Uses of Interface
org.jeospace.measure.angle.Angle

Packages that use Angle

org.jeospace.coordinate	Contains classes that support 3 dimensional coordinate objects used to position and orient.
org.jeospace.measure.angle	Contains classes that support angular measurements.
org.jeospace.physics.orbit	Contains interfaces and classes supporting physics based orbital mechanics.
org.jeospace.projection	Contains classes that manage map projections.
org.jeospace.simulation	Contains classes to configure, manage and control the simulation/visulation environment.
org.jeospace.text	Contains classes for handling the textual representation of measurement and identity objects
org.jeospace.ui.swing.components	Contains classes for creating Swing based user interfaces which utilize Jeospace objects.
org.jeospace.ui.swt.widgets	Contains classes for creating SWT based user interfaces which utilize Jeospace objects.

Uses of Angle in org.jeospace.coordinate

Methods in org.jeospace.coordinate that return Angle

Angle

Polar.getAngularSeparation(Polar target) Return the angular separation between this Polar object and the argument.

Methods in org.jeospace.coordinate with parameters of type Angle

static void	PositionUtils.getTargetCoordinate(Polar initial, Longitude azimuth, Angle angularSeparation, Polar target) Calculate a target position in longitude and latitude given an initial position a heading and an angular distance.
static void	PositionUtils.getVisibleRadius(Spherical spherical, Ellipsoid ellipsoid, Angle radiusAngle) Calculate the visible radius on the surface of an ellipsoid of the point defined by the argument ellipsoid-centric fixed coordinate and place the result into the argument Angle object.
static void	PositionUtils.getVisibleRadius(Ellipsoidal ellipsoidal, Angle radiusAngle) Calculate the visible radius on the surface of an ellipsoid of the point defined by the argument ellipsoidal coordinate and place the result into the argument Angle object.

Uses of Angle in org.jeospace.measure.angle

Classes in org.jeospace.measure.angle that implement Angle

class	DecimalAngle DecimalAngle provides a concrete implementation of Angle which is designed for high performance usage in conjunction with java.lang.Math trigonometric methods - or other functions which require double precision floating point representations of angular measurements.
class	Latitude A subclass of DecimalAngle, a latitude is an angle that is restricted in value to be within a half revolution of arc.
class	Longitude A subclass of DecimalAngle, a longitude is an angle that is always normalized to a value within a full revolution of arc.
class	SexagesimalAngle SexagesimalAngle provides a concrete implementation of Angle which is designed for accurate manipulations of the sexagesimal sub-unit fields to the minimum value of 1 microsecond of degree.

Methods in org.jeospace.measure.angle with parameters of type Angle

void	Longitude.set(Angle ang) Set this Longitude to the specified value.
void	Longitude.add(Angle ang) Add to this Longitude the passed Angle.
void	Longitude.subtract(Angle ang) Subtract from this Longitude the passed Angle.
void	Latitude.set(Angle ang) Set this Latitude to the specified value.
void	Latitude.add(Angle ang) Add to this Latitude the passed Angle.
void	Latitude.subtract(Angle ang) Subtract from this Latitude the passed Angle.
boolean	Latitude.addCheckRollover(Angle ang) Add to this Latitude object the passed Angle object.
void	DecimalAngle.set(Angle ang) Set this DecimalAngle to the specified value.
void	DecimalAngle.add(Angle ang) Add to this DecimalAngle the passed Angle.
void	DecimalAngle.subtract(Angle ang) Subtract from this DecimalAngle the passed Angle.
int	DecimalAngle.compareTo(Angle that) Compare this object with the argument for order.
void	SexagesimalAngle.set(Angle ang) Set this SexagesimalAngle to the specified value.
void	SexagesimalAngle.add(Angle ang) Add to this SexagesimalAngle the passed Angle.
void	SexagesimalAngle.subtract(Angle ang) Subtract from this SexagesimalAngle the passed Angle.
int	SexagesimalAngle.compareTo(Angle that) Compare this object with the argument for order.
void	Angle.set(Angle ang) Set this Angle to the specified value.
void	Angle.add(Angle value) Add to this Angle the passed Angle.
void	Angle.subtract(Angle value) Subtract from this Angle the passed Angle.
int	Angle.compareTo(Angle that) Compare this object with the argument for order.

Constructors in org.jeospace.measure.angle with parameters of type Angle

Longitude(Angle ang)
Construct a Longitude initialized to the specified value.

Latitude(Angle ang)
Construct a Latitude initialized to the specified value.

DecimalAngle(Angle ang)
Construct a DecimalAngle initialized to the specified value.

SexagesimalAngle(Angle ang)
Construct a SexagesimalAngle initialized to the specified value.

Uses of Angle in org.jeospace.physics.orbit

Methods in org.jeospace.physics.orbit that return Angle

Angle

Earth.getEquationOfTime(double julianDay) Get the equation of time value for the Julian Day.

Methods in org.jeospace.physics.orbit with parameters of type Angle

static void	Earth.getMeanSiderealTime(double julianDay, Ellipsoidal position, Angle angle) Get the mean sidereal time ( theta ) at the specified position on the Earth's surface for the Julian Day.
static void	Earth.getMeanSiderealTimeAtGreenwich(double julianDay, Angle angle) Get the mean sidereal time at Greenwich ( theta_0 ) for the Julian Day.
void	Earth.getApparentSiderealTime(double julianDay, Ellipsoidal position, Angle angle) Get the apparent sidereal time ( theta ), the local hour angle corrected for nutation for the specified position on the Earth's surface at the specified Julian Day.
void	Earth.getNutationInLongitude(double julianDay, Angle angle) Get the nutation in longitude ( delta_psi ) for the specified Julian Day.
void	Earth.getNutationInObliquity(double julianDay, Angle angle) Get the nutation in obliquity ( delta_epsilon ) for the specified Julian Day
void	Earth.getTrueObliquityOfEcliptic(double julianDay, Angle angle) Get the true obliquity of the ecliptic ( epsilon = epsilon_0 + delta_epsilon ) for the specified Julian Day.
void	Earth.getMeanObliquityOfEcliptic(double julianDay, Angle angle) Get the mean obliquity of the ecliptic ( epsilon_0 ) for the specified Julian Day

Uses of Angle in org.jeospace.projection

Methods in org.jeospace.projection with parameters of type Angle

static Ellipsoidal[]

ProjectionUtils.getFootprintBoundary(Ellipsoidal gdc, Angle radiusAngle, int number_of_points) Calculate the Ellipsoidal coordinates that coorespond to the conical footprint on the surface of an ellipsoid.

Uses of Angle in org.jeospace.simulation

Methods in org.jeospace.simulation with parameters of type Angle

org.w3c.dom.Element

Marshal.createDecimalAngle(java.lang.String tag, DecimalAngleUnit unit, Angle angle) Create and return an Element cooresponding to the argument Angle object

Uses of Angle in org.jeospace.text

Fields in org.jeospace.text declared as Angle

protected Angle

AngleFormat.fmtAngle Scratch Angle object for format methods

Methods in org.jeospace.text that return Angle

Angle

AngleFormat.parse(java.lang.String source) Not implemented.

Methods in org.jeospace.text with parameters of type Angle

java.lang.StringBuffer	AngleFormat.format(Angle angle, java.lang.StringBuffer result, java.text.FieldPosition pos) Format an Angle object into a human readable string.
java.lang.String	AngleFormat.format(Angle angle) Format an Angle object into a human readable String.

Uses of Angle in org.jeospace.ui.swing.components

Methods in org.jeospace.ui.swing.components that return Angle

Angle	LatitudeSpinner.getMinimum() Return the minimum value.
Angle	LatitudeSpinner.getMaximum() Return the maximum value.
Angle	AngleSpinner.getAngle() Return the Angle object that this control is acting on.
Angle	AngleSpinner.getMinimum() Return the minimum value.
Angle	AngleSpinner.getMaximum() Return the maximum value.

Methods in org.jeospace.ui.swing.components with parameters of type Angle

void	LatitudeSpinner.setMinimum(Angle minimum) Set the minimum value the Latitude object in this control may have.
void	LatitudeSpinner.setMaximum(Angle maximum) Set the maximum value the Latitude object in this control may have.
void	AngleSpinner.setAngle(Angle newAngle) Set the Angle object to be manipulated by the control.
void	AngleSpinner.setMinimum(Angle minimum) Set the minimum value the Angle object in this control may have.
void	AngleSpinner.setMaximum(Angle maximum) Set the maximum value the Angle object in this control may have.

Constructors in org.jeospace.ui.swing.components with parameters of type Angle

AngleSpinner(Angle initial)
Constructor.

AngleSpinner(Angle initial, AngleFormat formatter)
Constructor.

Uses of Angle in org.jeospace.ui.swt.widgets

Methods in org.jeospace.ui.swt.widgets that return Angle

Angle	LatitudeSpider.getMinimum() Return the minimum value.
Angle	LatitudeSpider.getMaximum() Return the maximum value.
Angle	LatitudeSpinner.getMinimum() Return the minimum value.
Angle	LatitudeSpinner.getMaximum() Return the maximum value.
Angle	AngleSpider.getAngle() Return the Angle object that this control is acting on.
Angle	AngleSpider.getMinimum() Return the minimum value.
Angle	AngleSpider.getMaximum() Return the maximum value.
Angle	AngleSpinner.getAngle() Return the Angle object that this control is acting on.
Angle	AngleSpinner.getMinimum() Return the minimum value.
Angle	AngleSpinner.getMaximum() Return the maximum value.

Methods in org.jeospace.ui.swt.widgets with parameters of type Angle

void	LatitudeSpider.setMinimum(Angle minimum) Set the minimum value the Latitude object in this control may have.
void	LatitudeSpider.setMaximum(Angle maximum) Set the maximum value the Latitude object in this control may have.
void	LatitudeSpinner.setMinimum(Angle minimum) Set the minimum value the Latitude object in this control may have.
void	LatitudeSpinner.setMaximum(Angle maximum) Set the maximum value the Latitude object in this control may have.
void	AngleSpider.setAngle(Angle newAngle) Set the Angle object to be manipulated by the control.
void	AngleSpider.setMinimum(Angle minimum) Set the minimum value the Angle object in this control may have.
void	AngleSpider.setMaximum(Angle maximum) Set the maximum value the Angle object in this control may have.
void	AngleSpinner.setAngle(Angle newAngle) Set the Angle object to be manipulated by the control.
void	AngleSpinner.setMinimum(Angle minimum) Set the minimum value the Angle object in this control may have.
void	AngleSpinner.setMaximum(Angle maximum) Set the maximum value the Angle object in this control may have.

Constructors in org.jeospace.ui.swt.widgets with parameters of type Angle

AngleSpider(org.eclipse.swt.widgets.Composite parent, Angle initial)
Constructor.

AngleSpider(org.eclipse.swt.widgets.Composite parent, Angle initial, AngleFormat formatter)
Constructor.

AngleSpinner(org.eclipse.swt.widgets.Composite parent, Angle initial)
Constructor.

AngleSpinner(org.eclipse.swt.widgets.Composite parent, Angle initial, AngleFormat formatter)
Constructor.