ucar.unidata.view.sounding

Class AerologicalDisplay

java.lang.Object

ucar.visad.display.DisplayMaster

ucar.unidata.view.sounding.AerologicalDisplay

All Implemented Interfaces:

AerologicalDisplayConstants

Direct Known Subclasses:

SkewTDisplay, StuveDisplay

public class AerologicalDisplay
extends DisplayMaster
implements AerologicalDisplayConstants

Provides a 2-D VisAD display for an aerological ( meteorological thermodynamic) diagram.

Version:

$Id: AerologicalDisplay.java,v 1.53 2007/01/30 22:46:00 dmurray Exp $

Author:

Unidata Development Team

Nested Class Summary

Nested Classes

Modifier and Type	Class and Description
protected class	AerologicalDisplay.DisplayablePseudoAdiabaticTrajectory Provides support for displaying the trajectory of a lifted parcel.
protected static class	AerologicalDisplay.LeftPressureAxisLabels Provides support for the left pressure-axis labels.
protected static class	AerologicalDisplay.LowerTemperatureAxisLabels Provides support for the lower temperature labels.
protected class	AerologicalDisplay.MyWetTemperatureCalculator Provides support for calculating the saturated portion of a lifted parcel's trajectory.
protected class	AerologicalDisplay.MyWetTemperatureCalculatorFactory Provides support for creating calculators of the saturated portion of a lifted parcel's trajectory.
protected class	AerologicalDisplay.MyWindStaff Internal class for displaying a wind staff
protected static class	AerologicalDisplay.PressureAxisLabels Provides support for labels for the pressure axis.
protected static class	AerologicalDisplay.RightPressureAxisLabels Provides support for the left pressure-axis labels.
protected static class	AerologicalDisplay.TemperatureAxisLabels Provides support for labels on the temperature axis.
protected static class	AerologicalDisplay.UpperTemperatureAxisLabels Provides support for the lower temperature labels.

Field Summary

Fields

Modifier and Type	Field and Description
static java.lang.String	ACTIVE_SOUNDING The name of the active sounding property.
static java.lang.String	ACTIVE_WIND_PROFILE The name of the active wind profile property.
static java.lang.String	CAPE The name of the CAPE property.
static java.lang.String	CURSOR_PRESSURE The name of the VisAD-cursor pressure property.
static java.lang.String	CURSOR_TEMPERATURE The name of the VisAD-cursor temperature property.
static java.lang.String	POINTER_PRESSURE The name of the mouse-pointer pressure property.
static java.lang.String	POINTER_TEMPERATURE The name of the mouse-pointer temperature property.
static java.lang.String	PROFILE_DEW_POINT The name of the profile dew-point property.
static java.lang.String	PROFILE_TEMPERATURE The name of the profile temperature property.
static java.lang.String	PROFILE_WIND_DIRECTION The name of the profile wind direction property.
static java.lang.String	PROFILE_WIND_SPEED The name of the profile wind speed property.

Fields inherited from class ucar.visad.display.DisplayMaster

behavior, defaultMouseFunctions, log_, POINT_MODE

Fields inherited from interface ucar.unidata.view.sounding.AerologicalDisplayConstants

EMAGRAM_DISPLAY, HODOGRAPH_DISPLAY, SKEWT_DISPLAY, STUVE_DISPLAY

Constructor Summary

Constructors

Modifier	Constructor and Description
	AerologicalDisplay(AerologicalCoordinateSystem acs) Create a new AerologicalDisplay and use the coordinate system for all transforms
	AerologicalDisplay(AerologicalCoordinateSystem acs, java.awt.GraphicsConfiguration gc) Create a new AerologicalDisplay and use the coordinate system for all transforms
protected	AerologicalDisplay(visad.DisplayImpl display, int initialCapacity, visad.DisplayRealType displayPressureType, visad.DisplayRealType displayTemperatureType, AerologicalCoordinateSystem coordinateSystem) Constructs.

Method Summary

Modifier and Type	Method and Description
void	addProfile(visad.Field temperature, visad.Field dewPoint) Adds a temperature and dew-point sounding to the display.
void	addProfile(visad.Field temperature, visad.Field dewPoint, visad.Field windProfile) Adds a temperature, dew-point, and wind sounding to the display.
void	addProfile(int index, visad.Field temperature, visad.Field dewPoint, visad.Field windProfile) Adds a temperature, dew-point and wind sounding to the display.
void	clearProfiles() Removes all soundings from the display.
void	clearPseudoAdiabaticTrajectory() Clears the pseudo-adiabatic-trajectory property.
protected void	coordinateSystemChange(AerologicalCoordinateSystem acs) Handle a change to the coordinate system.
Sounding	getActiveSounding() Get the active sounding.
int	getBarbOrientation() Get the barb orientation being used (NH or SH style).
int	getBarbScale() Get the barb scaling
AerologicalCoordinateSystem	getCoordinateSystem() Gets the (p,T) <-> (x,y) coordinate system transformation associated with this display.
visad.Real	getCursorPressure() Gets the VisAD-cursor pressure property.
visad.Real	getCursorTemperature() Gets the cursor temperature property.
boolean	getDryAdiabatVisibility() Get the visibility of the background dry adiabats.
static AerologicalDisplay	getInstance(AerologicalCoordinateSystem acs, java.awt.GraphicsConfiguration gc) Create a new AerologicalDisplay with the specified CoordinateSystem
static AerologicalDisplay	getInstance(java.lang.String type) Create a new AerologicalDisplay of the given type
static AerologicalDisplay	getInstance(java.lang.String type, java.awt.GraphicsConfiguration gc) Create a new AerologicalDisplay of the given type
boolean	getIsoBarsVisibility() _more_
visad.Real	getMaximumPressure() Returns the maximum pressure of this display.
visad.Real	getMaximumTemperature() Returns the maximum temperature of this display.
visad.Real	getMinimumPressure() Returns the minimum pressure of this display.
visad.Real	getMinimumTemperature() Returns the minimum temperature of this display.
visad.Real	getPointerPressure() Gets the mouse-pointer pressure property.
visad.Real	getPointerTemperature() Gets the pointer temperature property.
visad.Real	getProfileDewPoint() Gets the profile dew-point property.
visad.Real	getProfileTemperature() Gets the profile temperature property.
visad.Real	getProfileWindDirection() Gets the profile wind direction property.
visad.Real	getProfileWindSpeed() Gets the profile wind speed property.
boolean	getSaturationAdiabatVisibility() Get the visibility of the background saturation adiabats.
boolean	getSaturationMixingRatioVisibility() Get the visibility of the background saturation adiabats.
boolean	getWindStaffVisibility() Get the visibility of the wind barb staff
protected void	initializeClass() Initialize the class
boolean	isPseudoAdiabaticTrajectoryEnabled() Gets the pseudo-adiabatic-trajectory-on property.
boolean	isPseudoAdiabaticTrajectoryVisible() Returns the visibility of the pseudoadiabatic trajectory.
int	profileCount() Returns the number of profiles in the display.
void	removeProfile(int index) Removes a given sounding from the display.
void	removeProfiles() Removes all soundings from the display.
void	setActiveSounding(int index) Sets the "active" sounding.
void	setBackgroundLineColor(java.awt.Color color) Set the background line colors
void	setBarbOrientation(int orient) Set the barb orientation.
void	setBarbScale(int size) Set the barb scaling.
void	setConstrainProfiles(boolean yes) Sets the constrainProfiles property.
void	setCoordinateSystem(AerologicalCoordinateSystem acs) Sets the (p,T) <-> (x,y) coordinate system transformation associated with this display.
void	setCoordinateSystem(java.lang.String type) Set the CoordinateSystem for this display to the default for the type.
void	setCursorPressure(visad.Real pressure) Sets the VisAD-cursor pressure property.
protected void	setCursorTemperature(visad.Real temperature) Sets the VisAD-cursor temperature property.
protected void	setDisplayScalarMaps() Set up the DisplayScalarMaps for this display.
void	setDryAdiabatVisibility(boolean on) Sets the visibility of the background dry adiabats.
void	setForeground(java.awt.Color color) Sets the "foreground" color of this VisAD display
void	setIsobarsVisibility(boolean on) _more_
void	setLabelColor(java.awt.Color color) Set the label color
void	setOriginalProfiles(int index) Resets the original sounding in the specified sounding.
void	setPointerPressure(visad.Real pressure) Sets the mouse-pointer pressure property.
protected void	setPointerTemperature(visad.Real temperature) Sets the mouse-pointer temperature property.
void	setProfilesVisibility(boolean visible, int index) Sets the visibility of last two soundings.
void	setProfileVisible(int index, boolean visible) Sets the visibility of a given sounding.
void	setPseudoAdiabaticTrajectoryEnabled(boolean enable) Sets the pseudo-adiabatic-trajectory-on property.
void	setPseudoAdiabaticTrajectoryVisible(boolean visible) Sets the visibility of the pseudoadiabatic trajectory.
void	setSaturationAdiabatVisibility(boolean on) Sets the visibility of the background saturation adiabats.
void	setSaturationMixingRatioVisibility(boolean on) Sets the visibility of the background saturation adiabats.
void	setWindColor(java.awt.Color color) Set the wind flag color
void	setWindLevels(visad.Gridded1DSet levels) Set the levels of the wind profile to display.
void	setWindStaffVisibility(boolean on) Sets the visibility of the wind barb staff.

Methods inherited from class ucar.visad.display.DisplayMaster

addDisplayable, addDisplayListener, addKeyboardBehavior, addPropertyChangeListener, addPropertyChangeListener, addScalarMap, addScalarMaps, addVetoableChangeListener, addVetoableChangeListener, buildAnimationSet, dataChange, destroy, draw, ensureInactive, equals, finalize, firePropertyChange, firePropertyChange, getAnimationSetFromDisplayables, getAnimationStringVisible, getBackground, getComponent, getDestroyed, getDisplay, getDisplayableCount, getDisplayables, getDisplayables, getDisplayAspect, getDisplayComponent, getDisplayScale, getForeground, getImage, getMouseBehavior, getMouseFunctionMap, getOffscreenDimension, getProjectionMatrix, getRotation, getSavedProjectionMatrix, getScale, getScreenBounds, getStereoAvailable, getWaitMessageVisible, handleMouseWheelMoved, hashCode, indexOf, init, is3D, isActive, isPointMode, printMatrix, printMe, rebuild, rebuildDisplay, reDisplayAll, removeDisplayable, removeDisplayables, removePropertyChangeListener, removePropertyChangeListener, removeScalarMap, removeScalarMaps, removeVetoableChangeListener, removeVetoableChangeListener, replaceScalarMap, reScale, resetMouseFunctions, resetProjection, rotate, rotateX, rotateY, rotateZ, saveCurrentDisplay, saveCurrentDisplay, saveCurrentDisplay, saveProjection, setActive, setAnimation, setAnimationStringVisible, setBackground, setDefaultMouseFunctions, setDisplayables, setDisplayables, setDisplayActive, setDisplayAspect, setDisplayInactive, setEyePosition, setKeyboardBehavior, setKeyboardEventMap, setKeyboardEventMap, setMouseFunctions, setOffscreenDimension, setPointMode, setProjectionMatrix, setRebuildNecessary, setWaitMessageVisible, setWheelEventMap, translate, zoom, zoom

Methods inherited from class java.lang.Object

clone, getClass, notify, notifyAll, toString, wait, wait, wait

Field Detail

CURSOR_PRESSURE

public static final java.lang.String CURSOR_PRESSURE

The name of the VisAD-cursor pressure property.

See Also:

Constant Field Values

POINTER_PRESSURE

public static final java.lang.String POINTER_PRESSURE

The name of the mouse-pointer pressure property.

See Also:

Constant Field Values

CURSOR_TEMPERATURE

public static final java.lang.String CURSOR_TEMPERATURE

The name of the VisAD-cursor temperature property.

See Also:

Constant Field Values

POINTER_TEMPERATURE

public static final java.lang.String POINTER_TEMPERATURE

The name of the mouse-pointer temperature property.

See Also:

Constant Field Values

ACTIVE_SOUNDING

public static final java.lang.String ACTIVE_SOUNDING

The name of the active sounding property.

See Also:

Constant Field Values

ACTIVE_WIND_PROFILE

public static final java.lang.String ACTIVE_WIND_PROFILE

The name of the active wind profile property.

See Also:

Constant Field Values

PROFILE_TEMPERATURE

public static final java.lang.String PROFILE_TEMPERATURE

The name of the profile temperature property.

See Also:

Constant Field Values

PROFILE_DEW_POINT

public static final java.lang.String PROFILE_DEW_POINT

The name of the profile dew-point property.

See Also:

Constant Field Values

PROFILE_WIND_SPEED

public static final java.lang.String PROFILE_WIND_SPEED

The name of the profile wind speed property.

See Also:

Constant Field Values

PROFILE_WIND_DIRECTION

public static final java.lang.String PROFILE_WIND_DIRECTION

The name of the profile wind direction property.

See Also:

Constant Field Values

CAPE

public static final java.lang.String CAPE

The name of the CAPE property.

See Also:

Constant Field Values

Constructor Detail

AerologicalDisplay

protected AerologicalDisplay(visad.DisplayImpl display,
                             int initialCapacity,
                             visad.DisplayRealType displayPressureType,
                             visad.DisplayRealType displayTemperatureType,
                             AerologicalCoordinateSystem coordinateSystem)
                      throws visad.VisADException,
                             java.rmi.RemoteException

Constructs. The value of the constrainProfiles property is initially true.

Parameters:

display - The VisAD display.

initialCapacity - The anticipated number of displayables.

displayPressureType - The display pressure type.

displayTemperatureType - The display temperature type.

coordinateSystem - The (p,T) <-> (x,y) transformation.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

AerologicalDisplay

public AerologicalDisplay(AerologicalCoordinateSystem acs)
                   throws visad.VisADException,
                          java.rmi.RemoteException

Create a new AerologicalDisplay and use the coordinate system for all transforms

Parameters:

acs - AerologicalCoordinateSystem for transforms

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

AerologicalDisplay

public AerologicalDisplay(AerologicalCoordinateSystem acs,
                          java.awt.GraphicsConfiguration gc)
                   throws visad.VisADException,
                          java.rmi.RemoteException

Create a new AerologicalDisplay and use the coordinate system for all transforms

Parameters:

acs - AerologicalCoordinateSystem for transforms

gc - GraphicsConfiguration

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

Method Detail

initializeClass

protected void initializeClass()
                        throws visad.VisADException,
                               java.rmi.RemoteException

Initialize the class

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

setDisplayScalarMaps

protected void setDisplayScalarMaps()
                             throws visad.VisADException,
                                    java.rmi.RemoteException

Set up the DisplayScalarMaps for this display.

Throws:

java.rmi.RemoteException - Java RMI exception

visad.VisADException - VisAD problem

getCoordinateSystem

public AerologicalCoordinateSystem getCoordinateSystem()

Gets the (p,T) <-> (x,y) coordinate system transformation associated with this display.

Returns:

The (p,T) <-> (x,y) coordinate system transformation associated with this display

setCoordinateSystem

public void setCoordinateSystem(java.lang.String type)
                         throws visad.VisADException,
                                java.rmi.RemoteException

Set the CoordinateSystem for this display to the default for the type.

Parameters:

type - type of display (from AerologicalDisplayConstants

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

setCoordinateSystem

public void setCoordinateSystem(AerologicalCoordinateSystem acs)
                         throws visad.VisADException,
                                java.rmi.RemoteException

Sets the (p,T) <-> (x,y) coordinate system transformation associated with this display.

Parameters:

acs - the new (p,T) <-> (x,y) coordinate system transformation associated with this display

Throws:

java.rmi.RemoteException - Java RMI Exception

visad.VisADException - problem creating VisAD object

coordinateSystemChange

protected void coordinateSystemChange(AerologicalCoordinateSystem acs)
                               throws visad.VisADException,
                                      java.rmi.RemoteException

Handle a change to the coordinate system.

Parameters:

acs - the new (p,T) <-> (x,y) coordinate system transformation associated with this display

Throws:

java.rmi.RemoteException - Java RMI Exception

visad.VisADException - problem creating VisAD object

addProfile

public void addProfile(visad.Field temperature,
                       visad.Field dewPoint)
                throws visad.VisADException,
                       java.rmi.RemoteException

Adds a temperature and dew-point sounding to the display. The sounding will be added to the end of the set of soundings.

Parameters:

temperature - The temperature sounding. Must be Pressure -> Temperature.

dewPoint - The dew-point sounding. Must be Pressure -> DewPoint.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

addProfile

public void addProfile(visad.Field temperature,
                       visad.Field dewPoint,
                       visad.Field windProfile)
                throws visad.VisADException,
                       java.rmi.RemoteException

Adds a temperature, dew-point, and wind sounding to the display. The sounding will be added to the end of the set of soundings.

Parameters:

temperature - The temperature sounding. Must be Pressure -> Temperature.

dewPoint - The dew-point sounding. Must be Pressure -> DewPoint.

windProfile - The wind profile. Must be Pressure -> Wind

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

addProfile

public void addProfile(int index,
                       visad.Field temperature,
                       visad.Field dewPoint,
                       visad.Field windProfile)
                throws visad.VisADException,
                       java.rmi.RemoteException

Adds a temperature, dew-point and wind sounding to the display. The soundings will be inserted at the given index. The soundings will be invisible.

Parameters:

index - The index of the sounding.

temperature - The temperature sounding. Must be Pressure -> Temperature.

dewPoint - The dew-point sounding. Must be Pressure -> DewPoint.

windProfile - The wind profile. Must be Pressure -> Wind

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

profileCount

public int profileCount()

Returns the number of profiles in the display.

Returns:

The number of profiles in the display.

removeProfiles

public void removeProfiles()
                    throws visad.VisADException,
                           java.rmi.RemoteException

Removes all soundings from the display.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

removeProfile

public void removeProfile(int index)
                   throws visad.VisADException,
                          java.rmi.RemoteException

Removes a given sounding from the display. The soundings subsequent to that position will have their indexes decremented by one.

Parameters:

index - The index of the sounding.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

setProfileVisible

public void setProfileVisible(int index,
                              boolean visible)
                       throws visad.VisADException,
                              java.rmi.RemoteException

Sets the visibility of a given sounding.

Parameters:

index - The sounding index.

visible - Whether or not the sounding should be visible.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

setProfilesVisibility

public void setProfilesVisibility(boolean visible,
                                  int index)
                           throws visad.VisADException,
                                  java.rmi.RemoteException

Sets the visibility of last two soundings.

Parameters:

visible - Whether or not the sounding should be visible.

index - _more_

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

setActiveSounding

public void setActiveSounding(int index)
                       throws visad.VisADException,
                              java.rmi.RemoteException

Sets the "active" sounding. This is necessary for determining the trajectory of a lifted parcel, for example.

Parameters:

index - The index of the "active" sounding. A value of -1 means that there is no active sounding.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

setOriginalProfiles

public void setOriginalProfiles(int index)
                         throws visad.VisADException,
                                java.rmi.RemoteException

Resets the original sounding in the specified sounding.

Parameters:

index - The index of the sounding.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

clearProfiles

public void clearProfiles()
                   throws visad.VisADException,
                          java.rmi.RemoteException

Removes all soundings from the display.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

setConstrainProfiles

public void setConstrainProfiles(boolean yes)
                          throws visad.VisADException,
                                 java.rmi.RemoteException

Sets the constrainProfiles property. When this property is set, profile temperatures are constrained to be equal to or greater than their corresponding profile dew-points.

Parameters:

yes - Whether or not to constrain temperatures to be equal to or greater than corresponding dew-points.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

setCursorPressure

public final void setCursorPressure(visad.Real pressure)
                             throws visad.UnitException,
                                    visad.VisADException,
                                    java.rmi.RemoteException

Sets the VisAD-cursor pressure property.

Parameters:

pressure - The pressure at the VisAD cursor.

Throws:

visad.UnitException - Inappropriate pressure unit.

visad.VisADException - if a core VisAD failure occurs.

java.rmi.RemoteException - if a Java RMI failure occurs.

setPointerPressure

public final void setPointerPressure(visad.Real pressure)
                              throws visad.UnitException,
                                     visad.VisADException,
                                     java.rmi.RemoteException

Sets the mouse-pointer pressure property.

Parameters:

pressure - The pressure at the mouse pointer.

Throws:

visad.UnitException - Inappropriate pressure unit.

visad.VisADException - if a core VisAD failure occurs.

java.rmi.RemoteException - if a Java RMI failure occurs.

getCursorPressure

public visad.Real getCursorPressure()

Gets the VisAD-cursor pressure property.

Returns:

The pressure at the VisAD cursor. May be null.

getPointerPressure

public visad.Real getPointerPressure()

Gets the mouse-pointer pressure property.

Returns:

The pressure at the mouse pointer. May be null.

setCursorTemperature

protected final void setCursorTemperature(visad.Real temperature)
                                   throws visad.UnitException,
                                          visad.VisADException,
                                          java.rmi.RemoteException

Sets the VisAD-cursor temperature property.

Parameters:

temperature - The cursor temperature.

Throws:

visad.UnitException - Inappropriate unit.

visad.VisADException - if a core VisAD failure occurs.

java.rmi.RemoteException - if a Java RMI failure occurs.

setPointerTemperature

protected final void setPointerTemperature(visad.Real temperature)
                                    throws visad.UnitException,
                                           visad.VisADException,
                                           java.rmi.RemoteException

Sets the mouse-pointer temperature property.

Parameters:

temperature - The pointer temperature.

Throws:

visad.UnitException - Inappropriate unit.

visad.VisADException - if a core VisAD failure occurs.

java.rmi.RemoteException - if a Java RMI failure occurs.

getCursorTemperature

public visad.Real getCursorTemperature()

Gets the cursor temperature property.

Returns:

The currently-selected temperature. May be null.

getPointerTemperature

public visad.Real getPointerTemperature()

Gets the pointer temperature property.

Returns:

The temperature under the mouse pointer. May be null.

getProfileTemperature

public visad.Real getProfileTemperature()

Gets the profile temperature property.

Returns:

The profile temperature. May be null.

getProfileDewPoint

public visad.Real getProfileDewPoint()

Gets the profile dew-point property.

Returns:

The profile dew-point. May be null.

getProfileWindSpeed

public visad.Real getProfileWindSpeed()

Gets the profile wind speed property.

Returns:

The profile wind speed. May be null.

getProfileWindDirection

public visad.Real getProfileWindDirection()

Gets the profile wind direction property.

Returns:

The profile wind direction. May be null.

setPseudoAdiabaticTrajectoryEnabled

public void setPseudoAdiabaticTrajectoryEnabled(boolean enable)
                                         throws visad.VisADException,
                                                java.rmi.RemoteException

Sets the pseudo-adiabatic-trajectory-on property. An active sounding must also be set in order to compute the trajectory.

Parameters:

enable - Whether or not showing of the pseudo adiabatic trajectory is enabled.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

See Also:

setActiveSounding(int)

isPseudoAdiabaticTrajectoryEnabled

public boolean isPseudoAdiabaticTrajectoryEnabled()

Gets the pseudo-adiabatic-trajectory-on property.

Returns:

Whether or not showing the pseudo adiabatic trajectory is enabled.

setPseudoAdiabaticTrajectoryVisible

public void setPseudoAdiabaticTrajectoryVisible(boolean visible)
                                         throws visad.VisADException,
                                                java.rmi.RemoteException

Sets the visibility of the pseudoadiabatic trajectory.

Parameters:

visible - If and only if true, then the trajectory will be visible if it exists.

Throws:

visad.VisADException - if a VisAD failure occurs.

java.rmi.RemoteException - if a Java RMI failure occurs.

isPseudoAdiabaticTrajectoryVisible

public boolean isPseudoAdiabaticTrajectoryVisible()

Returns the visibility of the pseudoadiabatic trajectory.

Returns:

True if and only if the trajectory will be visible if it exists.

clearPseudoAdiabaticTrajectory

public void clearPseudoAdiabaticTrajectory()
                                    throws visad.VisADException,
                                           java.rmi.RemoteException

Clears the pseudo-adiabatic-trajectory property.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

getMinimumPressure

public visad.Real getMinimumPressure()

Returns the minimum pressure of this display.

Returns:

The minimum pressure of this display.

getMaximumPressure

public visad.Real getMaximumPressure()

Returns the maximum pressure of this display.

Returns:

The maximum pressure of this display.

getMinimumTemperature

public visad.Real getMinimumTemperature()

Returns the minimum temperature of this display.

Returns:

The minimum temperature of this display.

getMaximumTemperature

public visad.Real getMaximumTemperature()

Returns the maximum temperature of this display.

Returns:

The maximum temperature of this display.

setDryAdiabatVisibility

public void setDryAdiabatVisibility(boolean on)
                             throws visad.VisADException,
                                    java.rmi.RemoteException

Sets the visibility of the background dry adiabats.

Parameters:

on - Whether the background dry adiabats should be visible.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

setIsobarsVisibility

public void setIsobarsVisibility(boolean on)
                          throws visad.VisADException,
                                 java.rmi.RemoteException

_more_

Parameters:

on - _more_

Throws:

java.rmi.RemoteException - _more_

visad.VisADException - _more_

getDryAdiabatVisibility

public boolean getDryAdiabatVisibility()

Get the visibility of the background dry adiabats.

Returns:

true if visible

getIsoBarsVisibility

public boolean getIsoBarsVisibility()

_more_

Returns:

_more_

setSaturationAdiabatVisibility

public void setSaturationAdiabatVisibility(boolean on)
                                    throws visad.VisADException,
                                           java.rmi.RemoteException

Sets the visibility of the background saturation adiabats.

Parameters:

on - Whether the background saturation adiabats should be visible.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

getSaturationAdiabatVisibility

public boolean getSaturationAdiabatVisibility()

Get the visibility of the background saturation adiabats.

Returns:

true if visible

setWindStaffVisibility

public void setWindStaffVisibility(boolean on)
                            throws visad.VisADException,
                                   java.rmi.RemoteException

Sets the visibility of the wind barb staff.

Parameters:

on - Whether the wind barb staff should be visible.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

getWindStaffVisibility

public boolean getWindStaffVisibility()

Get the visibility of the wind barb staff

Returns:

true if visible

setWindLevels

public void setWindLevels(visad.Gridded1DSet levels)
                   throws visad.VisADException,
                          java.rmi.RemoteException

Set the levels of the wind profile to display.

Parameters:

levels - the set of levels (if null, display all);

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

setSaturationMixingRatioVisibility

public void setSaturationMixingRatioVisibility(boolean on)
                                        throws visad.VisADException,
                                               java.rmi.RemoteException

Sets the visibility of the background saturation adiabats.

Parameters:

on - Whether the background saturation adiabats should be visible.

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

getSaturationMixingRatioVisibility

public boolean getSaturationMixingRatioVisibility()

Get the visibility of the background saturation adiabats.

Returns:

true if visible

setBarbOrientation

public void setBarbOrientation(int orient)

Set the barb orientation.

Parameters:

orient - orientation.

getBarbOrientation

public int getBarbOrientation()

Get the barb orientation being used (NH or SH style).

Returns:

orientation ( FlowControl.NH_ORIENTATION or FlowControl.SH_ORIENTATION)

setBarbScale

public void setBarbScale(int size)

Set the barb scaling.

Parameters:

size - scaling of barbs (2 = default);

getBarbScale

public int getBarbScale()

Get the barb scaling

Returns:

scaling

getInstance

public static AerologicalDisplay getInstance(java.lang.String type)
                                      throws visad.VisADException,
                                             java.rmi.RemoteException

Create a new AerologicalDisplay of the given type

Parameters:

type - type of display (from AerologicalDisplayConstants

Returns:

a new AerologicalDisplay of the given type

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

getInstance

public static AerologicalDisplay getInstance(java.lang.String type,
                                             java.awt.GraphicsConfiguration gc)
                                      throws visad.VisADException,
                                             java.rmi.RemoteException

Create a new AerologicalDisplay of the given type

Parameters:

type - type of display (from AerologicalDisplayConstants

gc - GraphicsConfiguration

Returns:

a new AerologicalDisplay of the given type

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

getInstance

public static AerologicalDisplay getInstance(AerologicalCoordinateSystem acs,
                                             java.awt.GraphicsConfiguration gc)
                                      throws visad.VisADException,
                                             java.rmi.RemoteException

Create a new AerologicalDisplay with the specified CoordinateSystem

Parameters:

acs - AerologcialCoordinateSystem

gc - The GraphicsConfiguration for the display

Returns:

a new AerologicalDisplay with the specified CoordinateSystem

Throws:

visad.VisADException - VisAD failure.

java.rmi.RemoteException - Java RMI failure.

getActiveSounding

public Sounding getActiveSounding()

Get the active sounding.

Returns:

the active sounding

setForeground

public void setForeground(java.awt.Color color)

Sets the "foreground" color of this VisAD display

Overrides:

setForeground in class DisplayMaster

Parameters:

color - color to use

setLabelColor

public void setLabelColor(java.awt.Color color)

Set the label color

Parameters:

color - label color

setWindColor

public void setWindColor(java.awt.Color color)

Set the wind flag color

Parameters:

color - the color

setBackgroundLineColor

public void setBackgroundLineColor(java.awt.Color color)

Set the background line colors

Parameters:

color - the color