, int, int) - Constructor for class visad.DisplayEvent
-
Constructs a DisplayEvent object with the specified source display,
and type of event.
- DisplayEvent(Display, int, int, int) - Constructor for class visad.DisplayEvent
-
Constructs a DisplayEvent object with the specified source display,
type of event, and mouse positions where event occurred.
- DisplayEvent(Display, int, InputEvent) - Constructor for class visad.DisplayEvent
-
Constructs a DisplayEvent object with the specified source display,
type of event, and mouse event describing mouse details.
- DisplayEvent(Display, int, int, int, int) - Constructor for class visad.DisplayEvent
-
Constructs a DisplayEvent object with the specified source display,
type of event, mouse positions where event occurred, and
remote flag indicating whether event came from a remote source.
- DisplayEvent(Display, int, InputEvent, int) - Constructor for class visad.DisplayEvent
-
Constructs a DisplayEvent object with the specified source display,
type of event, mouse event describing mouse details, and remote
flag indicating whether event came from a remote source.
- DisplayException - Exception in visad
-
DisplayException is an exception for an error with a VisAD display.
- DisplayException() - Constructor for exception visad.DisplayException
-
Constructs a DisplayException with no specified detail message.
- DisplayException(String) - Constructor for exception visad.DisplayException
-
Construct a DisplayException with the specified detail message.
- DisplayException(String, Throwable) - Constructor for exception visad.DisplayException
-
Constructs a DisplayException with the specified detail message
and cause.
- DisplayException(Throwable) - Constructor for exception visad.DisplayException
-
Constructs a DisplayException with the specified cause.
- DisplayFlow1SphericalCoordSys - Static variable in interface visad.Display
-
CoordinateSystem for DisplayFlow1SphericalTuple, with reference
DisplayFlow1Tuple
- DisplayFlow1SphericalTuple - Static variable in interface visad.Display
-
system intrinsic DisplayTupleType for 3D spherical
flow set 1 coordinates
- DisplayFlow1Tuple - Static variable in interface visad.Display
-
system intrinsic DisplayTupleType for 3D Cartesian
flow set 1 coordinates
- DisplayFlow2SphericalCoordSys - Static variable in interface visad.Display
-
CoordinateSystem for DisplayFlow2SphericalTuple, with reference
DisplayFlow2Tuple
- DisplayFlow2SphericalTuple - Static variable in interface visad.Display
-
system intrinsic DisplayTupleType for 3D spherical
flow set 2 coordinates
- DisplayFlow2Tuple - Static variable in interface visad.Display
-
system intrinsic DisplayTupleType for 3D Cartesian
flow set 2 coordinates
- DisplayHSVCoordSys - Static variable in interface visad.Display
-
CoordinateSystem for DisplayHSVTuple, with reference
DisplayRGBTuple
- DisplayHSVTuple - Static variable in interface visad.Display
-
system intrinsic DisplayTupleType for HSV color coordinates
- DisplayImpl - Class in visad
-
DisplayImpl is the abstract VisAD superclass for display
implementations.
- DisplayImpl(String, DisplayRenderer) - Constructor for class visad.DisplayImpl
-
construct a DisplayImpl with given name and DisplayRenderer
- DisplayImpl(RemoteDisplay, DisplayRenderer) - Constructor for class visad.DisplayImpl
-
construct a DisplayImpl collaborating with the given RemoteDisplay,
and with the given DisplayRenderer
- DisplayImpl.Syncher - Class in visad
-
Class used to ensure that all linked Data have been
transformed and rendered, used by getImage()
- DisplayImplJ2D - Class in visad.java2d
-
DisplayImplJ2D is the VisAD class for displays that use
Java 3D.
- DisplayImplJ2D(RemoteDisplay) - Constructor for class visad.java2d.DisplayImplJ2D
-
- DisplayImplJ2D(RemoteDisplay, DisplayRendererJ2D) - Constructor for class visad.java2d.DisplayImplJ2D
-
- DisplayImplJ2D(String) - Constructor for class visad.java2d.DisplayImplJ2D
-
construct a DisplayImpl for Java2D with the
default DisplayRenderer, in a JFC JPanel
- DisplayImplJ2D(String, DisplayRendererJ2D) - Constructor for class visad.java2d.DisplayImplJ2D
-
construct a DisplayImpl for Java2D with a non-default
DisplayRenderer, in a JFC JPanel
- DisplayImplJ2D(String, int) - Constructor for class visad.java2d.DisplayImplJ2D
-
constructor with default DisplayRenderer
- DisplayImplJ2D(String, DisplayRendererJ2D, int) - Constructor for class visad.java2d.DisplayImplJ2D
-
construct a DisplayImpl for Java2D with a non-default
DisplayRenderer;
in a JFC JPanel if api == DisplayImplJ2D.JPANEL
- DisplayImplJ2D(String, int, int) - Constructor for class visad.java2d.DisplayImplJ2D
-
construct a DisplayImpl for Java2D for offscreen rendering,
with size given by width and height; getComponent() of this
returns null, but display is accesible via getImage()
- DisplayImplJ2D(String, DisplayRendererJ2D, int, int) - Constructor for class visad.java2d.DisplayImplJ2D
-
offscreen constructor with non-default DisplayRenderer
- DisplayImplJ2D(String, DisplayRendererJ2D, int, int, int) - Constructor for class visad.java2d.DisplayImplJ2D
-
most general constructor
- DisplayImplJ3D - Class in visad.java3d
-
DisplayImplJ3D is the VisAD class for displays that use
Java 3D.
- DisplayImplJ3D(String) - Constructor for class visad.java3d.DisplayImplJ3D
-
construct a DisplayImpl for Java3D with the
default DisplayRenderer, in a JFC JPanel
- DisplayImplJ3D(String, DisplayRendererJ3D) - Constructor for class visad.java3d.DisplayImplJ3D
-
construct a DisplayImpl for Java3D with a non-default
DisplayRenderer, in a JFC JPanel
- DisplayImplJ3D(String, int) - Constructor for class visad.java3d.DisplayImplJ3D
-
constructor with default DisplayRenderer
- DisplayImplJ3D(String, GraphicsConfiguration) - Constructor for class visad.java3d.DisplayImplJ3D
-
construct a DisplayImpl for Java3D with a non-default
GraphicsConfiguration, in a JFC JPanel
- DisplayImplJ3D(String, DisplayRendererJ3D, int) - Constructor for class visad.java3d.DisplayImplJ3D
-
construct a DisplayImpl for Java3D with a non-default
DisplayRenderer;
in a JFC JPanel if api == DisplayImplJ3D.JPANEL and
in an AppletFrame if api == DisplayImplJ3D.APPLETFRAME
- DisplayImplJ3D(String, DisplayRendererJ3D, GraphicsConfiguration) - Constructor for class visad.java3d.DisplayImplJ3D
-
construct a DisplayImpl for Java3D with a non-default
DisplayRenderer and GraphicsConfiguration, in a JFC JPanel
- DisplayImplJ3D(String, int, GraphicsConfiguration) - Constructor for class visad.java3d.DisplayImplJ3D
-
constructor with default DisplayRenderer and a non-default
GraphicsConfiguration
- DisplayImplJ3D(String, DisplayRendererJ3D, int, GraphicsConfiguration) - Constructor for class visad.java3d.DisplayImplJ3D
-
- DisplayImplJ3D(String, DisplayRendererJ3D, int, GraphicsConfiguration, VisADCanvasJ3D) - Constructor for class visad.java3d.DisplayImplJ3D
-
the 'c' argument is intended to be an extension class of
VisADCanvasJ3D (or null); if it is non-null, then api must
be JPANEL and its super() constructor for VisADCanvasJ3D
must be 'super(renderer, config)'
- DisplayImplJ3D(String, int, int) - Constructor for class visad.java3d.DisplayImplJ3D
-
constructor for off screen
- DisplayImplJ3D(String, DisplayRendererJ3D, int, int) - Constructor for class visad.java3d.DisplayImplJ3D
-
constructor for off screen
- DisplayImplJ3D(String, DisplayRendererJ3D, int, int, VisADCanvasJ3D) - Constructor for class visad.java3d.DisplayImplJ3D
-
constructor for off screen;
the 'c' argument is intended to be an extension class of
VisADCanvasJ3D (or null); if it is non-null, then its super()
constructor for VisADCanvasJ3D must be
'super(renderer, width, height)'
- DisplayImplJ3D(RemoteDisplay) - Constructor for class visad.java3d.DisplayImplJ3D
-
- DisplayImplJ3D(RemoteDisplay, DisplayRendererJ3D) - Constructor for class visad.java3d.DisplayImplJ3D
-
- DisplayImplJ3D(RemoteDisplay, int) - Constructor for class visad.java3d.DisplayImplJ3D
-
- DisplayImplJ3D(RemoteDisplay, GraphicsConfiguration) - Constructor for class visad.java3d.DisplayImplJ3D
-
- DisplayImplJ3D(RemoteDisplay, DisplayRendererJ3D, int) - Constructor for class visad.java3d.DisplayImplJ3D
-
- DisplayImplJ3D(RemoteDisplay, DisplayRendererJ3D, GraphicsConfiguration) - Constructor for class visad.java3d.DisplayImplJ3D
-
- DisplayImplJ3D(RemoteDisplay, int, GraphicsConfiguration) - Constructor for class visad.java3d.DisplayImplJ3D
-
- DisplayImplJ3D(RemoteDisplay, DisplayRendererJ3D, int, GraphicsConfiguration) - Constructor for class visad.java3d.DisplayImplJ3D
-
- DisplayImplJ3D(RemoteDisplay, DisplayRendererJ3D, int, GraphicsConfiguration, VisADCanvasJ3D) - Constructor for class visad.java3d.DisplayImplJ3D
-
the 'c' argument is intended to be an extension class of
VisADCanvasJ3D (or null); if it is non-null, then api must
be JPANEL and its super() constructor for VisADCanvasJ3D
must be 'super(renderer, config)'
- DisplayInterruptException - Exception in visad
-
DisplayInterruptException is an exception for interrupting data
transformation.
- DisplayInterruptException() - Constructor for exception visad.DisplayInterruptException
-
Constructs a DisplayInterruptException with no specified detail
message.
- DisplayInterruptException(String) - Constructor for exception visad.DisplayInterruptException
-
Constructs a DisplayInterruptException with the specified detail
message.
- DisplayInterruptException(String, Throwable) - Constructor for exception visad.DisplayInterruptException
-
Constructs a DisplayInterruptException with the specified detail
message and cause.
- DisplayInterruptException(Throwable) - Constructor for exception visad.DisplayInterruptException
-
Constructs a DisplayInterruptException with the specified cause.
- DisplayListener - Interface in visad
-
DisplayListener is the EventListener interface for
DisplayEvents.
- DisplayMapEvent - Class in visad
-
DisplayMapEvent is the VisAD class for Events from Display
ScalarMap and ConstantMap objects.
- DisplayMapEvent(Display, int, ScalarMap) - Constructor for class visad.DisplayMapEvent
-
Constructs a DisplayMapEvent object with the specified
source display, type of event, and ScalarMap.
- DisplayMapEvent(Display, int, ScalarMap, int) - Constructor for class visad.DisplayMapEvent
-
Constructs a DisplayMapEvent object with the specified
source display, type of event, and ScalarMap.
- DisplayMonitor - Interface in visad.collab
-
DisplayMonitor is the interface for objects which monitor
the state of Controls, Displays and
ScalarMaps.
- DisplayMonitorImpl - Class in visad.collab
-
DisplayMonitorImpl is the
Display monitor
implementation.
- DisplayMonitorImpl(DisplayImpl) - Constructor for class visad.collab.DisplayMonitorImpl
-
Creates a monitor for the specified
Display.
- DisplayPanel - Variable in class visad.ss.SpreadSheet
-
Panel that contains actual VisAD displays.
- DisplayPanelJ2D - Class in visad.java2d
-
- DisplayPanelJ2D(DisplayImplJ2D) - Constructor for class visad.java2d.DisplayPanelJ2D
-
- DisplayPanelJ3D - Class in visad.java3d
-
- DisplayPanelJ3D(DisplayImplJ3D) - Constructor for class visad.java3d.DisplayPanelJ3D
-
- DisplayPanelJ3D(DisplayImplJ3D, GraphicsConfiguration, VisADCanvasJ3D) - Constructor for class visad.java3d.DisplayPanelJ3D
-
- DisplayRealArray - Static variable in interface visad.Display
-
array of system intrinsic DisplayRealTypes
- DisplayRealType - Class in visad
-
DisplayRealType is the class for display real scalar types.
- DisplayRealType(String, boolean, double, double, double, Unit) - Constructor for class visad.DisplayRealType
-
construct a DisplayRealType
- DisplayRealType(String, boolean, double, Unit) - Constructor for class visad.DisplayRealType
-
construct a DisplayRealType whose values are not scaled
- DisplayReferenceEvent - Class in visad
-
DisplayReferenceEvent is the VisAD class for Events from Display
DataReference obkects.
- DisplayReferenceEvent(Display, int, DataDisplayLink) - Constructor for class visad.DisplayReferenceEvent
-
Constructs a DisplayReferenceEvent object with the specified
source display, type of event, and DataReference connection.
- DisplayRenderer - Class in visad
-
DisplayRenderer is the VisAD abstract super-class for
background and metadata rendering algorithms.
- DisplayRenderer() - Constructor for class visad.DisplayRenderer
-
Construct a new DisplayRenderer.
- DisplayRendererJ2D - Class in visad.java2d
-
DisplayRendererJ2D is the VisAD abstract super-class for
background and metadata rendering algorithms.
- DisplayRendererJ2D() - Constructor for class visad.java2d.DisplayRendererJ2D
-
- DisplayRendererJ3D - Class in visad.java3d
-
DisplayRendererJ3D is the VisAD abstract super-class for
background and metadata rendering algorithms.
- DisplayRendererJ3D() - Constructor for class visad.java3d.DisplayRendererJ3D
-
- DisplayRGBTuple - Static variable in interface visad.Display
-
system intrinsic DisplayTupleType for RGB color coordinates
- DisplaySpatialCartesianTuple - Static variable in interface visad.Display
-
system intrinsic DisplayTupleType for 3D Cartesian
spatial coordinates
- DisplaySpatialCylindricalTuple - Static variable in interface visad.Display
-
system intrinsic DisplayTupleType for 3D cylindrical
spatial coordinates
- DisplaySpatialOffsetTuple - Static variable in interface visad.Display
-
system intrinsic DisplayTupleType for 3D Cartesian
spatial offset coordinates
- DisplaySpatialSphericalTuple - Static variable in interface visad.Display
-
system intrinsic DisplayTupleType for 3D spherical
spatial coordinates
- DisplaySphericalCoordSys - Static variable in interface visad.Display
-
CoordinateSystem for DisplaySpatialSphericalTuple, with
reference DisplaySpatialCartesianTuple
- DisplaySync - Interface in visad.collab
-
DisplaySync is the interface for objects which synchronize
a Display with one or more RemoteDisplays.
- DisplaySyncImpl - Class in visad.collab
-
- DisplaySyncImpl(DisplayImpl) - Constructor for class visad.collab.DisplaySyncImpl
-
- DisplayTupleType - Class in visad
-
DisplayTupleType is the class for tuples of DisplayRealType's.
- DisplayTupleType(DisplayRealType[]) - Constructor for class visad.DisplayTupleType
-
construct a DisplayTupleType with null CoordinateSystem
- DisplayTupleType(DisplayRealType[], CoordinateSystem) - Constructor for class visad.DisplayTupleType
-
construct a DisplayTupleType
- dither - Variable in class loci.formats.in.SDTInfo
-
- ditherPoints(Canvas3D, double, Point3d[]) - Static method in class visad.bom.annotations.ScreenAnnotatorUtils
-
Java3D seems to calculate a floating point pixel value and
then take the integer part for the screen coordinate.
- divide(Unit) - Method in class visad.BaseUnit
-
Divide this unit by another unit.
- DIVIDE - Static variable in interface visad.Data
-
- divide(Data) - Method in interface visad.Data
-
call binary() to divide this by data, using default modes
for sampling (Data.NEAREST_NEIGHBOR) and error estimation
(Data.NO_ERRORS)
- divide(Data, int, int) - Method in interface visad.Data
-
call binary() to divide this by data
- DIVIDE - Static variable in interface visad.data.units.UnitParserConstants
-
RegularExpression Id.
- divide(Data) - Method in class visad.DataImpl
-
call binary() to divide this by data, using default modes
for sampling (Data.NEAREST_NEIGHBOR) and error estimation
(Data.NO_ERRORS)
- divide(Data, int, int) - Method in class visad.DataImpl
-
call binary() to divide this by data
- divide(Unit) - Method in class visad.DerivedUnit
-
Divide a derived unit by another unit.
- divide(Unit) - Method in class visad.LogarithmicUnit
-
Divide this unit by another unit.
- divide(Unit) - Method in class visad.OffsetUnit
-
Divide an offset unit by another unit.
- divide(Unit) - Method in class visad.PromiscuousUnit
-
- divide(PromiscuousUnit) - Method in class visad.PromiscuousUnit
-
- divide(QuantityDimension) - Method in class visad.QuantityDimension
-
Divide this dimension of a quantity by another.
- divide(Data) - Method in class visad.RemoteDataImpl
-
call binary() to divide this by data, using default modes
for sampling (Data.NEAREST_NEIGHBOR) and error estimation
(Data.NO_ERRORS)
- divide(Data, int, int) - Method in class visad.RemoteDataImpl
-
call binary() to divide this by data
- divide(Unit) - Method in class visad.ScaledUnit
-
Divides this unit by another unit.
- divide(Unit) - Method in class visad.Unit
-
Divide this unit by another unit.
- divideInto(Unit) - Method in class visad.BaseUnit
-
Divide this unit into another unit.
- divideInto(Unit) - Method in class visad.DerivedUnit
-
Divide a derived unit into another unit.
- divideInto(Unit) - Method in class visad.LogarithmicUnit
-
Divide this unit into another unit.
- divideInto(Unit) - Method in class visad.OffsetUnit
-
Divide an offset unit into another unit.
- divideInto(Unit) - Method in class visad.PromiscuousUnit
-
- divideInto(Unit) - Method in class visad.ScaledUnit
-
Divides this unit into another unit.
- divideInto(Unit) - Method in class visad.Unit
-
Divide this unit into another unit.
- Divider - Class in visad.browser
-
A small divider for visually separating components.
- Divider() - Constructor for class visad.browser.Divider
-
Constructor for horizontal divider.
- Divider(int) - Constructor for class visad.browser.Divider
-
Constructor for divider in the given orientation.
- DL - Static variable in class visad.GriddedLatLonSet
-
- DListen - Variable in class visad.ss.BasicSSCell
-
List of DisplayListeners.
- DLL_DATA_IDENTIFIER - Static variable in class loci.formats.in.SDTInfo
-
For .sdt files created using DLL function SPC_save_data_to_sdtfile
(no setup, only data).
- DMSP - Static variable in class edu.wisc.ssec.mcidas.AREAnav
-
Code value in AREA files used to designate DMSP navigation
- doAction() - Method in class visad.ActionImpl
-
abstract method that implements activity of this ActionImpl
- doAction() - Method in class visad.CellImpl
-
subclasses of CellImpl implement doAction to execute
triggered computation
- doAction() - Method in class visad.cluster.NodeRendererJ3D
-
re-transform if needed;
return false if not done
- doAction() - Method in class visad.DataRenderer
-
transform linked Data objects into a scene graph depiction,
if any Data object values have changed or relevant Controls
have changed; DataRenderers that assume the default
implementation of DisplayImpl.doAction can determine
whether re-transform is needed by:
(get_all_feasible() &&
(get_any_changed() || get_any_transform_control()))
these flags are computed by the default DataRenderer
implementation of prepareAction()
- doAction() - Method in class visad.DisplayImpl
-
Check if any Data need re-transform, and if so, do it.
- doAction() - Method in class visad.formula.FormulaVar
-
recompute this variable
- doAction() - Method in class visad.java2d.DisplayImplJ2D
-
- doAction() - Method in class visad.java2d.RendererJ2D
-
re-transform if needed;
return false if not done
- doAction() - Method in class visad.java3d.RendererJ3D
-
re-transform if needed;
return false if not done
- doAction() - Method in class visad.ss.SSCellImpl
-
Invoked when linked data changes.
- doByLatLon() - Method in class visad.data.mcidas.BaseMapAdapter
-
Set the MathType of the UnionSet to be lat/lon.
- doDialog(FormNode, boolean) - Method in class visad.util.DataConverter
-
- dods.dap.functions - package dods.dap.functions
-
- dods.dap.parser - package dods.dap.parser
-
This package contains JavaCC generated DAP parser classes.
- dods.dap.Server - package dods.dap.Server
-
This package contains the DODS Server classes.
- dods.dap.test - package dods.dap.test
-
This package contains classes used to test the proper function of dods.dap.
- dods.util.geturl - package dods.util.geturl
-
This package contains classes to implement Geturl, the sample DODS
client.
- dods.util.gui - package dods.util.gui
-
- DODSForm - Class in visad.data.dods
-
Provides support for accessing the DODS form of data from VisAD.
- DODSForm() - Constructor for class visad.data.dods.DODSForm
-
Constructs from nothing.
- dodsForm() - Static method in class visad.data.dods.DODSForm
-
Returns an instance of this class.
- DODSFormTest - Class in visad.data.dods
-
- DODSFormTest() - Constructor for class visad.data.dods.DODSFormTest
-
- DODSSource - Class in visad.data.dods
-
Provides support for generating a stream of VisAD data objects from a DODS
dataset.
- DODSSource() - Constructor for class visad.data.dods.DODSSource
-
Constructs from nothing.
- DODSSource(DataFactory) - Constructor for class visad.data.dods.DODSSource
-
Constructs from a factory for creating VisAD data objects.
- doGUI() - Method in class visad.util.DataConverter
-
- doInitialize() - Method in class visad.ScalarMap
-
- domainDimension(Data) - Static method in class visad.python.JPythonMethods
-
Get the domain dimension of the Data object
- domainEnumeration() - Method in class visad.cluster.RemoteClientFieldImpl
-
- domainEnumeration() - Method in class visad.cluster.RemoteClientPartitionedFieldImpl
-
- domainEnumeration() - Method in class visad.cluster.RemoteNodeFieldImpl
-
- domainEnumeration() - Method in class visad.cluster.RemoteNodePartitionedFieldImpl
-
- domainEnumeration() - Method in interface visad.Field
-
Here's how to use this:
for (Enumeration e = field.domainEnumeration() ; e.hasMoreElements(); ) {
RealTuple domain_sample = (RealTuple) e.nextElement();
Data range = field.evaluate(domain_sample);
}
- domainEnumeration() - Method in class visad.FieldImpl
-
Here's how to use this:
for (Enumeration e = field.domainEnumeration() ; e.hasMoreElements(); ) {
RealTuple domain_sample = (RealTuple) e.nextElement();
Data range = field.evaluate(domain_sample);
}
- domainEnumeration() - Method in class visad.RemoteFieldImpl
-
- DomainException - Exception in visad
-
Supports exceptions for bad or invalid or inappropriate domains of Fields.
- DomainException() - Constructor for exception visad.DomainException
-
Constructs a DomainException with no specified detail message.
- DomainException(String) - Constructor for exception visad.DomainException
-
Constructs a DomainException with the specified detail message.
- DomainException(String, Throwable) - Constructor for exception visad.DomainException
-
Constructs a DomainException with the specified detail message
and cause.
- DomainException(Throwable) - Constructor for exception visad.DomainException
-
Constructs a DomainException with the specified cause.
- domainFactor(RealType) - Method in class visad.cluster.RemoteClientFieldImpl
-
- domainFactor(RealType) - Method in class visad.cluster.RemoteClientPartitionedFieldImpl
-
- domainFactor(RealType) - Method in class visad.cluster.RemoteNodeFieldImpl
-
- domainFactor(RealType) - Method in class visad.cluster.RemoteNodePartitionedFieldImpl
-
- domainFactor(RealType) - Method in class visad.data.AreaImageCacheAdapter
-
- domainFactor(RealType) - Method in class visad.data.FileFlatField
-
- domainFactor(RealType) - Method in interface visad.Field
-
factor Field domain into domains of two nested Fields
- domainFactor(RealType) - Method in class visad.FieldImpl
-
Factors this instance into a (nested) field-of-fields.
- domainFactor(RealType, boolean) - Method in class visad.FieldImpl
-
Factors this instance into a (nested) field-of-fields.
- domainFactor(Field, RealType) - Static method in class visad.python.JPythonMethods
-
Factors out the given MathType from the domain of the data object.
- domainFactor(Field, int) - Static method in class visad.python.JPythonMethods
-
Factors out the given domain component (by index) and creates a new
data object.
- domainFactor(RealType) - Method in class visad.RemoteFieldImpl
-
factor Field domain into domains of two nested Fields
- domainMultiply() - Method in class visad.cluster.RemoteClientFieldImpl
-
- domainMultiply(int) - Method in class visad.cluster.RemoteClientFieldImpl
-
- domainMultiply() - Method in class visad.cluster.RemoteClientPartitionedFieldImpl
-
- domainMultiply(int) - Method in class visad.cluster.RemoteClientPartitionedFieldImpl
-
- domainMultiply() - Method in class visad.cluster.RemoteNodeFieldImpl
-
- domainMultiply(int) - Method in class visad.cluster.RemoteNodeFieldImpl
-
- domainMultiply() - Method in class visad.cluster.RemoteNodePartitionedFieldImpl
-
- domainMultiply(int) - Method in class visad.cluster.RemoteNodePartitionedFieldImpl
-
- domainMultiply() - Method in interface visad.Field
-
combine domains of two outermost nested Fields into a single
domain and Field
- domainMultiply(int) - Method in interface visad.Field
-
combine domains to depth, if possible
- domainMultiply() - Method in class visad.FieldImpl
-
Combine domains of two outermost nested Fields into a single
domain and Field.
- domainMultiply(CoordinateSystem) - Method in class visad.FieldImpl
-
Combine domains of two outermost nested Fields into a single
domain and Field.
- domainMultiply(int) - Method in class visad.FieldImpl
-
Combine domains of collapse_depth if possible.
- domainMultiply(int, CoordinateSystem) - Method in class visad.FieldImpl
-
Combine domains of collapse_depth if possible.
- domainMultiply() - Method in class visad.RemoteFieldImpl
-
combine domains of two outermost nested Fields into a single
domain and Field
- domainMultiply(int) - Method in class visad.RemoteFieldImpl
-
combine domains to depth, if possible
- domainToCursor(DisplayImpl, RealType[], double[]) - Static method in class visad.util.CursorUtil
-
Converts the given domain coordinates to cursor coordinates.
- domainToCursor(DisplayImpl, double[]) - Static method in class visad.util.CursorUtil
-
Converts the given domain coordinates to cursor coordinates.
- domainToPixel(DisplayImpl, double[]) - Static method in class visad.util.CursorUtil
-
Converts the given domain coordinates to pixel coordinates.
- domainType(Data) - Static method in class visad.python.JPythonMethods
-
Get the domain Type for the Data object
- domainType(Data, int) - Static method in class visad.python.JPythonMethods
-
Get the name of the given component of the domain RealType.
- doMakeFileChooser() - Method in class visad.python.JPythonEditor
-
Create and initialize the the file chooser
- doMakeFileChooser() - Method in class visad.util.TextEditor
-
Create and initialize the the file chooser
- Done() - Method in class dods.dap.parser.SimpleCharStream
-
- Done() - Method in class visad.data.units.SimpleCharStream
-
Reset buffer when finished.
- doRequest(Properties) - Method in class edu.wisc.ssec.mcidas.adde.GetAreaFile
-
- doStartOffset - Static variable in class visad.TrajectoryManager
-
- doSwitch() - Method in class visad.data.netcdf.QuantityDBImpl.Iterator
-
Switchs to the other database.
- DOT - Static variable in class visad.bom.annotations.LineJ3D
-
line style DOT
- dot(TupleIface, Real) - Static method in class visad.formula.FormulaUtil
-
evaluate the dot operator
- DOT - Static variable in class visad.TrajectoryParams
-
- DOT_STYLE - Static variable in class visad.GraphicsModeControl
-
Dot line style for Display.LineStyle mapping
- doTransform() - Method in class visad.bom.ImageRendererJ3D
-
- doTransform() - Method in class visad.bom.PointManipulationRendererJ3D
-
don't render - just return BranchGroup for scene graph to
render rectangle into
- doTransform() - Method in class visad.bom.RubberBandBoxRendererJ3D
-
don't render - just return BranchGroup for scene graph to
render rectangle into
- doTransform() - Method in class visad.bom.RubberBandLineRendererJ3D
-
don't render - just return BranchGroup for scene graph to
render rectangle into
- doTransform(Object, Data, float[], float[], DataRenderer) - Method in class visad.bom.ShadowCurveSetTypeJ2D
-
Transform data into a Java2D scene graph.
- doTransform(Object, Data, float[], float[], DataRenderer) - Method in class visad.bom.ShadowCurveSetTypeJ3D
-
Transform data into a Java3D scene graph.
- doTransform(Object, Data, float[], float[], DataRenderer) - Method in class visad.bom.ShadowImageByRefFunctionTypeJ3D
-
- doTransform(Object, Data, float[], float[], DataRenderer) - Method in class visad.bom.ShadowImageFunctionTypeJ3D
-
- doTransform(Object, Data, float[], float[], DataRenderer) - Method in class visad.bom.ShadowTextureFillSetTypeJ3D
-
- doTransform() - Method in class visad.bom.TextureFillRendererJ3D
-
- doTransform() - Method in class visad.cluster.ClientRendererJ3D
-
create a scene graph for Data in links[0]
- doTransform() - Method in interface visad.cluster.RemoteProxyAgent
-
- doTransform() - Method in class visad.cluster.RemoteProxyAgentImpl
-
- doTransform(Object, Data, float[], float[], DataRenderer) - Method in class visad.cluster.ShadowNodeFunctionTypeJ3D
-
- doTransform() - Method in class visad.cluster.UserRendererJ3D
-
create a scene graph for Data in links[0]
- doTransform() - Method in class visad.java2d.DefaultRendererJ2D
-
create a VisADGroup scene graph for Data in links[0]
- doTransform() - Method in class visad.java2d.DirectManipulationRendererJ2D
-
create a VisADGroup scene graph for Data in links[0]
- doTransform() - Method in class visad.java2d.RendererJ2D
-
create a VisADGroup scene graph for Data in links;
this can put Behavior objects in the scene graph for
DataRenderer classes that implement direct manipulation widgets;
may reduce work by only changing scene graph for Data and
Controls that have changed:
1. use boolean[] changed to determine which Data objects have changed
2. if Data has not changed, then use Control.checkTicks loop like in
prepareAction to determine which Control-s have changed
- doTransform(VisADGroup, Data, float[], float[], DataRenderer) - Method in class visad.java2d.ShadowFunctionOrSetTypeJ2D
-
transform data into a VisADSceneGraphObject;
add generated scene graph components as children of group;
value_array are inherited valueArray values;
default_values are defaults for each display.DisplayRealTypeVector;
return true if need post-process
- doTransform(VisADGroup, Data, float[], float[], DataRenderer) - Method in class visad.java2d.ShadowRealTypeJ2D
-
transform data into a Java2D VisADSceneGraphObject;
return true if need post-process
- doTransform(VisADGroup, Data, float[], float[], DataRenderer) - Method in class visad.java2d.ShadowTextTypeJ2D
-
transform data into a Java2D VisADSceneGraphObject;
return true if need post-process
- doTransform(VisADGroup, Data, float[], float[], DataRenderer) - Method in class visad.java2d.ShadowTupleTypeJ2D
-
transform data into a VisADSceneGraphObject;
return true if need post-process
- doTransform() - Method in class visad.java3d.AnimationRendererJ3D
-
- doTransform() - Method in class visad.java3d.DefaultRendererJ3D
-
create a BranchGroup scene graph for Data in links[0]
- doTransform() - Method in class visad.java3d.DirectManipulationRendererJ3D
-
create a BranchGroup scene graph for Data in links[0]
- doTransform() - Method in class visad.java3d.RendererJ3D
-
create a BranchGroup scene graph for Data in links;
this can put Behavior objects in the scene graph for
DataRenderer classes that implement direct manipulation widgets;
may reduce work by only changing scene graph for Data and
Controls that have changed:
1. use boolean[] changed to determine which Data objects have changed
2. if Data has not changed, then use Control.checkTicks loop like in
prepareAction to determine which Control-s have changed
- doTransform(Object, Data, float[], float[], DataRenderer) - Method in class visad.java3d.ShadowAnimationFunctionTypeJ3D
-
- doTransform(Object, Data, float[], float[], DataRenderer) - Method in class visad.java3d.ShadowFunctionOrSetTypeJ3D
-
transform data into a Java3D scene graph;
add generated scene graph components as children of group;
value_array are inherited valueArray values;
default_values are defaults for each display.DisplayRealTypeVector;
return true if need post-process
- doTransform(Object, Data, float[], float[], DataRenderer) - Method in class visad.java3d.ShadowRealTypeJ3D
-
transform data into a Java3D scene graph;
return true if need post-process
- doTransform(Object, Data, float[], float[], DataRenderer) - Method in class visad.java3d.ShadowTextTypeJ3D
-
transform data into a Java3D scene graph;
return true if need post-process
- doTransform(Object, Data, float[], float[], DataRenderer) - Method in class visad.java3d.ShadowTupleTypeJ3D
-
transform data into a Java3D scene graph;
return true if need post-process
- doTransform(Object, Data, float[], float[], DataRenderer) - Method in class visad.java3d.ShadowTypeJ3D
-
transform data into a Java3D scene graph; add generated scene graph
components as children of group; value_array are inherited valueArray
values; default_values are defaults for each display.DisplayRealTypeVector;
return true if need post-process; this is default (for ShadowTextType)
- doTransform(Object, Data, float[], float[], DataRenderer, ShadowType) - Method in class visad.ShadowFunctionOrSetType
-
transform data into a (Java3D or Java2D) scene graph;
add generated scene graph components as children of group;
group is Group (Java3D) or VisADGroup (Java2D);
value_array are inherited valueArray values;
default_values are defaults for each display.DisplayRealTypeVector;
return true if need post-process
- doTransform(Object, Data, float[], float[], DataRenderer, ShadowType) - Method in class visad.ShadowRealType
-
transform data into a (Java3D or Java2D) scene graph;
add generated scene graph components as children of group;
group is Group (Java3D) or VisADGroup (Java2D);
value_array are inherited valueArray values;
default_values are defaults for each display.DisplayRealTypeVector;
return true if need post-process
- doTransform(Object, Data, float[], float[], DataRenderer, ShadowType) - Method in class visad.ShadowTextType
-
transform data into a (Java3D or Java2D) scene graph;
add generated scene graph components as children of group;
group is Group (Java3D) or VisADGroup (Java2D);
value_array are inherited valueArray values;
default_values are defaults for each display.DisplayRealTypeVector;
return true if need post-process
- doTransform(Object, Data, float[], float[], DataRenderer, ShadowType) - Method in class visad.ShadowTupleType
-
transform data into a (Java3D or Java2D) scene graph;
add generated scene graph components as children of group;
group is Group (Java3D) or VisADGroup (Java2D);
value_array are inherited valueArray values;
default_values are defaults for each display.DisplayRealTypeVector;
return true if need post-process
- DOUBLE - Static variable in class visad.data.hdfeos.hdfeosc.HdfeosLib
-
- doubleLatLonToInteger(double) - Static method in class edu.wisc.ssec.mcidas.McIDASUtil
-
Converts a double latitude/longitude to a packed integer (SIGN DDD MM SS)
Java version of McIDAS ilalo function.
- DoubleSet - Class in visad
-
DoubleSet represents the finite (but large) set of samples of
R^dimension made by vectors of IEEE double precision floating
point numbers.
- DoubleSet(MathType) - Constructor for class visad.DoubleSet
-
construct a DoubleSet with null CoordinateSystem and Units
- DoubleSet(MathType, CoordinateSystem, Unit[]) - Constructor for class visad.DoubleSet
-
construct a DoubleSet with null CoordinateSystem and Units
- DoubleStringTuple - Class in visad
-
This provides a LoCal Tuple that can hold numeric and string values without
taking the hit that having slots and lots of Real and Text objects around.
- DoubleStringTuple(TupleType, double[], String[], Unit[]) - Constructor for class visad.DoubleStringTuple
-
Construct a DoubleStringTuple
- DoubleStringTuple(TupleType, Data[], double[], String[], Unit[]) - Constructor for class visad.DoubleStringTuple
-
- doubleToFloat(double[][]) - Static method in class edu.wisc.ssec.mcidas.AREAnav
-
Convert arrays of doubles to floats
- doubleToFloat(double[][]) - Static method in class visad.Set
-
- doubleToGrid(double[][]) - Method in class visad.Gridded1DDoubleSet
-
transform an array of values in R^DomainDimension to an array
of non-integer grid coordinates
- doubleToGrid(double[][]) - Method in class visad.Gridded2DDoubleSet
-
transform an array of values in R^DomainDimension to an array
of non-integer grid coordinates
- doubleToGrid(double[][]) - Method in class visad.Gridded3DDoubleSet
-
transform an array of values in R^DomainDimension to an array
of non-integer grid coordinates
- doubleToGrid(double[][]) - Method in interface visad.GriddedDoubleSet
-
- doubleToGrid(double[][]) - Method in class visad.Linear1DSet
-
transform an array of values in R to an array
of non-integer grid coordinates
- doubleToIndex(double[][]) - Method in class visad.Gridded1DDoubleSet
-
- doubleToIndex(double[][]) - Method in class visad.Gridded2DDoubleSet
-
convert an array of values in R^DomainDimension to an array of 1-D indices
- doubleToIndex(double[][]) - Method in class visad.Gridded3DDoubleSet
-
convert an array of values in R^DomainDimension to an array of 1-D indices
- doubleToIndex(double[][]) - Method in interface visad.GriddedDoubleSet
-
- doubleToIndex(double[][]) - Method in class visad.Linear1DSet
-
- doubleToIndex(double[][]) - Method in class visad.Set
-
- doubleToIndex(double[][]) - Method in interface visad.SetIface
-
- doubleToIndex(double[][]) - Method in class visad.SingletonSet
-
convert an array of doubles in R^DomainDimension to an array of 1-D indices
- doubleToInterp(double[][], int[][], double[][]) - Method in class visad.Gridded1DDoubleSet
-
for each of an array of values in R^DomainDimension, compute an array
of 1-D indices and an array of weights, to be used for interpolation;
indices[i] and weights[i] are null if i-th value is outside grid
(i.e., if no interpolation is possible)
- doubleToInterp(double[][], int[][], double[][]) - Method in class visad.Gridded2DDoubleSet
-
for each of an array of values in R^DomainDimension, compute an array
of 1-D indices and an array of weights, to be used for interpolation;
indices[i] and weights[i] are null if i-th value is outside grid
(i.e., if no interpolation is possible)
- doubleToInterp(double[][], int[][], double[][]) - Method in class visad.Gridded3DDoubleSet
-
for each of an array of values in R^DomainDimension, compute an array
of 1-D indices and an array of weights, to be used for interpolation;
indices[i] and weights[i] are null if i-th value is outside grid
(i.e., if no interpolation is possible)
- doubleToInterp(double[][], int[][], double[][]) - Method in interface visad.GriddedDoubleSet
-
- doubleToInterp(double[][], int[][], double[][]) - Method in class visad.Linear1DSet
-
for each of an array of values in R^DomainDimension, compute an array
of 1-D indices and an array of weights, to be used for interpolation;
indices[i] and weights[i] are null if i-th value is outside grid
(i.e., if no interpolation is possible)
- doubleToInterp(double[][], int[][], double[][]) - Method in class visad.SingletonSet
-
for each of an array of values in R^DomainDimension, compute an array
of 1-D indices and an array of weights, to be used for interpolation;
indices[i] and weights[i] are null if i-th value is outside grid
(i.e., if no interpolation is possible)
- DoubleTuple - Class in visad
-
This provides a LoCal RealTuple that can hold numeric values without
taking the hit that having lots and lots of Real objects around.
- DoubleTuple(double[]) - Constructor for class visad.DoubleTuple
-
Construct a new DoubleTuple of generic values
- DoubleTuple(RealTupleType, double[]) - Constructor for class visad.DoubleTuple
-
Construct a new DoubleTuple
- DoubleTuple(RealTupleType, double[], Unit[]) - Constructor for class visad.DoubleTuple
-
Construct a new DoubleTuple
- DoubleTuple(RealTupleType, Data[], double[], Unit[]) - Constructor for class visad.DoubleTuple
-
- doubleValue(String) - Method in class visad.data.dods.Float64AttributeAdapter
-
Returns the numeric value corresponding to a floating-point
string specification.
- Download - Class in visad.install
-
Download a file from a URL to a local directory.
- Download() - Constructor for class visad.install.Download
-
- DownRoundingAnimationControlJ3D - Class in visad.java3d
-
DownRoundingAnimationControlJ3D extends AnimationControlJ3D to provide a
different sampling behavior.
- DownRoundingAnimationControlJ3D(DisplayImplJ3D, RealType) - Constructor for class visad.java3d.DownRoundingAnimationControlJ3D
-
- doWork(int, int[]) - Static method in class visad.util.ThreadManager
-
- DR - Static variable in class visad.GriddedLatLonSet
-
- dRadarTime - Variable in class visad.bom.RadarFile
-
- drag_cursor(VisADRay, boolean) - Method in class visad.DisplayRenderer
-
drag cursor parallel to plane of screen
- drag_cursor(VisADRay, boolean) - Method in class visad.java2d.DisplayRendererJ2D
-
- drag_cursor(VisADRay, boolean) - Method in class visad.java3d.DisplayRendererJ3D
-
- drag_cursor(VisADRay, boolean) - Method in class visad.java3d.TransformOnlyDisplayRendererJ3D
-
- drag_depth(float) - Method in class visad.DisplayRenderer
-
drag cursor in depth (in and out of screen)
- drag_depth(float) - Method in class visad.java2d.DisplayRendererJ2D
-
- drag_depth(float) - Method in class visad.java3d.DisplayRendererJ3D
-
- drag_depth(float) - Method in class visad.java3d.TransformOnlyDisplayRendererJ3D
-
- drag_direct(VisADRay, boolean, int) - Method in class visad.bom.BarbManipulationRendererJ2D
-
- drag_direct(VisADRay, boolean, int) - Method in class visad.bom.BarbManipulationRendererJ3D
-
- drag_direct(VisADRay, boolean, int) - Method in class visad.bom.CurveManipulationRendererJ2D
-
This method is called when direct manipulation is occuring.
- drag_direct(VisADRay, boolean, int) - Method in class visad.bom.CurveManipulationRendererJ3D
-
This method is called when direct manipulation is occuring.
- drag_direct(VisADRay, boolean, int) - Method in class visad.bom.PickManipulationRendererJ2D
-
Actual workhorse method of manipulation renderer.
- drag_direct(VisADRay, boolean, int) - Method in class visad.bom.PickManipulationRendererJ3D
-
Actual workhorse method of manipulation renderer.
- drag_direct(VisADRay, boolean, int) - Method in class visad.bom.PointManipulationRendererJ3D
-
- drag_direct(VisADRay, boolean, int) - Method in class visad.bom.RubberBandBoxRendererJ3D
-
- drag_direct(VisADRay, boolean, int) - Method in class visad.bom.RubberBandLineRendererJ3D
-
- drag_direct(VisADRay, boolean, int) - Method in class visad.bom.SwellManipulationRendererJ3D
-
- drag_direct(VisADRay, boolean, int) - Method in class visad.DataRenderer
-
modify Data values based on direct manipulation mouse actions
- draw() - Method in class visad.bom.annotations.ScreenAnnotator
-
Traverses all the data objects in the list and transforms
them into viewable objects and then arranges to make them
visible.
- draw() - Method in class visad.bom.annotations.ScreenAnnotatorJ3D
-
Traverses all the data objects and transforms them into
Shape3D objects and adds them to a BranchGoup
which it then attaches to the scene graph.
- drawAppearance(Graphics, VisADAppearance, AffineTransform, Rectangle2D.Float) - Static method in class visad.java2d.VisADCanvasJ2D
-
This assumes only VisADPointArray or VisADLineArray.
- drawCursorStringVector(Graphics, AffineTransform, int, int) - Method in class visad.java2d.DisplayRendererJ2D
-
Whenever cursorOn or directOn is
true, display Strings in cursorStringVector.
- drawCursorStringVector(VisADCanvasJ3D) - Method in class visad.java3d.DisplayRendererJ3D
-
Whenever cursorOn or directOn is true,
display Strings in cursorStringVector.
- drawCursorStringVector(VisADCanvasJ3D) - Method in class visad.java3d.TransformOnlyDisplayRendererJ3D
-
- drawShape(float[][], Color, float, int, Graphics2D) - Method in class visad.bom.SceneGraphRenderer
-
Draw the outline of a shape onto the chart
- drawShape(float[][], Color, float, Graphics2D) - Method in class visad.bom.SceneGraphRenderer
-
Draw the outline of a shape onto the chart
- drawShapeReprojected(float[][], Color, float, Graphics2D) - Method in class visad.bom.SceneGraphRenderer
-
Draw a reprojected shape
- drawShapeReprojected(float[][], Color, float, int, Graphics2D) - Method in class visad.bom.SceneGraphRenderer
-
Draw a reprojected shape
- drawShapeReprojected(float[][], Color, float, int, Graphics2D, boolean) - Method in class visad.bom.SceneGraphRenderer
-
Draw a reprojected shape
- drawString(String, Font, Color, float, float, Graphics2D) - Method in class visad.bom.SceneGraphRenderer
-
Draw text onto the chart
- DRY_LINE - Static variable in class visad.bom.FrontDrawer
-
- dtTime - Variable in class visad.bom.RadarFile
-
- DualRes - Class in visad.util
-
Maintains two representations for a given data reference: one at
high (normal) resolution, and one at low (scaled-down) resolution.
- DualRes(DataReferenceImpl) - Constructor for class visad.util.DualRes
-
Constructs an object to maintain both high- and low-resolution
representations for the referenced data.
- dump(PrintStream) - Method in class visad.data.amanda.EventList
-
- dump(PrintStream) - Method in class visad.data.amanda.ModuleList
-
- dump(PrintStream, String) - Static method in class visad.data.fits.DumpHeader
-
- dumpDataType(Data) - Static method in class visad.jmet.DumpType
-
Decomposes a VisAD Data object and lists out information
about its components.
- dumpDataType(Data, OutputStream) - Static method in class visad.jmet.DumpType
-
Decomposes a VisAD Data object and lists out information
about its components.
- DumpHeader - Class in visad.data.fits
-
- DumpHeader() - Constructor for class visad.data.fits.DumpHeader
-
- dumpMathType(MathType) - Static method in class visad.jmet.DumpType
-
Decomposes a VisAD MathType and lists out information
about its components
- dumpMathType(MathType, OutputStream) - Static method in class visad.jmet.DumpType
-
Decomposes a VisAD MathType and lists out information
about its components
- DumpType - Class in visad.jmet
-
Class of static methods for printing out information about VisAD
Data objects.
- DumpType() - Constructor for class visad.jmet.DumpType
-
- dumpType(Data) - Static method in class visad.python.JPythonMethods
-
helper method for dumpMathType() only
This just dumps out the MathType of the Data object.
- dumpTypes(Data) - Static method in class visad.python.JPythonMethods
-
Helper method for the dump(Data|Math)Type() methods.