See: Description
| Interface | Description |
|---|---|
| Action |
Action is the VisAD interface for runnable threads that need to be
notified when ThingReference objects change.
|
| ActivityHandler |
Display activity handler supplied to
DisplayImpl.addActivityHandler.A trivial implementation which toggles between two Data objects in a Display would be: |
| AnimationControl |
AnimationControl is the VisAD interface for controlling Animation
display scalars.
|
| AVControl |
AVControl is the VisAD interface for AnimationControl
and ValueControl.
|
| AVHandler |
AVHandler: Allow custom behavior on setWhichChild.
|
| Cell |
Cell is the VisAD interface for computations.
|
| ControlListener |
ControlListener is the EventListener interface for
ControlEvents.
|
| Data |
Data is the top-level interface of the VisAD data hierarchy.
|
| DataReference |
DataReference is the VisAD interface for named holders for data
objects.
|
| DataSourceListener | Deprecated
Use
RemoteSourceListener instead. |
| Display |
Display is the VisAD interface for displays.
|
| DisplayListener |
DisplayListener is the EventListener interface for
DisplayEvents.
|
| Field |
Field is the VisAD interface for finite samplings of functions
from R^n to a range type, where n>0.
|
| FlatFieldIface |
FlatField is the VisAD class for finite samplings of functions whose
range type and range coordinate systems are simple enough to allow
efficient representation.
|
| Function |
Function is the interface for approximate implmentations
of mathematical function.
|
| Gridded1DSetIface |
Gridded1DSetIface is the interface to a finite set of samples of R.
|
| GriddedDoubleSet |
GriddedDoubleSet is an interface for GriddedSets that have
double-precision samples rather than single-precision samples.
|
| GriddedSetIface |
GriddedSetIface is the interface to a finite set of samples of R^n.
|
| IntegerSet |
IntegerSet is an interface for finite sets of samples of
R^n at an integer lattice based at the origin.
|
| InverseLinearScaledCS |
An interface which CoordinateSystems can implement to indicate that
they invert another CS, but the transforms linearly scale the CS being
inverted.
|
| KeyboardBehavior | |
| LinearSet |
LinearSet is an interface for finite sets of samples of
R^Dimension in a cross product of arithmetic progressions.
|
| LocalDisplay |
LocalDisplay is the VisAD interface for local instances of displays.
|
| MessageListener |
Interface for objects which wish to receive VisAD messages.
|
| MouseBehavior |
MouseBehavior is the VisAD interface for mouse behaviors
for Java3D and Java2D
|
| RealIface |
Interface to scalar data for real numbers represented
as double precision floating point values.
|
| RealTupleIface |
Interface to the VisAD data class for vectors in R^n for n>0.
|
| RemoteAction |
RemoteAction is the interface for Remote Action-s.
|
| RemoteCell |
RemoteCell is the interface for Remote Cell-s.
|
| RemoteData |
RemoteData is the interface for Remote VisAD data objects.
|
| RemoteDataReference |
RemoteDataReference is the interface for Remote DataReference-s.
|
| RemoteDisplay |
RemoteDisplay is the interface for Remote Display-s.
|
| RemoteField |
RemoteField is the interface for Remote VisAD Field-s.
|
| RemoteFlatField |
RemoteFlatField is the interface for Remote VisAD FlatField-s.
|
| RemoteFunction |
RemoteFunction is the interface for Remote VisAD Function-s.
|
| RemoteReferenceLink |
RemoteReferenceLink is the interface for links to Remote objects.
|
| RemoteServer |
RemoteServer is the interface for serving RemoteDataReferences.
|
| RemoteSlaveDisplay |
RemoteSlaveDisplay is the interface for "slave" displays
that receive their images from another source, instead of doing the
rendering themselves.
|
| RemoteSourceListener |
The interface for objects which need to be informed
when a remote data source goes away.
|
| RemoteThing |
RemoteThing is the interface for Remote VisAD Thing objects.
|
| RemoteThingReference |
RemoteThingReference is the interface for Remote ThingReference-s.
|
| RemoteTupleIface |
RemoteTupleIface is the interface for Remote VisAD TupleIface-s.
|
| RendererSourceListener | |
| SampledSetIface |
Interface to the abstract superclass of GriddedSet-s and the like.
|
| ScalarIface |
Interface to the VisAD hierarchy of scalar data.
|
| ScalarMapListener |
ScalarMapListener is the EventListener interface for
ScalarMapEvents. |
| Set1DIface |
Interface to a finite set of samples of R.
|
| SetIface |
Interface to the abstract superclass of the VisAD hierarchy of sets.
|
| SimpleSetIface |
Interface to the abstract superclass of Sets with a unique ManifoldDimension.
|
| Thing |
Thing is the top-level interface for objects that send
ThingChangedEvents to Actions.
|
| ThingChangedListener |
ThingChangedListener is the EventListener interface for
ThingChangedEvents.
|
| ThingReference |
ThingReference is the VisAD interface for named holders for
objects.
|
| TupleIface |
TupleIface is the VisAD data interface for vectors.
|
| ValueControl |
ValueControl is the VisAD interface for controlling SelectValue
display scalars.
|
| Class | Description |
|---|---|
| ActionImpl |
ActionImpl is the abstract superclass for runnable threads that
need to be notified when ThingReference objects change.
|
| AnimationSetControl |
AnimationSetControl is the VisAD class for sampling Animation
steps.
|
| AxisScale |
Class which defines the scales displayed along the spatial axes
of a display.
|
| BaseColorControl |
BaseColorControl is the VisAD class for controlling N-component Color
DisplayRealType-s.
|
| BaseQuantity |
This class represents a base quantity (e.g.
|
| BaseUnit |
A class that represents the base units of a system of units.
|
| CachingCoordinateSystem |
A wrapper class for CoordinateSystems that will cache the last
values input and output values of the toReference and fromReference
methods.
|
| CartesianProductCoordinateSystem |
A class for creating a new CoordinateSystem that is the product of
two or more CoordinateSystems.
|
| CellImpl |
CellImpl is the abstract superclass for computations.
|
| CMYCoordinateSystem |
CMYCoordinateSystem is the VisAD CoordinateSystem class for
(Cyan, Magenta, Yellow) with Reference (Red, Green, Blue).
|
| ColorAlphaControl |
ColorAlphaControl is the VisAD class for controlling 4-component Color
DisplayRealType-s (e.g., RGBA).
|
| ColorControl |
ColorControl is the VisAD class for controlling 3-component Color
DisplayRealType-s (e.g., RGB, HSV, CMY).
|
| CommonUnit |
CommonUnit is a class for commonly used Units
|
| ConstantMap |
mapping from constant to DisplayRealType
|
| Contour2D |
Contour2D is a class equipped with a 2-D contouring function.
|
| ContourControl |
ContourControl is the VisAD class for controlling IsoContour display scalars.
|
| ContourLabelGeometry |
VisADGeometryArray stands in for j3d.GeometryArray
and is Serializable.
|
| Control |
Control is the abstract VisAD superclass for controls for
DisplayRealTypes.
|
| ControlEvent |
ControlEvent is the VisAD class for changes in Control
objects.
|
| CoordinateSystem |
CoordinateSystem is the VisAD abstract superclass for coordinate systems for
vectors in R^n for n>0.
|
| CylindricalCoordinateSystem |
CylindricalCoordinateSystem is the VisAD CoordinateSystem class
for (CylRadius, CylAzimuth, CylZAxis) with a Cartesian Reference,
(XAxis, YAxis, ZAxis) and with CylAzimuth in degrees.
|
| DataDisplayLink |
DataDisplayLink objects define connections between DataReference
objects and Display objects.
|
| DataImpl |
DataImpl is the superclass for VisAD's data hierarchy, inheriting
the Data interface.
|
| DataReferenceImpl |
DataReferenceImpl is a local implementation of DataReference.
|
| DataRenderer |
DataRenderer is the VisAD abstract super-class for graphics rendering
algorithms.
|
| DataShadow |
DataShadow is the VisAD class for gathering RealType value
ranges and Animation sampling Sets for auto-scaling Displays.
|
| DateTime |
DateTime is a class of objects for holding date and time information.
|
| Delaunay |
Delaunay represents an abstract class for calculating an
N-dimensional Delaunay triangulation, that can be extended
to allow for various triangulation algorithms.
|
| DelaunayClarkson |
DelaunayClarkson represents an O(N*logN) method
with high overhead to find the Delaunay triangulation
of a set of samples of R^DomainDimension.
|
| DelaunayCustom |
DelaunayCustom is a set of constructors to create an instance
of Delaunay by passing in a pre-computed triangulation.
|
| DelaunayFast |
DelaunayFast is a method of finding an imperfect triangulation
or tetrahedralization of a set of samples of R^2 or R^3.
|
| DelaunayOverlap |
DelaunayOverlap quickly constructs a triangulation of a series
of partially overlapping two-dimensional gridded sets.
|
| DelaunayWatson |
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.
|
| DerivedUnit |
A class that represents a unit consisting of zero or more base units.
|
| DisplayActivity |
Manage busy/idle handlers for a Display
|
| DisplayEvent |
DisplayEvent is the VisAD class for Events from Display
objects.
|
| DisplayImpl |
DisplayImpl is the abstract VisAD superclass for display
implementations.
|
| DisplayMapEvent |
DisplayMapEvent is the VisAD class for Events from Display
ScalarMap and ConstantMap objects.
|
| DisplayRealType |
DisplayRealType is the class for display real scalar types.
|
| DisplayReferenceEvent |
DisplayReferenceEvent is the VisAD class for Events from Display
DataReference obkects.
|
| DisplayRenderer |
DisplayRenderer is the VisAD abstract super-class for
background and metadata rendering algorithms. |
| DisplayTupleType |
DisplayTupleType is the class for tuples of DisplayRealType's.
|
| DoubleSet |
DoubleSet represents the finite (but large) set of samples of
R^dimension made by vectors of IEEE double precision floating
point numbers.
|
| DoubleStringTuple |
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.
|
| DoubleTuple |
This provides a LoCal RealTuple that can hold numeric values without
taking the hit that having lots and lots of Real objects around.
|
| EarthVectorType |
EarthVectorType is the VisAD data type for 2-D and 3-D wind
or current vectors in Units convertable with meter / second
whose first component is parallel to latitude lines, positive
east, and whose second component is parallel to longitude lines,
positive north.
|
| EmpiricalCoordinateSystem |
Provides support for empirically-defined CoordinateSystem-s.
|
| ErrorEstimate |
ErrorEstimate is the immutable VisAD class for statistics about a value
or array of values.
|
| FieldImpl |
FieldImpl is the VisAD class for finite samplings of functions
from R^n to a range type, where n>0.
|
| FixGeomSizeAppearance | |
| FlatField |
FlatField is the VisAD class for finite samplings of functions whose
range type and range coordinate systems are simple enough to allow
efficient representation.
|
| FloatSet |
FloatSet represents the finite (but large) set of samples of
R^dimension made by vectors of IEEE single precision floating
point numbers.
|
| Flow1Control |
Flow1Control is the VisAD class for controlling Flow1 display scalars.
|
| Flow2Control |
Flow2Control is the VisAD class for controlling Flow2 display scalars.
|
| FlowControl |
FlowControl is the VisAD abstract super-class for controlling
Flow display scalars.
|
| FlowInfo | |
| FlowSphericalCoordinateSystem |
FlowSphericalCoordinateSystem is the VisAD CoordinateSystem class
for (Elevation, Azimuth, Radial) with a Cartesian Reference,
with Elevation and Azimuth in degrees and Radial in meters
per second.
|
| FunctionImpl |
FunctionImpl is the abstract superclass for approximate
implmentations of mathematical functions.
|
| FunctionType |
FunctionType is the VisAD data type for functions.
|
| GraphicsModeControl |
GraphicsModeControl is the VisAD interface class for controlling various
mode settings for rendering.
|
| GridCoordinateSystem |
GridCoordinateSystem is the VisAD CoordinateSystem class
for grids defined by GriddedSets.
|
| Gridded1DDoubleSet |
Gridded1DDoubleSet is a Gridded1DSet with double-precision samples.
|
| Gridded1DSet |
Gridded1DSet represents a finite set of samples of R.
|
| Gridded2DDoubleSet |
Gridded2DDoubleSet is a Gridded2DSet with double-precision samples.
|
| Gridded2DSet |
Gridded2DSet represents a finite set of samples of R^2.
|
| Gridded3DDoubleSet |
Gridded3DDoubleSet is a Gridded3DSet with double-precision samples.
|
| Gridded3DSet |
Gridded3DSet represents a finite set of samples of R^3.
|
| GriddedLatLonSet |
GriddedLatLonSet represents a finite set of samples of R^2.
|
| GriddedSet |
GriddedSet is implemented by those Set sub-classes whose samples
lie on a rectangular grid topology (but note the geometry need
not be rectangular).
|
| GridVectorType |
GridVectorType is the VisAD data type for 2-D and 3-D wind
or current vectors in Units convertable with meter / second
whose first component is parallel to grid rows, positive toward
increasing column, and whose second component is parallel to
grid columns, positive toward decreasing row.
|
| HSVCoordinateSystem |
HSVCoordinateSystem is the VisAD CoordinateSystem class for
(Hue, Saturation, Value) with Reference (Red, Green, Blue).
|
| IdentityCoordinateSystem |
A CoordinateSystem that will
return the input values when
toReference() and
fromReference() are called. |
| ImageFlatField |
ImageFlatField is a VisAD FlatField backed by a java.awt.image.BufferedImage
object, instead of the usual float[][] or double[][] samples array.
|
| Integer1DSet |
Integer1DSet represents a finite set of samples of R at
an integer lattice based at the origin (i.e, 0, 1, 2, ..., length-1).
|
| Integer2DSet |
Integer2DSet represents a finite set of samples of R^2 at
an integer lattice based at the origin.
|
| Integer3DSet |
Integer3DSet represents a finite set of samples of R^3 at
an integer lattice based at the origin.
|
| IntegerNDSet |
IntegerNDSet represents a finite set of samples of R^n at
an integer lattice based at the origin.
|
| InverseCoordinateSystem |
InverseCoordinateSystem is the VisAD CoordinateSystem class
for inverting other CoordinateSystems.
|
| Irregular1DSet |
Irregular1DSet represents a finite set of samples of R.
|
| Irregular2DSet |
IrregularSet for a finite number of samples of R. |
| Irregular3DSet |
Irregular3DSet represents a finite set of samples of R^3.
|
| IrregularSet |
IrregularSet is implemented by those Set sub-classes whose samples
do not form any ordered pattern.
|
| Linear1DSet |
Linear1DSet represents a finite set of samples of R in
an arithmetic progression.
|
| Linear2DSet |
Linear2DSet represents a finite set of samples of R^2 in
a cross product of two arithmetic progressions.
|
| Linear3DSet |
Linear3DSet represents a finite set of samples of R^3 in
a cross product of three arithmetic progressions.
|
| LinearLatLonSet |
LinearLatLonSet represents a finite set of samples of
(Latitude, Longitude) in a cross product of two
arithmetic progressions.
|
| LinearNDSet |
LinearNDSet represents a finite set of samples of R^Dimension
in a cross product of arithmetic progressions.
|
| List1DDoubleSet |
List1DDoubleSet is the class for Set-s containing lists of
1-D double values with no topology.
|
| List1DSet |
List1DSet is the class for Set-s containing lists of
1-D values with no topology.
|
| LogarithmicUnit |
A class that represents a scaled unit with an offset.
|
| LogCoordinateSystem |
A CoordinateSystem to transform between values and their logarithms.
|
| MathType |
MathType is the superclass for VisAD's hierarchy of mathematical types.
|
| MessageEvent | |
| MouseHelper |
MouseHelper is the VisAD helper class for MouseBehaviorJ3D
and MouseBehaviorJ2D.
|
| OffsetUnit |
A class that represents a scaled unit with an offset.
|
| PlotDigits |
PlotDigits calculates an array of points to be plotted to
the screen as vector pairs, given a number and a bounding
rectangle, for use as a label on a contour R^2.
|
| PlotText |
PlotText calculates an array of points to be plotted to
the screen as vector pairs, given a String and location,
orientation and size in space.
|
| PolarCoordinateSystem |
PolarCoordinateSystem is the VisAD CoordinateSystem class
for (Longitude, Radius) with a Cartesian Reference,
and with Longitude in degrees.
|
| ProductSet |
ProductSet is the cross-product of an array of SampledSets.
|
| ProjectionControl |
ProjectionControl is the VisAD interface for controlling the Projection
from 3-D to 2-D.
|
| PromiscuousUnit |
PromiscuousUnit is the VisAD class for units that are convertable with any
other Unit.
|
| QuantityDimension |
This class represents the dimension of a quantity.
|
| QuickSort |
QuickSort sorts a set of samples in R using a quicksort
algorithm combined with an insertion sort algorithm to
avoid an excess number of recursive calls.
|
| RangeControl |
RangeControl is the VisAD class for controlling SelectRange display scalars.
|
| Real |
Real is the class of VisAD scalar data for real numbers represented
as double precision floating point values.
|
| RealTuple |
RealTuple is the VisAD data class for vectors in R^n for n>0.
|
| RealTupleType |
RealTupleType is the VisAD data type for tuples in R^n, for n>0.
|
| RealType |
RealType is the VisAD scalar data type for real number variables.
|
| RealVectorType |
RealVectorType is the VisAD data type for vector field tuple
in R^n, for n>0.
|
| ReferenceActionLink |
ReferenceActionLink objects are used by Action objects to
define their connections with ThingReference objects.
|
| RemoteActionImpl |
RemoteActionImpl is the VisAD remote adapter for ActionImpl.
|
| RemoteCellImpl |
RemoteCellImpl is the VisAD class for remote access to
Cell-s.
|
| RemoteDataImpl |
RemoteDataImpl is the VisAD remote adapter for DataImpl.
|
| RemoteDataReferenceImpl |
RemoteDataReferenceImpl is VisAD remote adapter for DataReferenceImpl.
|
| RemoteDisplayImpl |
RemoteDisplayImpl is the VisAD class for remote access to
Display-s.
|
| RemoteFieldImpl |
RemoteFieldImpl is the VisAD remote adapter for FieldImpl.
|
| RemoteFlatFieldImpl |
RemoteFlatFieldImpl is the VisAD remote adapter for FlatField.
Another way to approach the problem of moving data to a remote machine would be to have a remote class which serializes a sample and copies it over to the remote machine where it is cached for fast access. |
| RemoteFunctionImpl |
RemoteFunctionImpl is the VisAD remote adapter for FieldImpl.
|
| RemoteReferenceLinkImpl |
RemoteReferenceLinkImpl is the VisAD remote adapter for DataDisplayLink-s.
|
| RemoteServerImpl | |
| RemoteSlaveDisplayImpl |
RemoteSlaveDisplayImpl is an implementation of a slaved display that
receives its images from a RemoteDisplay (via RMI).
|
| RemoteThingImpl |
RemoteThingImpl is the VisAD remote adapter for ThingImpl.
|
| RemoteThingReferenceImpl |
RemoteThingReferenceImpl is VisAD remote adapter for ThingReferenceImpl.
|
| RendererControl |
RendererControl is the VisAD class for controlling
DisplayRenderer data. |
| SampledSet |
SampledSet is the abstract superclass of GriddedSets, PolyCells and MultiCells.
|
| Scalar |
Scalar is the superclass of the VisAD hierarchy of scalar data.
|
| ScalarMap |
A ScalarMap object defines a mapping from a RealType
to a DisplayRealType.
|
| ScalarMapControlEvent |
ScalarMapControlEvent is the VisAD class for control-related
Events from ScalarMap objects. |
| ScalarMapEvent |
ScalarMapEvent is the VisAD class for Events
from ScalarMap objects. |
| ScalarType |
ScalarType is the superclass of the VisAD hierarchy of scalar data types.
|
| ScaledUnit |
A class that represents a certain amount of a derived unit.
|
| Set |
Set is the abstract superclass of the VisAD hierarchy of sets.
|
| SetType |
SetType is the VisAD data type for subsets of R^n for n>0.
|
| ShadowFunctionOrSetType |
The ShadowFunctionOrSetType class is an abstract parent for
classes that implement ShadowFunctionType or ShadowSetType.
|
| ShadowFunctionType |
The ShadowFunctionType class shadows the FunctionType class,
within a DataDisplayLink.
|
| ShadowRealTupleType |
The ShadowRealTupleType class shadows the RealTupleType class,
within a DataDisplayLink.
|
| ShadowRealType |
The ShadowRealType class shadows the RealType class,
within a DataDisplayLink.
|
| ShadowScalarType |
The ShadowScalarType class shadows the ScalarType class,
within a DataDisplayLink.
|
| ShadowSetType |
The ShadowSetType class shadows the SetType class,
within a DataDisplayLink.
|
| ShadowTextType |
The ShadowTextType class shadows the TextType class,
within a DataDisplayLink.
|
| ShadowTupleType |
The ShadowTupleType class shadows the TupleType class,
within a DataDisplayLink.
|
| ShadowType |
The ShadowType hierarchy shadows the MathType hierarchy, within a
DataDisplayLink.
|
| ShapeControl |
ShapeControl is the VisAD class for controlling Shape display scalars.
|
| SI |
A class that represents the SI system of units.
|
| SimpleSet |
SimpleSet is the abstract superclass of Sets with a unique ManifoldDimension.
|
| SingletonSet |
SingletonSet is the class for Set-s containing one member.
|
| SocketSlaveDisplay |
A SocketSlaveDisplay server wraps around a VisAD display, providing support
for stand-alone remote displays (i.e., not dependent on the VisAD packages)
that communicate with the server using sockets.
|
| SphericalCoordinateSystem |
SphericalCoordinateSystem is the VisAD CoordinateSystem class
for (Latitude, Longitude, Radius) with a Cartesian Reference,
and with Latitude and Longitude in degrees.
|
| Stream2D | |
| Text |
Text is the class of VisAD scalar data for text strings.
|
| TextControl |
TextControl is the VisAD class for controlling Text display scalars.
|
| TextControl.Justification |
A class to represent the different types of justification.
|
| TextType |
TextType is the VisAD scalar data type for text string variables.
|
| ThingChangedEvent |
ThingChangedEvent is the VisAD class for changes in objects
(usually Data objects) referred to by ThingReference objects.
|
| ThingImpl |
ThingImpl is the abstract superclass of the VisAD objects that send
ThingChangedEvents to Actions.
|
| ThingReferenceImpl |
ThingReferenceImpl is a local implementation of ThingReference.
|
| ToggleControl |
ToggleControl is the VisAD class for toggling other Control-s
on and off.
|
| Trajectory | |
| TrajectoryManager | |
| TrajectoryParams |
TrajectoryParams is a class containing parameters for controlling Trajectory Flow rendering.
|
| Tuple |
Tuple is the general VisAD data class for vectors.
|
| TupleType |
TupleType is the general VisAD data type for vectors.
|
| UnionSet |
UnionSet is the union of an array of SampledSets.
|
| Unit |
A class that represents a unit of a quantity.
|
| VisADAppearance |
VisADAppearance stands in for j3d.Switch
and is Serializable.
|
| VisADEvent |
VisADEvent is the VisAD class for Events
passed between Displays. |
| VisADGeometryArray |
VisADGeometryArray stands in for j3d.GeometryArray
and is Serializable.
|
| VisADGroup |
VisADGroup stands in for j3d.Group
and is Serializable.
|
| VisADIndexedTriangleStripArray |
VisADIndexedTriangleStripArray stands in for
j3d.IndexedTriangleStripArray and is Serializable.
|
| VisADLineArray |
VisADLineArray stands in for j3d.LineArray
and is Serializable.
|
| VisADLineStripArray |
VisADLineStripArray stands in for j3d.LineStripArray
and is Serializable.
|
| VisADPointArray |
VisADPointArray stands in for j3d.PointArray
and is Serializable.
|
| VisADQuadArray |
VisADQuadArray stands in for j3d.QuadArray
and is Serializable.
|
| VisADRay |
VisADRay stands in for j3d.PickRay
and is Serializable.
|
| VisADSceneGraphObject |
VisADSceneGraphObject stands in for j3d.SceneGraphObject;
it is the parent of VisAD j3d stand-ins, and is Serializable.
|
| VisADSwitch |
VisADSwitch stands in for j3d.Switch
and is Serializable.
|
| VisADTriangleArray |
VisADTriangleArray stands in for j3d.TrianlgeArray
and is Serializable.
|
| VisADTriangleStripArray |
VisADTriangleStripArray stands in for
j3d.TriangleStripArray and is Serializable.
|
| Enum | Description |
|---|---|
| TrajectoryParams.Method | |
| TrajectoryParams.SmoothParams |
| Exception | Description |
|---|---|
| BadDirectManipulationException |
BadDirectManipulationException is an exception for an illegal
"direct manipulation" with a VisAD display. |
| BadMappingException |
BadMappingException is an exception for an error with
ScalarMaps in a VisAD display. |
| CoordinateSystemException |
CoordinateSystemException is an exception for a bad VisAD
CoordinateSystem. |
| DisplayException |
DisplayException is an exception for an error with a VisAD display. |
| DisplayInterruptException |
DisplayInterruptException is an exception for interrupting data
transformation. |
| DomainException |
Supports exceptions for bad or invalid or inappropriate domains of Fields.
|
| FieldException |
FieldException is an exception for an error with a VisAD field. |
| ReferenceException |
ReferenceException is an exception for an error with a VisAD
DataReference. |
| RemoteVisADException |
RemoteVisADException is an exception for an error with a VisAD Remote class.
|
| SetException |
SetException is an exception for an error with a VisAD sampling. |
| TypeException |
TypeException is an exception for a bad VisAD data type.
|
| UnimplementedException |
UnimplementedException is an exception for a VisAD method not yet
implemented.
|
| UnitException |
A class for exceptions in the units package.
|
| UnitExistsException |
Provides support for attempting to define a unit with a previously-used
identifier.
|
| VisADException |
VisADException is the superclass of all exceptions defined within
the VisAD package. |
| Error | Description |
|---|---|
| VisADError |
VisADError is the superclass of all errors defined within the
VisAD package.
|
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