Index of all Fields and Methods
All Packages Class Hierarchy
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Index of all Fields and Methods
- abbmap.
Variable in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- a map that translates prefixes into powers
- AbbrevFor(int).
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- return the prefix abbreviation that will be used for a given
power, or null if one is not known.
- abbreviate.
Variable in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- if true, use the abbreviation for the scale prefix
- abbreviations.
Variable in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- a container for the prefixes
- abbrevList.
Static variable in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- prefix abbreviations
- absoluteUrlStr(String, URL).
Static method in class Acme.Util
-
- AbsToRelCoordTransform().
Constructor for class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- create a AbsToRelCoordTransform object with default values,
assuming it will operate on up to 2 axes.
- AbsToRelCoordTransform(int).
Constructor for class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- create a AbsToRelCoordTransform object with default values.
- AbsToRelCoordTransform(int, double[], boolean).
Constructor for class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- create a AbsToRelCoordTransform object specifying all internal
data.
- AbsToRelCoordTransform(int, double[], double[], boolean).
Constructor for class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- create a AbsToRelCoordTransform object specifying all internal
data.
- AbsToRelCoordTransform(Metadata).
Constructor for class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
-
create a linear transform based on the specified metadata using the
horizon schema.
- aCoordinateSystem.
Static variable in class ncsa.horizon.util.HorizonMetadata
-
- acos(double).
Static method in class FITSWCS.TrigD
-
- action(Event, Object).
Method in class ncsa.horizon.viewer.ADILViewer
-
- action(Event, Object).
Method in class ncsa.horizon.awt.CursorSettingPanel
- Handle GUI actions.
- action(Event, Object).
Method in class ncsa.horizon.awt.IntScrollPanel
-
- action(Event, Object).
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Handle applet GUI actions.
- action(Event, Object).
Method in class ncsa.horizon.awt.ROISettingPanel
- Handle applet GUI actions.
- action(Event, Object).
Method in class ncsa.horizon.control.ZoomControl
-
- adapt.
Variable in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- if true, this transform--when attached to a CoordinateSystem--will
replace its reference position data with that of the CoordinateSystem
being attached to.
- add(Volume).
Method in class ncsa.horizon.util.Segment
- expand this slice to include the projection of a Volume onto the
slice plane
- add(Volume).
Method in class ncsa.horizon.util.Slice
- expand this slice to include the projection of a Volume onto the
slice plane
- add(Volume).
Method in class ncsa.horizon.util.Volume
- increase the size of this volume just enough to include the
projection of another Volume into this space
- add(Voxel).
Method in class ncsa.horizon.util.Segment
- expand this slice to include the projection of a Voxel onto the
slice plane
- add(Voxel).
Method in class ncsa.horizon.util.Slice
- expand this slice to include the projection of a Voxel onto the
slice plane
- add(Voxel).
Method in class ncsa.horizon.util.Volume
- increase the size of this volume just enough to include the
projection of a Voxel into this space
- addAxis(int).
Method in class ncsa.horizon.coordinates.CoordTransformConstraints
- add an axis index to the end of the list
- addCard(String, Component).
Method in class ncsa.horizon.awt.CardPanel
- Add in a component.
- addElement(Object).
Method in class ncsa.horizon.util.Metavector
- Adds the specified object as the last element of the vector.
- addTransform(CoordTransform).
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- add a forward coordinate transform to this composite assuming an
axis index list of { 0, ..., t.getInAxes()-1 }.
- addTransform(CoordTransform, boolean).
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- add a coordinate transform to this composite assuming an axis index
list of { 0, ..., t.getInAxes()-1 }.
- addTransform(CoordTransform, CoordTransformConstraints).
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- add a coordinate transform to this system with
- addViewable(Viewable).
Method in class ncsa.horizon.viewer.ADILViewer
- replace the current Viewable object with a new one; the display
will not be affected until displaySlice() is called.
- addViewable(Viewable).
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- This method adds a reference to a viewable object.
- addViewable(Viewable).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- replace the current Viewable object with a new one; the display
will not be affected until displaySlice() is called.
- addViewable(Viewable).
Method in class ncsa.horizon.viewer.PosTrackerViewer
- replace the current Viewable object with a new one; the display
will not be affected until displaySlice() is called.
- addViewable(Viewable).
Method in class ncsa.horizon.viewer.SciDat1Viewer
- replace the current Viewable object with a new one; the display
will not be affected until displaySlice() is called.
- addViewable(Viewable).
Method in class ncsa.horizon.viewer.SimpleViewer
- This method adds a reference to a viewable object.
- addViewable(Viewable).
Method in class ncsa.horizon.viewer.Viewer
- This method adds a reference to a viewable object.
- ADILViewer().
Constructor for class ncsa.horizon.viewer.ADILViewer
- create a viewer with no Viewable to display
- ADILViewer(AV_MainCanvas, AV_ImageCanvas, AV_PositionPanel, AV_MagnifierControl).
Constructor for class ncsa.horizon.viewer.ADILViewer
- construct a Viewer using specific subcomponents
- ADILViewer(AV_MainCanvas, AV_ImageCanvas, AV_PositionPanel, AV_MagnifierControl, String).
Constructor for class ncsa.horizon.viewer.ADILViewer
- construct a Viewer using specific subcomponents
- ADILViewer(String).
Constructor for class ncsa.horizon.viewer.ADILViewer
- create a viewer with no Viewable to display
- ADILViewer(Viewable, Slice).
Constructor for class ncsa.horizon.viewer.ADILViewer
- create a viewer and display in it a slice from a viewable image
- AIR.
Static variable in interface FITSWCS.ProjectionType
-
- AIR.
Static variable in class FITSWCS.tests.TestCel
-
- AIR.
Static variable in class FITSWCS.tests.TestProj
-
- AIRProjection().
Constructor for class FITSWCS.projections.AIRProjection
- Create an empty Projection object; a call to setProjParm() must
be made to avoid throwing UnsetProjectionParameterException
- AIRProjection(double).
Constructor for class FITSWCS.projections.AIRProjection
- Create an AIRProjection object
- AIRProjection(double, double).
Constructor for class FITSWCS.projections.AIRProjection
- Create an AIRProjection object
- AIRProjection(double, double[]).
Constructor for class FITSWCS.projections.AIRProjection
- Create an AIRProjection object
- AIRProjection(double[]).
Constructor for class FITSWCS.projections.AIRProjection
- Create an AIRProjection object
- AIT.
Static variable in interface FITSWCS.ProjectionType
-
- AIT.
Static variable in class FITSWCS.tests.TestCel
-
- AIT.
Static variable in class FITSWCS.tests.TestProj
-
- AITProjection().
Constructor for class FITSWCS.projections.AITProjection
- Create an AITProjection object
- AITProjection(double).
Constructor for class FITSWCS.projections.AITProjection
- Create an AITProjection object
- AITProjection(double, double[]).
Constructor for class FITSWCS.projections.AITProjection
- Create an AITProjection object
- AITProjection(double[]).
Constructor for class FITSWCS.projections.AITProjection
- Create an AITProjection object
- applyNamesAndFormatters(Metadata, boolean, int[]).
Method in class ncsa.horizon.coordinates.CoordTransform
- update the "Axes[n].formatter" and "Axes[n].name" metadata in the
given list with the assumption that the transform is being applied
to a system described by the metadata list.
- ARC.
Static variable in interface FITSWCS.ProjectionType
-
- ARC.
Static variable in class FITSWCS.tests.TestCel
-
- ARC.
Static variable in class FITSWCS.tests.TestProj
-
- ARCProjection().
Constructor for class FITSWCS.projections.ARCProjection
- Create an ARCProjection object
- ARCProjection(double).
Constructor for class FITSWCS.projections.ARCProjection
- Create an ARCProjection object
- ARCProjection(double, double[]).
Constructor for class FITSWCS.projections.ARCProjection
- Create an ARCProjection object
- ARCProjection(double[]).
Constructor for class FITSWCS.projections.ARCProjection
- Create an ARCProjection object
- arraycontains(Object[], Object).
Static method in class Acme.Util
-
- asin(double).
Static method in class FITSWCS.TrigD
-
- atan(double).
Static method in class FITSWCS.TrigD
-
- atan2(double, double).
Static method in class FITSWCS.TrigD
-
- attachTransform(CoordTransform).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- attach a coordinate transform to this system
- attachTransform(CoordTransform, boolean).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- attach a coordinate transform to this system
- attachTransform(CoordTransform, CoordTransformConstraints).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- attach a coordinate transform to this system with
- Axes.
Static variable in class ncsa.horizon.coordinates.CoordMetadata
-
- axesMatchingName(Metadata, int, String, int, int).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- return the indices for axes in the input Metadata (as an array of
Integers) whose names match a particular value.
- axesMatchingName(Metadata, String, int).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- same as Integer[] axesMatchingName(in, 0, value, 0, len)
- axesMatchingType(Metadata, int, String, int, int).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- return the indices for axes in the input Metadata (as an array of
Integers) whose types match a particular value.
- axesMatchingType(Metadata, String, int).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- same as Integer[] axesMatchingType(in, 0, value, 0, len)
- axisExactlyMatchingName(Metadata, String).
Static method in class ncsa.horizon.coordinates.CoordMetadata
-
return index for the axis in input Metadata with type exactly matching
input value.
- axisExactlyMatchingType(Metadata, String).
Static method in class ncsa.horizon.coordinates.CoordMetadata
-
return index for the axis in input Metadata with type exactly matching
input value.
- axisPos(int).
Method in class ncsa.horizon.util.Volume
- get the location of the Volume's origin vertex along one axis.
- axisPos(int).
Method in class ncsa.horizon.util.Voxel
- get the projection of the Voxel's position along the i-th axis.
- axisSchema.
Static variable in class ncsa.horizon.coordinates.CoordMetadata
-
- AZP.
Static variable in interface FITSWCS.ProjectionType
-
- AZP.
Static variable in class FITSWCS.tests.TestCel
-
- AZP.
Static variable in class FITSWCS.tests.TestProj
-
- AZPProjection().
Constructor for class FITSWCS.projections.AZPProjection
- Create an empty Projection object; a call to setProjParm() must
be made to avoid throwing UnsetProjectionParameterException
- AZPProjection(double).
Constructor for class FITSWCS.projections.AZPProjection
- Create an AZPProjection object
- AZPProjection(double, double).
Constructor for class FITSWCS.projections.AZPProjection
- Create an AZPProjection object
- AZPProjection(double, double[]).
Constructor for class FITSWCS.projections.AZPProjection
- Create an AZPProjection object
- AZPProjection(double[]).
Constructor for class FITSWCS.projections.AZPProjection
- Create an AZPProjection object
- BadProjectionParameterException().
Constructor for class FITSWCS.exceptions.BadProjectionParameterException
-
- BadProjectionParameterException(String).
Constructor for class FITSWCS.exceptions.BadProjectionParameterException
-
- BadReferenceParameterException().
Constructor for class FITSWCS.exceptions.BadReferenceParameterException
-
- BadReferenceParameterException(String).
Constructor for class FITSWCS.exceptions.BadReferenceParameterException
-
- baseUrlStr(String).
Static method in class Acme.Util
-
- BasicSelectionViewer().
Constructor for class ncsa.horizon.viewer.BasicSelectionViewer
- create a BasicSelectionViewer of default preferred size;
- BasicSelectionViewer(Dimension).
Constructor for class ncsa.horizon.viewer.BasicSelectionViewer
- create a BasicSelectionViewer of specified preferred size;
- BasicSelectionViewer(int, int).
Constructor for class ncsa.horizon.viewer.BasicSelectionViewer
- create a BasicSelectionViewer of specified preferred size;
- BasicViewable(Image).
Constructor for class ncsa.horizon.viewable.BasicViewable
- Constructs a new instance of a BasicViewable that wraps around a
already constructed java Image object;
- BasicViewable(String).
Constructor for class ncsa.horizon.viewable.BasicViewable
- Constructs a new instance of a BasicViewable given a filename string.
- BasicViewable(URL).
Constructor for class ncsa.horizon.viewable.BasicViewable
- Constructs a new instance of a BasicViewable given a URL.
- BON.
Static variable in interface FITSWCS.ProjectionType
-
- BON.
Static variable in class FITSWCS.tests.TestCel
-
- BON.
Static variable in class FITSWCS.tests.TestProj
-
- BONProjection().
Constructor for class FITSWCS.projections.BONProjection
- Create an empty Projection object; a call to setProjParm() must
be made to avoid throwing UnsetProjectionParameterException
- BONProjection(double).
Constructor for class FITSWCS.projections.BONProjection
- Create an BONProjection object
- BONProjection(double, double).
Constructor for class FITSWCS.projections.BONProjection
- Create an BONProjection object
- BONProjection(double, double[]).
Constructor for class FITSWCS.projections.BONProjection
- Create an BONProjection object
- BONProjection(double[]).
Constructor for class FITSWCS.projections.BONProjection
- Create an BONProjection object
- brokenImage(Graphics, Component).
Static method in class Acme.Util
-
- c00.
Static variable in class FITSWCS.projections.CSCProjection
-
- c01.
Static variable in class FITSWCS.projections.CSCProjection
-
- c02.
Static variable in class FITSWCS.projections.CSCProjection
-
- c10.
Static variable in class FITSWCS.projections.CSCProjection
-
- c11.
Static variable in class FITSWCS.projections.CSCProjection
-
- c20.
Static variable in class FITSWCS.projections.CSCProjection
-
- calcDimensions().
Method in class ncsa.horizon.awt.Cursor
- calculate convenience values for use by other methods.
- CAN_EXTRAPOLATE.
Static variable in class ncsa.horizon.util.Volume
- this flag indicates that interpolation is desired, if possible,
when this volume is applied to a data set; otherwise, use only
the intersection of this volume with the dataset domain.
- CAN_INTERPOLATE.
Static variable in class ncsa.horizon.util.Volume
- this flag indicates that interpolation is desired, if possible,
when this volume is applied to a data set; otherwise, use nearest
values.
- canTransform(Metadata).
Method in class ncsa.horizon.coordinates.CoordTransform
- return true if this transform can be logically applied to a
a coordinate system with the specified Metadata.
- canTransform(Metadata, boolean).
Method in class ncsa.horizon.coordinates.CoordTransform
- return true if this transform can be logically applied to a
a coordinate system with the specified Metadata.
- canTransform(Metadata, CoordTransformConstraints).
Method in class ncsa.horizon.coordinates.CoordTransform
- return true if this transform can be logically applied to a
a coordinate system with the specified Metadata using the specified
constraints.
- capacity().
Method in class ncsa.horizon.util.Metavector
- Returns the current capacity of the vector.
- capacityIncrement.
Variable in class ncsa.horizon.util.Metavector
- amount to increase the capacity of the internal array when additional
data slots are needed.
- CAR.
Static variable in interface FITSWCS.ProjectionType
-
- CAR.
Static variable in class FITSWCS.tests.TestCel
-
- CAR.
Static variable in class FITSWCS.tests.TestProj
-
- CardPanel(String, Component).
Constructor for class ncsa.horizon.awt.CardPanel
- Construct the CardPanel.
- CARProjection().
Constructor for class FITSWCS.projections.CARProjection
- Create an CARProjection object
- CARProjection(double).
Constructor for class FITSWCS.projections.CARProjection
- Create an CARProjection object
- CARProjection(double, double[]).
Constructor for class FITSWCS.projections.CARProjection
- Create an CARProjection object
- CARProjection(double[]).
Constructor for class FITSWCS.projections.CARProjection
- Create an CARProjection object
- CDDMMSSAxisPosFormatter().
Constructor for class ncsa.horizon.coordinates.formatters.CDDMMSSAxisPosFormatter
-
- cdelt.
Variable in class FITSWCS.LinearTransform
-
- CEA.
Static variable in interface FITSWCS.ProjectionType
-
- CEA.
Static variable in class FITSWCS.tests.TestCel
-
- CEA.
Static variable in class FITSWCS.tests.TestProj
-
- CEAProjection().
Constructor for class FITSWCS.projections.CEAProjection
- Create an empty Projection object; a call to setProjParm() must
be made to avoid throwing UnsetProjectionParameterException
- CEAProjection(double).
Constructor for class FITSWCS.projections.CEAProjection
- Create an CEAProjection object
- CEAProjection(double, double).
Constructor for class FITSWCS.projections.CEAProjection
- Create an CEAProjection object
- CEAProjection(double, double[]).
Constructor for class FITSWCS.projections.CEAProjection
- Create an CEAProjection object
- CEAProjection(double[]).
Constructor for class FITSWCS.projections.CEAProjection
- Create an CEAProjection object
- CelestialTransform(String, double, double, double, double, double[]).
Constructor for class FITSWCS.CelestialTransform
- Construct a CelestialTransform object taking the reference parameters
as four seperate arguments (reflong, reflat, longpole, latpole).
- CelestialTransform(String, double[], double, double[]).
Constructor for class FITSWCS.CelestialTransform
- Construct a CelestialTransform object
- CelestialTransform(String, double[], double[]).
Constructor for class FITSWCS.CelestialTransform
- Construct a CelestialTransform object
- CENTER.
Static variable in class ncsa.horizon.awt.ROI
- The inside area of the bounding rectangle.
- CHANGE_ZOOM.
Static variable in class ncsa.horizon.viewer.ADILViewer
- a logical event type requesting a change in the zoom factor
- charCount(String, char).
Static method in class Acme.Util
-
- clone().
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- create a copy of this Transform
- clone().
Method in class ncsa.horizon.viewer.ADILViewer
-
produce a copy of this viewer.
- clone().
Method in interface ncsa.horizon.coordinates.AxisPosFormatter
-
- clone().
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- Create a clone of this Viewer Panel.
- clone().
Method in class ncsa.horizon.coordinates.formatters.CDDMMSSAxisPosFormatter
-
- clone().
Method in class ncsa.horizon.coordinates.CoordinateSystem
- clone this object
- clone().
Method in class ncsa.horizon.coordinates.CoordPos
- clone this object.
- clone().
Method in class ncsa.horizon.coordinates.CoordTransform
- create a copy of this Transform
- clone().
Method in class ncsa.horizon.coordinates.formatters.DDMMSSAxisPosFormatter
-
- clone().
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
- create a copy of this Transform
- clone().
Method in class ncsa.horizon.coordinates.formatters.GenericAxisPosFormatter
-
- clone().
Method in class ncsa.horizon.coordinates.formatters.HHMMSSAxisPosFormatter
-
- clone().
Method in class ncsa.horizon.awt.ImageCanvas
- make a copy of this canvas in an efficient manner
- clone().
Method in class ncsa.horizon.util.ImageDataOrigin
-
- clone().
Method in class ncsa.horizon.util.ImageDisplayMap
-
- clone().
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- create a copy of this Transform
- clone().
Method in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- create a copy of this Transform
- clone().
Method in class ncsa.horizon.util.Metadata
- Clones this metadata object.
- clone().
Method in class ncsa.horizon.util.Metavector
- Clones this metavector.
- clone().
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
-
- clone().
Method in class ncsa.horizon.coordinates.formatters.NRAOStokesFormatter
-
- clone().
Method in class ncsa.horizon.viewer.PosTrackerViewer
-
produce a copy of this viewer.
- clone().
Method in class ncsa.horizon.viewer.SciDat1Viewer
-
produce a copy of this viewer.
- clone().
Method in class ncsa.horizon.util.Segment
- create a deep copy of this object
- clone().
Method in class ncsa.horizon.viewer.SimpleViewer
- Create a clone of this Viewer Panel.
- clone().
Method in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
- create a copy of this Transform
- clone().
Method in class ncsa.horizon.util.Slice
- create a deep copy of this object
- clone().
Method in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- create a copy of this Transform
- clone().
Method in class ncsa.horizon.viewer.Viewer
- create a clone of this Viewer Panel
- clone().
Method in class ncsa.horizon.util.Volume
- create a deep copy of this object
- clone().
Method in class ncsa.horizon.util.Voxel
- create a deep copy of this Voxel
- cloneDefaults().
Method in class ncsa.horizon.util.Metadata
- clone the defaults metadata.
- cloneDefaults().
Method in class ncsa.horizon.util.Metavector
-
clone the defaults metavector.
- cmdata.
Variable in class ncsa.horizon.coordinates.CoordinateSystem
-
- cmdata.
Variable in class ncsa.horizon.coordinates.CoordPos
-
- COD.
Static variable in interface FITSWCS.ProjectionType
-
- COD.
Static variable in class FITSWCS.tests.TestCel
-
- COD.
Static variable in class FITSWCS.tests.TestProj
-
- code.
Static variable in interface FITSWCS.ProjectionType
-
- CODProjection().
Constructor for class FITSWCS.projections.CODProjection
- Create an empty Projection object; a call to setProjParm() must
be made to avoid throwing UnsetProjectionParameterException
- CODProjection(double, double).
Constructor for class FITSWCS.projections.CODProjection
- Create an CODProjection object with a given oblateness
- CODProjection(double, double, double).
Constructor for class FITSWCS.projections.CODProjection
- Create an CODProjection object
- CODProjection(double, double[]).
Constructor for class FITSWCS.projections.CODProjection
- Create an CODProjection object
- CODProjection(double[]).
Constructor for class FITSWCS.projections.CODProjection
- Create an CODProjection object
- COE.
Static variable in interface FITSWCS.ProjectionType
-
- COE.
Static variable in class FITSWCS.tests.TestCel
-
- COE.
Static variable in class FITSWCS.tests.TestProj
-
- COEProjection().
Constructor for class FITSWCS.projections.COEProjection
- Create an empty Projection object; a call to setProjParm() must
be made to avoid throwing UnsetProjectionParameterException
- COEProjection(double, double).
Constructor for class FITSWCS.projections.COEProjection
- Create an COEProjection object with a given oblateness
- COEProjection(double, double, double).
Constructor for class FITSWCS.projections.COEProjection
- Create an COEProjection object
- COEProjection(double, double[]).
Constructor for class FITSWCS.projections.COEProjection
- Create an COEProjection object
- COEProjection(double[]).
Constructor for class FITSWCS.projections.COEProjection
- Create an COEProjection object
- color.
Variable in class ncsa.horizon.awt.Cursor
-
- colorArray.
Variable in class ncsa.horizon.awt.CursorSettingPanel
-
- colorArray.
Variable in class ncsa.horizon.awt.LineSelectionSettingPanel
-
- colorArray.
Variable in class ncsa.horizon.awt.ROISettingPanel
-
- colorChoice.
Variable in class ncsa.horizon.awt.CursorSettingPanel
- Choice to set Color and Style of the cursor
- colorChoice.
Variable in class ncsa.horizon.awt.LineSelectionSettingPanel
- Choice to set ls's Color
- colorChoice.
Variable in class ncsa.horizon.awt.ROISettingPanel
- Choice to set roi's Color
- component.
Variable in class ncsa.horizon.awt.Cursor
-
- ComputerGraphicsViewable(Image).
Constructor for class ncsa.horizon.viewable.ComputerGraphicsViewable
- Constructs a new instance of a ComputerGraphicsViewable that wraps
around an already constructed java Image object;
- ComputerGraphicsViewable(String).
Constructor for class ncsa.horizon.viewable.ComputerGraphicsViewable
- Constructs a new instance of a ComputerGraphicsViewable given a
filename string.
- ComputerGraphicsViewable(URL).
Constructor for class ncsa.horizon.viewable.ComputerGraphicsViewable
- Constructs a new instance of a ComputerGraphicsViewable given a URL.
- contains(Object).
Method in class ncsa.horizon.util.Metavector
- Returns true if the specified object is a value of the
collection.
- COO.
Static variable in interface FITSWCS.ProjectionType
-
- COO.
Static variable in class FITSWCS.tests.TestCel
-
- COO.
Static variable in class FITSWCS.tests.TestProj
-
- COOProjection().
Constructor for class FITSWCS.projections.COOProjection
- Create an empty Projection object; a call to setProjParm() must
be made to avoid throwing UnsetProjectionParameterException
- COOProjection(double, double).
Constructor for class FITSWCS.projections.COOProjection
- Create an COOProjection object with a given oblateness
- COOProjection(double, double, double).
Constructor for class FITSWCS.projections.COOProjection
- Create an COOProjection object
- COOProjection(double, double[]).
Constructor for class FITSWCS.projections.COOProjection
- Create an COOProjection object
- COOProjection(double[]).
Constructor for class FITSWCS.projections.COOProjection
- Create an COOProjection object
- coord.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- coord.
Variable in class ncsa.horizon.viewer.BasicSelectionViewer
- CoordinateSystem object for converting between data pixels and
world coordinates
- coord.
Variable in class ncsa.horizon.viewable.BasicViewable
-
- coord.
Variable in class ncsa.horizon.viewable.ComputerGraphicsViewable
-
- coord.
Variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
- CoordinateSystem object for converting between data pixels and
world coordinates
- coord.
Variable in class ncsa.horizon.viewer.SciDat1Viewer
-
- CoordinateSystem().
Constructor for class ncsa.horizon.coordinates.CoordinateSystem
- Construct a CoordinateSystem object with 2 default axes
- CoordinateSystem(int).
Constructor for class ncsa.horizon.coordinates.CoordinateSystem
- Construct a CoordinateSystem object
- CoordinateSystem(int, Metadata).
Constructor for class ncsa.horizon.coordinates.CoordinateSystem
- Construct a CoordinateSystem object
- CoordinateSystem(int, Metadata, CoordTransform, CoordTransformConstraints).
Constructor for class ncsa.horizon.coordinates.CoordinateSystem
- Construct a CoordinateSystem using the specified transforms
- CoordinateSystem(int, Metadata, Vector, Vector).
Constructor for class ncsa.horizon.coordinates.CoordinateSystem
- Construct a CoordinateSystem using the specified transforms
- CoordinateSystem(Metadata).
Constructor for class ncsa.horizon.coordinates.CoordinateSystem
- Construct a CoordinateSystem object
- CoordMetadata().
Constructor for class ncsa.horizon.coordinates.CoordMetadata
- Construct a CoordMetadata object with one axis with default
values for the standard coordinate metadata
- CoordMetadata(boolean).
Constructor for class ncsa.horizon.coordinates.CoordMetadata
-
- CoordMetadata(int).
Constructor for class ncsa.horizon.coordinates.CoordMetadata
- Creates an empty metadatum list with specified defaults.
- CoordMetadata(int, Metadata).
Constructor for class ncsa.horizon.coordinates.CoordMetadata
- Create a Metadata object describing a coordinate system with a
given number of axes.
- CoordMetadata(Metadata).
Constructor for class ncsa.horizon.coordinates.CoordMetadata
- Creates an empty metadatum list with specified defaults.
- CoordPos(int).
Constructor for class ncsa.horizon.coordinates.CoordPos
- Construct a default coordinate position in a system with a specified
number of axes.
- CoordPos(int, double[], double, String[], String, AxisPosFormatter[], AxisPosFormatter, Metadata).
Constructor for class ncsa.horizon.coordinates.CoordPos
- Construct a CoordPos object, specifying all of its internal data.
- CoordPos(int, double[], Metadata).
Constructor for class ncsa.horizon.coordinates.CoordPos
- Construct a default coordinate position in a system with a specified
number of axes and an initial position.
- CoordPos(int, double[], String[], AxisPosFormatter[], Metadata).
Constructor for class ncsa.horizon.coordinates.CoordPos
- Construct a CoordPos object, specifying all of its internal data.
- CoordPos(int, Metadata).
Constructor for class ncsa.horizon.coordinates.CoordPos
- Construct a default coordinate position in a system with a specified
number of axes.
- CoordPos(Metadata).
Constructor for class ncsa.horizon.coordinates.CoordPos
- Construct a default coordinate position in a system with a specified
number of axes.
- CoordPos(Metadata, double[]).
Constructor for class ncsa.horizon.coordinates.CoordPos
- Construct a default coordinate position in a system with a specified
number of axes.
- coordSys.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- coordsys.
Variable in class ncsa.horizon.viewable.SimpleViewable
-
- CoordTransform().
Constructor for class ncsa.horizon.coordinates.CoordTransform
-
- CoordTransformConstraints().
Constructor for class ncsa.horizon.coordinates.CoordTransformConstraints
- create a CoordTransformConstraints with an empty Axis Index List
- CoordTransformConstraints(int).
Constructor for class ncsa.horizon.coordinates.CoordTransformConstraints
- create a CoordTransformConstraints with an Axis Index List
containing the numbers 0 through n-1 in order.
- CoordTransformConstraints(int[]).
Constructor for class ncsa.horizon.coordinates.CoordTransformConstraints
- create a CoordTransformConstraints with an initial Axis Index List
specified by the given array.
- CoordTransformConstraints(int[], boolean).
Constructor for class ncsa.horizon.coordinates.CoordTransformConstraints
- create a CoordTransformConstraints with an initial Axis Index List
specified by the given array.
- CoordTransformException().
Constructor for class ncsa.horizon.coordinates.CoordTransformException
-
- CoordTransformException(double[]).
Constructor for class ncsa.horizon.coordinates.CoordTransformException
-
- CoordTransformException(String).
Constructor for class ncsa.horizon.coordinates.CoordTransformException
-
- CoordTransformException(String, double[]).
Constructor for class ncsa.horizon.coordinates.CoordTransformException
-
- COP.
Static variable in interface FITSWCS.ProjectionType
-
- COP.
Static variable in class FITSWCS.tests.TestCel
-
- COP.
Static variable in class FITSWCS.tests.TestProj
-
- COPProjection().
Constructor for class FITSWCS.projections.COPProjection
- Create an empty Projection object; a call to setProjParm() must
be made to avoid throwing UnsetProjectionParameterException
- COPProjection(double, double).
Constructor for class FITSWCS.projections.COPProjection
- Create an COPProjection object with a given oblateness
- COPProjection(double, double, double).
Constructor for class FITSWCS.projections.COPProjection
- Create an COPProjection object
- COPProjection(double, double[]).
Constructor for class FITSWCS.projections.COPProjection
- Create an COPProjection object
- COPProjection(double[]).
Constructor for class FITSWCS.projections.COPProjection
- Create an COPProjection object
- copyInto(Metavector).
Method in class ncsa.horizon.util.Metavector
- Copies the elements of this Metavector into another Metavector
- copyInto(Object[]).
Method in class ncsa.horizon.util.Metavector
- Copies the elements of this vector into the specified array.
- copyIntoVector().
Method in class ncsa.horizon.util.Metavector
- Create a java.util.Vector object containing a shallow copy of
the data in this metavector object.
- copyMetadata(Hashtable).
Method in class ncsa.horizon.util.Metadata
- Copy all the data from a Hashtable whose keys are of type
String into the primary data list.
- copyMetadata(Metadata).
Method in class ncsa.horizon.util.Metadata
- Copy all the data from another Metadata object into the primary data
list.
- CorruptedMetadataException().
Constructor for class ncsa.horizon.util.CorruptedMetadataException
-
- CorruptedMetadataException(String).
Constructor for class ncsa.horizon.util.CorruptedMetadataException
-
- CorruptedMetadataException(String, String).
Constructor for class ncsa.horizon.util.CorruptedMetadataException
-
- cos(double).
Static method in class FITSWCS.TrigD
-
- countOnes(byte).
Static method in class Acme.Util
-
- countOnes(int).
Static method in class Acme.Util
-
- countOnes(long).
Static method in class Acme.Util
-
- cpixtrx.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- createCoordSys().
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- create the coordinate system described by this metadata set.
- createCoordSys(Metadata).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- create the coordinate system described by a metadata set.
- createDefaultSlice(Viewable).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
-
- crpix.
Variable in class FITSWCS.LinearTransform
-
- CSC.
Static variable in interface FITSWCS.ProjectionType
-
- CSC.
Static variable in class FITSWCS.tests.TestCel
-
- CSC.
Static variable in class FITSWCS.tests.TestProj
-
- CSCProjection().
Constructor for class FITSWCS.projections.CSCProjection
- Create an CSCProjection object
- CSCProjection(double).
Constructor for class FITSWCS.projections.CSCProjection
- Create an CSCProjection object
- CSCProjection(double, double[]).
Constructor for class FITSWCS.projections.CSCProjection
- Create an CSCProjection object
- CSCProjection(double[]).
Constructor for class FITSWCS.projections.CSCProjection
- Create an CSCProjection object
- cursor.
Variable in class ncsa.horizon.awt.CursorSettingPanel
- The cursor to be controlled by this CursorSettingPanel.
- Cursor().
Constructor for class ncsa.horizon.awt.Cursor
- Create a Cursor in the default style and size.
- Cursor(Component).
Constructor for class ncsa.horizon.awt.Cursor
- Create a Cursor for a given component.
- Cursor(int, int).
Constructor for class ncsa.horizon.awt.Cursor
- Create a Cursor with a given size and style.
- cursorMaster.
Variable in class ncsa.horizon.awt.CursorSettingPanel
- The component to which cursor associated.
- CursorSettingPanel(Cursor, Component).
Constructor for class ncsa.horizon.awt.CursorSettingPanel
- Create a CursorSettingPanel.
- customZm.
Variable in class ncsa.horizon.control.ZoomControl
- The TextField for user to
type in custom zooming factor and
show the current zooming factor.
- CYP.
Static variable in interface FITSWCS.ProjectionType
-
- CYP.
Static variable in class FITSWCS.tests.TestCel
-
- CYP.
Static variable in class FITSWCS.tests.TestProj
-
- CYPProjection().
Constructor for class FITSWCS.projections.CYPProjection
- Create an empty Projection object; a call to setProjParm() must
be made to avoid throwing UnsetProjectionParameterException
- CYPProjection(double, double).
Constructor for class FITSWCS.projections.CYPProjection
- Create an CYPProjection object with a given oblateness
- CYPProjection(double, double, double).
Constructor for class FITSWCS.projections.CYPProjection
- Create an CYPProjection object
- CYPProjection(double, double[]).
Constructor for class FITSWCS.projections.CYPProjection
- Create an CYPProjection object
- CYPProjection(double[]).
Constructor for class FITSWCS.projections.CYPProjection
- Create an CYPProjection object
- d0.
Static variable in class FITSWCS.projections.CSCProjection
-
- d1.
Static variable in class FITSWCS.projections.CSCProjection
-
- D2R.
Static variable in class FITSWCS.Projection
-
- d2r.
Static variable in class FITSWCS.TrigD
-
- data.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- data.
Variable in class ncsa.horizon.util.ImageDisplayMap
- the 2-d portion of data being displayed
- data.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- data.
Variable in class ncsa.horizon.viewer.SciDat1Viewer
-
- DDMMSSAxisPosFormatter().
Constructor for class ncsa.horizon.coordinates.formatters.DDMMSSAxisPosFormatter
-
- decodeLogicalEvent(Event).
Static method in class ncsa.horizon.viewer.ADILViewer
- decode a Logical Event argument
- deepClone().
Method in class ncsa.horizon.util.Metadata
- create a semi-deep clone.
- deepClone().
Method in class ncsa.horizon.util.Metavector
- create a semi-deep clone.
- DEF_PREC.
Static variable in class ncsa.horizon.coordinates.formatters.CDDMMSSAxisPosFormatter
-
default precision = 2.
- DEF_PREC.
Static variable in class ncsa.horizon.coordinates.formatters.DDMMSSAxisPosFormatter
-
default precision = 2.
- DEF_PREC.
Static variable in class ncsa.horizon.coordinates.formatters.HHMMSSAxisPosFormatter
-
default precision = 2.
- defaultDecFormatter.
Static variable in class ncsa.horizon.coordinates.FITSCoordMetadata
-
- defaultDisplayHeight.
Static variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
- default height of display area if not specified in constructor
- defaultDisplayWidth.
Static variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
- default width of display area if not specified in constructor
- defaultLinearFormatter.
Static variable in class ncsa.horizon.coordinates.FITSCoordMetadata
-
- defaultRAFormatter.
Static variable in class ncsa.horizon.coordinates.FITSCoordMetadata
-
- defaults.
Variable in class ncsa.horizon.util.Metadata
- the default Metadata values
- defaults.
Variable in class ncsa.horizon.util.Metavector
- The default values
- defaultSize().
Method in class ncsa.horizon.util.Metavector
- Returns the number of elements in the vector.
- defaultview.
Variable in class ncsa.horizon.viewable.BasicViewable
-
- defaultview.
Variable in class ncsa.horizon.viewable.ComputerGraphicsViewable
-
- defaultView.
Variable in class ncsa.horizon.viewable.SimpleViewable
-
- defautlDisplayHeight.
Static variable in class ncsa.horizon.viewer.PosTrackerViewer
- default height of display area if not specified in constructor
- defautlDisplayWidth.
Static variable in class ncsa.horizon.viewer.PosTrackerViewer
- default width of display area if not specified in constructor
- defPosPrinter.
Static variable in class ncsa.horizon.coordinates.CoordinateSystem
-
- defPosPrinter.
Static variable in class ncsa.horizon.coordinates.CoordPos
-
- delegate.
Variable in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
-
- delta_xField.
Variable in class ncsa.horizon.awt.LineSelectionSettingPanel
- LabeledField to set and show ls's current position, width, and height.
- delta_yField.
Variable in class ncsa.horizon.awt.LineSelectionSettingPanel
- LabeledField to set and show ls's current position, width, and height.
- detach().
Method in class ncsa.horizon.util.Metadata
- replace the internal default Metadata with a copy (via deepClone()),
detaching control of the defaults from the originator of this
Metadata.
- detach().
Method in class ncsa.horizon.util.Metavector
- replace the internal default Metavector with a copy, detaching
control of the defaults from the originator of this Metavector.
- detachedClone().
Method in class ncsa.horizon.util.Metadata
- Like clone(), except that a copy of the defaults metadata is also
made.
- detachedClone().
Method in class ncsa.horizon.util.Metavector
- Like clone(), except that a copy of the defaults metavector is also
made.
- determineConstraints(CoordTransform).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- make an educated guess as to the proper way to apply a transform
to this coordinate system.
- determineConstraints(CoordTransform, boolean).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- make an educated guess as to the proper way to apply a transform
to this coordinate system.
- determineConstraints(Metadata).
Method in class ncsa.horizon.coordinates.CoordTransform
- make an educated guess as to the proper way to apply this transform
to a coordinate system with the specified Metadata.
- determineConstraints(Metadata, boolean).
Method in class ncsa.horizon.coordinates.CoordTransform
- make an educated guess as to the proper way to apply this transform
to a coordinate system with the specified Metadata.
- determineConstraints(Metadata, boolean).
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
- make an educated guess as to the proper way to apply this transform
to a coordinate system with the specified Metadata.
- determineConstraints(Metadata, boolean).
Method in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- make an educated guess as to the proper way to apply this transform
to a coordinate system with the specified Metadata.
- determineConstraints(Metadata, boolean).
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- make an educated guess as to the proper way to apply this transform
to a coordinate system with the specified Metadata.
- determineConstraints(Metadata, boolean).
Method in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- make an educated guess as to the proper way to apply this transform
to a coordinate system with the specified Metadata.
- dimension.
Variable in class ncsa.horizon.viewable.BasicViewable
-
- dimension.
Variable in class ncsa.horizon.viewable.ComputerGraphicsViewable
-
- dimension.
Variable in class ncsa.horizon.viewable.SimpleViewable
-
- directionString(int).
Method in class ncsa.horizon.awt.ROI
- Translate a direction integer to a String representation.
- display.
Variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
- A canvas used to display the image and hanle the selection
events
- display.
Variable in class ncsa.horizon.util.ImageDisplayMap
- the 2-d region that the data is displayed to
- display.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- displayImage(Image).
Method in class ncsa.horizon.awt.ImageCanvas
-
- displaySlice().
Method in class ncsa.horizon.viewer.ADILViewer
- display a default slice of the current Viewable
- displaySlice().
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- Display a default slice of the current Viewable.
- displaySlice().
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- Display a default slice of the current Viewable.
- displaySlice().
Method in class ncsa.horizon.viewer.PosTrackerViewer
- display a default slice of the current Viewable
- displaySlice().
Method in class ncsa.horizon.viewer.SciDat1Viewer
- display a default slice of the current Viewable
- displaySlice().
Method in class ncsa.horizon.viewer.SimpleViewer
- Display a default slice of the current Viewable.
- displaySlice().
Method in class ncsa.horizon.viewer.Viewer
- display a default slice of the current Viewable
- displaySlice(Slice).
Method in class ncsa.horizon.viewer.ADILViewer
- display a slice from the current Viewable data, or do nothing if
the current Viewable is not set.
- displaySlice(Slice).
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- Display a slice from the current Viewable data, or do nothing if
the current Viewable is not set.
- displaySlice(Slice).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- display a slice from the current Viewable data, or do nothing if
the current Viewable is not set.
- displaySlice(Slice).
Method in class ncsa.horizon.viewer.PosTrackerViewer
- display a slice from the current Viewable data, or do nothing if
the current Viewable is not set.
- displaySlice(Slice).
Method in class ncsa.horizon.viewer.SciDat1Viewer
- display a slice from the current Viewable data, or do nothing if
the current Viewable is not set.
- displaySlice(Slice).
Method in class ncsa.horizon.viewer.SimpleViewer
- Display a slice from the current Viewable data, or do nothing if
the current Viewable is not set.
- displaySlice(Slice).
Method in class ncsa.horizon.viewer.Viewer
- display a slice from the current Viewable data, or do nothing if
the current Viewable is not set.
- displaySlice(Viewable).
Method in class ncsa.horizon.viewer.ImageCanvasViewerImpl
-
- displaySlice(Viewable, Slice).
Method in class ncsa.horizon.viewer.ImageCanvasViewerImpl
-
- displayViewable().
Method in class ncsa.horizon.viewer.ADILViewer
- display a default slice of the current Viewable
- displayViewable().
Method in class ncsa.horizon.viewer.SciDat1Viewer
- display a default slice of the current Viewable
- doclear.
Variable in class ncsa.horizon.awt.ImageCanvas
-
- doubleToString(double).
Static method in class Acme.Util
-
- drag(int, int).
Method in class ncsa.horizon.awt.Cursor
- Drag this cursor to a given location.
- drag(int, int).
Method in class ncsa.horizon.awt.ROI
- Drag this ROI to a given location.
- draw(Graphics).
Method in class ncsa.horizon.awt.Cursor
- Draw the cursor at its current location.
- draw(Graphics).
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
- draw the selection widgets
- draw(Graphics).
Method in class ncsa.horizon.awt.Line
- draw this line
- draw(Graphics).
Method in class ncsa.horizon.awt.LineSelection
- Draw the LineSelection at its current location.
- draw(Graphics).
Method in class ncsa.horizon.awt.ROI
- Draw the ROI at its current location.
- draw(Graphics, Color).
Method in class ncsa.horizon.awt.Line
- draw this line with color
- drawBox.
Variable in class ncsa.horizon.viewer.BasicSelectionViewer
- a flag that is true if the last selected box should be drawn
- drawLine.
Variable in class ncsa.horizon.viewer.BasicSelectionViewer
- a flag that is true if the last selected line should be drawn
- drawPixel.
Variable in class ncsa.horizon.viewer.BasicSelectionViewer
- a flag that is true if the last selected pixel should be drawn
- drawSpline(Graphics, int, int, int, int, int, int).
Static method in class Acme.Util
-
- drawThickLine(Graphics, int, int, int, int, int).
Static method in class Acme.Util
-
- drop(int, int).
Method in class ncsa.horizon.awt.Cursor
- Drop this cursor.
- drop(int, int).
Method in class ncsa.horizon.awt.ROI
- Drop this Region Of Interest.
- EAST.
Static variable in class ncsa.horizon.awt.ROI
- The right edge of the bounding rectangle.
- elementAt(int).
Method in class ncsa.horizon.util.Metavector
- Returns the element at the specified index.
- elementAt(int, Object).
Method in class ncsa.horizon.util.Metavector
- Returns the element at the specified index.
- elementCount.
Variable in class ncsa.horizon.util.Metavector
- The number of elements in the array
- elementData.
Variable in class ncsa.horizon.util.Metavector
- The buffer where elements are stored.
- elements().
Method in class ncsa.horizon.util.Metavector
- Returns an enumeration of the elements.
- encodeLogicalEvent(Event, int, int, String).
Static method in class ncsa.horizon.viewer.ADILViewer
- encode a logical event into the arg field of the given Event
- endPoint().
Method in class ncsa.horizon.awt.Line
- Return a copy the end point.
- ensureCapacity(int).
Method in class ncsa.horizon.util.Metavector
- Ensures that the vector has at least the specified capacity.
- equals(Volume).
Method in class ncsa.horizon.util.Volume
- return true if another Volume (in principle) samples the same
data as this Volume.
- equals(Voxel).
Method in class ncsa.horizon.util.Voxel
- return true if another Voxel is (in principle) at the same location
as this Voxel.
- eraseElementAt(int).
Method in class ncsa.horizon.util.Metavector
-
erases the current value of an element, returning it to its default
value.
- ERROR_FLAG.
Static variable in class ncsa.horizon.viewable.SimpleViewable
- an error occurred during file load
- errState.
Variable in class ncsa.horizon.util.Metarunner
- value of the error state resulting from the last execution of this
Runnable
- ETCHIN.
Static variable in class ncsa.horizon.awt.Separator
-
- ETCHOUT.
Static variable in class ncsa.horizon.awt.Separator
-
- euler.
Variable in class FITSWCS.CelestialTransform
- Euler angles and associated intermediaries derived from the
coordinate reference values.
- euler.
Variable in class FITSWCS.SphericalTransform
-
- even(long).
Static method in class Acme.Util
-
- executeRunners.
Variable in class ncsa.horizon.util.Metadata
- true if Runnable objects should be executed to obtain values
for requested metadata when available.
- executeRunners.
Variable in class ncsa.horizon.util.Metavector
- true if Runnable objects should be executed to obtain values
for requested metadata when available.
- fetchDatum(Metarunner).
Static method in class ncsa.horizon.util.Metarunner
- create a Thread, execute the specified Metarunnable, wait for its
completion, then return the result.
- fetchDatum(String, Metarunner).
Method in class ncsa.horizon.util.Metadata
- Execute a Metarunner that fetches the value of a specifed key
and stores the result into this Metadata list
- fetcher.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- fetchMetadatum(String).
Method in class ncsa.horizon.util.Metadata
- execute the runner (if it exists and is accessible) for the
specified key, and return its value.
- firstAxisIndex.
Variable in class ncsa.horizon.util.Volume
-
- firstAxisIndex.
Variable in class ncsa.horizon.util.Voxel
-
- firstAxisMatchingName(Metadata, int, String, int, int).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- return index for the first axis in the input Metadata
with a type matching the input value.
- firstAxisMatchingName(Metadata, String).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- same as String firstAxisMatchingName(in, 0, value, 0, 0)
- firstAxisMatchingType(Metadata, int, String, int, int).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- return index for the first axis in the input Metadata
with a type matching the input value.
- firstAxisMatchingType(Metadata, String).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- same as String firstAxisMatchingType(in, 0, value, 0, 0)
- firstElement().
Method in class ncsa.horizon.util.Metavector
- Returns the first element of the sequence.
- FITSCoordMetadata().
Constructor for class ncsa.horizon.coordinates.FITSCoordMetadata
- Construct a CoordMetadata list for a FITS image
- FITSCoordMetadata(int).
Constructor for class ncsa.horizon.coordinates.FITSCoordMetadata
- Creates an empty metadatum list with specified defaults.
- FITSCoordMetadata(int, Metadata).
Constructor for class ncsa.horizon.coordinates.FITSCoordMetadata
- Creates an metadatum list for a coordinate system with naxes axes
- FITSCoordMetadata(Metadata).
Constructor for class ncsa.horizon.coordinates.FITSCoordMetadata
- Creates an empty metadatum list with specified defaults.
- FITSImageDataOrigin().
Constructor for class ncsa.horizon.util.FITSImageDataOrigin
- create a FITSImageDataOrigin object with default values (height = 0).
- FITSImageDataOrigin(int).
Constructor for class ncsa.horizon.util.FITSImageDataOrigin
- create a FITSImageDataOrigin object with xsize = ysize = 1.
- FITSImageDataOrigin(int, int, double, double).
Constructor for class ncsa.horizon.util.FITSImageDataOrigin
- create a fully specified FITSImageDataOrigin object.
- FITSkeyval(String).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- return the value portion of a key-value pair from FITS header line.
- FITSProjectionCoordTransform().
Constructor for class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
-
- FITSProjectionCoordTransform(String, double[]).
Constructor for class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
-
- FITSProjectionCoordTransform(String, double[], String[]).
Constructor for class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
-
- FITSProjectionCoordTransform(String[]).
Constructor for class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
-
- FITSWCSException().
Constructor for class FITSWCS.exceptions.FITSWCSException
-
- FITSWCSException(String).
Constructor for class FITSWCS.exceptions.FITSWCSException
-
- fixDirUrlStr(String).
Static method in class Acme.Util
-
- fixed.
Variable in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- if true, the prefix to be used is fixed
- fixedRead(InputStream, byte[], int, int).
Static method in class Acme.Util
-
- fixPrefix().
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- when formatting values with toString(double), attempt to use the
current default output prefix (set either at construction or during
the last call to fixPrefix(int).
- fixPrefix(int).
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- when formatting values with toString(double), attempt to use the
prefix associated with this power.
- flags.
Variable in class ncsa.horizon.viewable.SimpleViewable
-
- flags.
Variable in class ncsa.horizon.util.Volume
-
flags that indicate how this volume can be used; objects operating
with this volume, may choose to ignore this value.
- flattenStrarr(String[]).
Static method in class Acme.Util
-
- fmatrix.
Variable in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
-
- Fmt().
Constructor for class Acme.Fmt
-
- fmt(byte).
Static method in class Acme.Fmt
-
- fmt(byte, int).
Static method in class Acme.Fmt
-
- fmt(byte, int, int).
Static method in class Acme.Fmt
-
- fmt(char).
Static method in class Acme.Fmt
-
- fmt(char, int).
Static method in class Acme.Fmt
-
- fmt(char, int, int).
Static method in class Acme.Fmt
-
- fmt(double).
Static method in class Acme.Fmt
-
- fmt(double, int).
Static method in class Acme.Fmt
-
- fmt(double, int, int).
Static method in class Acme.Fmt
-
- fmt(double, int, int, int).
Static method in class Acme.Fmt
-
- fmt(float).
Static method in class Acme.Fmt
-
- fmt(float, int).
Static method in class Acme.Fmt
-
- fmt(float, int, int).
Static method in class Acme.Fmt
-
- fmt(float, int, int, int).
Static method in class Acme.Fmt
-
- fmt(int).
Static method in class Acme.Fmt
-
- fmt(int, int).
Static method in class Acme.Fmt
-
- fmt(int, int, int).
Static method in class Acme.Fmt
-
- fmt(long).
Static method in class Acme.Fmt
-
- fmt(long, int).
Static method in class Acme.Fmt
-
- fmt(long, int, int).
Static method in class Acme.Fmt
-
- fmt(Object).
Static method in class Acme.Fmt
-
- fmt(Object, int).
Static method in class Acme.Fmt
-
- fmt(Object, int, int).
Static method in class Acme.Fmt
-
- fmt(short).
Static method in class Acme.Fmt
-
- fmt(short, int).
Static method in class Acme.Fmt
-
- fmt(short, int, int).
Static method in class Acme.Fmt
-
- fmt(String).
Static method in class Acme.Fmt
-
- fmt(String, int).
Static method in class Acme.Fmt
-
- fmt(String, int, int).
Static method in class Acme.Fmt
-
- formatter.
Static variable in class ncsa.horizon.coordinates.CoordMetadata
-
- forward.
Variable in class ncsa.horizon.coordinates.CoordTransformConstraints
- if false, then the reverse CoordTransform should be applied.
- forward(double[]).
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- apply a forward tranform on an input position.
- forward(double[]).
Method in class ncsa.horizon.coordinates.CoordTransform
- apply a forward tranform on an input position.
- forward(double[]).
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
- project a position on a sphere onto a plane.
- forward(double[]).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- apply a forward tranform on an input position.
- forward(double[]).
Method in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- apply a forward tranform on an input position.
- forward(double[]).
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- apply a forward tranform on an input position.
- forward(double[]).
Method in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
- apply a forward tranform on an input position.
- forward(double[]).
Method in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- apply a forward tranform on an input position.
- forward(double[], int[]).
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- apply a forward tranform on an input position.
- forward(double[], int[]).
Method in class ncsa.horizon.coordinates.CoordTransform
- apply a forward tranform on an input position.
- forward(double[], int[]).
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
- project a position on a sphere onto a plane
- forward(double[], int[]).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- apply a forward tranform on an input position.
- forward(double[], int[]).
Method in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- apply a forward tranform on an input position.
- forward(double[], int[]).
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- apply a forward transform on an input position.
- forward(double[], int[]).
Method in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
- apply a forward tranform on an input position.
- forward(double[], int[]).
Method in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- apply a forward tranform on an input position
- freePrefix().
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- when formatting values with toString(double), attempt to use the
current default output prefix (set either at construction or during
the last call to fixPrefix(int).
- freqAbbrev.
Static variable in class ncsa.horizon.coordinates.formatters.FreqAxisPosFormatter
-
- FreqAxisPosFormatter().
Constructor for class ncsa.horizon.coordinates.formatters.FreqAxisPosFormatter
- format frequency values with "Hz" as the unit assuming that the
native unit of the values is Hertz.
- FreqAxisPosFormatter(boolean).
Constructor for class ncsa.horizon.coordinates.formatters.FreqAxisPosFormatter
- format frequency values assuming that the
native unit of the values is Hertz.
- FreqAxisPosFormatter(int, boolean).
Constructor for class ncsa.horizon.coordinates.formatters.FreqAxisPosFormatter
- format frequency values assuming that the
native unit of the values is Hertz.
- FreqAxisPosFormatter(int, boolean, int).
Constructor for class ncsa.horizon.coordinates.formatters.FreqAxisPosFormatter
- format frequencies using the prefix for the specified power
- freqUnit.
Static variable in class ncsa.horizon.coordinates.formatters.FreqAxisPosFormatter
-
- fwd(double, double).
Method in class FITSWCS.projections.AIRProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.AITProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.ARCProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.AZPProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.BONProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.CARProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.CEAProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.CelestialTransform
- Compute (x,y) coordinates in the plane of projection from celestial
coordinates (lng,lat).
- fwd(double, double).
Method in class FITSWCS.projections.CODProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.COEProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.COOProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.COPProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.CSCProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.CYPProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.GLSProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.MERProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.MOLProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.PARProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.PCOProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.Projection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.QSCProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.SINProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.SphericalTransform
- Do a forward transformation, returning the result, phi and theta,
as a double
- fwd(double, double).
Method in class FITSWCS.projections.STGProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.TANProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.TSCProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.ZEAProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double).
Method in class FITSWCS.projections.ZPNProjection
- Compute (x,y) coordinates in the plane of projection from native
spherical coordinates (phi,theta).
- fwd(double, double, double[]).
Static method in class FITSWCS.SphericalTransform
- Do a forward transformation, returning the result, phi and theta,
as a double
- fwd(double[]).
Method in class FITSWCS.projections.AITProjection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.projections.ARCProjection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.projections.BONProjection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.projections.CARProjection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.projections.CEAProjection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.projections.CODProjection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.projections.COEProjection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.projections.COPProjection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.projections.GLSProjection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.LinearTransform
- Compute pixel coordinates from image coordinates.
- fwd(double[]).
Method in class FITSWCS.projections.MOLProjection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.projections.PARProjection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.projections.PCOProjection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.Projection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.projections.SINProjection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.SphericalTransform
- same as fwd(lnglat[0], lnglat[1])
- fwd(double[]).
Method in class FITSWCS.projections.ZEAProjection
- same as fwd(phitheta[0], phitheta[1])
- fwd(double[]).
Method in class FITSWCS.projections.ZPNProjection
- same as fwd(phitheta[0], phitheta[1])
- fwdfmtrs.
Variable in class ncsa.horizon.coordinates.CoordTransform
- suggested AxisPosFormatter objects to use with forward transformations
when attached to a CoordinateSystem object; null value means use the
formatter CoordinateSystem's default formatter.
- fwdnames.
Variable in class ncsa.horizon.coordinates.CoordTransform
- suggested strings to use as axis names to use with forward
transformations when attached to a CoordinateSystem object; null
value means use the formatter CoordinateSystem's default formatter.
- gamma.
Static variable in class FITSWCS.projections.CSCProjection
-
- GenericAxisPosFormatter().
Constructor for class ncsa.horizon.coordinates.formatters.GenericAxisPosFormatter
-
- getAxisIndexList().
Method in class ncsa.horizon.coordinates.CoordTransformConstraints
- return an array of integer indicating the indices of the axes
that the transform should be applied to.
- getAxisLabel().
Method in class ncsa.horizon.coordinates.CoordinateSystem
- return the axis labels as an array of strings.
- getAxisLabel().
Method in class ncsa.horizon.coordinates.CoordPos
- return the axis labels as an array of strings.
- getAxisLabel(int).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- return the currently set label for an axis
- getAxisLabel(int).
Method in class ncsa.horizon.coordinates.CoordPos
- return the currently set label for an axis
- getAxisNames(Metadata).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- extract the String array of axis names from the metadatum list
(i.e.
- getAxisStrings(String, Metadata).
Static method in class ncsa.horizon.coordinates.CoordMetadata
-
- getAxisTypes(Metadata).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- extract the String array of axis types from the metadatum list
(i.e.
- getBoxSelection().
Method in class ncsa.horizon.viewer.ADILViewer
- get the current selected display box.
- getBoxSelection().
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- get the current selected display box.
- getBoxSelection().
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- getBoxSelection().
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- get the current selected display box.
- getBoxSelection().
Method in class ncsa.horizon.viewer.SciDat1Viewer
- get the current selected display box.
- getBoxSelection().
Method in class ncsa.horizon.viewer.SelectionViewer
- get the current selected display box.
- getColor().
Method in class ncsa.horizon.awt.Cursor
- Get the color of this Cursor.
- getColor().
Method in class ncsa.horizon.awt.LineSelection
- Get the color of this LineSelection.
- getColor().
Method in class ncsa.horizon.awt.ROI
- Get the color of this ROI.
- getColorchoice().
Method in class ncsa.horizon.awt.CursorSettingPanel
- Get the Color from colorChoice's current value
- getColorchoice().
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Get the Color from colorChoice's current value
- getColorchoice().
Method in class ncsa.horizon.awt.ROISettingPanel
- Get the Color from colorChoice's current value.
- getCoordPos(double[]).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- return the coordinate position corresponding the specified
data voxel
- getCoordPos(Voxel).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- return the coordinate position corresponding the specified
data voxel
- getCoordSys().
Method in class ncsa.horizon.viewable.BasicViewable
- Implementation of a Viewable interface method.
- getCoordSys().
Method in class ncsa.horizon.viewable.ComputerGraphicsViewable
- Implementation of a Viewable interface method.
- getCoordSys().
Method in class ncsa.horizon.viewable.SimpleViewable
- Implementation of a ncsa.horizon.viewable.Viewable interface method.
- getCoordSys().
Method in interface ncsa.horizon.viewable.Viewable
- Returns a CoordinateSystem object associated with the Viewable.
- getCoordValue(double[]).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- return the coordinate position corresponding to the specified
data voxel.
- getCurrentZoom().
Method in class ncsa.horizon.control.ZoomControl
- get currentZoom factor over selected point.
- getData().
Method in class ncsa.horizon.viewable.BasicViewable
- Implementation of a ncsa.horizon.viewable.Viewable interface method.
- getData().
Method in class ncsa.horizon.viewable.ComputerGraphicsViewable
- Implementation of a Viewable interface method.
- getData().
Method in class ncsa.horizon.viewable.SimpleViewable
- Implementation of a ncsa.horizon.viewable.Viewable interface method.
- getData().
Method in interface ncsa.horizon.viewable.Viewable
- Returns an N-dimensional chunk of the image data in its native format.
- getData(Volume).
Method in class ncsa.horizon.viewable.BasicViewable
- Implementation of a ncsa.horizon.viewable.Viewable interface method.
- getData(Volume).
Method in class ncsa.horizon.viewable.ComputerGraphicsViewable
- Implementation of a ncsa.horizon.viewable.Viewable interface method.
- getData(Volume).
Method in class ncsa.horizon.viewable.SimpleViewable
- Implementation of a ncsa.horizon.viewable.Viewable interface method.
- getData(Volume).
Method in interface ncsa.horizon.viewable.Viewable
- Returns an N-dimensional chunk of the image data in its native format.
- getDataLocation(double[]).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- return the location within the dataset corresponding to the
specified coordinate position
- getDataPixel(Point).
Method in class ncsa.horizon.util.ImageDataOrigin
- return a data point location associated with a given display pixel
given display pixel.
- getDataSlice(Rectangle).
Method in class ncsa.horizon.util.ImageDisplayMap
- return the Slice enclosed by a rectanglar region of the display
- getDataVoxel(Point).
Method in class ncsa.horizon.util.ImageDisplayMap
- return a data point location associated with a given display pixel
given display pixel.
- getDatum().
Method in class ncsa.horizon.util.Metarunner
- calculate, read, or make up a value for a piece of data.
- getDefaults().
Method in class ncsa.horizon.util.Metadata
- return a new Metadata object with the same default data but with
no primary data
- getDefPrefixPower().
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- return the current default output prefix power that will be used by
toString(double) when isFixed() = true.
- getDelta_xfield().
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Get delta_xField value which is meant to be the LineSelection's x component.
- getDelta_yfield().
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Get delta_yField value which is meant to be the LineSelection's y component.
- getDisplay().
Method in class ncsa.horizon.util.ImageDisplayMap
- return a copy of the Rectangle being used as the current the
display region
- getDisplayPixel(double, double).
Method in class ncsa.horizon.util.ImageDataOrigin
- return a Point object that the display pixel covering a given data
pixel location.
- getDisplayPixel(Voxel).
Method in class ncsa.horizon.util.ImageDisplayMap
- return a Point that represents the display pixel that coves a
given data location.
- getDisplayRegion(Volume).
Method in class ncsa.horizon.util.ImageDisplayMap
- return the Rectangle that encloses the intersection of a given
slice with the data currently being displayed.
- getDisplaySize().
Method in class ncsa.horizon.viewer.ADILViewer
- return the size of the display area
- getDisplaySize().
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- This method returns the size of the region that displays a Viewable
- getDisplaySize().
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- This method returns the size in display pixel units of the region
that displays a Viewable
- getDisplaySize().
Method in class ncsa.horizon.viewer.ImageCanvasViewerImpl
-
- getDisplaySize().
Method in class ncsa.horizon.viewer.PosTrackerViewer
- return the size of the display area
- getDisplaySize().
Method in class ncsa.horizon.viewer.SciDat1Viewer
- return the size of the display area
- getDisplaySize().
Method in class ncsa.horizon.viewer.SimpleViewer
- This method returns the size of the region that displays a Viewable
- getDisplaySize().
Method in class ncsa.horizon.viewer.Viewer
- This method returns the size of the region that displays a Viewable
- getErrorState().
Method in class ncsa.horizon.util.Metarunner
- return the error state resulting from the last time this runnable
was executed.
- getEuler().
Method in class FITSWCS.CelestialTransform
- return a copy of the Euler angles currently in use
- getEuler().
Method in class FITSWCS.SphericalTransform
- return a copy of the euler angles in use by this object
- getEuler(double, double).
Static method in class FITSWCS.SphericalTransform
- Compute the euler angles for a given set of reference angles,
assuming the reference point is at the native pole and
taking defaults for the longitude & latitude of the pole
of the reference system.
- getEuler(double, double, double).
Static method in class FITSWCS.SphericalTransform
- Compute the euler angles for a given set of reference angles,
taking defaults for the longitude & latitude of the pole
of the reference system.
- getEuler(double, double, double, boolean, double).
Static method in class FITSWCS.SphericalTransform
- Compute the euler angles for a given set of reference angles
- getEuler(double, double, double, boolean, String).
Static method in class FITSWCS.SphericalTransform
- Compute the euler angles for a given set of reference angles
- getEuler(double, double, String).
Static method in class FITSWCS.SphericalTransform
- Compute the euler angles for a given set of reference angles,
taking defaults for the longitude & latitude of the pole
of the reference system.
- getFirstAxisIndex().
Method in class ncsa.horizon.util.Volume
- return the index of the first axis (as defined during this object's
construction).
- getFirstAxisIndex().
Method in class ncsa.horizon.util.Voxel
- return the index of the first axis (as defined during this object's
construction).
- getFormatters(boolean).
Method in class ncsa.horizon.coordinates.CoordTransform
- return the formatter objects that will get used (when
necessary) after this transform is attached to a CoordinateSystem.
- getHfield().
Method in class ncsa.horizon.awt.ROISettingPanel
- Get hField value which is meant to be the ROI's height.
- getID().
Method in class ncsa.horizon.viewer.ADILViewer
- return the Viewer's logical event producer id
- getIdentityPCMatrix(int).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- return a Metavector object containing a PCMatrix whose values
are equal to 1 on the diagonal and 0 otherwise.
- getIndexAt(int).
Method in class ncsa.horizon.coordinates.CoordTransformConstraints
- return the i-th index of the index list
- getInNaxes().
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- return the minimum number of axes that the forward transform operates
on.
- getInNaxes().
Method in class ncsa.horizon.coordinates.CoordTransform
- return the minimum number of axes that the forward transform operates
on.
- getInNaxes().
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
- return the minimum number of axes that the forward transform operates
on.
- getInNaxes().
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- return the minimum number of axes that the forward transform operates
on.
- getInNaxes().
Method in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- return the minimum number of axes that the forward transform operates
on.
- getInNaxes().
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- return the minimum number of axes that the forward transform operates
on.
- getInNaxes().
Method in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
- return the minimum number of axes that the forward transform operates
on.
- getInNaxes().
Method in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- return the minimum number of axes that the forward transform operates
on.
- getLabel().
Method in class ncsa.horizon.awt.IntScrollPanel
- Get the label value.
- getLabel().
Method in class ncsa.horizon.awt.LabeledField
- Get the label.
- getLastValue().
Method in class ncsa.horizon.util.Metarunner
- return the value from the last time this runnable was executed
- getLength(int).
Method in class ncsa.horizon.util.Volume
- return the length of a requested side
- getLineIncrement().
Method in class ncsa.horizon.awt.IntScrollPanel
- Get the scrollbar's line increment value.
- getLineSelection().
Method in class ncsa.horizon.viewer.ADILViewer
- get the current selected display Line.
- getLineSelection().
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- get the current selected display Line.
- getLineSelection().
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- getLineSelection().
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- get the current selected display Line.
- getLineSelection().
Method in class ncsa.horizon.viewer.SciDat1Viewer
- get the current selected display Line.
- getLineSelection().
Method in class ncsa.horizon.viewer.SelectionViewer
- get the current selected display Line.
- getLocation().
Method in class ncsa.horizon.util.Volume
- return an array of doubles representing the location of the
volume's reference vertex.
- getLocation(int).
Method in class ncsa.horizon.util.Volume
- return an array of doubles representing the location of the volume's
reference vertex.
- getLogicalEventArg(Event).
Static method in class ncsa.horizon.viewer.ADILViewer
- Return a String containing the actual argument of a Logical Event
- getLongAxis().
Method in class ncsa.horizon.util.Segment
- return the currently set x axis in the convention defined
when this object was constructed.
- getLONLATName(char).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- return the name horizon gives to various kinds of longitude and
latitude based on the first letter of the CTYPE string.
- getMagnification().
Method in class ncsa.horizon.viewer.ADILViewer
-
- getMaximum().
Method in class ncsa.horizon.awt.IntScrollPanel
- Get the scrollbar's maximum value.
- getMaxNaxes().
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- return the maximum number of axes this transform operates on
- getMaxNaxes().
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
- return the maximum number of axes this transform operates on
- getMaxNaxes().
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- return the maximum number of axes this transform operates on
- getMaxNaxes().
Method in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- return the maximum number of axes this transform operates on
- getMaxNaxes().
Method in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
- return the maximum number of axes this transform operates on
- getMaxNaxes().
Method in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- return the maximum number of axes this transform operates on
- getMessage().
Method in class ncsa.horizon.coordinates.CoordTransformException
-
- getMessage().
Method in class ncsa.horizon.util.MetadataTypeException
-
- getMessage().
Method in class ncsa.horizon.util.WriteProtectionException
-
- getMetadata().
Method in class ncsa.horizon.viewable.BasicViewable
- Return the metadata associated with this viewable.
- getMetadata().
Method in class ncsa.horizon.viewable.ComputerGraphicsViewable
- Return the metadata associated with this viewable.
- getMetadata().
Method in class ncsa.horizon.coordinates.CoordinateSystem
- return a copy of the Metadata object that will describes this
this system, accounting for any CoordTransform objects that may
be attached and in use.
- getMetadata().
Method in class ncsa.horizon.coordinates.CoordPos
- return a Metadata object that identifies the coordinate
system within which this coordinate position exists.
- getMetadata().
Method in class ncsa.horizon.viewable.SimpleViewable
- Implementation of a ncsa.horizon.viewable.Viewable interface method.
- getMetadata().
Method in interface ncsa.horizon.viewable.Viewable
- Return a copy of the metadata associated with this data set
- getMetadata(boolean).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- return a copy of the Metadata object that will describes this
this system
- getMetadata(Metadata, boolean, int[]).
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- update the input Metadata object to reflect the changes that this
tranform makes to a coordinate position.
- getMetadata(Metadata, boolean, int[]).
Method in class ncsa.horizon.coordinates.CoordTransform
- update the input Metadata object to reflect the changes that this
tranform makes to a coordinate position.
- getMetadata(Metadata, boolean, int[]).
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
- update the input Metadata object to reflect the changes that this
tranform makes to a coordinate position.
- getMetadata(Metadata, boolean, int[]).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- update the input Metadata object to reflect the changes that this
tranform makes to a coordinate position.
- getMetadata(Metadata, boolean, int[]).
Method in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- update the input Metadata object to reflect the changes that this
tranform makes to a coordinate position.
- getMetadata(Metadata, boolean, int[]).
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- update the input Metadata object to reflect the changes that this
tranform makes to a coordinate position.
- getMetadata(Metadata, boolean, int[]).
Method in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
- update the input Metadata object to reflect the changes that this
tranform makes to a coordinate position.
- getMetadata(Metadata, boolean, int[]).
Method in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- update the input Metadata object to reflect the changes that this
tranform makes to a coordinate position.
- getMetadatum(int, String).
Method in class ncsa.horizon.util.Metavector
- if the element at a specified index is a Metadata object, return
the value of the metadatum given by the specified name; otherwise
return null.
- getMetadatum(int, String, boolean).
Method in class ncsa.horizon.util.Metavector
- if the element at a specified index is a Metadata object, return
the value of the metadatum given by the specified name; otherwise
return null.
- getMetadatum(String).
Method in class ncsa.horizon.util.Metadata
- Gets a metadatum with the specified key.
- getMetadatum(String, boolean).
Method in class ncsa.horizon.util.Metadata
- Gets a metadatum with the specified key.
- getMetadatum(String, Object).
Method in class ncsa.horizon.util.Metadata
- Gets a metadatum with the specified key and default.
- getMetadatum(String, Object, boolean).
Method in class ncsa.horizon.util.Metadata
- Gets a metadatum with the specified key and default.
- getMinimum().
Method in class ncsa.horizon.awt.IntScrollPanel
- Get the scrollbar's minimum value.
- getName().
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
- return the axis name to be given to a transformed axis.
- getName().
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- return the axis name to be given to a transformed axis.
- getName().
Method in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- return the axis name to be given to a transformed axis.
- getName().
Method in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- return the axis name to be given to a transformed axis.
- getName(int).
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
- return the axis name to be given to a transformed axis, or null
if the name is not updated by getMetadata().
- getName(int).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- return the axis name to be given to a transformed axis, or null
if the name is not updated by getMetadata().
- getName(int).
Method in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- return the axis name to be given to a transformed axis, or null
if the name is not updated by getMetadata().
- getName(int).
Method in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- return the axis name to be given to a transformed axis, or null
if the name is not updated by getMetadata().
- getNames(boolean).
Method in class ncsa.horizon.coordinates.CoordTransform
- return the names that will (when necessary) identify the transformed
axes after this transform is attached to a CoordinateSystem.
- getNaxes().
Method in class ncsa.horizon.viewable.BasicViewable
- Returns the dimension of the data.
- getNaxes().
Method in class ncsa.horizon.viewable.ComputerGraphicsViewable
- Returns the dimension of the data, i.e.
- getNaxes().
Method in class ncsa.horizon.coordinates.CoordinateSystem
- return the number of axes in the space containing this position
- getNaxes().
Method in class ncsa.horizon.coordinates.CoordMetadata
- return the current number of axes in the coordinate system
- getNaxes().
Method in class ncsa.horizon.coordinates.CoordPos
- return the number of axes in this coordinate system
- getNaxes().
Method in class ncsa.horizon.viewable.SimpleViewable
- Returns the dimension of the data.
- getNaxes().
Method in interface ncsa.horizon.viewable.Viewable
- Returns the dimension of the data.
- getNaxes().
Method in class ncsa.horizon.util.Volume
- return the number of dimensions in the space containing this
Volume
- getNaxes().
Method in class ncsa.horizon.util.Voxel
- return the number of dimensions in the space containing this
Voxel
- getNaxes(Metadata).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- return the current number of axes in the coordinate system
described by the input Metadata
- getNAXIS().
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- return the value of FITS keyword NAXIS, the number of axes in the
dataset
- getNAXIS(Metadata).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- return the value of FITS keyword NAXIS, the number of axes in the
dataset
- getNTransforms().
Method in class ncsa.horizon.coordinates.CoordinateSystem
- return the number of removeable transforms attached to this
CoordinateSystem.
- getNTransforms().
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- return the number of transforms that make up this composite
transform.
- getOrientation().
Method in class ncsa.horizon.awt.IntScrollPanel
- Get the scrollbar's orientation value.
- getOutNaxes().
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- return the minimum number of axes that results from the forward
transform.
- getOutNaxes().
Method in class ncsa.horizon.coordinates.CoordTransform
- return the minimum number of axes that results from the forward
transform.
- getOutNaxes().
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
- return the minimum number of axes that results from the forward
transform.
- getOutNaxes().
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- return the minimum number of axes that results from the forward
transform.
- getOutNaxes().
Method in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- return the minimum number of axes that results from the forward
transform.
- getOutNaxes().
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- return the minimum number of axes that results from the forward
transform.
- getOutNaxes().
Method in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
- return the minimum number of axes that results from the forward
transform.
- getOutNaxes().
Method in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- return the minimum number of axes that results from the forward
transform.
- getPageIncrement().
Method in class ncsa.horizon.awt.IntScrollPanel
- Get the scrollbar's page increment value.
- getPixelSelection().
Method in class ncsa.horizon.viewer.ADILViewer
- get the current selected display pixel.
- getPixelSelection().
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- get the current selected display pixel.
- getPixelSelection().
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- getPixelSelection().
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- get the current selected display pixel.
- getPixelSelection().
Method in class ncsa.horizon.viewer.SciDat1Viewer
- get the current selected display pixel.
- getPixelSelection().
Method in class ncsa.horizon.viewer.SelectionViewer
- get the current selected display pixel.
- getProjection().
Method in class FITSWCS.CelestialTransform
-
return the projection object currently in use
- getProjection(String, double[]).
Static method in class FITSWCS.Projection
-
- getProjectionCode().
Method in class FITSWCS.CelestialTransform
- return a copy of the projection code
- getProjParm().
Method in class FITSWCS.Projection
-
return a copy of the projection parameters
- getR0().
Method in class FITSWCS.Projection
- return the value of r0
- getRect().
Method in class ncsa.horizon.awt.ROI
-
return the Rectangle described by this region.
- getRefoffset().
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- return the axis reference offset for each axis.
- getRefoffset(int).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- return the axis reference offset for the specified axis.
- getRefParm().
Method in class FITSWCS.CelestialTransform
- return a copy of the reference system parameters
- getRefposition().
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- return the axis reference position for all the axes.
- getRefposition(int).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- return the axis reference position for the specified axis.
- getRefvalue().
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- return a copy of the axis reference values for all axes.
- getRefvalue().
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- return a copy of the axis reference values for all axes.
- getRefvalue(int).
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- return the axis reference value for the specified axis.
- getRefvalue(int).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- return the axis reference value for the specified axis.
- getRunCount().
Method in class ncsa.horizon.util.Metarunner
- return the number of times this runnable has been fully executed
via the run() method.
- getRunnerNames().
Method in class ncsa.horizon.util.Metadata
- Enumerate the keys having Metarunner objects associated
with them
- getSampling().
Method in class ncsa.horizon.util.Volume
- return an array of doubles representing the size of the box along
each side.
- getSampling(int).
Method in class ncsa.horizon.util.Volume
- get the current sampling along each side of the volume
- getSettingButton().
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- getShowbox().
Method in class ncsa.horizon.awt.CursorSettingPanel
- Get the showBox's current state, it represents the visibility of
the Cursor
- getShowbox().
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Get the showBox's current state, it represents the visibility of
the LineSelection.
- getShowbox().
Method in class ncsa.horizon.awt.ROISettingPanel
- Get the showBox's current state, it represents the visibility of
the ROI
- getSize().
Method in class ncsa.horizon.viewable.BasicViewable
- return the size of the dataset.
- getSize().
Method in class ncsa.horizon.viewable.ComputerGraphicsViewable
- return the size of the dataset.
- getSize().
Method in class ncsa.horizon.viewable.SimpleViewable
- Returns an array containing the size of each dimension/axis.
- getSize().
Method in interface ncsa.horizon.viewable.Viewable
- Returns an array containing the extent of the data.
- getSize().
Method in class ncsa.horizon.util.Volume
- return an array of doubles representing the size of the box along
each side.
- getSize(int).
Method in class ncsa.horizon.util.Volume
- return an array of doubles representing the size of the box along
each side.
- getSlice().
Method in class ncsa.horizon.util.ImageDisplayMap
- return a copy of the Slice being mapped to the display region
- getSliceSelection().
Method in class ncsa.horizon.viewer.ADILViewer
- return the current selected Slice, or null if there is no current
Viewable;
- getSliceSelection().
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- return the current selected Slice, or null if there is no current
Viewable;
- getSliceSelection().
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- return the current selected Slice, or null if there is no current
Viewable;
- getSliceSelection().
Method in class ncsa.horizon.viewer.SciDat1Viewer
- return the current selected Slice, or null if there is no current
Viewable;
- getSliceSelection().
Method in class ncsa.horizon.viewer.SelectionViewer
- return the current selected Slice, or null if there is no current
Viewable;
- getStep(int).
Method in class ncsa.horizon.util.Volume
- get the sampling for a given side
- getStepsize().
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- return the axis step size for each axis.
- getStepsize().
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- return the axis step size for each axis.
- getStepsize(int).
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- return the axis step size for the specified axis.
- getStepsize(int).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- return the axis step size for the specified axis.
- getStyle().
Method in class ncsa.horizon.awt.Cursor
- Get the style of this Cursor.
- getStyle().
Method in class ncsa.horizon.awt.ROI
- Get the style of this ROI.
- getTheta0(String).
Static method in class FITSWCS.SphericalTransform
- determine the proper value of theta0 (used by getEuler() and the
SphericalTransform constructor) for a given projection code.
- getThickness().
Method in class ncsa.horizon.awt.Cursor
- Get the current cursor line thickness.
- getThickness().
Method in class ncsa.horizon.awt.LineSelection
- Get the current LineSelection's line thickness.
- getThickness().
Method in class ncsa.horizon.awt.ROI
- Get the current ROI line thickness.
- getTrueLength(int).
Method in class ncsa.horizon.util.Volume
- return the true length of a requested side
- getTrueSize().
Method in class ncsa.horizon.util.Volume
- return an array of ints representing the true size of the volume
by accounting for the current sampling
The first value will appear at the first axis index used
when this object was constructed, unless that index is < 0, in
which case the first value will appear at index 0.
- getTrueSize(int).
Method in class ncsa.horizon.util.Volume
- return an array of ints representing the true size of the volume
by accounting for the current sampling
- getValue().
Method in class ncsa.horizon.coordinates.CoordPos
- return an array of doubles representing the position along each
axis
- getValue().
Method in class ncsa.horizon.awt.IntScrollPanel
- Get the scrollbar's current value.
- getValue().
Method in class ncsa.horizon.awt.LabeledField
- Get the text field value.
- getValue(int).
Method in class ncsa.horizon.coordinates.CoordPos
- return a double containing the position's projection along
an axis
- getValues().
Method in class ncsa.horizon.util.Voxel
- return an array of doubles representing the position along each
axis.
- getValues(int).
Method in class ncsa.horizon.util.Voxel
- return an array of doubles representing the position along each
axis
- getView().
Method in class ncsa.horizon.viewable.BasicViewable
- Implementation of a Viewable interface method.
- getView().
Method in class ncsa.horizon.viewable.ComputerGraphicsViewable
- Implementation of a Viewable interface method.
- getView().
Method in class ncsa.horizon.viewable.SimpleViewable
- Implementation of an ncsa.horizon.viewable.Viewable interface method.
- getView().
Method in interface ncsa.horizon.viewable.Viewable
- Creates a (2-D) view into the image data.
- getView(Slice).
Method in class ncsa.horizon.viewable.BasicViewable
- Implementation of a ncsa.horizon.viewable.Viewable interface method.
- getView(Slice).
Method in class ncsa.horizon.viewable.ComputerGraphicsViewable
- This specific getView() returns a subregion and/or resampled version
of the image, and optionally makes this new image the default view.
- getView(Slice).
Method in class ncsa.horizon.viewable.SimpleViewable
- Implementation of a ncsa.horizon.viewable.Viewable interface method.
- getView(Slice).
Method in interface ncsa.horizon.viewable.Viewable
- Create a (2-D) view from a slice into the image data.
- getView(Slice, ColorModel, boolean).
Method in class ncsa.horizon.viewable.BasicViewable
- Implementation of a Viewable interface method.
- getView(Slice, ColorModel, boolean).
Method in class ncsa.horizon.viewable.ComputerGraphicsViewable
- Implementation of a Viewable interface method.
- getView(Slice, ColorModel, boolean).
Method in class ncsa.horizon.viewable.SimpleViewable
- Implementation of a ncsa.horizon.viewable.Viewable interface method.
- getView(Slice, ColorModel, boolean).
Method in interface ncsa.horizon.viewable.Viewable
- Create a (2-D) view from a slice into the image data and a given color
model.
- getViewable().
Method in class ncsa.horizon.viewer.ADILViewer
- Return a reference to the current Viewable object, or null if
none are attached to this Viewer.
- getViewable().
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- Return a reference to the current Viewable object, or null if
none are attached to this Viewer.
- getViewable().
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- Return a reference to the current Viewable object, or null if
none are attached to this Viewer.
- getViewable().
Method in class ncsa.horizon.viewer.PosTrackerViewer
- Return a reference to the current Viewable object, or null if
none are attached to this Viewer.
- getViewable().
Method in class ncsa.horizon.viewer.SciDat1Viewer
- Return a reference to the current Viewable object, or null if
none are attached to this Viewer.
- getViewable().
Method in class ncsa.horizon.viewer.SimpleViewer
- Return a reference to the current Viewable object, or null if
none are attached to this Viewer.
- getViewable().
Method in class ncsa.horizon.viewer.Viewer
- Return a reference to the current Viewable object, or null if
none are attached to this Viewer.
- getViewSlice().
Method in class ncsa.horizon.viewer.ADILViewer
- return a Slice object describing the data currently being viewed,
or null if there is no Viewable currently being viewed.
- getViewSlice().
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- return a Slice object describing the data currently being viewed,
or null if there is no Viewable currently being viewed.
- getViewSlice().
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- return a Slice object describing the data currently being viewed,
or null if there is no Viewable currently being viewed.
- getViewSlice().
Method in class ncsa.horizon.viewer.PosTrackerViewer
- return a Slice object describing the data currently being viewed,
or null if there is no Viewable currently being viewed.
- getViewSlice().
Method in class ncsa.horizon.viewer.SciDat1Viewer
- return a Slice object describing the data currently being viewed,
or null if there is no Viewable currently being viewed.
- getViewSlice().
Method in class ncsa.horizon.viewer.SimpleViewer
- Return a Slice object describing the data currently being viewed,
or null if there is no Viewable currently being viewed.
- getViewSlice().
Method in class ncsa.horizon.viewer.Viewer
- return a Slice object describing the data currently being viewed,
or null if there is no Viewable currently being viewed.
- getVisible().
Method in class ncsa.horizon.awt.IntScrollPanel
- Get the scrollbar's visible value.
- getVoxel().
Method in class ncsa.horizon.util.Volume
- get the location of volume's reference vertex
represented as a Voxel object.
- getVoxel(CoordPos).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- return the location within the dataset corresponding to the
specified coordinate position
- getVoxel(double[]).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- return the location within the dataset corresponding to the
specified coordinate position
- getVoxelSelection().
Method in class ncsa.horizon.viewer.ADILViewer
- return the current selected Voxel, or null if there is no current
Viewable.
- getVoxelSelection().
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- return the current selected Voxel, or null if there is no current
Viewable.
- getVoxelSelection().
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- return the current selected Voxel, or null if there is no current
Viewable.
- getVoxelSelection().
Method in class ncsa.horizon.viewer.SciDat1Viewer
- return the current selected Voxel, or null if there is no current
Viewable.
- getVoxelSelection().
Method in class ncsa.horizon.viewer.SelectionViewer
- return the current selected Voxel, or null if there is no current
Viewable.
- getWfield().
Method in class ncsa.horizon.awt.ROISettingPanel
- Get wField value which is meant to be the ROI's width.
- getXaxis().
Method in class ncsa.horizon.util.Slice
- return the currently set x axis in the convention defined
when this object was constructed.
- getXDataPos(Voxel).
Method in class ncsa.horizon.util.ImageDisplayMap
- return the position of a Voxel along the axis currently being
displayed in horizontal direction.
- getXfield().
Method in class ncsa.horizon.awt.CursorSettingPanel
- Get xField value which is meant to be the x coordinate
of the Cursor's current position.
- getXfield().
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Get xField value which is meant to be the x coordinate
of the LineSelection's start point.
- getXfield().
Method in class ncsa.horizon.awt.ROISettingPanel
- Get xField value which is meant to be the x coordinate
of the ROI's base point.
- getYaxis().
Method in class ncsa.horizon.util.Slice
- return the currently set ordinate (x) axis in the convention defined
when this object was constructed.
- getYDataPos(Voxel).
Method in class ncsa.horizon.util.ImageDisplayMap
- return the position of a Voxel along the axis currently being
displayed in vertical direction.
- getYfield().
Method in class ncsa.horizon.awt.CursorSettingPanel
- Get yField value which is meant to be the y coordinate
of the Cursor's current position.
- getYfield().
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Get yField value which is meant to be the y coordinate
of the LineSelection's start point.
- getYfield().
Method in class ncsa.horizon.awt.ROISettingPanel
- Get yField value which is meant to be the y coordinate
of the ROI's base point.
- giveDefaults(Metadata).
Method in class ncsa.horizon.util.Metadata
- Copy the default metadata of this Metadata object to the
defaults of another Metadata object.
- gls.
Variable in class FITSWCS.projections.BONProjection
-
- GLS.
Static variable in interface FITSWCS.ProjectionType
-
- GLS.
Static variable in class FITSWCS.tests.TestCel
-
- GLS.
Static variable in class FITSWCS.tests.TestProj
-
- GLSProjection().
Constructor for class FITSWCS.projections.GLSProjection
- Create an GLSProjection object
- GLSProjection(double).
Constructor for class FITSWCS.projections.GLSProjection
- Create an GLSProjection object
- GLSProjection(double, double[]).
Constructor for class FITSWCS.projections.GLSProjection
- Create an GLSProjection object
- GLSProjection(double[]).
Constructor for class FITSWCS.projections.GLSProjection
- Create an GLSProjection object
- gluedTrans.
Variable in class ncsa.horizon.coordinates.CoordinateSystem
-
- glueTransforms(boolean).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- permanently attach any removable transforms currently attached,
making them non-removable.
- grab().
Method in class ncsa.horizon.awt.Cursor
- Grab this cursor in preparation for dragging or placing.
- grab(int, int).
Method in class ncsa.horizon.awt.ROI
- Grab this ROI in preparation for dragging or resizing.
- grabLoc.
Variable in class ncsa.horizon.awt.Cursor
-
- GraphicsSelectionImpl(Component).
Constructor for class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- GraphicsSelectionViewer().
Constructor for class ncsa.horizon.viewer.GraphicsSelectionViewer
- create a viewer with no argument
- GraphicsSelectionViewer(int, int).
Constructor for class ncsa.horizon.viewer.GraphicsSelectionViewer
- create a viewer with a given display size
- grow(double).
Method in class ncsa.horizon.util.Segment
- increase the lengths of the x and y axes by the given amounts
- grow(double, double).
Method in class ncsa.horizon.util.Slice
- increase the lengths of the x and y axes by the given amounts
- grow(int, int).
Method in class ncsa.horizon.awt.ROI
- Adjust the width and height in the current direction.
- grow(Voxel).
Method in class ncsa.horizon.util.Segment
- increase the area of this slice by the projected distance of a Voxel
projected onto this slice plane from its origin.
- grow(Voxel).
Method in class ncsa.horizon.util.Slice
- increase the area of this slice by the projected distance of a Voxel
projected onto this slice plane from its origin.
- grow(Voxel).
Method in class ncsa.horizon.util.Volume
- increase the size of each side by the projected distance of a Voxel
from its origin along each corresponding axis.
- gstar.
Static variable in class FITSWCS.projections.CSCProjection
-
- handleBgcolor(Applet).
Static method in class Acme.Util
-
- handleEvent(Event).
Method in class ncsa.horizon.awt.CursorSettingPanel
-
- handleEvent(Event).
Method in class ncsa.horizon.awt.IntScrollPanel
- Handle all scrollbar events.
- handleEvent(Event).
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
-
- handleEvent(Event).
Method in class ncsa.horizon.awt.ROISettingPanel
-
- handleEvent(Event).
Method in class ncsa.horizon.awt.SimpleFrame
- Provide minimal event handling: close window on WINDOW_DESTROY.
- handleLogicalEvent(Event).
Method in class ncsa.horizon.viewer.ADILViewer
-
- hasRun().
Method in class ncsa.horizon.util.Metarunner
- return true if this runnable has been fully executed via the run()
method at least once.
- hdrArea.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- hdrDisplayed.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- hdrWinButton.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- hdrWinButtonText.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- hdrWindow.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- header.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- height.
Variable in class ncsa.horizon.awt.Cursor
-
- height.
Variable in class ncsa.horizon.util.ImageDataOrigin
- the height of the display region; only used if yaxisReversed=true.
- heightDec.
Variable in class ncsa.horizon.awt.Cursor
-
- heightInc.
Variable in class ncsa.horizon.awt.Cursor
-
- hField.
Variable in class ncsa.horizon.awt.ROISettingPanel
- LabeledField to set and show roi's current position, width, and height.
- HHMMSSAxisPosFormatter().
Constructor for class ncsa.horizon.coordinates.formatters.HHMMSSAxisPosFormatter
-
- hide().
Method in class ncsa.horizon.awt.Cursor
- Hide the cursor from view.
- hide().
Method in class ncsa.horizon.awt.LineSelection
-
- hide().
Method in class ncsa.horizon.awt.ROI
- Hide the ROI from view.
- HorizonMetadata().
Constructor for class ncsa.horizon.util.HorizonMetadata
-
Construct a HorizonMetadata object for holding Viewable-level
metadata.
- HorizonMetadata(int).
Constructor for class ncsa.horizon.util.HorizonMetadata
- Creates an empty metadatum list with defaults.
- HorizonMetadata(int, Metadata).
Constructor for class ncsa.horizon.util.HorizonMetadata
- Create a Metadata object describing a Viewable dataset with a
given number of axes.
- HorizonMetadata(Metadata, Metadata).
Constructor for class ncsa.horizon.util.HorizonMetadata
- Creates an empty metadatum list with specified defaults.
- horizonSchema.
Static variable in class ncsa.horizon.coordinates.CoordMetadata
-
- horizonSchema.
Static variable in class ncsa.horizon.util.HorizonMetadata
-
- htScroll.
Variable in class ncsa.horizon.awt.CursorSettingPanel
- The IntScrollPanel to control width, height, and thickness
- HX.
Static variable in class Acme.Fmt
-
- IllegalTransformException().
Constructor for class ncsa.horizon.coordinates.IllegalTransformException
-
- IllegalTransformException(String).
Constructor for class ncsa.horizon.coordinates.IllegalTransformException
-
- image.
Variable in class ncsa.horizon.viewer.BasicSelectionViewer
- the last image extracted from the current viewable
- image.
Variable in class ncsa.horizon.viewable.BasicViewable
-
- image.
Variable in class ncsa.horizon.viewable.ComputerGraphicsViewable
-
- image.
Variable in class ncsa.horizon.viewable.SimpleViewable
-
- ImageCanvas().
Constructor for class ncsa.horizon.awt.ImageCanvas
-
- ImageCanvas(Dimension).
Constructor for class ncsa.horizon.awt.ImageCanvas
-
- ImageCanvas(int, int).
Constructor for class ncsa.horizon.awt.ImageCanvas
-
- ImageCanvasViewerImpl(ImageCanvas).
Constructor for class ncsa.horizon.viewer.ImageCanvasViewerImpl
-
- ImageDataOrigin().
Constructor for class ncsa.horizon.util.ImageDataOrigin
- create an ImageDataOrigin object with default values.
- ImageDataOrigin(double, double, int, int).
Constructor for class ncsa.horizon.util.ImageDataOrigin
- create an ImageDataOrigin object with
xaxisReversed = yaxisReversed = false and xsize = ysize = 1
- ImageDataOrigin(double, double, int, int, double, double).
Constructor for class ncsa.horizon.util.ImageDataOrigin
- create an ImageDataOrigin object with
xaxisReversed = yaxisReversed = false
- ImageDataOrigin(double, double, int, int, double, double, boolean, boolean).
Constructor for class ncsa.horizon.util.ImageDataOrigin
- create a fully specified ImageDataOrigin object
- ImageDisplayMap().
Constructor for class ncsa.horizon.util.ImageDisplayMap
- create an ImageDisplayMap object assuming that a slice made up of the
will first data voxel in a volume of data will be displayed
in a 1 x 1 pixel region.
- ImageDisplayMap(Slice).
Constructor for class ncsa.horizon.util.ImageDisplayMap
- create an ImageDisplayMap object assuming that the given slice will
be displayed in a 1 x 1 pixel region.
- ImageDisplayMap(Slice, Rectangle).
Constructor for class ncsa.horizon.util.ImageDisplayMap
- create an ImageDisplayMap object assuming that the given slice will
be displayed in a given Rectangle
- ImageDisplayMap(Slice, Rectangle, boolean, boolean).
Constructor for class ncsa.horizon.util.ImageDisplayMap
- create an ImageDisplayMap object assuming that the given slice will
be displayed in a given Rectangle
- imageUpdate(Image, int, int, int, int, int).
Method in class ncsa.horizon.viewer.ADILViewer
- This implementation simple issues a repaint() when an image has become
available.
- imageUpdate(Image, int, int, int, int, int).
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- This implementation simple issues a repaint() when an image has become
available.
- imageUpdate(Image, int, int, int, int, int).
Method in class ncsa.horizon.viewable.BasicViewable
-
- imageUpdate(Image, int, int, int, int, int).
Method in class ncsa.horizon.viewable.ComputerGraphicsViewable
-
- imageUpdate(Image, int, int, int, int, int).
Method in class ncsa.horizon.awt.ImageCanvas
-
- imageUpdate(Image, int, int, int, int, int).
Method in class ncsa.horizon.viewer.SciDat1Viewer
- This implementation simple issues a repaint() when an image has become
available.
- imageUpdate(Image, int, int, int, int, int).
Method in class ncsa.horizon.viewable.SimpleViewable
- Handles image loading functions.
- imageUpdate(Image, int, int, int, int, int).
Method in class ncsa.horizon.viewer.SimpleViewer
- This implementation simple issues a repaint() when an image has become
available.
- imgpix.
Variable in class FITSWCS.LinearTransform
-
- includes(Volume).
Method in class ncsa.horizon.util.Volume
- return true if this volume encloses another volume.
- includes(Voxel).
Method in class ncsa.horizon.util.Volume
- return true if this volume includes a voxel.
- indexOf(Object).
Method in class ncsa.horizon.util.Metavector
- Searches for the specified object, starting from the first position
and returns an index to it.
- indexOf(Object, int).
Method in class ncsa.horizon.util.Metavector
- Searches for the specified object, starting at the specified
position and returns an index to it.
- indices.
Variable in class ncsa.horizon.coordinates.CoordTransformConstraints
-
- indicesMatchingString(String[], int, String, int, int).
Static method in class ncsa.horizon.coordinates.CoordMetadata
-
- init().
Method in class ncsa.horizon.viewer.ADILViewer
- assemble the components of the Viewer Panel
- init().
Method in class ncsa.horizon.viewer.SciDat1Viewer
- assemble the components of the Viewer Panel
- init(CoordinateSystem, boolean, int[]).
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- initialize this transform according to the system it is to be
applied to.
- init(CoordinateSystem, boolean, int[]).
Method in class ncsa.horizon.coordinates.CoordTransform
- initialize this transform according to the system it is to be
applied to.
- init(CoordinateSystem, boolean, int[]).
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- initialize this transform according to the system it is to be
applied to.
- initialize().
Method in class ncsa.horizon.coordinates.formatters.FreqAxisPosFormatter
- loads the prefix and abbreviation lists
- initialize().
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- loads the prefix and abbreviation lists
- initialize().
Method in class ncsa.horizon.coordinates.formatters.MetricVelocityFormatter
- loads the prefix and abbreviation lists
- initMetadata(int).
Method in class ncsa.horizon.coordinates.CoordMetadata
-
- initMetadata(int).
Method in class ncsa.horizon.util.HorizonMetadata
-
- insertElementAt(Object, int).
Method in class ncsa.horizon.util.Metavector
- Conditionally inserts the specified object as an element at the
specified index.
- inside(int, int).
Method in class ncsa.horizon.awt.Cursor
- Determines if the specified (x,y) location is inside this component.
- inside(int, int, int).
Method in class ncsa.horizon.awt.Cursor
- Determines if the specified (x,y) location is inside or close to this component.
- intersection(Volume).
Method in class ncsa.horizon.util.Volume
- compute the intersection of this volume with another.
- intersects(Volume).
Method in class ncsa.horizon.util.Volume
-
return true if this volume intersects another volume.
- IntScrollPanel(int, String).
Constructor for class ncsa.horizon.awt.IntScrollPanel
- Create a scrollbar with label and value fields.
- InvalidCelestialCoordException().
Constructor for class FITSWCS.exceptions.InvalidCelestialCoordException
-
- InvalidCelestialCoordException(String).
Constructor for class FITSWCS.exceptions.InvalidCelestialCoordException
-
- InvalidCelestialCoordException(String, double, double).
Constructor for class FITSWCS.exceptions.InvalidCelestialCoordException
-
- InvalidCelestialTransformException().
Constructor for class FITSWCS.exceptions.InvalidCelestialTransformException
-
- InvalidCelestialTransformException(String).
Constructor for class FITSWCS.exceptions.InvalidCelestialTransformException
-
- InvalidCelestialTransformException(String, double, double).
Constructor for class FITSWCS.exceptions.InvalidCelestialTransformException
-
- InvalidMapCoordException().
Constructor for class FITSWCS.exceptions.InvalidMapCoordException
-
- InvalidMapCoordException(String).
Constructor for class FITSWCS.exceptions.InvalidMapCoordException
-
- InvalidMapCoordException(String, double, double).
Constructor for class FITSWCS.exceptions.InvalidMapCoordException
-
- ipower.
Variable in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- the native base ten logarithmic scale; it is assumed that the
input values to the toString(double) methods are in units of
10^ipower (relative to the base unit).
- isAbbreviated().
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
-
return whether abbreviations are used
- isActive().
Method in class ncsa.horizon.awt.ROI
- Indicate whether the ROI has been completed.
- isBoxSelectionVisible().
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- isFixed().
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- return true if this formatter will use a fixed prefix
- isGrabbed().
Method in class ncsa.horizon.awt.Cursor
- Indicate whether the cursor has been grabbed.
- isGrabbed().
Method in class ncsa.horizon.awt.ROI
- Indicate whether the ROI has been grabbed.
- isInitialized().
Method in class ncsa.horizon.awt.ROI
- Indicate whether the ROI has been initialized but not completed.
- isLineSelectionVisible().
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- isLogical(Event).
Static method in class ncsa.horizon.viewer.ADILViewer
- return true if event is a logical event
- isPixelSelectionVisible().
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- isResizable().
Method in class ncsa.horizon.awt.ROI
- Indicates whether this ROI is resizable.
- isrunning.
Variable in class ncsa.horizon.util.Metarunner
- true if this Runnable is currently being executed.
- isRunning().
Method in class ncsa.horizon.util.Metarunner
- return true if this runnable is currently being run by some thread
- isSegment(Volume).
Static method in class ncsa.horizon.util.Segment
- return true if no more than one side have unit length
- isSlice(Volume).
Static method in class ncsa.horizon.util.Slice
- return true if no more than two sides of a Volume have unit length
- isUsingTransforms().
Method in class ncsa.horizon.coordinates.CoordinateSystem
- return true attached CoordTransform objects are being used
- isVisible().
Method in class ncsa.horizon.awt.Cursor
- Indicate whether the cursor is visible.
- isVisible().
Method in class ncsa.horizon.awt.LineSelection
- Tell if the LineSelection is visible
- isVisible().
Method in class ncsa.horizon.awt.ROI
- Indicate whether the ROI is visible.
- isWriteProtected().
Method in interface ncsa.horizon.util.OneWayWriteProtection
- return whether write protection is on
- label.
Static variable in class ncsa.horizon.coordinates.CoordMetadata
-
- label.
Variable in class ncsa.horizon.awt.IntScrollPanel
-
- label.
Variable in class ncsa.horizon.awt.LabeledField
-
- LabeledField(String).
Constructor for class ncsa.horizon.awt.LabeledField
- Create a new labeled text field.
- labels.
Variable in class ncsa.horizon.coordinates.CoordinateSystem
-
- labels.
Variable in class ncsa.horizon.coordinates.CoordPos
-
- lastElement().
Method in class ncsa.horizon.util.Metavector
- Returns the last element of the sequence.
- lastIndexOf(Object).
Method in class ncsa.horizon.util.Metavector
- Searches backwards for the specified object, starting from the last
position and returns an index to it.
- lastIndexOf(Object, int).
Method in class ncsa.horizon.util.Metavector
- Searches backwards for the specified object, starting from the specified
position and returns an index to it.
- lastValue.
Variable in class ncsa.horizon.util.Metarunner
- value of metadatum from the last time this Runnable was executed
- latax.
Variable in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
-
- layoutComponents().
Method in interface ncsa.horizon.awt.LayoutRearrangeable
- This method should always be :
{ layoutComponents(this); }
as default.
- layoutComponents().
Method in class ncsa.horizon.control.ZoomControl
-
- layoutComponents(Container).
Method in interface ncsa.horizon.awt.LayoutRearrangeable
- This method layouts some components that already
created.
- layoutComponents(Container).
Method in class ncsa.horizon.control.ZoomControl
- layout those components to Container parent:
title, zpLabel, zoomOverPointButton, unZoomOverPointButton,
zpChoice, ztbButton, zoomBackButton
- length().
Method in class ncsa.horizon.awt.Line
- Return line length.
- lepid.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- lin.
Variable in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
-
- Line().
Constructor for class ncsa.horizon.awt.Line
- Constructs a new Line whose start point is at (0, 0),
vector componet 0, and 0.
- Line(int, int).
Constructor for class ncsa.horizon.awt.Line
- Constructs a new Line whose start point is at (0, 0),
vector componet delta_x, and delta_y
- Line(int, int, int, int).
Constructor for class ncsa.horizon.awt.Line
- Constructs a new Line whose start point is at (x, y),
vector componet delta_x, and delta_y
- Line(Point).
Constructor for class ncsa.horizon.awt.Line
- Constructs a new rectangle whose start is the
specified point argument and whose x, y components
are 0, 0.
- Line(Point, int, int).
Constructor for class ncsa.horizon.awt.Line
- Constructs a new rectangle whose start is the
specified point argument and whose x, y components
are delta_x, delta_y
- LinearCoordinateSystem(int).
Constructor for class ncsa.horizon.coordinates.systems.LinearCoordinateSystem
- construct a coordinate system with the specified number of
linear axes.
- LinearCoordinateSystem(int, Metadata).
Constructor for class ncsa.horizon.coordinates.systems.LinearCoordinateSystem
- construct a coordinate system with the specified number of axes
and described by the specified set of Metadata.
- LinearCoordinateSystem(int, Metadata, double[], double[], double[], double[], String[]).
Constructor for class ncsa.horizon.coordinates.systems.LinearCoordinateSystem
- create a LinearCoordinateSystem object specifying all internal
data.
- LinearCoordinateSystem(Metadata).
Constructor for class ncsa.horizon.coordinates.systems.LinearCoordinateSystem
- construct a coordinate system described by the specified set of
Metadata.
- LinearCoordTransform().
Constructor for class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- create a LinearCoordTransform object with default values.
- LinearCoordTransform(int).
Constructor for class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- create a LinearCoordTransform object with default values.
- LinearCoordTransform(int, double[], double[], double[], double[]).
Constructor for class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- create a LinearCoordTransform object specifying all internal
data.
- LinearCoordTransform(int, double[], double[], double[], double[], String[]).
Constructor for class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- create a LinearCoordTransform object specifying all internal
data.
- LinearCoordTransform(Metadata).
Constructor for class ncsa.horizon.coordinates.transforms.LinearCoordTransform
-
create a linear transform based on the specified metadata using the
horizon schema.
- LinearTransform(int, double[], double[]).
Constructor for class FITSWCS.LinearTransform
- create a LinearTransform object given the matrices describing the
coordinate system.
- LinearTransform(int, double[], double[], double[]).
Constructor for class FITSWCS.LinearTransform
- create a LinearTransform object given the matrices describing the
coordinate system.
- LinearTransform(int, double[], double[][], double[]).
Constructor for class FITSWCS.LinearTransform
- create a LinearTransform object given the matrices describing the
coordinate system.
- LineSelection(Component).
Constructor for class ncsa.horizon.awt.LineSelection
- Create a LineSelection in the default style and size.
- LineSelection(int, int, Component).
Constructor for class ncsa.horizon.awt.LineSelection
- Create a LineSelection beginning at the specified point.
- LineSelection(int, int, int, int, Component).
Constructor for class ncsa.horizon.awt.LineSelection
- Create a LineSelection beginning with the specified vertex and dimensions.
- LineSelection(Point, Component).
Constructor for class ncsa.horizon.awt.LineSelection
- Create a LineSelection beginning at the specified point.
- LineSelectionSettingPanel(LineSelection, Component).
Constructor for class ncsa.horizon.awt.LineSelectionSettingPanel
- Create a LineSelectionSettingPanel.
- LinToSphLinCoordTransform(int, double[], double[], double[], double[], String[], double[], int, int, String, double[], Double, Double).
Constructor for class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- create a LinToSphLinCoordTransform object specifying all internal
data.
- LinToSphLinCoordTransform(int, double[], double[], double[], double[], String[], int, int, String).
Constructor for class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- create a LinToSphLinCoordTransform object specifying internal
data.
- LinToSphLinCoordTransform(int, double[], double[], double[], double[], String[], int, int, String, double[]).
Constructor for class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- create a LinToSphLinCoordTransform object specifying internal
data.
- LinToSphLinCoordTransform(Metadata).
Constructor for class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- create a Transform based on the specified metadata
- LinToSphLinCoordTransform(Metadata, int, int).
Constructor for class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- create a Transform based on the specified metadata
- LJ.
Static variable in class Acme.Fmt
-
- LOADED_FLAG.
Static variable in class ncsa.horizon.viewable.SimpleViewable
- file has been loaded
- LOADING_FLAG.
Static variable in class ncsa.horizon.viewable.SimpleViewable
- file is in the process of loading
- loc.
Variable in class ncsa.horizon.util.Volume
-
- location().
Method in class ncsa.horizon.awt.Cursor
- The location of this Cursor in its parent's coordinate space.
- longax.
Variable in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
-
- longaxis.
Variable in class ncsa.horizon.util.Segment
-
- ls.
Variable in class ncsa.horizon.awt.LineSelectionSettingPanel
- The LineSelection to be controlled by this LineSelectionSettingPanel.
- lsDateStr(Date).
Static method in class Acme.Util
-
- lsMaster.
Variable in class ncsa.horizon.awt.LineSelectionSettingPanel
- The component to which ls associated.
- mag.
Variable in class ncsa.horizon.viewer.SciDat1Viewer
-
- magctl.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- magslice.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- magview.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- magview.
Variable in class ncsa.horizon.viewer.SciDat1Viewer
-
- main(String[]).
Static method in class ncsa.horizon.coordinates.formatters.CDDMMSSAxisPosFormatter
-
- main(String[]).
Static method in class ncsa.horizon.coordinates.formatters.DDMMSSAxisPosFormatter
-
- main(String[]).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
-
- main(String[]).
Static method in class Acme.Fmt
-
- main(String[]).
Static method in class ncsa.horizon.coordinates.formatters.GenericAxisPosFormatter
-
- main(String[]).
Static method in class ncsa.horizon.coordinates.formatters.HHMMSSAxisPosFormatter
-
- main(String[]).
Static method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
-
- main(String[]).
Static method in class FITSWCS.tests.TestCel
-
- main(String[]).
Static method in class FITSWCS.tests.TestLin
-
- main(String[]).
Static method in class FITSWCS.tests.TestProj
-
- main(String[]).
Static method in class FITSWCS.tests.TestSph
-
- main(String[]).
Static method in class ncsa.horizon.util.Volume
-
run this class as an application to test it
- main(String[]).
Static method in class ncsa.horizon.util.Voxel
-
run this class as an application to test it
- mainimg.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- mainimg.
Variable in class ncsa.horizon.viewer.SciDat1Viewer
-
- mainview.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- mainview.
Variable in class ncsa.horizon.viewer.SciDat1Viewer
-
- makeLengthsPositive().
Method in class ncsa.horizon.util.Volume
- adjust the description of this volume so that the lengths
and sampling of each side are positive but without changing
the actual enclosed volume.
- marshallSelf(DataOutput).
Method in class ncsa.horizon.viewer.ADILViewer
- for use within an Habanero-ized application (similar to
implementing the interface ncsa.habanero.Marshallable, a
form of serialization)
- matinv(int, double[]).
Static method in class FITSWCS.LinearTransform
- An auxiliary matrix inversion routine, matinv().
- MAX_PREC.
Static variable in class ncsa.horizon.coordinates.formatters.CDDMMSSAxisPosFormatter
-
the maximum precision supported = 4.
- MAX_PREC.
Static variable in class ncsa.horizon.coordinates.formatters.DDMMSSAxisPosFormatter
-
the maximum precision supported = 4.
- MAX_PREC.
Static variable in class ncsa.horizon.coordinates.formatters.HHMMSSAxisPosFormatter
-
the maximum precision supported = 4.
- maxPower(Vector, int, int).
Static method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- return the higest power that is less than or equal to the requested
power for which there is a name in the given list.
- MER.
Static variable in interface FITSWCS.ProjectionType
-
- MER.
Static variable in class FITSWCS.tests.TestCel
-
- MER.
Static variable in class FITSWCS.tests.TestProj
-
- MERProjection().
Constructor for class FITSWCS.projections.MERProjection
- Create an MERProjection object
- MERProjection(double).
Constructor for class FITSWCS.projections.MERProjection
- Create an MERProjection object
- MERProjection(double, double[]).
Constructor for class FITSWCS.projections.MERProjection
- Create an MERProjection object
- MERProjection(double[]).
Constructor for class FITSWCS.projections.MERProjection
- Create an MERProjection object
- metadata.
Variable in class ncsa.horizon.viewable.SimpleViewable
-
- Metadata().
Constructor for class ncsa.horizon.util.Metadata
- Creates an empty metadatum list.
- Metadata(int).
Constructor for class ncsa.horizon.util.Metadata
- Creates an empty metadatum list with an initial capacity
- Metadata(int, Metadata).
Constructor for class ncsa.horizon.util.Metadata
- Creates an empty metadatum list with an initial capacity and
specified defaults.
- Metadata(Metadata).
Constructor for class ncsa.horizon.util.Metadata
- Creates an empty metadatum list with specified defaults.
- MetadataTypeException().
Constructor for class ncsa.horizon.util.MetadataTypeException
-
- MetadataTypeException(String).
Constructor for class ncsa.horizon.util.MetadataTypeException
-
- MetadataTypeException(String, String).
Constructor for class ncsa.horizon.util.MetadataTypeException
-
- MetadataTypeException(String, String, String).
Constructor for class ncsa.horizon.util.MetadataTypeException
-
- metadatumNames().
Method in class ncsa.horizon.util.Metadata
- Enumerates all the keys.
- Metarunner().
Constructor for class ncsa.horizon.util.Metarunner
- construct a Metarunner object
- METARUNNER_TAG.
Static variable in class ncsa.horizon.util.Metadata
- the suffix to be appended to a metadatum name to refer to
a Metarunnable object that can fetch the value of that metadatum.
- Metavector().
Constructor for class ncsa.horizon.util.Metavector
- Constructs a metavector with no default values.
- Metavector(int).
Constructor for class ncsa.horizon.util.Metavector
- Constructs a metavector with the specified storage capacity but
with no default values
- Metavector(int, int).
Constructor for class ncsa.horizon.util.Metavector
- Constructs an empty vector with the specified storage
capacity and the specified capacityIncrement but with no default
values.
- Metavector(Metavector).
Constructor for class ncsa.horizon.util.Metavector
- Constructs a metavector with the specified defaults
- Metavector(Metavector, int).
Constructor for class ncsa.horizon.util.Metavector
- Constructs a metavector with the specified storage capacity.
- Metavector(Metavector, int, int).
Constructor for class ncsa.horizon.util.Metavector
- Constructs a metavector with specified default values, storage
capacity and capacity increment.
- MetricAxisPosFormatter().
Constructor for class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- format values with no base unit (only prefix will appear).
- MetricAxisPosFormatter(String).
Constructor for class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- format values of specified units.
- MetricAxisPosFormatter(String, int).
Constructor for class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- format values using the specified unit and the prefix abbreviation
for the specified power
- MetricAxisPosFormatter(String, int, boolean).
Constructor for class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- format values using the specified unit and the prefix abbreviation
for the specified power
- MetricAxisPosFormatter(String, int, int, boolean).
Constructor for class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- format values using the specified unit and the prefix
for the specified power
- MetricVelocityFormatter().
Constructor for class ncsa.horizon.coordinates.formatters.MetricVelocityFormatter
- format velocity values with "m/s" as the unit assuming that the
native unit of the values is meters/second.
- MetricVelocityFormatter(boolean).
Constructor for class ncsa.horizon.coordinates.formatters.MetricVelocityFormatter
- format velocity values assuming that the
native unit of the values is meters/second.
- MetricVelocityFormatter(int, boolean).
Constructor for class ncsa.horizon.coordinates.formatters.MetricVelocityFormatter
- format velocity values assuming that the
native unit of the values is meters/second.
- MetricVelocityFormatter(int, boolean, int).
Constructor for class ncsa.horizon.coordinates.formatters.MetricVelocityFormatter
- format frequencies using the prefix for the specified power
- minimumSize().
Method in class ncsa.horizon.viewer.ADILViewer
-
- minimumSize().
Method in class ncsa.horizon.awt.Separator
-
- minpow.
Variable in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- the smallest (most negative) power supported.
- mm.
Static variable in class FITSWCS.projections.CSCProjection
-
- mode.
Variable in class ncsa.horizon.viewer.BasicSelectionViewer
- the current display mode (FIT, CENTER, TRUNCATE, or SCALE)
- mode.
Variable in class ncsa.horizon.awt.ImageCanvas
-
- modernize().
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- convert deprecated metadata into their modern alternatives.
- modernize(Metadata).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- convert deprecated metadata into their modern alternatives.
- modlabs.
Variable in class ncsa.horizon.coordinates.CoordinateSystem
-
- modmdata.
Variable in class ncsa.horizon.coordinates.CoordinateSystem
-
- MOL.
Static variable in interface FITSWCS.ProjectionType
-
- MOL.
Static variable in class FITSWCS.tests.TestCel
-
- MOL.
Static variable in class FITSWCS.tests.TestProj
-
- MOLProjection().
Constructor for class FITSWCS.projections.MOLProjection
- Create an MOLProjection object
- MOLProjection(double).
Constructor for class FITSWCS.projections.MOLProjection
- Create an MOLProjection object
- MOLProjection(double, double[]).
Constructor for class FITSWCS.projections.MOLProjection
- Create an MOLProjection object
- MOLProjection(double[]).
Constructor for class FITSWCS.projections.MOLProjection
- Create an MOLProjection object
- mouseDown(Event, int, int).
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- process selection request
- mouseDown(Event, int, int).
Method in class ncsa.horizon.awt.CardPanel
-
- mouseDrag(Event, int, int).
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- process a box selection request
- mouseEnter(Event, int, int).
Method in class ncsa.horizon.awt.IntScrollPanel
-
- mouseEnter(Event, int, int).
Method in class ncsa.horizon.awt.LabeledField
-
- mouseExit(Event, int, int).
Method in class ncsa.horizon.awt.IntScrollPanel
-
- mouseExit(Event, int, int).
Method in class ncsa.horizon.awt.LabeledField
-
- mouseMove(Event, int, int).
Method in class ncsa.horizon.viewer.PosTrackerViewer
-
- move(int, int).
Method in class ncsa.horizon.awt.Cursor
- Move this Cursor to the coordinate (x,y) in the parent's coordinate
space.
- move(int, int).
Method in class ncsa.horizon.awt.LineSelection
- Move this LineSelection to the coordinate (x,y) in the parent's coordinate
space.
- move(int, int).
Method in class ncsa.horizon.awt.ROI
- Move this ROI to the coordinate (x,y) in the parent's coordinate
space.
- mpixtrx.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- msgfont.
Static variable in class ncsa.horizon.awt.ImageCanvas
-
- MultiCoordTransform().
Constructor for class ncsa.horizon.coordinates.transforms.MultiCoordTransform
-
- myname.
Static variable in class ncsa.horizon.coordinates.formatters.CDDMMSSAxisPosFormatter
-
- myname.
Static variable in class ncsa.horizon.coordinates.formatters.DDMMSSAxisPosFormatter
-
- myname.
Static variable in class ncsa.horizon.coordinates.formatters.FreqAxisPosFormatter
-
- myname.
Static variable in class ncsa.horizon.coordinates.formatters.GenericAxisPosFormatter
-
- myname.
Static variable in class ncsa.horizon.coordinates.formatters.HHMMSSAxisPosFormatter
-
- myname.
Static variable in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
-
- myname.
Static variable in class ncsa.horizon.coordinates.formatters.MetricVelocityFormatter
-
- myname.
Static variable in class ncsa.horizon.coordinates.formatters.NRAOStokesFormatter
-
- n.
Variable in class FITSWCS.Projection
- an intermedate datum
- name.
Static variable in class ncsa.horizon.coordinates.CoordMetadata
-
- name.
Variable in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
-
- name.
Variable in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
-
- name.
Variable in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
-
- name.
Variable in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
-
- nativeSchema.
Static variable in class ncsa.horizon.util.HorizonMetadata
-
- natlabs.
Variable in class ncsa.horizon.coordinates.CoordinateSystem
-
- naxes.
Variable in class ncsa.horizon.coordinates.CoordinateSystem
-
- naxes.
Static variable in class ncsa.horizon.coordinates.CoordMetadata
-
- naxes.
Variable in class ncsa.horizon.coordinates.CoordPos
-
- naxes.
Static variable in class ncsa.horizon.util.HorizonMetadata
-
- naxes.
Variable in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
-
- naxes.
Variable in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
-
- naxes.
Variable in class ncsa.horizon.util.Volume
-
- naxis.
Variable in class FITSWCS.LinearTransform
-
- newCoordinateSystem().
Method in class ncsa.horizon.coordinates.CoordinateSystem
- return a CoordinateSystem that is a clone of this one except with
the CoordTransform objects permanently attached
- newViewable.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- newViewable.
Variable in class ncsa.horizon.viewer.BasicSelectionViewer
- a flag that is true if a new viewable has been attached
- newViewable.
Variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
- a flag that is true if a new viewable has been attached
- newViewable.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- newViewable.
Variable in class ncsa.horizon.viewer.SciDat1Viewer
-
- nnataxes.
Variable in class ncsa.horizon.coordinates.CoordinateSystem
-
- NON.
Static variable in interface FITSWCS.ProjectionType
-
- NON.
Static variable in class FITSWCS.tests.TestCel
-
- NON.
Static variable in class FITSWCS.tests.TestProj
-
- NONE.
Static variable in class ncsa.horizon.util.Volume
- null flags value
- nop.
Variable in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
-
- NORTH.
Static variable in class ncsa.horizon.awt.ROI
- The top edge of the bounding rectangle.
- NORTHEAST.
Static variable in class ncsa.horizon.awt.ROI
- The top right vertex of the bounding rectangle.
- NORTHWEST.
Static variable in class ncsa.horizon.awt.ROI
- The top left vertex of the bounding rectangle.
- nprojs.
Static variable in class FITSWCS.tests.TestCel
-
- nprojs.
Static variable in class FITSWCS.tests.TestProj
-
- NRAOStokesFormatter().
Constructor for class ncsa.horizon.coordinates.formatters.NRAOStokesFormatter
-
- NTYPES.
Static variable in interface FITSWCS.ProjectionType
-
- OC.
Static variable in class Acme.Fmt
-
- odd(long).
Static method in class Acme.Util
-
- offpaint().
Method in class ncsa.horizon.awt.ImageCanvas
-
- offscreen.
Variable in class ncsa.horizon.awt.ImageCanvas
-
- offset.
Variable in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
-
- OK.
Static variable in class ncsa.horizon.util.Metarunner
- error state: no error occurred
- omega1.
Static variable in class FITSWCS.projections.CSCProjection
-
- on(int, int, int).
Method in class ncsa.horizon.awt.ROI
- Determines if the specified (x,y) location is on or inside this
component.
- opower.
Variable in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- the desired output base ten logarithmic scale; if fixed equals
true, toString(double) will attempt to print the value in units of
10^opower (relative to the base unit), assuming there is a known
prefix for that power.
- p.
Variable in class FITSWCS.Projection
- the ten projection parameters corresponding to the PROJPn keywords
in FITS, so p[0] is PROJP0, and p[9] is PROJP9.
- p00.
Static variable in class FITSWCS.projections.CSCProjection
-
- p01.
Static variable in class FITSWCS.projections.CSCProjection
-
- p02.
Static variable in class FITSWCS.projections.CSCProjection
-
- p03.
Static variable in class FITSWCS.projections.CSCProjection
-
- p04.
Static variable in class FITSWCS.projections.CSCProjection
-
- p05.
Static variable in class FITSWCS.projections.CSCProjection
-
- p06.
Static variable in class FITSWCS.projections.CSCProjection
-
- p10.
Static variable in class FITSWCS.projections.CSCProjection
-
- p11.
Static variable in class FITSWCS.projections.CSCProjection
-
- p12.
Static variable in class FITSWCS.projections.CSCProjection
-
- p13.
Static variable in class FITSWCS.projections.CSCProjection
-
- p14.
Static variable in class FITSWCS.projections.CSCProjection
-
- p15.
Static variable in class FITSWCS.projections.CSCProjection
-
- p20.
Static variable in class FITSWCS.projections.CSCProjection
-
- p21.
Static variable in class FITSWCS.projections.CSCProjection
-
- p22.
Static variable in class FITSWCS.projections.CSCProjection
-
- p23.
Static variable in class FITSWCS.projections.CSCProjection
-
- p24.
Static variable in class FITSWCS.projections.CSCProjection
-
- p30.
Static variable in class FITSWCS.projections.CSCProjection
-
- p31.
Static variable in class FITSWCS.projections.CSCProjection
-
- p32.
Static variable in class FITSWCS.projections.CSCProjection
-
- p33.
Static variable in class FITSWCS.projections.CSCProjection
-
- p40.
Static variable in class FITSWCS.projections.CSCProjection
-
- p41.
Static variable in class FITSWCS.projections.CSCProjection
-
- p42.
Static variable in class FITSWCS.projections.CSCProjection
-
- p50.
Static variable in class FITSWCS.projections.CSCProjection
-
- p51.
Static variable in class FITSWCS.projections.CSCProjection
-
- p60.
Static variable in class FITSWCS.projections.CSCProjection
-
- paint(Graphics).
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- This implementationm simply calls the update() method.
- paint(Graphics).
Method in class ncsa.horizon.awt.CardPanel
-
- paint(Graphics).
Method in class ncsa.horizon.awt.ImageCanvas
-
- paint(Graphics).
Method in class ncsa.horizon.awt.Separator
-
- paint(Graphics).
Method in class ncsa.horizon.viewer.SimpleViewer
- This implementationm simplyt calls the update() method.
- paintMessage(Graphics, String).
Method in class ncsa.horizon.awt.ImageCanvas
-
- PAR.
Static variable in interface FITSWCS.ProjectionType
-
- PAR.
Static variable in class FITSWCS.tests.TestCel
-
- PAR.
Static variable in class FITSWCS.tests.TestProj
-
- PARProjection().
Constructor for class FITSWCS.projections.PARProjection
- Create an PARProjection object
- PARProjection(double).
Constructor for class FITSWCS.projections.PARProjection
- Create an PARProjection object
- PARProjection(double, double[]).
Constructor for class FITSWCS.projections.PARProjection
- Create an PARProjection object
- PARProjection(double[]).
Constructor for class FITSWCS.projections.PARProjection
- Create an PARProjection object
- parseAfterDash(String).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- return the string appearing after one or more dashes in a string
- parseColor(String).
Static method in class Acme.Util
-
- parseOutElement(String).
Static method in class ncsa.horizon.util.Metavector
- parse a metadatum name for a Metavector element reference and
(optionally) a sub-metadatum name, assuming a form for the input
string of "[n]" or "[n].subname".
- pc.
Variable in class FITSWCS.LinearTransform
-
- PCO.
Static variable in interface FITSWCS.ProjectionType
-
- PCO.
Static variable in class FITSWCS.tests.TestCel
-
- PCO.
Static variable in class FITSWCS.tests.TestProj
-
- pcode.
Variable in class FITSWCS.CelestialTransform
- The projection type code (used only for error messages)
- PCOProjection().
Constructor for class FITSWCS.projections.PCOProjection
- Create an PCOProjection object
- PCOProjection(double).
Constructor for class FITSWCS.projections.PCOProjection
- Create an PCOProjection object
- PCOProjection(double, double[]).
Constructor for class FITSWCS.projections.PCOProjection
- Create an PCOProjection object
- PCOProjection(double[]).
Constructor for class FITSWCS.projections.PCOProjection
- Create an PCOProjection object
- PI.
Static variable in class FITSWCS.Projection
-
- PI.
Static variable in class FITSWCS.TrigD
-
- PixelBeyondProjectionException().
Constructor for class FITSWCS.exceptions.PixelBeyondProjectionException
-
- PixelBeyondProjectionException(String).
Constructor for class FITSWCS.exceptions.PixelBeyondProjectionException
-
- pixelMap.
Variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
- ImageDisplayMap object for converting between display pixels and
data pixels
- pixelMap.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- piximg.
Variable in class FITSWCS.LinearTransform
-
- pixtrx.
Variable in class ncsa.horizon.viewer.BasicSelectionViewer
- ImageDataOrigin object for converting between display pixels and
data pixels
- pixtrx.
Variable in class ncsa.horizon.viewer.SciDat1Viewer
-
- plainUrl(String).
Static method in class Acme.Util
-
- plainUrl(URL, String).
Static method in class Acme.Util
-
- polcodes.
Static variable in class ncsa.horizon.coordinates.formatters.NRAOStokesFormatter
- the supported polarization codes:
- popAllTransforms().
Method in class ncsa.horizon.coordinates.CoordinateSystem
- remove and return all removable CoordTransform objects currently
attached to this CoordinateSystem.
- popAllTransforms().
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- remove and return all removable CoordTransform objects currently
attached to this CoordinateSystem.
- popTransform().
Method in class ncsa.horizon.coordinates.CoordinateSystem
- remove and return the last CoordTransform object attached to this
CoordinateSystem, or null if no transforms are currently attached
- popTransform().
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- remove and return the last CoordTransform object added to this
CoordinateSystem, or null if no transforms are currently in this
container.
- pos.
Variable in class ncsa.horizon.coordinates.CoordPos
-
- pos.
Variable in class ncsa.horizon.util.Voxel
-
- position.
Variable in class ncsa.horizon.coordinates.CoordTransformException
-
- PositionBeyondDomainException().
Constructor for class ncsa.horizon.coordinates.PositionBeyondDomainException
-
- PositionBeyondDomainException(double[]).
Constructor for class ncsa.horizon.coordinates.PositionBeyondDomainException
-
- PositionBeyondDomainException(String).
Constructor for class ncsa.horizon.coordinates.PositionBeyondDomainException
-
- PositionBeyondDomainException(String, double[]).
Constructor for class ncsa.horizon.coordinates.PositionBeyondDomainException
-
- positionDisplay.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- posPanel.
Variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
- A panel displaying current mouse data position and coordinates.
- posPrinter.
Variable in class ncsa.horizon.coordinates.CoordPos
-
- PosTrackerViewer().
Constructor for class ncsa.horizon.viewer.PosTrackerViewer
- create a viewer with no Viewable to display
- PosTrackerViewer(int, int).
Constructor for class ncsa.horizon.viewer.PosTrackerViewer
- create a viewer with a given display size
- posview.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- posview.
Variable in class ncsa.horizon.viewer.SciDat1Viewer
-
- pow(long, long).
Static method in class Acme.Util
-
- powerList.
Static variable in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- the prefix powers
- ppixtrx.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- pref_size.
Variable in class ncsa.horizon.viewer.BasicSelectionViewer
- the preferred size of this Panel
- preferredSize().
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- return the preferred size of this Viewer Panel
- preferredSize().
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- return the preferred size of this Viewer Panel
- preferredSize().
Method in class ncsa.horizon.awt.ImageCanvas
-
- preferredSize().
Method in class ncsa.horizon.viewer.PosTrackerViewer
-
- preferredSize().
Method in class ncsa.horizon.awt.Separator
-
- prefixes.
Variable in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- a container for the prefixes
- prefixFor(int).
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- return the prefix that will be used for a given power, or null
if one is not known
- prefixList.
Static variable in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- the supported prefixes
- prefmap.
Variable in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- a map that translates prefixes into powers
- prj.
Variable in class FITSWCS.CelestialTransform
- The Projection transform object to use
- proj.
Variable in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
-
- proj.
Variable in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
-
- Projection().
Constructor for class FITSWCS.Projection
-
- projection(Volume).
Method in class ncsa.horizon.util.Segment
- return a Segment that is a projection of a Volume onto the plane
of this segment.
- projection(Volume).
Method in class ncsa.horizon.util.Slice
- return a Slice that is a projection of a Volume onto the plane
of this slice.
- projection(Voxel).
Method in class ncsa.horizon.util.Slice
- return a Voxel that is a projection of a given Voxel onto the plane
of this slice.
- ProjectionException().
Constructor for class FITSWCS.exceptions.ProjectionException
-
- ProjectionException(String).
Constructor for class FITSWCS.exceptions.ProjectionException
-
- projectionType(String).
Static method in class FITSWCS.Projection
- return an integer representing the projection type which can be
compared with this.ARC, SIN, TAN, etc.
- put(Object, Object).
Method in class ncsa.horizon.coordinates.CoordMetadata
- update the value of a metadatum.
- QSC.
Static variable in interface FITSWCS.ProjectionType
-
- QSC.
Static variable in class FITSWCS.tests.TestCel
-
- QSC.
Static variable in class FITSWCS.tests.TestProj
-
- QSCProjection().
Constructor for class FITSWCS.projections.QSCProjection
- Create an QSCProjection object
- QSCProjection(double).
Constructor for class FITSWCS.projections.QSCProjection
- Create an QSCProjection object
- QSCProjection(double, double[]).
Constructor for class FITSWCS.projections.QSCProjection
- Create an QSCProjection object
- QSCProjection(double[]).
Constructor for class FITSWCS.projections.QSCProjection
- Create an QSCProjection object
- r0.
Variable in class FITSWCS.Projection
- The radius of the generating sphere for the projection, a linear
scaling parameter.
- R2D.
Static variable in class FITSWCS.Projection
-
- r2d.
Static variable in class FITSWCS.TrigD
-
- redraw().
Method in class ncsa.horizon.awt.Cursor
- Cause a redisplay of the cursor (by calling the component's repaint()
method).
- ref.
Variable in class FITSWCS.CelestialTransform
- a double array containing the coordinate system reference parameters.
- refoffset.
Static variable in class ncsa.horizon.coordinates.CoordMetadata
-
- refpos.
Variable in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
-
- refposition.
Static variable in class ncsa.horizon.coordinates.CoordMetadata
-
- refval.
Variable in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
-
- refvalue.
Static variable in class ncsa.horizon.coordinates.CoordMetadata
-
- removeAllAxes().
Method in class ncsa.horizon.coordinates.CoordTransformConstraints
- remove the all the axis indices in the Axis Index List.
- removeAllElements().
Method in class ncsa.horizon.util.Metavector
- Revert the metavector to its fully default state.
- removeAllMetadata().
Method in class ncsa.horizon.util.Metadata
- remove the primary key/value pairs from this Metadata object,
leaving the defaults.
- removeAllTransforms().
Method in class ncsa.horizon.coordinates.CoordinateSystem
- remove all removable CoordTransform object currently
attached to this CoordinateSystem.
- removeAllTransforms().
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- remove all removable CoordTransform object currently
attached to this CoordinateSystem.
- removeCard(Component).
Method in class ncsa.horizon.awt.CardPanel
-
Remove the component by input its reference.
- removeCard(String).
Method in class ncsa.horizon.awt.CardPanel
-
Remove the component by input its label.
- removeElement(Object).
Method in class ncsa.horizon.util.Metavector
- Erases and (when possible) deletes the element from the vector.
- removeElementAt(int).
Method in class ncsa.horizon.util.Metavector
- Erases and (when possible) deletes the element at the specified
index.
- removeIndexAt(int).
Method in class ncsa.horizon.coordinates.CoordTransformConstraints
- remove the i-th axis index from the list; all axes at positions
higher that i are shifted down.
- repaintCursormaster().
Method in class ncsa.horizon.awt.CursorSettingPanel
-
The cursorMaster is updated by calling its repaint() method
- repaintLsmaster().
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
-
The lsMaster is updated by calling its repaint() method
- repaintRoimaster().
Method in class ncsa.horizon.awt.ROISettingPanel
-
The roiMaster is updated by calling its repaint() method
- reshape(int, int, int, int).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- resize the viewer so that the display area takes up as much of
the available space as possible.
- reshape(int, int, int, int).
Method in class ncsa.horizon.awt.IntScrollPanel
- Make sure all components get resized.
- reshape(int, int, int, int).
Method in class ncsa.horizon.viewer.PosTrackerViewer
- resize the viewer so that the display area takes up as much of
the available space as possible.
- resize(Dimension).
Method in class ncsa.horizon.awt.Cursor
- Resize the Cursor to the width and height specified by the dimension
argument.
- resize(Dimension).
Method in class ncsa.horizon.awt.ROI
- Resize the ROI to the width and height specified by the dimension
argument.
- resize(int, int).
Method in class ncsa.horizon.awt.Cursor
- Resize the Cursor to the width and height specified.
- resize(int, int).
Method in class ncsa.horizon.awt.ROI
- Resize the ROI to the width and height specified.
- rev(double, double).
Method in class FITSWCS.projections.AIRProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.AITProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.ARCProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.AZPProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.BONProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.CARProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.CEAProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.CelestialTransform
-
- rev(double, double).
Method in class FITSWCS.projections.CODProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.COEProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.COOProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.COPProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.CSCProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.CYPProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.GLSProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.MERProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.MOLProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.PARProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.PCOProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.Projection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.QSCProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.SINProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.SphericalTransform
- Do a reverse transformation
- rev(double, double).
Method in class FITSWCS.projections.STGProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.TANProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.TSCProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.ZEAProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double).
Method in class FITSWCS.projections.ZPNProjection
- Compute native spherical coordinates (phi,theta) from the
(x,y) coordinates in the plane of projection.
- rev(double, double, double[]).
Static method in class FITSWCS.SphericalTransform
- Do a reverse transformation
- rev(double[]).
Method in class FITSWCS.projections.ARCProjection
- same as rev(xy[0], xy[1]);
- rev(double[]).
Method in class FITSWCS.projections.BONProjection
- same as rev(xy[0], xy[1]);
- rev(double[]).
Method in class FITSWCS.projections.CARProjection
- same as rev(xy[0], xy[1]);
- rev(double[]).
Method in class FITSWCS.projections.GLSProjection
- same as rev(xy[0], xy[1]);
- rev(double[]).
Method in class FITSWCS.LinearTransform
- Compute image coordinates from pixel coordinates.
- rev(double[]).
Method in class FITSWCS.projections.MERProjection
- same as rev(xy[0], xy[1]);
- rev(double[]).
Method in class FITSWCS.projections.PCOProjection
- same as rev(xy[0], xy[1]);
- rev(double[]).
Method in class FITSWCS.Projection
- same as rev(xy[0], xy[1])
- rev(double[]).
Method in class FITSWCS.SphericalTransform
- same as rev(phitheta[0], phitheta[1])
- rev(double[]).
Method in class FITSWCS.projections.STGProjection
- same as rev(xy[0], xy[1]);
- rev(double[]).
Method in class FITSWCS.projections.TANProjection
- same as rev(xy[0], xy[1])
- rev(double[]).
Method in class FITSWCS.projections.ZEAProjection
- same as rev(xy[0], xy[1]);
- reverse(double[]).
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- apply a reverse tranform on an input position.
- reverse(double[]).
Method in class ncsa.horizon.coordinates.CoordTransform
- apply a reverse tranform on an input position.
- reverse(double[]).
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
- de-project a position on a plane onto a sphere.
- reverse(double[]).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- apply a reverse tranform on an input position.
- reverse(double[]).
Method in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- apply a reverse tranform on an input position.
- reverse(double[]).
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- apply a reverse tranform on an input position.
- reverse(double[]).
Method in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
- apply a reverse tranform on an input position.
- reverse(double[]).
Method in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- apply a forward tranform on an input position.
- reverse(double[], int[]).
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- apply a reverse tranform on an input position
- reverse(double[], int[]).
Method in class ncsa.horizon.coordinates.CoordTransform
- apply a reverse tranform on an input position
- reverse(double[], int[]).
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
- de-project a position on a plane onto a sphere.
- reverse(double[], int[]).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- apply a reverse tranform on an input position
- reverse(double[], int[]).
Method in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- apply a reverse tranform on an input position.
- reverse(double[], int[]).
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- apply a reverse tranform on an input position
- reverse(double[], int[]).
Method in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
- apply a reverse tranform on an input position
- reverse(double[], int[]).
Method in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- apply a reverse tranform on an input position
- revfmtrs.
Variable in class ncsa.horizon.coordinates.CoordTransform
- suggested AxisPosFormatter objects to use with reverse transformations
when attached to a CoordinateSystem object; null value means use the
formatter CoordinateSystem's default formatter.
- revmap().
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- update the reverse maps
- revnames.
Variable in class ncsa.horizon.coordinates.CoordTransform
- suggested strings to use as axis names to use with reverse
transformations when attached to a CoordinateSystem object; null
value means use the formatter CoordinateSystem's default formatter.
- rmatrix.
Variable in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
-
- roi.
Variable in class ncsa.horizon.awt.ROISettingPanel
- The ROI to be controlled by this ROISettingPanel.
- ROI().
Constructor for class ncsa.horizon.awt.ROI
- Create a ROI in the default style and size.
- ROI(Component).
Constructor for class ncsa.horizon.awt.ROI
- Create a ROI for a given component.
- ROI(int, int, Component).
Constructor for class ncsa.horizon.awt.ROI
- Create a ROI beginning at the specified point.
- ROI(int, int, int, int, Component).
Constructor for class ncsa.horizon.awt.ROI
- Create a ROI beginning with the specified vertex and dimensions.
- ROI(Point, Component).
Constructor for class ncsa.horizon.awt.ROI
- Create a ROI beginning at the specified point.
- roiMaster.
Variable in class ncsa.horizon.awt.ROISettingPanel
- The component to which roi associated.
- ROISettingPanel(ROI, Component).
Constructor for class ncsa.horizon.awt.ROISettingPanel
- Create a ROISettingPanel.
- run().
Method in class ncsa.horizon.util.Metarunner
- execute this Runnable.
- RUN_FAILED.
Static variable in class ncsa.horizon.util.Metarunner
- error state: runnable encountered an application-specific error
- RUN_PROBLEM.
Static variable in class ncsa.horizon.util.Metarunner
- error state: runnable encountered an application-specific error;
however, a usuable or default value has been returned.
- runCount.
Variable in class ncsa.horizon.util.Metarunner
- true if this Runnable has been executed at least once since being
instantiated.
- runTest(CelestialTransform, int, int, double).
Static method in class FITSWCS.tests.TestCel
-
- runTest(String, Projection, int, int, double).
Static method in class FITSWCS.tests.TestProj
-
- sameLength(String, String).
Static method in class Acme.Util
-
- sample.
Variable in class ncsa.horizon.util.Volume
-
- scaleValue(double, StringBuffer).
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- scale the input value and return unit appropriate for that
scale
- scanHeader(InputStream).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- scan FITS header and loads all the data recognized as pertaining to
the coordinate system.
- scanHeader(Metadata, InputStream).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- scan FITS header and loads all the data recognized as pertaining to
the coordinate system.
- scanHeaderCard(Metadata, String).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- scan an 80-character line of a FITS header and load the data in
the metadata list if it is recognized as pertaining to the
coordinate system.
- scanHeaderCard(String).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- scan an 80-character line of a FITS header and load the data in
this metadata list if it is recognized as pertaining to the
coordinate system.
- schema.
Static variable in class ncsa.horizon.util.Metadata
-
- SchemaSet.
Static variable in class ncsa.horizon.util.HorizonMetadata
-
- schemaVersion.
Static variable in class ncsa.horizon.util.Metadata
-
- SciDat1Viewer().
Constructor for class ncsa.horizon.viewer.SciDat1Viewer
- create a viewer with no Viewable to display
- SciDat1Viewer(MainCanvas, MagnifierPanel, PositionPanel).
Constructor for class ncsa.horizon.viewer.SciDat1Viewer
- construct a Viewer using specific subcomponents
- SciDat1Viewer(Viewable, Slice).
Constructor for class ncsa.horizon.viewer.SciDat1Viewer
- create a viewer and display in it a slice from a viewable image
- scroll.
Variable in class ncsa.horizon.awt.IntScrollPanel
-
- Segment(int).
Constructor for class ncsa.horizon.util.Segment
- create a Segment object of unit size and nax dimensions; the first
axis is assumed to be the long axis.
- Segment(int, int, int).
Constructor for class ncsa.horizon.util.Segment
- create a Segment object
- Segment(Segment, int).
Constructor for class ncsa.horizon.util.Segment
- create a Segment object that is a copy of another Segment but has
the specified index for the first axis.
- Segment(Volume, int).
Constructor for class ncsa.horizon.util.Segment
- create a Segment object from a Volume
- Segment(Voxel, double, int).
Constructor for class ncsa.horizon.util.Segment
- create a Segment object located at a given Voxel and of given
dimensions.
- selbox.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- selbox.
Variable in class ncsa.horizon.viewer.BasicSelectionViewer
- the last selected display rectangle
- selbox.
Variable in class ncsa.horizon.viewer.SciDat1Viewer
-
- SelectionViewer().
Constructor for class ncsa.horizon.viewer.SelectionViewer
-
- selline.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- selline.
Variable in class ncsa.horizon.viewer.BasicSelectionViewer
- the last selected display line
- selline.
Variable in class ncsa.horizon.viewer.SciDat1Viewer
-
- selpix.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- selpix.
Variable in class ncsa.horizon.viewer.BasicSelectionViewer
- the last selected display pixel
- selpix.
Variable in class ncsa.horizon.viewer.SciDat1Viewer
-
- Separator().
Constructor for class ncsa.horizon.awt.Separator
-
- Separator(boolean).
Constructor for class ncsa.horizon.awt.Separator
-
- setAbbreviated(boolean).
Method in class ncsa.horizon.coordinates.formatters.FreqAxisPosFormatter
- set whether abbreviations are used
- setAbbreviated(boolean).
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- set whether abbreviations are used
- setAbbreviated(boolean).
Method in class ncsa.horizon.coordinates.formatters.MetricVelocityFormatter
- set whether abbreviations are used
- setArea(double, double).
Method in class ncsa.horizon.util.Slice
- set the length of the currently selected x and y axes
- setAxes(Metadata, Metavector).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the Axes object
- setAxes(Metavector).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the Axes object
- setAxisAt(int, int).
Method in class ncsa.horizon.coordinates.CoordTransformConstraints
- set the axis index at the specified position of the axis index list
- setAxisFormatter(AxisPosFormatter[]).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis formatter objects for all axes.
- setAxisFormatter(int, AxisPosFormatter).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis formatter object for a specified axis.
- setAxisFormatter(Metadata, AxisPosFormatter[]).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis formatter objects for all axes.
- setAxisFormatter(Metadata, int, AxisPosFormatter).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis formatter object for a specified axis.
- setAxisLabel(int, Object).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis label for the specified axis.
- setAxisLabel(int, String).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- set an axis label.
- setAxisLabel(int, String).
Method in class ncsa.horizon.coordinates.CoordPos
- set an axis label.
- setAxisLabel(Metadata, int, String).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis label for the specified axis.
- setAxisLabel(Metadata, String[]).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis labels which are usually
used when printing out coordinate positions.
- setAxisLabel(String[]).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- set the axis labels.
- setAxisLabel(String[]).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis labels which are usually
used when printing out coordinate positions.
- setAxisLabel(String[]).
Method in class ncsa.horizon.coordinates.CoordPos
- set the axis labels.
- setAxisListSize(int).
Method in class ncsa.horizon.coordinates.CoordTransformConstraints
- set the size of the list.
- setAxisName(int, String).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis name for the specified axis.
- setAxisName(Metadata, int, String).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis name for the specified axis.
- setAxisName(Metadata, String[]).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis names.
- setAxisName(String[]).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis names.
- setAxisObject(Metadata, int, String, Object).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set an Axes metadatum
- setAxisPos(int, double).
Method in class ncsa.horizon.util.Volume
- get the location of the Volume's origin vertex along one axis.
- setAxisPos(int, double).
Method in class ncsa.horizon.util.Voxel
- set the projection of the Voxel's position along the i-th axis
Axes are numbered beginning with 0.
- setAxisRefoffset(double[]).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis reference offsets for all axes.
- setAxisRefoffset(int, double).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis reference offset for the specified axis.
- setAxisRefoffset(Metadata, double[]).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis reference offsets for all axes.
- setAxisRefoffset(Metadata, int, double).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis reference offset for the specified axis.
- setAxisRefposition(double[]).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis reference position for all axes.
- setAxisRefposition(int, double).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis reference position for the specified axis.
- setAxisRefposition(Metadata, double[]).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis reference position for all axes.
- setAxisRefposition(Metadata, int, double).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis reference position for the specified axis.
- setAxisRefvalue(double[]).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis reference values for all axes.
- setAxisRefvalue(int, double).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis reference value for the specified axis.
- setAxisRefvalue(Metadata, double[]).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis reference values for all axes.
- setAxisRefvalue(Metadata, int, double).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis reference value for the specified axis.
- setAxisStepsize(double[]).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis step size for all axes.
- setAxisStepsize(int, double).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis step size for the specified axis.
- setAxisStepsize(Metadata, double[]).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis step size for all axes.
- setAxisStepsize(Metadata, int, double).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis step size for the specified axis.
- setAxisType(int, String).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis type for the specified axis.
- setAxisType(Metadata, int, String).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis type for the specified axis.
- setAxisType(Metadata, String[]).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis types.
- setAxisType(String[]).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the axis types.
- setBoxSelection(int, int, int, int).
Method in class ncsa.horizon.viewer.ADILViewer
- set the current selected display box.
- setBoxSelection(int, int, int, int).
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- set the current selected display box.
- setBoxSelection(int, int, int, int).
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- setBoxSelection(int, int, int, int).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- set the current selected display box.
- setBoxSelection(int, int, int, int).
Method in class ncsa.horizon.viewer.SciDat1Viewer
- set the current selected display box.
- setBoxSelection(int, int, int, int).
Method in class ncsa.horizon.viewer.SelectionViewer
- set the current selected display box.
- setCDELT(int, double).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert a voxel width into this metadata list
- setCDELT(Metadata, int, double).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert a voxel width into a metadata list
- setColor(Color).
Method in class ncsa.horizon.awt.Cursor
- Set the color for this Cursor.
- setColor(Color).
Method in class ncsa.horizon.awt.LineSelection
- Set the color for this LineSelection.
- setColor(Color).
Method in class ncsa.horizon.awt.ROI
- Set the color for this ROI.
- setColorchoice(Color).
Method in class ncsa.horizon.awt.CursorSettingPanel
- Set a Color to colorChoice's current value
- setColorchoice(Color).
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Set a Color to colorChoice's current value
- setColorchoice(Color).
Method in class ncsa.horizon.awt.ROISettingPanel
- Set a Color to colorChoice's current value
- setComponent(Component).
Method in class ncsa.horizon.awt.Cursor
- Set the component to attach this Cursor to.
- setComponent(Component).
Method in class ncsa.horizon.awt.ROI
- Set the component to attach this ROI to.
- setCoordinateSystem(Metadata).
Method in class ncsa.horizon.util.HorizonMetadata
- set the Coordinate System metadata for a dataset
- setCoordinateSystem(Metadata, Metadata).
Static method in class ncsa.horizon.util.HorizonMetadata
- set the Coordinate System metadata for a dataset
- setCROTA(int, double).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert an axis rotation into this metadata list; since the CROTA
keyword is being phased out in favor of a PC Matrix, one should
run modernize() on the metadata list after all metadata are loaded
if this method was called.
- setCROTA(Metadata, int, double).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert an axis rotation into a metadata list; since the CROTA
keyword is being phased out in favor of a PC Matrix, one should
run modernize() on the metadata list after all metadata are loaded
if this method was called.
- setCRPIX(int, double).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert an axis reference data position into this metadata list
- setCRPIX(Metadata, int, double).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert an axis reference data position into a metadata list
- setCRVAL(int, double).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert an axis reference value into this metadata list
- setCRVAL(Metadata, int, double).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert an axis reference value into a metadata list
- setCTYPE(int, String).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert the name and type information into this metadata list
- setCTYPE(Metadata, int, String).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert the name and type information into a metadata list
- setCurrentZoom(double).
Method in class ncsa.horizon.control.ZoomControl
- set currentZoom factor over selected point.
- setDefaults(Metadata).
Method in class ncsa.horizon.util.Metadata
- Set the default Metadata of this Metadata object.
- setDefaults(Metavector).
Method in class ncsa.horizon.util.Metavector
- Set the default Metavector of this Metavector object.
- setDelta_xfield(int).
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Set delta_xField which is meant to be the LineSelection's
x component.
- setDelta_yfield(int).
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Set delta_yField which is meant to be the LineSelection's
y component.
- setDisplay(Rectangle).
Method in class ncsa.horizon.util.ImageDisplayMap
- change the Slice being mapped to the current display region
- setDisplaySize(Dimension).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- set the size of the display area
- setDisplaySize(Dimension).
Method in class ncsa.horizon.viewer.PosTrackerViewer
- set the size of the display area
- setDisplaySize(int, int).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- set the size of the display area
- setDisplaySize(int, int).
Method in class ncsa.horizon.viewer.PosTrackerViewer
- set the size of the display area
- setDrawBox(boolean).
Method in class ncsa.horizon.viewer.ADILViewer
-
- setDrawBox(boolean).
Method in class ncsa.horizon.viewer.SciDat1Viewer
-
- setDrawLine(boolean).
Method in class ncsa.horizon.viewer.ADILViewer
-
- setDrawLine(boolean).
Method in class ncsa.horizon.viewer.SciDat1Viewer
-
- setDrawPoint(boolean).
Method in class ncsa.horizon.viewer.ADILViewer
-
- setDrawPoint(boolean).
Method in class ncsa.horizon.viewer.SciDat1Viewer
-
- setElementAt(Object, int).
Method in class ncsa.horizon.util.Metavector
- Sets the element at the specified index to be the specified object,
growing the array as necessary.
- setEPOCH(Metadata, String).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert the value of the EPOCH keyword into a metadata list
- setEPOCH(String).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert the value of the EPOCH keyword into this metadata list
- setEQUINOX(Metadata, String).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert the value of the EQUINOX keyword into a metadata list
- setEQUINOX(String).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert the value of the EQUINOX keyword into this metadata list
- setFields(int, int).
Method in class ncsa.horizon.awt.CursorSettingPanel
- Set xField and yField with cursor's current position.
- setFields(int, int, int, int).
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Set xField, yField, delta_xField, and delta_xField which are meant to be the
LineSelection's start point, x component, and y component.
- setFields(int, int, int, int).
Method in class ncsa.horizon.awt.ROISettingPanel
- Set xField, yField, wField, and hField with roi's current position,
width, and height.
- setFormatter(int, AxisPosFormatter, boolean).
Method in class ncsa.horizon.coordinates.CoordTransform
- set the formatter object(s) that get used (when necessary) while this
transform is attached to a CoordinateSystem.
- setForwardMatrix(double[], double[], int).
Method in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
- set the forward matrix and voxel size
- setForwardMatrix(double[], int).
Method in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
- set the forward matrix
- setHeader(String).
Method in class ncsa.horizon.viewer.ADILViewer
- set the string to be used as a header
- setHeaderFetcher(Runnable).
Method in class ncsa.horizon.viewer.ADILViewer
- set the routine that will fetch the header text when needed.
- setHfield(int).
Method in class ncsa.horizon.awt.ROISettingPanel
- Set hField value which is meant to be the ROI's height.
- setID(int).
Method in class ncsa.horizon.viewer.ADILViewer
- set the Viewer's logical event producer id
- setKillOnClose().
Method in class ncsa.horizon.awt.SimpleFrame
- Destroy this frame and exit application when a WINDOW_DESTROY event is
received.
- setKillOnClose(boolean).
Method in class ncsa.horizon.awt.SimpleFrame
- Set flag to either hide frame or exit application when a WINDOW_DESTROY
event is received.
- setLabel(String).
Method in class ncsa.horizon.awt.IntScrollPanel
- Set the label.
- setLabel(String).
Method in class ncsa.horizon.awt.LabeledField
- Set the label.
- setLATPOLE(double).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert the value of FITS keyword LATPOLE into this metadata list
- setLATPOLE(Metadata, double).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- a the value of FITS keyword LATPOLE into a metadata list
- setLength(double).
Method in class ncsa.horizon.util.Segment
- set the length of the long axis
- setLength(int, double).
Method in class ncsa.horizon.util.Segment
- set the length of a side of the volume; the request is ignored unless
the requested side is the currently set long axis.
- setLength(int, double).
Method in class ncsa.horizon.util.Slice
- set the length of a side of the volume; the request is ignored unless
the requested side is either the currently set x or y axis.
- setLength(int, double).
Method in class ncsa.horizon.util.Volume
- set the length of a side of the volume
- setLineIncrement(int).
Method in class ncsa.horizon.awt.IntScrollPanel
- Set the scrollbar's line increment value.
- setLineSelection(int, int, int, int).
Method in class ncsa.horizon.viewer.ADILViewer
- set the current selected display line.
- setLineSelection(int, int, int, int).
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- set the current selected display line.
- setLineSelection(int, int, int, int).
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- setLineSelection(int, int, int, int).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- set the current selected display line.
- setLineSelection(int, int, int, int).
Method in class ncsa.horizon.viewer.SciDat1Viewer
- set the current selected display line.
- setLineSelection(int, int, int, int).
Method in class ncsa.horizon.viewer.SelectionViewer
- set the current selected display line.
- setLocation(double[]).
Method in class ncsa.horizon.util.Volume
-
set the location of the volume's vertex closest to the origin.
- setLocation(double[], int).
Method in class ncsa.horizon.util.Volume
-
set the location of the volume's vertex closest to the origin
- setLocation(Voxel).
Method in class ncsa.horizon.util.Volume
- set the location of the volume's vertex closest to the origin.
- setLongAxis(int).
Method in class ncsa.horizon.util.Segment
- set the long axis to be the given integer, indicating that
this axis can be have a length larger than one.
- setLongAxisSampling(double).
Method in class ncsa.horizon.util.Segment
- set the sampling along the long axis
- setLONGPOLE(double).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert the value of FITS keyword LONGPOLE into this metadata list
- setLONGPOLE(Metadata, double).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- a the value of FITS keyword LONGPOLE into a metadata list
- setMagnification(float).
Method in class ncsa.horizon.viewer.ADILViewer
-
- setMaxNaxes(int).
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- set the maximum number of axes this transform operates on
- setMaxNaxes(int).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- set the maximum number of axes this transform operates on
- setMetadata(Metadata).
Method in class ncsa.horizon.coordinates.CoordPos
- set the Metadata object that identifies the coordinate
system within which this coordinate position exists.
- setMinPower(int).
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- shift the lists of prefixes and abbreviations to use a new
minimum power.
- setMode(int).
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- Set the display mode for sizing or trimming the viewable image.
- setMode(int).
Method in class ncsa.horizon.awt.ImageCanvas
- Set the display mode for sizing or trimming the viewable image.
- setMode(int).
Method in class ncsa.horizon.viewer.SimpleViewer
- Set the display mode for sizing or trimming the viewable image.
- setName(int, String).
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
- set the axis name to be given to a transformed axis.
- setName(int, String).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- set the axis name to be given to a transformed axis.
- setName(int, String).
Method in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- set the axis name to be given to a transformed axis.
- setName(int, String).
Method in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- set the axis name to be given to a transformed axis.
- setName(int, String, boolean).
Method in class ncsa.horizon.coordinates.CoordTransform
- set the name that get used (when necessary) to identify an axis while
this transform is attached to a CoordinateSystem.
- setName(Metadata, String).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the name of the coordinate system
- setName(String).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the name of the coordinate system
- setName(String[]).
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
- set the axis names to be given to each transformed axis.
- setName(String[]).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- set the axis names to be given to each transformed axis.
- setName(String[]).
Method in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
- set the axis names to be given to each transformed axis.
- setName(String[]).
Method in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- set the axis names to be given to each transformed axis.
- setNaxes(int).
Method in class ncsa.horizon.coordinates.CoordMetadata
- set the number of axes in the coordinate system
- setNaxes(int).
Method in class ncsa.horizon.util.HorizonMetadata
- set the number of axes for the dataset described by this Metadata
- setNaxes(Metadata, int).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- set the number of axes in the coordinate system
- setNaxes(Metadata, int).
Static method in class ncsa.horizon.util.HorizonMetadata
- set the number of axes in a dataset
- setNAXIS(int).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert the number of axes into this metadata list
- setNAXIS(Metadata, int).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert the number of axes into a metadata list
- setPageIncrement(int).
Method in class ncsa.horizon.awt.IntScrollPanel
- Set the scrollbar's page increment value.
- setPCMatrix(double[]).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert a PC matrix into this metadata list
- setPCMatrix(int, int, double).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert an element of the PC matrix into a metadata list.
- setPCMatrix(Metadata, double[]).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert a PC matrix into a metadata list
- setPCMatrix(Metadata, int, int, double).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert an element of the PC matrix into a metadata list.
- setPixelmap(Slice, Rectangle).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- set the ImageDisplayMap object, pixelMap (used to convert display
pixels into data pixels), to reflect changes in the current Viewable
- setPixelMap(Slice, Rectangle).
Method in class ncsa.horizon.viewer.PosTrackerViewer
- set the ImageDisplayMap object, pixelMap (used to convert display
pixels into data pixels), to reflect changes in the current Viewable
- setPixelSelection(int, int).
Method in class ncsa.horizon.viewer.ADILViewer
- set the current selected display pixel.
- setPixelSelection(int, int).
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- set the current selected display pixel.
- setPixelSelection(int, int).
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- setPixelSelection(int, int).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- set the current selected display pixel.
- setPixelSelection(int, int).
Method in class ncsa.horizon.viewer.SciDat1Viewer
- set the current selected display pixel.
- setPixelSelection(int, int).
Method in class ncsa.horizon.viewer.SelectionViewer
- set the current selected display pixel.
- setPreferredSize(Dimension).
Method in class ncsa.horizon.awt.ImageCanvas
-
- setPreferredSize(int, int).
Method in class ncsa.horizon.awt.ImageCanvas
-
- setProjection(String, double[]).
Method in class ncsa.horizon.coordinates.transforms.FITSProjectionCoordTransform
-
- setPROJP(double[]).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert an array of projection parameters in this metadata list
- setPROJP(int, double).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert an element of the array of projection parameters
- setPROJP(Metadata, double[]).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert an array of projection parameters in a metadata list
- setPROJP(Metadata, int, double).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert an element of the array of projection parameters
- setProjParm(double[]).
Method in class FITSWCS.projections.AIRProjection
- set the projection parameters
- setProjParm(double[]).
Method in class FITSWCS.projections.AITProjection
- set the projection parameters (which are not used);
- setProjParm(double[]).
Method in class FITSWCS.projections.ARCProjection
- set the projection parameters (which are not used);
- setProjParm(double[]).
Method in class FITSWCS.projections.AZPProjection
- set the projection parameters
- setProjParm(double[]).
Method in class FITSWCS.projections.BONProjection
- set the projection parameters
- setProjParm(double[]).
Method in class FITSWCS.projections.CARProjection
- set the projection parameters (which are not used);
- setProjParm(double[]).
Method in class FITSWCS.projections.CEAProjection
- set the projection parameters
- setProjParm(double[]).
Method in class FITSWCS.projections.CODProjection
- set the projection parameters
- setProjParm(double[]).
Method in class FITSWCS.projections.COEProjection
- set the projection parameters
- setProjParm(double[]).
Method in class FITSWCS.projections.COOProjection
- set the projection parameters
- setProjParm(double[]).
Method in class FITSWCS.projections.COPProjection
- set the projection parameters
- setProjParm(double[]).
Method in class FITSWCS.projections.CSCProjection
- set the projection parameters (which are not used);
- setProjParm(double[]).
Method in class FITSWCS.projections.CYPProjection
- set the projection parameters
- setProjParm(double[]).
Method in class FITSWCS.projections.GLSProjection
- set the projection parameters (which are not used);
- setProjParm(double[]).
Method in class FITSWCS.projections.MERProjection
- set the projection parameters (which are not used);
- setProjParm(double[]).
Method in class FITSWCS.projections.MOLProjection
- set the projection parameters (which are not used);
- setProjParm(double[]).
Method in class FITSWCS.projections.PARProjection
- set the projection parameters (which are not used);
- setProjParm(double[]).
Method in class FITSWCS.projections.PCOProjection
- set the projection parameters (which are not used);
- setProjParm(double[]).
Method in class FITSWCS.Projection
- set with new projection parameters.
- setProjParm(double[]).
Method in class FITSWCS.projections.QSCProjection
- set the projection parameters (which are not used);
- setProjParm(double[]).
Method in class FITSWCS.projections.SINProjection
- set the projection parameters
- setProjParm(double[]).
Method in class FITSWCS.projections.STGProjection
- set the projection parameters (which are not used);
- setProjParm(double[]).
Method in class FITSWCS.projections.TANProjection
- set the projection parameters (which are not used);
- setProjParm(double[]).
Method in class FITSWCS.projections.TSCProjection
- set the projection parameters (which are not used);
- setProjParm(double[]).
Method in class FITSWCS.projections.ZEAProjection
- set the projection parameters (which are not used);
- setProjParm(double[]).
Method in class FITSWCS.projections.ZPNProjection
- set the projection parameters
- setR0(double).
Method in class FITSWCS.projections.AIRProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.AITProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.ARCProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.AZPProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.BONProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.CARProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.CEAProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.CODProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.COEProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.COOProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.COPProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.CSCProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.CYPProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.GLSProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.MERProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.MOLProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.PARProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.PCOProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.Projection
- set the value of r0
- setR0(double).
Method in class FITSWCS.projections.QSCProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.SINProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.STGProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.TANProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.TSCProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.ZEAProjection
- set the sphere radius
- setR0(double).
Method in class FITSWCS.projections.ZPNProjection
- set the sphere radius
- setRADECSYS(Metadata, String).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert the value of the RADECSYS keyword into a metadata list
- setRADECSYS(String).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- insert the value of the RADECSYS keyword into this metadata list
- setRefoffset(double[]).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- set the axis reference offset for each axis.
- setRefoffset(int, double).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- set the axis reference offset for the specified axis.
- setRefposition(double[]).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- set the axis reference position for each axis.
- setRefposition(int, double).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- set the axis reference position the specified axis.
- setRefvalue(double[]).
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- set the axis reference value for each axis.
- setRefvalue(double[]).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- set the axis reference value for each axis.
- setRefvalue(int, double).
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- set the axis reference value for the specified axis.
- setRefvalue(int, double).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- set the axis reference value for the specified axis.
- setResizable(boolean).
Method in class ncsa.horizon.awt.ROI
- Determines whether this ROI should be resizable.
- setSampling(double[]).
Method in class ncsa.horizon.util.Volume
- set the volume sampling: each value in the input array represents
the sampling of the volume along each axis; thus, the volume includes
the first voxel and every value-th voxel along each axis.
- setSampling(double[], int).
Method in class ncsa.horizon.util.Volume
- set the volume sampling: each value in the input array represents
the sampling of the volume along each axis; thus, the volume includes
the first voxel and every value-th voxel along each axis.
- setSampling(int, double).
Method in class ncsa.horizon.util.Volume
- set the sampling along a side of the volume
- setSchema(String).
Method in class ncsa.horizon.util.Metadata
- set the name of the schema used by this Metadata object
- setSchemaVersion(String).
Method in class ncsa.horizon.util.Metadata
- set the version of the schema used by this Metadata object
- setScroll(int).
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Set tkScroll to be LineSelection's thickness.
- setScroll(int).
Method in class ncsa.horizon.awt.ROISettingPanel
- Set tkScroll to be cursor's thickness.
- setScrolls(int, int, int).
Method in class ncsa.horizon.awt.CursorSettingPanel
- Set wdScroll, htScroll and tkScroll to be cursor's width, height,
and thickness.
- setShowbox(boolean).
Method in class ncsa.horizon.awt.CursorSettingPanel
- Set showBox to be true or false
- setShowbox(boolean).
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Set showBox to be true or false
- setShowbox(boolean).
Method in class ncsa.horizon.awt.ROISettingPanel
- Set showBox to be true or false
- setSize(double[]).
Method in class ncsa.horizon.util.Volume
- set the length of each side of the volume.
- setSize(double[], int).
Method in class ncsa.horizon.util.Segment
- set the length of each side of the volume; the input lengths are
ignored except for the one currently tagged as the long axis.
- setSize(double[], int).
Method in class ncsa.horizon.util.Slice
- set the length of each side of the volume; the input lengths are
ignored except for those currently tagged as the x and y axes.
- setSize(double[], int).
Method in class ncsa.horizon.util.Volume
- set the length of each side of the volume
- setSize(int).
Method in class ncsa.horizon.util.Metavector
- Sets the size of the vector.
- setSlice(Slice).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
-
- setSlice(Slice).
Method in class ncsa.horizon.util.ImageDisplayMap
- change the Slice being mapped to the current display region
- setSliceSelection(Slice, ImageDisplayMap).
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
- set the selected region via a Slice and an ImageDisplayMap for
translating the Slice to display space.
- setSliceSelection(Volume).
Method in class ncsa.horizon.viewer.ADILViewer
- set the current selected Slice to the given Volume as projected onto
the currently displayed Slice, or do nothing if there is no current
Viewable.
- setSliceSelection(Volume).
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- set the current selected Slice to the given Volume as projected onto
the currently displayed Slice, or do nothing if there is no current
Viewable.
- setSliceSelection(Volume).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- set the current selected Slice to the given Volume as projected onto
the currently displayed Slice, or do nothing if there is no current
Viewable.
- setSliceSelection(Volume).
Method in class ncsa.horizon.viewer.SciDat1Viewer
- set the current selected Slice to the given Volume as projected onto
the currently displayed Slice, or do nothing if there is no current
Viewable.
- setSliceSelection(Volume).
Method in class ncsa.horizon.viewer.SelectionViewer
- set the current selected Slice to the given Volume as projected onto
the currently displayed Slice, or do nothing if there is no current
Viewable.
- setStepsize(double[]).
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- set the axis step size for each axis.
- setStepsize(double[]).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- set the axis step size for each axis.
- setStepsize(int, double).
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- set the axis step size for the specified axis.
- setStepsize(int, double).
Method in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
- set the axis step size for the specified axis.
- setStyle(int).
Method in class ncsa.horizon.awt.Cursor
- Set the style for this Cursor.
- setStyle(int).
Method in class ncsa.horizon.awt.ROI
- Set the style for this ROI.
- setThickness(int).
Method in class ncsa.horizon.awt.Cursor
- Set the line thickness to use.
- setThickness(int).
Method in class ncsa.horizon.awt.LineSelection
- Set the thickness for this LineSelection.
- setThickness(int).
Method in class ncsa.horizon.awt.ROI
- Set the line thickness to use.
- setToAdapt(boolean).
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- set whether this transform should adapt its internal data
according to the reference position data of the CoordinateSystem
it gets attached to.
- setUnit(String).
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- set the basic unit (word or abbreviation)
- setUnitPower(int).
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- assume that the values input to toString(double) will be in units
of 10^power (relative to the current unit name).
- setUsingTransforms(boolean).
Method in class ncsa.horizon.coordinates.CoordinateSystem
- turn on or off the use of attached CoordTransform objects.
- setValue(double[]).
Method in class ncsa.horizon.coordinates.CoordPos
- set the position along all axes with the values given in the input
array, returning the old values;
- setValue(int).
Method in class ncsa.horizon.awt.IntScrollPanel
- Set the scrollbar's value.
- setValue(int).
Method in class ncsa.horizon.awt.LabeledField
- Set the text field value.
- setValue(int, double).
Method in class ncsa.horizon.coordinates.CoordPos
- set the position's projection along an axis to a value
- setValue(String).
Method in class ncsa.horizon.awt.LabeledField
- Set the text field value.
- setValues(double[]).
Method in class ncsa.horizon.util.Voxel
- set the position along all axes with the values given in the input
array.
- setValues(double[], int).
Method in class ncsa.horizon.util.Voxel
- set the position along all axes with the values given in the input
array.
- setValues(int, int, int, int).
Method in class ncsa.horizon.awt.IntScrollPanel
- Set several of the the scrollbar's values.
- setVeloStandard(int, String).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- set the value of the velocity standard in use for specific axis
- setVeloStandard(Metadata, int, String).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- set the value of the velocity standard in use for specific axis
- setVeloStandard(Metadata, String).
Static method in class ncsa.horizon.coordinates.FITSCoordMetadata
- set the value of the default velocity standard for the entire
coordinate system
- setVeloStandard(String).
Method in class ncsa.horizon.coordinates.FITSCoordMetadata
- set the value of the default velocity standard for the entire
coordinate system
- setVoxelSelection(Voxel).
Method in class ncsa.horizon.viewer.ADILViewer
-
set the current selected Voxel to the one given as projected onto
the currently displayed Slice, or do nothing if there is no current
Viewable.
- setVoxelSelection(Voxel).
Method in class ncsa.horizon.viewer.BasicSelectionViewer
-
set the current selected Voxel to the one given as projected onto
the currently displayed Slice, or do nothing if there is no current
Viewable.
- setVoxelSelection(Voxel).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
-
set the current selected Voxel to the one given as projected onto
the currently displayed Slice, or do nothing if there is no current
Viewable.
- setVoxelSelection(Voxel).
Method in class ncsa.horizon.viewer.SciDat1Viewer
-
set the current selected Voxel to the one given as projected onto
the currently displayed Slice, or do nothing if there is no current
Viewable.
- setVoxelSelection(Voxel).
Method in class ncsa.horizon.viewer.SelectionViewer
-
set the current selected Voxel to the one given as projected onto
the currently displayed Slice, or do nothing if there is no current
Viewable.
- setVoxelSelection(Voxel, ImageDisplayMap).
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
- set the selected pixel via a Voxel and an ImageDisplayMap for
translating the Voxel to display space.
- setWfield(int).
Method in class ncsa.horizon.awt.ROISettingPanel
- Set wField value which is meant to be the ROI's width.
- setXaxis(int).
Method in class ncsa.horizon.util.Slice
- set the x axis to be the given integer, indicating that
this axis can be have a length larger than one.
- setXaxisLength(double).
Method in class ncsa.horizon.util.Slice
- set the length of the x axis
- setXaxisLocation(double).
Method in class ncsa.horizon.util.Slice
- set the position of the Slice along the x axis
- setXaxisSampling(double).
Method in class ncsa.horizon.util.Slice
- set the sampling along the x axis
- setXfield(int).
Method in class ncsa.horizon.awt.CursorSettingPanel
- Set xField value which is meant to be the x coordinate
of the Cursor's current position.
- setXfield(int).
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Set xField value which is meant to be the x coordinate
of the LineSelection's start point.
- setXfield(int).
Method in class ncsa.horizon.awt.ROISettingPanel
- Set xField value which is meant to be the x coordinate
of the ROI's base point.
- setYaxis(int).
Method in class ncsa.horizon.util.Slice
- set the ordinate (y-) axis to be the given integer, indicating that
this axis can be have a length larger than one.
- setYaxisLength(double).
Method in class ncsa.horizon.util.Slice
- set the length of the ordinate (y) axis
- setYaxisLocation(double).
Method in class ncsa.horizon.util.Slice
- set the position of the Slice along the y axis
- setYaxisSampling(double).
Method in class ncsa.horizon.util.Slice
- set the sampling along the ordinate (y) axis
- setYfield(int).
Method in class ncsa.horizon.awt.CursorSettingPanel
- Set yField value which is meant to be the y coordinate
of the Cursor's current position.
- setYfield(int).
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- Set yField value which is meant to be the y coordinate
of the LineSelection's start point.
- setYfield(int).
Method in class ncsa.horizon.awt.ROISettingPanel
- Set yField value which is meant to be the y coordinate
of the ROI's base point.
- show().
Method in class ncsa.horizon.awt.Cursor
- Show the cursor.
- show().
Method in class ncsa.horizon.awt.ROI
- Show the ROI.
- show(boolean).
Method in class ncsa.horizon.awt.Cursor
- If the boolean argument is true, makes the Cursor visible.
- show(boolean).
Method in class ncsa.horizon.awt.LineSelection
- Show or hide this LineSelection according t
- show(boolean).
Method in class ncsa.horizon.awt.ROI
- If the boolean argument is true, makes the ROI visible.
- show(Component).
Method in class ncsa.horizon.awt.CardPanel
- Make this component visible among all the components
- show(String).
Method in class ncsa.horizon.awt.CardPanel
- Make the component with this name to be visible among all the
Components.
- showBox.
Variable in class ncsa.horizon.awt.CursorSettingPanel
- A Checkbox used to control and show the current cursor visible state.
- showBox.
Variable in class ncsa.horizon.awt.LineSelectionSettingPanel
- A Checkbox used to control and show ls's current visible state.
- showBox.
Variable in class ncsa.horizon.awt.ROISettingPanel
- A Checkbox used to control and show roi's current visible state.
- showBoxSelection(boolean).
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- showHeader().
Method in class ncsa.horizon.viewer.ADILViewer
- pop up a Frame with a box containing header text
- showLineSelection(boolean).
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- showPixelSelection(boolean).
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- SimpleFrame().
Constructor for class ncsa.horizon.awt.SimpleFrame
-
- SimpleFrame(String).
Constructor for class ncsa.horizon.awt.SimpleFrame
-
- SimpleViewable().
Constructor for class ncsa.horizon.viewable.SimpleViewable
- Constructs a new instance of a SimpleViewable given a URL.
- SimpleViewable(String).
Constructor for class ncsa.horizon.viewable.SimpleViewable
- Constructs a new instance of a SimpleViewable given a filename string.
- SimpleViewable(URL).
Constructor for class ncsa.horizon.viewable.SimpleViewable
- Constructs a new instance of a SimpleViewable given a URL.
- SimpleViewer().
Constructor for class ncsa.horizon.viewer.SimpleViewer
- Create a new instance of a SimpleViewer.
- SIN.
Static variable in interface FITSWCS.ProjectionType
-
- SIN.
Static variable in class FITSWCS.tests.TestCel
-
- SIN.
Static variable in class FITSWCS.tests.TestProj
-
- sin(double).
Static method in class FITSWCS.TrigD
-
- SingularMatrixException().
Constructor for class FITSWCS.exceptions.SingularMatrixException
-
- SingularMatrixException(String).
Constructor for class FITSWCS.exceptions.SingularMatrixException
-
- SINProjection().
Constructor for class FITSWCS.projections.SINProjection
- Create an SINProjection object (with no obliqueness)
- SINProjection(double, double).
Constructor for class FITSWCS.projections.SINProjection
- Create an SINProjection object with a given obliqueness
- SINProjection(double, double, double).
Constructor for class FITSWCS.projections.SINProjection
- Create an SINProjection object
- SINProjection(double, double[]).
Constructor for class FITSWCS.projections.SINProjection
- Create an SINProjection object
- SINProjection(double[]).
Constructor for class FITSWCS.projections.SINProjection
- Create an SINProjection object
- size.
Variable in class ncsa.horizon.awt.ImageCanvas
-
- size.
Variable in class ncsa.horizon.util.Volume
-
- size().
Method in class ncsa.horizon.awt.Cursor
- Resize the Cursor to the width and height specified by the dimension
- size().
Method in class ncsa.horizon.util.Metavector
- Returns the number of elements in the vector.
- size().
Method in class ncsa.horizon.awt.ROI
- Resize the ROI to the width and height specified by the dimension
- SIZE_IMAGE_CENTER.
Static variable in class ncsa.horizon.viewer.BasicSelectionViewer
- Trim the image to the Viewer size (centered)
- SIZE_IMAGE_CENTER.
Static variable in class ncsa.horizon.awt.ImageCanvas
- Trim the image to the Canvas size (centered)
- SIZE_IMAGE_CENTER.
Static variable in class ncsa.horizon.viewer.SimpleViewer
- Trim the image to the Viewer size (centered)
- SIZE_IMAGE_FIT.
Static variable in class ncsa.horizon.viewer.BasicSelectionViewer
- Fit the image to the Viewer size (default)
- SIZE_IMAGE_FIT.
Static variable in class ncsa.horizon.awt.ImageCanvas
- Fit the image to the Canvas size (default)
- SIZE_IMAGE_FIT.
Static variable in class ncsa.horizon.viewer.SimpleViewer
- Fit the image to the Viewer size (default)
- SIZE_IMAGE_FLUSH.
Static variable in class ncsa.horizon.awt.ImageCanvas
- Scale the image to the Canvas size (centered)
- SIZE_IMAGE_SCALE.
Static variable in class ncsa.horizon.viewer.BasicSelectionViewer
- Scale the image to the Viewer size (centered)
- SIZE_IMAGE_SCALE.
Static variable in class ncsa.horizon.awt.ImageCanvas
- Scale the image to the Canvas size (centered)
- SIZE_IMAGE_TRUNCATE.
Static variable in class ncsa.horizon.viewer.BasicSelectionViewer
- Trim the image to the Viewer size (centered)
- SIZE_IMAGE_TRUNCATE.
Static variable in class ncsa.horizon.awt.ImageCanvas
- Trim the image to the Canvas size (flush top/left)
- SIZE_IMAGE_TRUNCATE.
Static variable in class ncsa.horizon.viewer.SimpleViewer
- Trim the image to the Viewer size (centered)
- skew.
Variable in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
-
- SkewRotateCoordTransform(int, double[]).
Constructor for class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
-
- SkewRotateCoordTransform(int, double[], double[]).
Constructor for class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
-
- slice.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- slice.
Variable in class ncsa.horizon.viewer.BasicSelectionViewer
- the last slice requested from the current viewable
- slice.
Variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
- the last slice requested from the current viewable
- slice.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- slice.
Variable in class ncsa.horizon.viewer.SciDat1Viewer
-
- Slice(int).
Constructor for class ncsa.horizon.util.Slice
- create a Slice object of unit size and nax dimensions; the first
two axes are assumed to be the ones defining the slice plane.
- Slice(int, int, int, int).
Constructor for class ncsa.horizon.util.Slice
- create a Slice object in which all the lengths of all sides have
a length of one.
- Slice(Slice, int).
Constructor for class ncsa.horizon.util.Slice
- create a Slice object from another Slice but with the specified index
for the first axis.
- Slice(Volume).
Constructor for class ncsa.horizon.util.Slice
- create a Slice object from a Volume.
- Slice(Volume, int).
Constructor for class ncsa.horizon.util.Slice
- create a Slice object from a Volume.
- Slice(Volume, int, int).
Constructor for class ncsa.horizon.util.Slice
- create a Slice object from a Volume
- Slice(Voxel, Dimension, int, int).
Constructor for class ncsa.horizon.util.Slice
- create a Slice object located at a given Voxel and of given dimensions
- sliceSize.
Variable in class ncsa.horizon.viewer.ADILViewer
-
- sliceSize.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- source.
Variable in class ncsa.horizon.viewable.BasicViewable
-
- source.
Variable in class ncsa.horizon.viewable.ComputerGraphicsViewable
-
- source.
Variable in class ncsa.horizon.viewable.SimpleViewable
-
- SOUTH.
Static variable in class ncsa.horizon.awt.ROI
- The bottom edge of the bounding rectangle.
- SOUTHEAST.
Static variable in class ncsa.horizon.awt.ROI
- The bottom right vertex of the bounding rectangle.
- SOUTHWEST.
Static variable in class ncsa.horizon.awt.ROI
- The bottom left vertex of the bounding rectangle.
- sph.
Variable in class ncsa.horizon.coordinates.transforms.LinToSphLinCoordTransform
-
- sph.
Variable in class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
-
- SphericalCoordTransform(double, double).
Constructor for class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- Specify the transformation between two spherical coordinate systems
using the "pole-positioning" method.
- SphericalCoordTransform(double, double, double).
Constructor for class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- Specify the transformation between two spherical coordinate systems
using the "pole-positioning" method.
- SphericalCoordTransform(double, double, double, boolean).
Constructor for class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- Specify the transformation between two spherical coordinate systems
using one of two descriptions: "Dip-and-Spin" or "Pole-Positioning".
- SphericalCoordTransform(double, double, double, boolean, double).
Constructor for class ncsa.horizon.coordinates.transforms.SphericalCoordTransform
- Specify the transformation between two spherical coordinate systems
using a reference position of a point in the new system located
else where along 0 degrees longitude other than the pole.
- SphericalTransform(double, double).
Constructor for class FITSWCS.SphericalTransform
- Create a SphericalTransform object (storing euler angles internally)
assuming the reference point is at the native pole and
taking defaults for the longitude & latitude of the pole
of the reference system.
- SphericalTransform(double, double, double).
Constructor for class FITSWCS.SphericalTransform
- Create a SphericalTransform object (storing euler angles internally)
taking defaults for the longitude & latitude of the pole
of the reference system.
- SphericalTransform(double, double, double, boolean, double).
Constructor for class FITSWCS.SphericalTransform
- Create a SphericalTransform object (storing euler angles internally)
- SphericalTransform(double, double, String).
Constructor for class FITSWCS.SphericalTransform
- Create a SphericalTransform object (storing euler angles internally)
taking defaults for the longitude & latitude of the pole
of the reference system.
- SphericalTransform(double[]).
Constructor for class FITSWCS.SphericalTransform
- Create a SphericalTransform object, using the given (5) euler
angles
- SphericalTransform(double[], String).
Constructor for class FITSWCS.SphericalTransform
- Create a SphericalTransform object (storing euler angles internally)
- SphLinCoordinateSystem(int).
Constructor for class ncsa.horizon.coordinates.systems.SphLinCoordinateSystem
- construct a coordinate system with the specified number of
(linear) axes.
- SphLinCoordinateSystem(int, Metadata).
Constructor for class ncsa.horizon.coordinates.systems.SphLinCoordinateSystem
- construct a coordinate system with the specified number of axes
and described by the specified set of Metadata.
- SphLinCoordinateSystem(int, Metadata, double[], double[], double[], double[], String[], double[], int, int, String, double[], Double, Double).
Constructor for class ncsa.horizon.coordinates.systems.SphLinCoordinateSystem
- create a SphLinCoordinateSystem object specifying all internal
data.
- SphLinCoordinateSystem(Metadata).
Constructor for class ncsa.horizon.coordinates.systems.SphLinCoordinateSystem
- construct a coordinate system described by the specified set of
Metadata.
- splitStr(String).
Static method in class Acme.Util
-
- SQRT2.
Static variable in class FITSWCS.Projection
-
- SQRT2INV.
Static variable in class FITSWCS.Projection
-
- startPoint().
Method in class ncsa.horizon.awt.Line
- return a copy of start point.
- state.
Variable in class ncsa.horizon.awt.Cursor
-
- STATE_VISIBLE.
Static variable in class ncsa.horizon.awt.Cursor
-
- status.
Variable in class ncsa.horizon.util.ValueAndStatus
-
- stepsize.
Static variable in class ncsa.horizon.coordinates.CoordMetadata
-
- stepsize.
Variable in class ncsa.horizon.coordinates.transforms.LinearCoordTransform
-
- STG.
Static variable in interface FITSWCS.ProjectionType
-
- STG.
Static variable in class FITSWCS.tests.TestCel
-
- STG.
Static variable in class FITSWCS.tests.TestProj
-
- STGProjection().
Constructor for class FITSWCS.projections.STGProjection
- Create an STGProjection object
- STGProjection(double).
Constructor for class FITSWCS.projections.STGProjection
- Create an STGProjection object
- STGProjection(double, double[]).
Constructor for class FITSWCS.projections.STGProjection
- Create an STGProjection object
- STGProjection(double[]).
Constructor for class FITSWCS.projections.STGProjection
- Create an STGProjection object
- strCSpan(String, String).
Static method in class Acme.Util
-
- strSpan(String, String).
Static method in class Acme.Util
-
- style.
Variable in class ncsa.horizon.awt.Cursor
-
- STYLE_BOX.
Static variable in class ncsa.horizon.awt.Cursor
- A box cursor.
- STYLE_BULLSEYE.
Static variable in class ncsa.horizon.awt.Cursor
- A box cursor with central dot.
- STYLE_CROSS.
Static variable in class ncsa.horizon.awt.Cursor
- A cross (plus-sign) cursor.
- STYLE_DOT.
Static variable in class ncsa.horizon.awt.Cursor
- A solid block cursor.
- STYLE_OPENCROSS.
Static variable in class ncsa.horizon.awt.Cursor
- A cross cursor with open hotspot.
- STYLE_SPANNINGCROSS.
Static variable in class ncsa.horizon.awt.Cursor
- An cross cursor that spans the display.
- STYLE_TERMINUS.
Static variable in class ncsa.horizon.awt.Cursor
-
- STYLE_USER_ICON.
Static variable in class ncsa.horizon.awt.Cursor
- A monochrome user-supplied cursor.
- STYLE_USER_PIXMAP.
Static variable in class ncsa.horizon.awt.Cursor
- A fixed-color user-supplied cursor.
- STYLE_X.
Static variable in class ncsa.horizon.awt.Cursor
- An X-shaped cursor.
- styleChoice.
Variable in class ncsa.horizon.awt.CursorSettingPanel
- Choice to set Color and Style of the cursor
- system(String).
Static method in class Acme.Util
-
- TAN.
Static variable in interface FITSWCS.ProjectionType
-
- TAN.
Static variable in class FITSWCS.tests.TestCel
-
- TAN.
Static variable in class FITSWCS.tests.TestProj
-
- tan(double).
Static method in class FITSWCS.TrigD
-
- TANProjection().
Constructor for class FITSWCS.projections.TANProjection
- Create an TANProjection object
- TANProjection(double).
Constructor for class FITSWCS.projections.TANProjection
- Create an TANProjection object
- TANProjection(double, double[]).
Constructor for class FITSWCS.projections.TANProjection
- Create an TANProjection object
- TANProjection(double[]).
Constructor for class FITSWCS.projections.TANProjection
- Create an TANProjection object
- TestCel().
Constructor for class FITSWCS.tests.TestCel
-
- TestLin().
Constructor for class FITSWCS.tests.TestLin
-
- TestProj().
Constructor for class FITSWCS.tests.TestProj
-
- TestSph().
Constructor for class FITSWCS.tests.TestSph
-
- thickness.
Variable in class ncsa.horizon.awt.Cursor
-
- THREAD_FAILED.
Static variable in class ncsa.horizon.util.Metarunner
- error state: failed to initiate or complete execution of Thread
- title.
Variable in class ncsa.horizon.control.ZoomControl
- The title Label with "Zoom Control" string
- tkScroll.
Variable in class ncsa.horizon.awt.CursorSettingPanel
- The IntScrollPanel to control width, height, and thickness
- tkScroll.
Variable in class ncsa.horizon.awt.LineSelectionSettingPanel
- An IntScrollPanel to control ls thickness
- tkScroll.
Variable in class ncsa.horizon.awt.ROISettingPanel
- An IntScrollPanel to control roi thickness
- toggleBoxSelection().
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- toggleLineSelection().
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- togglePixelSelection().
Method in class ncsa.horizon.viewer.GraphicsSelectionImpl
-
- toggleShowbox().
Method in class ncsa.horizon.awt.CursorSettingPanel
- toggle the showBow true, false state.
- toggleShowbox().
Method in class ncsa.horizon.awt.LineSelectionSettingPanel
- toggle the showBow true, false state.
- toggleShowbox().
Method in class ncsa.horizon.awt.ROISettingPanel
- toggle the showBow true, false state.
- tol.
Static variable in class FITSWCS.projections.AIRProjection
-
- tol.
Variable in class FITSWCS.projections.AITProjection
-
- tol.
Static variable in class FITSWCS.projections.ARCProjection
-
- tol.
Static variable in class FITSWCS.projections.AZPProjection
-
- tol.
Static variable in class FITSWCS.projections.CARProjection
-
- tol.
Static variable in class FITSWCS.projections.CEAProjection
-
- tol.
Variable in class FITSWCS.projections.COEProjection
-
- tol.
Variable in class FITSWCS.projections.COOProjection
-
- tol.
Variable in class FITSWCS.projections.CSCProjection
-
- tol.
Static variable in class FITSWCS.projections.MERProjection
-
- tol.
Variable in class FITSWCS.projections.MOLProjection
-
- tol.
Variable in class FITSWCS.projections.PARProjection
-
- tol.
Variable in class FITSWCS.projections.PCOProjection
-
- tol.
Variable in class FITSWCS.projections.QSCProjection
-
- tol.
Static variable in class FITSWCS.projections.SINProjection
-
- tol.
Static variable in class FITSWCS.projections.TANProjection
-
- tol.
Variable in class FITSWCS.projections.TSCProjection
-
- tol.
Static variable in class FITSWCS.projections.ZEAProjection
-
- tol.
Static variable in class FITSWCS.projections.ZPNProjection
-
- toString().
Method in class ncsa.horizon.coordinates.formatters.CDDMMSSAxisPosFormatter
-
- toString().
Method in class ncsa.horizon.coordinates.formatters.DDMMSSAxisPosFormatter
-
- toString().
Method in class ncsa.horizon.coordinates.formatters.GenericAxisPosFormatter
-
- toString().
Method in class ncsa.horizon.coordinates.formatters.HHMMSSAxisPosFormatter
-
- toString().
Method in class ncsa.horizon.awt.IntScrollPanel
- Get a string representation of the extended scrollbar values.
- toString().
Method in class ncsa.horizon.awt.LabeledField
- Return a String version of the conmponent.
- toString().
Method in class ncsa.horizon.util.Metadata
- attempt to convert contents to a multi-line String (useful for
debugging
- toString().
Method in class ncsa.horizon.util.MetadataTypeException
-
- toString().
Method in class ncsa.horizon.util.Metavector
- Converts the vector to a string.
- toString().
Method in class ncsa.horizon.coordinates.formatters.NRAOStokesFormatter
-
- toString().
Method in class ncsa.horizon.util.Voxel
- converts position to (x, y, ...) formatted string
- toString().
Method in class ncsa.horizon.util.WriteProtectionException
-
- toString(double).
Method in interface ncsa.horizon.coordinates.AxisPosFormatter
- convert a value to a string
- toString(double).
Method in class ncsa.horizon.coordinates.formatters.CDDMMSSAxisPosFormatter
- format value into a string with default precision
- toString(double).
Method in class ncsa.horizon.coordinates.formatters.DDMMSSAxisPosFormatter
- format value into a string with default precision
- toString(double).
Method in class ncsa.horizon.coordinates.formatters.GenericAxisPosFormatter
- return a value as a string with a specified precision
- toString(double).
Method in class ncsa.horizon.coordinates.formatters.HHMMSSAxisPosFormatter
- format value into a string with default precision
- toString(double).
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- return a value as a string with a specified precision
- toString(double).
Method in class ncsa.horizon.coordinates.formatters.NRAOStokesFormatter
- return a value as a string with a specified precision
- toString(double, int).
Method in interface ncsa.horizon.coordinates.AxisPosFormatter
- convert a value to a string with a given precision.
- toString(double, int).
Method in class ncsa.horizon.coordinates.formatters.CDDMMSSAxisPosFormatter
- return a value as a string with a specified precision
- toString(double, int).
Method in class ncsa.horizon.coordinates.formatters.DDMMSSAxisPosFormatter
- return a value as a string with a specified precision
- toString(double, int).
Method in class ncsa.horizon.coordinates.formatters.GenericAxisPosFormatter
- return a value as a string with a specified precision
- toString(double, int).
Method in class ncsa.horizon.coordinates.formatters.HHMMSSAxisPosFormatter
- return a value as a string with a specified precision
- toString(double, int).
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- return a value as a string with a specified precision
- toString(double, int).
Method in class ncsa.horizon.coordinates.formatters.NRAOStokesFormatter
- return a value as a string with a specified precision
- tracker.
Variable in class ncsa.horizon.awt.ImageCanvas
-
- transdirs.
Variable in class ncsa.horizon.coordinates.CoordinateSystem
-
- transdirs.
Variable in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
-
- transforms.
Variable in class ncsa.horizon.coordinates.CoordinateSystem
-
- transforms.
Variable in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
-
- TransformUndefinedException().
Constructor for class ncsa.horizon.coordinates.TransformUndefinedException
-
- TransformUndefinedException(double[]).
Constructor for class ncsa.horizon.coordinates.TransformUndefinedException
-
- TransformUndefinedException(String).
Constructor for class ncsa.horizon.coordinates.TransformUndefinedException
-
- TransformUndefinedException(String, double[]).
Constructor for class ncsa.horizon.coordinates.TransformUndefinedException
-
- translate(double[], int).
Method in class ncsa.horizon.util.Voxel
- move this Voxel to a relative position
- translate(Voxel).
Method in class ncsa.horizon.util.Volume
- move this Volume to a relative position
- translate(Voxel).
Method in class ncsa.horizon.util.Voxel
- move this Voxel to a relative position
- transmaps.
Variable in class ncsa.horizon.coordinates.CoordinateSystem
-
- transmaps.
Variable in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
-
- TrigD().
Constructor for class FITSWCS.TrigD
-
- trimToSize().
Method in class ncsa.horizon.util.Metavector
- Trims the vector's capacity down to size.
- tryPaint(Graphics).
Method in class ncsa.horizon.awt.ImageCanvas
-
- TSC.
Static variable in interface FITSWCS.ProjectionType
-
- TSC.
Static variable in class FITSWCS.tests.TestCel
-
- TSC.
Static variable in class FITSWCS.tests.TestProj
-
- TSCProjection().
Constructor for class FITSWCS.projections.TSCProjection
- Create an TSCProjection object
- TSCProjection(double).
Constructor for class FITSWCS.projections.TSCProjection
- Create an TSCProjection object
- TSCProjection(double, double[]).
Constructor for class FITSWCS.projections.TSCProjection
- Create an TSCProjection object
- TSCProjection(double[]).
Constructor for class FITSWCS.projections.TSCProjection
- Create an TSCProjection object
- type.
Static variable in class ncsa.horizon.coordinates.CoordMetadata
-
- union(Volume).
Method in class ncsa.horizon.util.Volume
- compute the union of this volume with another.
- unit.
Variable in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- the base measurement unit (e.g.
- unmarshallSelf(DataInput).
Method in class ncsa.horizon.viewer.ADILViewer
- for use within an Habanero-ized application (similar to
implementing the interface ncsa.habanero.Marshallable, a
form of serialization)
- UnsetProjectionParameterException().
Constructor for class FITSWCS.exceptions.UnsetProjectionParameterException
-
- UnsetProjectionParameterException(String).
Constructor for class FITSWCS.exceptions.UnsetProjectionParameterException
-
- UnsupportedProjectionException().
Constructor for class FITSWCS.exceptions.UnsupportedProjectionException
-
- UnsupportedProjectionException(String).
Constructor for class FITSWCS.exceptions.UnsupportedProjectionException
-
- unzoomOverPoint().
Method in class ncsa.horizon.control.ZoomControl
- Zoom out with current zooming factor with reference to
the selected pixel.
- unZoomOverPointButton.
Variable in class ncsa.horizon.control.ZoomControl
- The button labeled "unZoom" which is below
"Zoom over selected Point" Label.
This button triggers a unzoom-over-point action when pressed.
- update(Graphics).
Method in class ncsa.horizon.viewer.BasicSelectionViewer
- Redraw current slice/viewable.
- update(Graphics).
Method in class ncsa.horizon.viewer.SimpleViewer
- Redraw current slice/viewable.
- update(Observable, Object).
Method in class ncsa.horizon.coordinates.CoordinateSystem
-
- update(Observable, Object).
Method in class ncsa.horizon.coordinates.transforms.MultiCoordTransform
- notify any observers of this object that one or more the
component transforms has had an internal change of state.
- updateDatalabel(double, double).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
-
- updateMagview().
Method in class ncsa.horizon.viewer.ADILViewer
- update the display of the image that appears in the magnifier canvas
- updateMagview().
Method in class ncsa.horizon.viewer.SciDat1Viewer
- update the display of the image that appears in the magnifier canvas
- updateModifiedMetadata().
Method in class ncsa.horizon.coordinates.CoordinateSystem
- updates the modified metadata list.
- updatePixelMap().
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- update the ImageDisplayMap object, pixtrans (used to convert display
pixels into data pixels), to reflect changes in the currently viewed
slice.
- updatePixelMap().
Method in class ncsa.horizon.viewer.PosTrackerViewer
- update the ImageDisplayMap object, pixtrans (used to convert display
pixels into data pixels), to reflect changes in the currently viewed
slice.
- updatePixelMap(Slice, Rectangle).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- update the ImageDisplayMap object, pixtrans (used to convert display
pixels into data pixels), to reflect changes in the currently viewed
slice.
- updatePixelMap(Slice, Rectangle).
Method in class ncsa.horizon.viewer.PosTrackerViewer
- update the ImageDisplayMap object, pixtrans (used to convert display
pixels into data pixels), to reflect changes in the currently viewed
slice.
- updatePosDisplay(int, int).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
- update the ImageDisplayMap object, pixelMap (used to convert display
pixels into data pixels), to reflect changes in the currently viewed
slice.
- updatePosDisplay(int, int).
Method in class ncsa.horizon.viewer.PosTrackerViewer
- update the position display for a given display pixel
- updatePosview(AV_ImageCanvas, int, int).
Method in class ncsa.horizon.viewer.ADILViewer
- update the display of positions in the position panel
- updatePosview(boolean, boolean, boolean).
Method in class ncsa.horizon.viewer.SciDat1Viewer
- update the display of positions in the position panel
- updateWorldlabel(String, String).
Method in class ncsa.horizon.viewer.GraphicsSelectionViewer
-
- urlStrIsAbsolute(String).
Static method in class Acme.Util
-
- urlStrIsDir(String).
Static method in class Acme.Util
-
- useAbbrev(int, String).
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- use a given abbreviation for the specified power
- usePrefix(int, String).
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- use a given prefix for the specified power
- usesHorizonSchema(Metadata).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- returns true if Metadata claims to use the "horizon" schema
- usesReferencedAxis(Metadata, int).
Static method in class ncsa.horizon.coordinates.CoordMetadata
- returns true if Metadata claims to use the "horizon" schema
- usingTransforms.
Variable in class ncsa.horizon.coordinates.CoordinateSystem
-
- Util().
Constructor for class Acme.Util
-
- value.
Variable in class ncsa.horizon.awt.IntScrollPanel
-
- value.
Variable in class ncsa.horizon.awt.LabeledField
-
- value.
Variable in class ncsa.horizon.util.ValueAndStatus
-
- ValueAndStatus(Object, int).
Constructor for class ncsa.horizon.util.ValueAndStatus
-
- valueOf(String).
Method in interface ncsa.horizon.coordinates.AxisPosFormatter
- parse the string into a double value as best as possible.
- valueOf(String).
Method in class ncsa.horizon.coordinates.formatters.CDDMMSSAxisPosFormatter
- parse a string for a double value.
- valueOf(String).
Method in class ncsa.horizon.coordinates.formatters.DDMMSSAxisPosFormatter
- parse a string for a double value.
- valueOf(String).
Method in class ncsa.horizon.coordinates.formatters.GenericAxisPosFormatter
- parse the String representation of a floating point number
- valueOf(String).
Method in class ncsa.horizon.coordinates.formatters.HHMMSSAxisPosFormatter
- parse a string for a double value.
- valueOf(String).
Method in class ncsa.horizon.coordinates.formatters.MetricAxisPosFormatter
- parse the String representation of a floating point number
- valueOf(String).
Method in class ncsa.horizon.coordinates.formatters.NRAOStokesFormatter
- parse the String representation of a floating point number
- valueString(int).
Method in class ncsa.horizon.coordinates.CoordPos
- return a formatted string containing the position's projection along
an axis
- valueString(int, int).
Method in class ncsa.horizon.coordinates.CoordPos
- return a formatted string containing the position's projection along
an axis
- valueStrings().
Method in class ncsa.horizon.coordinates.CoordPos
- return an array of formatted strings containing the position's
projection along each axis
- valueStrings(int).
Method in class ncsa.horizon.coordinates.CoordPos
- return an array of formatted strings containing the position's
projection along each axis
- velAbbrev.
Static variable in class ncsa.horizon.coordinates.formatters.MetricVelocityFormatter
-
- velUnit.
Static variable in class ncsa.horizon.coordinates.formatters.MetricVelocityFormatter
-
- version.
Static variable in class ncsa.horizon.coordinates.CoordMetadata
- version of horizon schema supported by this object
- version.
Static variable in class ncsa.horizon.util.HorizonMetadata
- version of horizon schema supported by this object
- view.
Variable in class ncsa.horizon.awt.ImageCanvas
-
- view.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- viewable.
Variable in class ncsa.horizon.viewer.BasicSelectionViewer
- the current viewable
- viewable.
Variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
- the current viewable
- Viewer().
Constructor for class ncsa.horizon.viewer.Viewer
-
- viewerImpl.
Variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
-
- viewSize().
Method in class ncsa.horizon.awt.ImageCanvas
- determine the dimesions necessary to fit the current image into
the display canvas (while preserving the aspect ratio.)
- viewSize(int, int).
Method in class ncsa.horizon.awt.ImageCanvas
- determine the dimesions necessary to fit an image of width wd and
height ht into the display canvas (while preserving the aspect ratio).
- Volume(int).
Constructor for class ncsa.horizon.util.Volume
- create a Volume object in a space of nax dimensions and
initialize it to have a unit size with a sampling of 1 along
each axis.
- Volume(int, double[], double[], double[]).
Constructor for class ncsa.horizon.util.Volume
- create a Volume object in a space of nax dimensions and
initialize it to a given location, size, and sampling for
each axis.
- Volume(int, int).
Constructor for class ncsa.horizon.util.Volume
- create a Volume object in a space of nax dimensions and
initialize it to have a size of 1 with a sampling of 1 along
each axis
- Volume(Volume).
Constructor for class ncsa.horizon.util.Volume
-
create a Volume object that is a copy of another Volume.
- Volume(Volume, int).
Constructor for class ncsa.horizon.util.Volume
-
create a Volume object that is a copy of another Volume but with the
specified index for the first axis.
- Volume(Voxel).
Constructor for class ncsa.horizon.util.Volume
- create a Volume object of unit size (and unit sampling) whose origin
vertex is located at the given voxel.
- Volume(Voxel, int).
Constructor for class ncsa.horizon.util.Volume
- create a Volume object of unit size (and unit sampling) whose origin
vertex is located at the given voxel.
- Voxel(int).
Constructor for class ncsa.horizon.util.Voxel
- create a Voxel in a space of nax dimensions and initialize it
to the origin (i.e.
- Voxel(int, double[]).
Constructor for class ncsa.horizon.util.Voxel
-
create a Voxel in a space of nax dimensions and initialize it
with a position.
- Voxel(int, int).
Constructor for class ncsa.horizon.util.Voxel
- create a Voxel in a space of nax dimensions and initialize it
to the origin (i.e.
- Voxel(Voxel, int).
Constructor for class ncsa.horizon.util.Voxel
- Create a Voxel that is a copy of another Voxel but with the specified
index for the first axis
- voxsz.
Variable in class ncsa.horizon.coordinates.transforms.SkewRotateCoordTransform
-
- w.
Variable in class FITSWCS.Projection
- intermediate values derived from the projection parameters
- wdScroll.
Variable in class ncsa.horizon.awt.CursorSettingPanel
- The IntScrollPanel to control width, height, and thickness
- WEST.
Static variable in class ncsa.horizon.awt.ROI
- The left edge of the bounding rectangle.
- wField.
Variable in class ncsa.horizon.awt.ROISettingPanel
- LabeledField to set and show roi's current position, width, and height.
- width.
Variable in class ncsa.horizon.awt.Cursor
-
- width.
Variable in class ncsa.horizon.util.ImageDataOrigin
- the width of the display region; only used if xaxisReversed=true.
- widthDec.
Variable in class ncsa.horizon.awt.Cursor
-
- widthInc.
Variable in class ncsa.horizon.awt.Cursor
-
- willAdapt().
Method in class ncsa.horizon.coordinates.transforms.AbsToRelCoordTransform
- return whether the data internal to this object will get update
upon attachment to a CoordinateSystem.
- writeProtect().
Method in interface ncsa.horizon.util.OneWayWriteProtection
-
turn on write protection
- WriteProtectionException().
Constructor for class ncsa.horizon.util.WriteProtectionException
-
- WriteProtectionException(String).
Constructor for class ncsa.horizon.util.WriteProtectionException
-
- WriteProtectionException(String, String).
Constructor for class ncsa.horizon.util.WriteProtectionException
-
- x.
Variable in class ncsa.horizon.awt.Cursor
- The x location of the cursor.
- xaxis.
Variable in class ncsa.horizon.util.Slice
-
- xaxisReversed.
Variable in class ncsa.horizon.util.ImageDataOrigin
-
true if data pixel positions increase to the left and xpos should
be taken to be relative to the right side of the display region.
- xaxisReversed.
Variable in class ncsa.horizon.util.ImageDisplayMap
-
true if data pixel positions increase to the left and xpos should
be taken to be relative to the right side of the display region
(i.e.
- xCoordPos.
Variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
-
- xCoordPos.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- xDataPos.
Variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
-
- xDataPos.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- xField.
Variable in class ncsa.horizon.awt.CursorSettingPanel
- LabeledField to set and show current cursor position.
- xField.
Variable in class ncsa.horizon.awt.LineSelectionSettingPanel
- LabeledField to set and show ls's current position, width, and height.
- xField.
Variable in class ncsa.horizon.awt.ROISettingPanel
- LabeledField to set and show roi's current position, width, and height.
- xLabel.
Variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
-
- xLabel.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- xpos.
Variable in class ncsa.horizon.util.ImageDataOrigin
-
the horizontal position of the data origin relative to the
left side of a display region (if xaxisReversed = false).
- xsize.
Variable in class ncsa.horizon.util.ImageDataOrigin
-
the number data pixels covered by one display pixels along the
horizontal directions.
- y.
Variable in class ncsa.horizon.awt.Cursor
- The y location of the cursor.
- yaxis.
Variable in class ncsa.horizon.util.Slice
-
- yaxisReversed.
Variable in class ncsa.horizon.util.ImageDataOrigin
-
true if data pixel positions increase upwards and ypos should be
taken to be relative to the bottom of the display region.
- yaxisReversed.
Variable in class ncsa.horizon.util.ImageDisplayMap
-
true if data pixel positions increase upwards and ypos should be
taken to be relative to the right side of the display region (i.e.
- yCoordPos.
Variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
-
- yCoordPos.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- yDataPos.
Variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
-
- yDataPos.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- yField.
Variable in class ncsa.horizon.awt.CursorSettingPanel
- LabeledField to set and show current cursor position.
- yField.
Variable in class ncsa.horizon.awt.LineSelectionSettingPanel
- LabeledField to set and show ls's current position, width, and height.
- yField.
Variable in class ncsa.horizon.awt.ROISettingPanel
- LabeledField to set and show roi's current position, width, and height.
- yLabel.
Variable in class ncsa.horizon.viewer.GraphicsSelectionViewer
-
- yLabel.
Variable in class ncsa.horizon.viewer.PosTrackerViewer
-
- ypos.
Variable in class ncsa.horizon.util.ImageDataOrigin
-
the vertical position of the data origin relative to the top
of the display region (if yaxisReversed = false).
- ysize.
Variable in class ncsa.horizon.util.ImageDataOrigin
-
the number data pixels covered by one display pixels along the
vertical directions.
- ZEA.
Static variable in interface FITSWCS.ProjectionType
-
- ZEA.
Static variable in class FITSWCS.tests.TestCel
-
- ZEA.
Static variable in class FITSWCS.tests.TestProj
-
- ZEAProjection().
Constructor for class FITSWCS.projections.ZEAProjection
- Create an ZEAProjection object
- ZEAProjection(double).
Constructor for class FITSWCS.projections.ZEAProjection
- Create an ZEAProjection object
- ZEAProjection(double, double[]).
Constructor for class FITSWCS.projections.ZEAProjection
- Create an ZEAProjection object
- ZEAProjection(double[]).
Constructor for class FITSWCS.projections.ZEAProjection
- Create an ZEAProjection object
- ZF.
Static variable in class Acme.Fmt
-
- ZOOM_BOX.
Static variable in class ncsa.horizon.viewer.ADILViewer
- a logical event type requesting a zoomed view of a requested box
- ZOOM_POINT.
Static variable in class ncsa.horizon.viewer.ADILViewer
- a logical event type requesting a zoomed view centered on a
specified pixel
- zoomBack().
Method in class ncsa.horizon.control.ZoomControl
- Zoom back.
- zoomBackButton.
Variable in class ncsa.horizon.control.ZoomControl
- The "Zoom Back" Button
- ZoomControl().
Constructor for class ncsa.horizon.control.ZoomControl
-
- ZoomControl(SelectionViewer).
Constructor for class ncsa.horizon.control.ZoomControl
-
- zoomOverPoint().
Method in class ncsa.horizon.control.ZoomControl
- Zoom in with current zooming factor with reference to
the selected pixel.
- zoomOverPoint(double).
Method in class ncsa.horizon.control.ZoomControl
- Zoom in with given number factor with reference to
the selected pixel.
- zoomOverPointButton.
Variable in class ncsa.horizon.control.ZoomControl
- The button with "Zoom" string which is below
"Zoom over selected Point" Label in the default layout.
This button triggers a zoom-over-point action when pressed.
- zoomToBox().
Method in class ncsa.horizon.control.ZoomControl
- zoom in to fit the selected box.
- zpChoice.
Variable in class ncsa.horizon.control.ZoomControl
- The Choice for choose
Zoom over selected Point factor
- zpLabel.
Variable in class ncsa.horizon.control.ZoomControl
- The label with "Zoom over selected Point" string
- ZPN.
Static variable in interface FITSWCS.ProjectionType
-
- ZPN.
Static variable in class FITSWCS.tests.TestCel
-
- ZPN.
Static variable in class FITSWCS.tests.TestProj
-
- ZPNProjection().
Constructor for class FITSWCS.projections.ZPNProjection
- Create an empty Projection object; a call to setProjParm() must
be made to avoid throwing UnsetProjectionParameterException
- ZPNProjection(double, double[]).
Constructor for class FITSWCS.projections.ZPNProjection
- Create an ZPNProjection object
- ZPNProjection(double[]).
Constructor for class FITSWCS.projections.ZPNProjection
- Create an ZPNProjection object
- ztbButton.
Variable in class ncsa.horizon.control.ZoomControl
- The "Zoom to Box" button