Uses of Class
ucar.unidata.view.sounding.AerologicalCoordinateSystem

Packages that use AerologicalCoordinateSystem

ucar.unidata.view.sounding

Provides support for aerological diagrams.

Uses of AerologicalCoordinateSystem in ucar.unidata.view.sounding

Subclasses of AerologicalCoordinateSystem in ucar.unidata.view.sounding

class	EmagramCoordinateSystem Provides support for converting between the (x,y) coordinates on a skew T - log P diagram and (pressure,temperature) coordinates.
class	SkewTCoordinateSystem Provides support for converting between the (x,y) coordinates on a skew T - log P diagram and (pressure,temperature) coordinates.
class	StuveCoordinateSystem Provides support for converting between the (x,y) coordinates on a skew T - log P diagram and (pressure,temperature) coordinates.

Methods in ucar.unidata.view.sounding that return AerologicalCoordinateSystem

AerologicalCoordinateSystem	EmagramCoordinateSystem.createDisplayCoordinateSystem(AerologicalCoordinateSystem acs) Create a 3D display coordinate system from the (possibly) 2D input.
AerologicalCoordinateSystem	StuveCoordinateSystem.createDisplayCoordinateSystem(AerologicalCoordinateSystem acs) Create a 3D display coordinate system from the (possibly) 2D input.
AerologicalCoordinateSystem	SkewTCoordinateSystem.createDisplayCoordinateSystem(AerologicalCoordinateSystem acs) Create a 3D display coordinate system from the (possibly) 2D input.
abstract AerologicalCoordinateSystem	AerologicalCoordinateSystem.createDisplayCoordinateSystem(AerologicalCoordinateSystem acs) Create a 3D spatial coordinateSystem from the existing one.
AerologicalCoordinateSystem	AerologicalDisplay.getCoordinateSystem() Gets the (p,T) <-> (x,y) coordinate system transformation associated with this display.
AerologicalCoordinateSystem	WindBarbProfile.getCoordinateSystem() Set the coordinate system for this display.

Methods in ucar.unidata.view.sounding with parameters of type AerologicalCoordinateSystem

protected abstract void	BackgroundContours.coordinateSystemChange(AerologicalCoordinateSystem coordinateSystem) Handle a change to the coordinate system transformation.
protected void	AerologicalDisplay.coordinateSystemChange(AerologicalCoordinateSystem acs) Handle a change to the coordinate system.
protected void	AerologicalDisplay.PressureAxisLabels.coordinateSystemChange(AerologicalCoordinateSystem coordinateSystem) Handle a change to the (p,T) <-> (x,y) coordinate system transformation associated with this display
protected void	AerologicalDisplay.LeftPressureAxisLabels.coordinateSystemChange(AerologicalCoordinateSystem coordinateSystem) Handle a coordinate system change
protected void	AerologicalDisplay.RightPressureAxisLabels.coordinateSystemChange(AerologicalCoordinateSystem coordinateSystem) Handle a coordinate system change
protected void	AerologicalDisplay.TemperatureAxisLabels.coordinateSystemChange(AerologicalCoordinateSystem coordinateSystem) Handle a coordinate system change
protected void	AerologicalDisplay.LowerTemperatureAxisLabels.coordinateSystemChange(AerologicalCoordinateSystem coordinateSystem) Handle a coordinate system change
protected void	AerologicalDisplay.UpperTemperatureAxisLabels.coordinateSystemChange(AerologicalCoordinateSystem coordinateSystem) Handle a coordinate system change
protected void	SaturationMixingRatioContours.coordinateSystemChange(AerologicalCoordinateSystem coordinateSystem) Handles a change to the (p,T) <-> (x,y) coordinate system transformation.
protected void	Isobars.coordinateSystemChange(AerologicalCoordinateSystem coordinateSystem) Handles a change to the coordinate system transformation.
protected void	DryAdiabats.coordinateSystemChange(AerologicalCoordinateSystem coordinateSystem) Handle a change to the coordinate system transformation.
protected void	Isotherms.coordinateSystemChange(AerologicalCoordinateSystem coordinateSystem) Handles a change to the (p,T) <-> (x,y) coordinate system transformation.
protected void	SaturationAdiabats.coordinateSystemChange(AerologicalCoordinateSystem coordinateSystem) Handles a change to the (p,T) <-> (x,y) coordinate system transformation.
AerologicalCoordinateSystem	EmagramCoordinateSystem.createDisplayCoordinateSystem(AerologicalCoordinateSystem acs) Create a 3D display coordinate system from the (possibly) 2D input.
AerologicalCoordinateSystem	StuveCoordinateSystem.createDisplayCoordinateSystem(AerologicalCoordinateSystem acs) Create a 3D display coordinate system from the (possibly) 2D input.
AerologicalCoordinateSystem	SkewTCoordinateSystem.createDisplayCoordinateSystem(AerologicalCoordinateSystem acs) Create a 3D display coordinate system from the (possibly) 2D input.
abstract AerologicalCoordinateSystem	AerologicalCoordinateSystem.createDisplayCoordinateSystem(AerologicalCoordinateSystem acs) Create a 3D spatial coordinateSystem from the existing one.
static AerologicalDisplay	AerologicalDisplay.getInstance(AerologicalCoordinateSystem acs, GraphicsConfiguration gc) Create a new AerologicalDisplay with the specified CoordinateSystem
protected void	AerologicalDisplay.PressureAxisLabels.set(AerologicalCoordinateSystem coordinateSystem, Real xValue, ContourLevels contourLevels, Real temperature, double separation) Sets the labels.
protected void	AerologicalDisplay.TemperatureAxisLabels.set(AerologicalCoordinateSystem coordinateSystem, Real yValue, ContourLevels contourLevels, Real pressure, double separation) Sets the labels.
void	BackgroundContours.setCoordinateSystem(AerologicalCoordinateSystem coordinateSystem) Sets the associated coordinate system transformation.
void	AerologicalDisplay.setCoordinateSystem(AerologicalCoordinateSystem acs) Sets the (p,T) <-> (x,y) coordinate system transformation associated with this display.
void	AerologicalDisplay.PressureAxisLabels.setCoordinateSystem(AerologicalCoordinateSystem acs) Set the new coordinate system.
void	AerologicalDisplay.TemperatureAxisLabels.setCoordinateSystem(AerologicalCoordinateSystem acs) Set the new CoordinateSystem
void	AerologicalDisplay.MyWindStaff.setCoordinateSystem(AerologicalCoordinateSystem acs) Set the data based on the coordinate system
void	Box.setCoordinateSystem(AerologicalCoordinateSystem coordinateSystem) Sets the coordinate system property.
void	WindBarbProfile.setCoordinateSystem(AerologicalCoordinateSystem acs) Set the coordinate system for this display.

Constructors in ucar.unidata.view.sounding with parameters of type AerologicalCoordinateSystem

AerologicalDisplay.LeftPressureAxisLabels(AerologicalCoordinateSystem coordinateSystem, ContourLevels contourLevels)
Constructs from a coordinate system transformation and the pressure levels.

AerologicalDisplay.LowerTemperatureAxisLabels(AerologicalCoordinateSystem coordinateSystem, ContourLevels contourLevels)
Constructs.

AerologicalDisplay.MyWindStaff(AerologicalCoordinateSystem acs)
Create a new wind staff for the display.

AerologicalDisplay.RightPressureAxisLabels(AerologicalCoordinateSystem coordinateSystem, ContourLevels contourLevels)
Constructs from a coordinate system transformation and the pressure levels.

AerologicalDisplay.UpperTemperatureAxisLabels(AerologicalCoordinateSystem coordinateSystem, ContourLevels contourLevels)
Constructs.

AerologicalDisplay(AerologicalCoordinateSystem acs)
Create a new AerologicalDisplay and use the coordinate system for all transforms

AerologicalDisplay(AerologicalCoordinateSystem acs, GraphicsConfiguration gc)
Create a new AerologicalDisplay and use the coordinate system for all transforms

AerologicalDisplay(DisplayImpl display, int initialCapacity, DisplayRealType displayPressureType, DisplayRealType displayTemperatureType, AerologicalCoordinateSystem coordinateSystem)
Constructs.

Box(AerologicalCoordinateSystem coordinateSystem)
Constructs from a coordinate system transformation.

DryAdiabats(AerologicalCoordinateSystem coordinateSystem)
Constructs from a coordinate system transformation.

Isobars(AerologicalCoordinateSystem coordinateSystem)
Constructs from a (p,T) <-> (x,y) coordinate system transformation.

Isobars(AerologicalCoordinateSystem coordinateSystem, ContourLevels contours)
Constructs from a (p,T) <-> (x,y) coordinate system transformation and a set of contour levels.

Isotherms(AerologicalCoordinateSystem coordinateSystem)
Constructs from a (p,T) <-> (x,y) coordinate system transformation.

Isotherms(AerologicalCoordinateSystem coordinateSystem, ContourLevels contours)
Constructs from a (p,T) <-> (x,y) coordinate system transformation and a set of contour levels.

SaturationAdiabats(AerologicalCoordinateSystem coordinateSystem)
Constructs from a (p,T) <-> (x,y) coordinate system transformation.

SaturationMixingRatioContours(AerologicalCoordinateSystem coordinateSystem)
Constructs from a (p,T) <-> (x,y) coordinate system transformation.

WindBarbProfile(LocalDisplay display, AerologicalCoordinateSystem cs)
Constructs from a VisAD display.