A B C D E F G H I K L M N O P Q R S T U V W X Y Z _

C

calculateAirspeedAcceleration() - Method in class uavsim.flightdynamicsmodel.AircraftModel

Calculates the instantaneous change in position per second squared.

calculateAnchor(A_ControlProperties) - Method in class uavsim.graphics.controls.A_Control

Calculates the absolute anchor coordinate of this control on its host instrument.

calculateAngle(double, double) - Static method in class uavsim.graphics.text.VectorText

Calculates the vector angle from a Cartesian coordinate.

calculateAttitudeVelocityAndAcceleration() - Method in class uavsim.flightdynamicsmodel.AircraftModel

Calculates the instantaneous change in attitude in degrees per second.

calculateBearing(CoordinateWorld) - Method in class uavsim.datatypes.CoordinateWorld

Calculates a two-dimensional bearing to another world coordinate.

calculateBearing3D(CoordinateWorld3D) - Method in class uavsim.datatypes.CoordinateWorld3D

Calculates a three-dimensional bearing to another world coordinate with the slant-line distance in nautical miles.

calculateBearingAbsolute() - Method in class uavsim.graphics.instruments.automaticdirectionfinder.AutomaticDirectionFinder

Gets the absolute bearing to the station.

calculateBearingRelative() - Method in class uavsim.graphics.instruments.automaticdirectionfinder.AutomaticDirectionFinder

Gets the relative bearing to the station.

calculateCoefficientOfDragGeneral(double, int) - Method in class uavsim.flightdynamicsmodel.AircraftModel

Calculates the coefficient of drag on a horizontal control surface (flap, aileron, or elevator).

calculateCoefficientOfDragRudder(double) - Method in class uavsim.flightdynamicsmodel.AircraftModel

Calculates the coefficient of drag on a combined vertical stabilizer and rudder.

calculateCoefficientOfLiftGeneral(double, int) - Method in class uavsim.flightdynamicsmodel.AircraftModel

Calculates the coefficient of lift on a horizontal control surface (flap, aileron, or elevator).

calculateCoefficientOfLiftRudder(double) - Method in class uavsim.flightdynamicsmodel.AircraftModel

Calculates the coefficient of lift on a combined vertical stabilizer and rudder.

calculateDistance(_TYPE_) - Method in class uavsim.datatypes.A_CoordinateCartesian

Calculates the distance on a line between this point and another.

calculateDistanceVector(_TYPE_) - Method in class uavsim.datatypes.A_CoordinateCartesian

Calculates the distance vector of a line between this coordinate and another.

calculateDistanceVector(CoordinateCartesianAbsolute) - Method in class uavsim.datatypes.CoordinateCartesianAbsolute

Calculates the distance vector of a line between this coordinate and another.

calculateDistanceVector(CoordinateCartesianRelative) - Method in class uavsim.datatypes.CoordinateCartesianRelative

Calculates the distance vector of a line between this coordinate and another.

calculateDistanceVector() - Method in class uavsim.datatypes.Line

Calculates the length vector components.

calculateDistanceVector2(A_CoordinateCartesian<?>) - Method in class uavsim.datatypes.A_CoordinateCartesian

Calculates the distance vector of a line between this coordinate and another.

calculateGlideslopeCoordinate(Deviation) - Method in class uavsim.graphics.instruments.horizontalsituationindicator.HorizontalSituationIndicator

Calculate the end of the glideslope needle based on its deviation from center.

calculateGlideslopeCoordinate(AttitudePitch) - Method in class uavsim.graphics.instruments.vorlocalizerglideslope.VORLocalizerGlideslope

Calculate the end of the glideslope needle based on its correction angle from center.

calculateGlideslopeCorrectionAngle(ILSAssembly, SevenDOFDescriptor) - Method in class uavsim.computers.ILSComputer

Calculates the glideslope correction angle.

calculateHorizonInterval(Attitude) - Method in class uavsim.graphics.instruments.attitudeindicator.AttitudeIndicator

Calculates the angles where the sky portion of the horizon disk starts and ends based on the pitch and roll.

calculateLength() - Method in class uavsim.datatypes.Line

Calculates the length.

calculateLineCircleIntercepts(Line, Circle) - Static method in class uavsim.graphics.GraphicsSupport

Calculates the two points where a line passing through a circle intercepts the perimeter.

calculateLineIntercepts(Line) - Method in class uavsim.datatypes.Circle

Calculates the two points where a line passing through a circle intercepts the perimeter.

calculateLoads() - Method in class uavsim.flightdynamicsmodel.AircraftModel

Calculates all the forces and moments acting on the plane based on its current state.

calculateLocalizerCoordinate(Deviation) - Method in class uavsim.graphics.instruments.horizontalsituationindicator.HorizontalSituationIndicator

Calculate the end of the localizer needle based on its deviation from center.

calculateLocalizerCoordinate(AttitudeYaw, boolean) - Method in class uavsim.graphics.instruments.vorlocalizerglideslope.VORLocalizerGlideslope

Calculate the end of the localizer needle based on its correction angle from center.

calculateLocalizerCorrectionAngle(ILSAssembly, SevenDOFDescriptor) - Method in class uavsim.computers.ILSComputer

Calculates the localizer correction angle.

calculateLocation(int, int, int) - Static method in class uavsim.graphics.instruments.test.AllInstrumentsTest

Calculates the screen coordinate of the instrument frame.

calculateMidpoint(_TYPE_) - Method in class uavsim.datatypes.A_CoordinateCartesian

Calculates the midpoint on a line between this coordinate and another.

calculateMidpoint(CoordinateCartesianAbsolute) - Method in class uavsim.datatypes.CoordinateCartesianAbsolute

Calculates the midpoint on a line between this coordinate and another.

calculateMidpoint(CoordinateCartesianRelative) - Method in class uavsim.datatypes.CoordinateCartesianRelative

Calculates the midpoint on a line between this coordinate and another.

calculateMidpoint() - Method in class uavsim.datatypes.Line

Calculates the midpoint.

calculateMidpoint2(A_CoordinateCartesian<?>) - Method in class uavsim.datatypes.A_CoordinateCartesian

Calculates the midpoint on a line between this coordinate and another.

calculatePerspectiveLineIntercept(Attitude, CoordinateCartesianAbsolute, AngleMathematical) - Method in class uavsim.graphics.instruments.attitudeindicator.AttitudeIndicator

Calculates the pixel coordinates where a ground line originating at the horizon midpoint intersects the perimeter of the horizon ring

calculatePitchBarMidpoint(Attitude, AttitudePitch) - Method in class uavsim.graphics.instruments.attitudeindicator.AttitudeIndicator

Calculates the midpoint of a pitch bar.

calculatePositionAcceleration() - Method in class uavsim.flightdynamicsmodel.AircraftModel

Calculates the instantaneous change in position per second squared.

calculateRadius(double, double) - Static method in class uavsim.graphics.text.VectorText

Calculates the vector length from a Cartesian coordinate.

calculateScaler(A_LatitudeLongitude<?>) - Method in class uavsim.windmodel.WindVelocityCell

Calculates the scaler between the two nearest latitude or longitude samples.

calculateScaler(Altitude) - Method in class uavsim.windmodel.WindVelocityCell

Calculates the scaler between the two nearest altitude samples.

calculateTurnRateDegreesPerSecond() - Method in class uavsim.graphics.instruments.turncoordinator.TurnCoordinator

Gets the rate of turn as degrees per second based on the current bank angle and airspeed.

calculateTurnRateMultipleOfStandard() - Method in class uavsim.graphics.instruments.turncoordinator.TurnCoordinator

Gets the rate of turn as multiples of standard rate (three degrees per second) based on the current bank angle and airspeed.

CELL_SIZE_HORIZONTAL - Static variable in class uavsim.windmodel.WindVelocityCell

the horizontal size of the square cell, where each subcell corresponds to six degrees of latitude and latitude

CELL_SIZE_VERTICAL - Static variable in class uavsim.windmodel.WindVelocityCell

the vertical size of the cell, where the altitude layers are 0, 3000, 6000, 9000, 12000, and 15000 feet

CHAR_MAX - Static variable in class uavsim.graphics.text.VectorTextCharacterSet

the highest supported ASCII character

CHAR_MIN - Static variable in class uavsim.graphics.text.VectorTextCharacterSet

the lowest supported ASCII character

CHAR_SET - Static variable in class uavsim.graphics.text.VectorTextCharacterSet

the vector character set, where each character is represented as a series of vector lines in a 5x9 grid.

CHAR_UNDEFINED - Static variable in class uavsim.graphics.text.VectorTextCharacterSet

the character code for an undefined mapping

Circle - Class in uavsim.datatypes

Defines a circle with an anchor at its center and a size, both in arbitrary units.

Circle(CoordinateCartesianAbsolute, Radius) - Constructor for class uavsim.datatypes.Circle

Creates a circle descriptor.

CIRCLE_WIDTH_SCALE - Static variable in class uavsim.navigationmodel.NondirectionalBeacon

the size scale of the enclosing circle relative to the element size

CircleDescriptor - Class in uavsim.graphics

Defines a basic geometric circle with a body fill color and an outline with a color and thickness.

CircleDescriptor(Circle, Color, Scaler, Color) - Constructor for class uavsim.graphics.CircleDescriptor

Creates a box descriptor.

CircularFaceplateDescriptor<_UNIT_ extends I_Unitable<_UNIT_>> - Class in uavsim.graphics.instruments

Provides a descriptor for the faceplate of circular "steam" gauges.

CircularFaceplateDescriptor(double, double, _UNIT_, _UNIT_) - Constructor for class uavsim.graphics.instruments.CircularFaceplateDescriptor

Creates a circular faceplate descriptor.

clamp(_UNIT_) - Method in class uavsim.datatypes.Interval

Determines whether a value is off the end of the interval.

clamp(double) - Method in class uavsim.flightdynamicsmodel.AircraftModel

Clamps a value to the interval [-1,+1].

clampStandardRate(double) - Method in class uavsim.graphics.instruments.turncoordinator.TurnCoordinator

Clamps the rate of turn to the defined limits.

CLOCK_0130 - Static variable in class uavsim.datatypes.AngleMathematical

common predefined angles in terms of clock position

CLOCK_0130 - Static variable in class uavsim.datatypes.AngleNavigational

common predefined angles in terms of clock position

CLOCK_0300 - Static variable in class uavsim.datatypes.AngleMathematical

CLOCK_0300 - Static variable in class uavsim.datatypes.AngleNavigational

CLOCK_0430 - Static variable in class uavsim.datatypes.AngleMathematical

CLOCK_0430 - Static variable in class uavsim.datatypes.AngleNavigational

CLOCK_0600 - Static variable in class uavsim.datatypes.AngleMathematical

CLOCK_0600 - Static variable in class uavsim.datatypes.AngleNavigational

CLOCK_0730 - Static variable in class uavsim.datatypes.AngleMathematical

CLOCK_0730 - Static variable in class uavsim.datatypes.AngleNavigational

CLOCK_0900 - Static variable in class uavsim.datatypes.AngleMathematical

CLOCK_0900 - Static variable in class uavsim.datatypes.AngleNavigational

CLOCK_1030 - Static variable in class uavsim.datatypes.AngleMathematical

CLOCK_1030 - Static variable in class uavsim.datatypes.AngleNavigational

CLOCK_1200 - Static variable in class uavsim.datatypes.AngleMathematical

CLOCK_1200 - Static variable in class uavsim.datatypes.AngleNavigational

ClockBasic - Class in uavsim.graphics.instruments.clock

Defines an analog clock with a second hand.

ClockBasic(String, int, CoordinateCartesianAbsolute) - Constructor for class uavsim.graphics.instruments.clock.ClockBasic

Creates an analog clock.

ClockBasicTest - Class in uavsim.graphics.instruments.clock.test

Provides a basic interactive test for Clock.

ClockBasicTest(ClockBasic, Point, int) - Constructor for class uavsim.graphics.instruments.clock.test.ClockBasicTest

Creates a tester.

ClockBasicTest.Display - Class in uavsim.graphics.instruments.clock.test

Provides the display for the instrument to test.

ClockBasicTest.Display() - Constructor for class uavsim.graphics.instruments.clock.test.ClockBasicTest.Display

ClockEnhanced - Class in uavsim.graphics.instruments.clock

Defines an analog clock with a standard second hand and a timer second hand that can be reset to zero with a pushbutton.

ClockEnhanced(String, int, CoordinateCartesianAbsolute) - Constructor for class uavsim.graphics.instruments.clock.ClockEnhanced

Creates an analog clock.

ClockEnhancedTest - Class in uavsim.graphics.instruments.clock.test

Provides a basic interactive test for Clock.

ClockEnhancedTest(ClockEnhanced, Point, int) - Constructor for class uavsim.graphics.instruments.clock.test.ClockEnhancedTest

Creates a tester.

ClockEnhancedTest.Display - Class in uavsim.graphics.instruments.clock.test

Provides the display for the instrument to test.

ClockEnhancedTest.Display() - Constructor for class uavsim.graphics.instruments.clock.test.ClockEnhancedTest.Display

clone() - Method in class uavsim.flightdynamicsmodel.AircraftRigidBody

clone() - Method in class uavsim.flightdynamicsmodel.AircraftRigidBodyElement

clone() - Method in class uavsim.flightdynamicsmodel.Matrix

clone() - Method in class uavsim.flightdynamicsmodel.Quaternion

clone() - Method in class uavsim.flightdynamicsmodel.Vector

clone() - Method in class uavsim.graphics.text.TextProperties

COLOR - Static variable in class uavsim.navigationmodel.Airport

the color of the glyph

COLOR - Static variable in class uavsim.navigationmodel.Glideslope

the glyph color

COLOR - Static variable in class uavsim.navigationmodel.InnerMarker

the color of the glyph

COLOR - Static variable in class uavsim.navigationmodel.Localizer

the glyph color

COLOR - Static variable in class uavsim.navigationmodel.MiddleMarker

the color of the glyph

COLOR - Static variable in class uavsim.navigationmodel.NondirectionalBeacon

the color of the glyph

COLOR - Static variable in class uavsim.navigationmodel.OuterMarker

the color of the glyph

COLOR - Static variable in class uavsim.navigationmodel.VORDMEStation

the color of the glyph

COLOR - Static variable in class uavsim.navigationmodel.Waypoint

the color of the glyph

COLOR_DISENGAGED - Static variable in class uavsim.graphics.instruments.autopilot.Autopilot

the color of the engage button indicating that the autpilot is disengaged

COLOR_ENGAGED - Static variable in class uavsim.graphics.instruments.autopilot.Autopilot

the color of the engage button indicating that the autpilot is engaged

compareTo(_ANGLETYPE_) - Method in class uavsim.datatypes.A_Angle

compareTo(_TYPE_) - Method in class uavsim.datatypes.A_Attitude

compareTo(_TYPE_) - Method in class uavsim.datatypes.A_Coordinate

The result is always zero.

compareTo(_TYPE_) - Method in class uavsim.datatypes.A_Deviation

compareTo(_TYPE_) - Method in class uavsim.datatypes.A_Frequency

// xxx need to implement equals everywhere!

compareTo(_TYPE_) - Method in class uavsim.datatypes.A_LatitudeLongitude

compareTo(Airspeed) - Method in class uavsim.datatypes.Airspeed

compareTo(Altitude) - Method in class uavsim.datatypes.Altitude

compareTo(Attitude) - Method in class uavsim.datatypes.Attitude

always returns 0

compareTo(CoordinateWorld) - Method in class uavsim.datatypes.CoordinateWorld

The result is always zero.

compareTo(CoordinateWorld3D) - Method in class uavsim.datatypes.CoordinateWorld3D

compareTo(DegreesPerSecond) - Method in class uavsim.datatypes.DegreesPerSecond

compareTo(Distance) - Method in class uavsim.datatypes.Distance

compareTo(FrequencyComponent) - Method in class uavsim.datatypes.FrequencyComponent

compareTo(GenericValue) - Method in class uavsim.datatypes.GenericValue

compareTo(Radius) - Method in class uavsim.datatypes.Radius

compareTo(RevolutionsPerMinute) - Method in class uavsim.datatypes.RevolutionsPerMinute

compareTo(Scaler) - Method in class uavsim.datatypes.Scaler

compareTo(Time) - Method in class uavsim.datatypes.Time

compareTo(Velocity) - Method in class uavsim.datatypes.Velocity

This always returns zero.

componentHidden(ComponentEvent) - Method in class uavsim.graphics.instruments.test.A_InstrumentTest.A_Display

componentMoved(ComponentEvent) - Method in class uavsim.graphics.instruments.test.A_InstrumentTest.A_Display

Handles the component-moved event.

componentResized(ComponentEvent) - Method in class uavsim.graphics.instruments.test.A_InstrumentTest.A_Display

Handles the component-resized event.

componentShown(ComponentEvent) - Method in class uavsim.graphics.instruments.test.A_InstrumentTest.A_Display

Handles a component-shown event.

configureControls() - Method in class uavsim.graphics.instruments.autopilot.Autopilot

Configures the controls.

configureControls() - Method in class uavsim.graphics.instruments.clock.ClockEnhanced

Configures the controls.

configureControls() - Method in class uavsim.graphics.instruments.gpsmap.GPSMap

Configures the control.s

configureControls() - Method in class uavsim.graphics.instruments.vorreceiver.VORDMEReceiver

Configures the controls.

configureFrame(A_InstrumentTest.A_Display, Point) - Method in class uavsim.graphics.instruments.test.A_InstrumentTest

Configures the testbed

configureKnob() - Method in class uavsim.graphics.instruments.automaticdirectionfinder.AutomaticDirectionFinder

Configures the knobs.

configureKnob() - Method in class uavsim.graphics.instruments.directionalgyro.DirectionalGyro

Configures the knob.

configureKnob() - Method in class uavsim.graphics.instruments.horizontalsituationindicator.HorizontalSituationIndicator

Configures the knob.

configureKnob() - Method in class uavsim.graphics.instruments.vorlocalizerglideslope.VORLocalizerGlideslope

Configures the knob.

configureKnobs() - Method in class uavsim.graphics.instruments.adfreceiver.ADFReceiver

Configures the knobs.

configureNumbers() - Method in class uavsim.graphics.instruments.automaticdirectionfinder.AutomaticDirectionFinder

Configures the numbers.

configureNumbers() - Method in class uavsim.graphics.instruments.directionalgyro.DirectionalGyro

Configures the numbers.

configureNumbers() - Method in class uavsim.graphics.instruments.horizontalsituationindicator.HorizontalSituationIndicator

Configures the numbers.

configureNumbers() - Method in class uavsim.graphics.instruments.vorlocalizerglideslope.VORLocalizerGlideslope

Configures the numbers.

conjugate() - Method in class uavsim.flightdynamicsmodel.Quaternion

Calculates the conjugate of this quaternion.

conjugate() - Method in class uavsim.flightdynamicsmodel.Vector

Calculates the conjugate of this vector.

ControlCallbackEvent - Class in uavsim.graphics.controls

Defines a callback event from a control.

ControlCallbackEvent(String) - Constructor for class uavsim.graphics.controls.ControlCallbackEvent

Creates a callback event with no state change.

ControlCallbackEvent(String, ControlCallbackEvent.E_StateChange) - Constructor for class uavsim.graphics.controls.ControlCallbackEvent

Creates a callback event.

ControlCallbackEvent.E_StateChange - Enum in uavsim.graphics.controls

Provides the interpretation of an event.

ControlCallbackEvent.E_StateChange() - Constructor for enum uavsim.graphics.controls.ControlCallbackEvent.E_StateChange

ControlInputAileron - Class in uavsim.flightdynamicsmodel

Defines zzz under construction

ControlInputAileron(double) - Constructor for class uavsim.flightdynamicsmodel.ControlInputAileron

zzz under construction

ControlInputElevator - Class in uavsim.flightdynamicsmodel

Defines zzz under construction

ControlInputElevator(double) - Constructor for class uavsim.flightdynamicsmodel.ControlInputElevator

zzz under construction

ControlInputFlaps - Class in uavsim.flightdynamicsmodel

Defines zzz under construction

ControlInputFlaps(double) - Constructor for class uavsim.flightdynamicsmodel.ControlInputFlaps

zzz under construction

ControlInputPower - Class in uavsim.flightdynamicsmodel

Defines zzz under construction

ControlInputPower(double) - Constructor for class uavsim.flightdynamicsmodel.ControlInputPower

zzz under construction

ControlInputRudder - Class in uavsim.flightdynamicsmodel

Defines zzz under construction

ControlInputRudder(double) - Constructor for class uavsim.flightdynamicsmodel.ControlInputRudder

zzz under construction

convertTo2D() - Method in class uavsim.datatypes.CoordinatePolarNavigational3D

Converts this 3D variant to 2D by removing the vertical component.

convertToAbsolute() - Method in class uavsim.datatypes.CoordinateCartesianRelative

Converts this coordinate to an absolute variant.

convertToAngleMathematical() - Method in class uavsim.datatypes.AngleNavigational

Converts this angle to a mathematical angle.

convertToAngleNavigational() - Method in class uavsim.datatypes.AngleMathematical

Converts this angle to a navigational angle.

convertToAngleNavigational() - Method in class uavsim.datatypes.AttitudeYaw

Converts this yaw to a navigational angle.

convertToArcMathematical() - Method in class uavsim.datatypes.ArcNavigational

Converts the arc to use mathematical angles.

convertToArcMathematical() - Method in class uavsim.datatypes.Interval

Converts this interval to a arc defined by mathematical angles.

convertToArcNavigational() - Method in class uavsim.datatypes.ArcMathematical

Converts the arc to use navigational angles.

convertToAttitude() - Method in class uavsim.flightdynamicsmodel.Vector

Converts this vector to an attitude.

convertToCartesian() - Method in class uavsim.datatypes.A_CoordinatePolar

Creates a Cartesian coordinate from this polar coordinate with the implicit origin at (0,0).

convertToCartesian(CoordinateCartesianAbsolute) - Method in class uavsim.datatypes.A_CoordinatePolar

Creates a Cartesian coordinate from this polar coordinate with an explicit origin.

convertToCartesian(CoordinateCartesianAbsolute) - Method in class uavsim.datatypes.CoordinatePolarMathematical

Creates a Cartesian coordinate from this polar coordinate with an explicit origin.

convertToCartesian(CoordinateCartesianAbsolute) - Method in class uavsim.datatypes.CoordinatePolarNavigational

Creates a Cartesian coordinate from this polar coordinate with an explicit origin.

convertToCoordinateAbsolute(CoordinateCartesianRelative, Size) - Method in class uavsim.datatypes.CoordinateCartesianAbsolute

Generates an absolute coordinate offset from this one by a relative coordinate mapped onto a size.

convertToCoordinateAbsolute(CoordinateCartesianRelative) - Method in class uavsim.datatypes.Size

Calculates an absolute coordinate within the bounds of this size based on a relative coordinate scaler from its center.

convertToCoordinateAbsolute2XXX(CoordinateCartesianRelative) - Method in class uavsim.datatypes.Size

Calculates a relative scaled coordinate on the interval [-1,+1] from the center of this size based on a relative additive coordinate from the center.

convertToCoordinateCartesianAbsolute() - Method in class uavsim.datatypes.CoordinateWorld

Converts this world coordinate to an absolute Cartesian coordinate.

convertToCoordinateWorld3D() - Method in class uavsim.flightdynamicsmodel.Vector

Converts this vector to 3D world coordinates.

convertToDeviation() - Method in class uavsim.datatypes.DeviationFree

Converts this deviation to a Deviation.

convertToDeviationFree() - Method in class uavsim.datatypes.Deviation

Converts this deviation to a DeviationFree.

convertToDiameter() - Method in class uavsim.datatypes.Radius

Converts the radius to a diameter.

convertToEulerAngles() - Method in class uavsim.flightdynamicsmodel.Quaternion

Converts this quaternion to a vector of Euler angles.

convertToPitch() - Method in class uavsim.datatypes.AngleMathematical

Converts this angle zzz +-90

convertToPoint() - Method in class uavsim.datatypes.A_CoordinateCartesian

Converts this coordinate to a rounded integer point.

convertToPolarMathematical() - Method in class uavsim.datatypes.A_CoordinateCartesian

Creates a polar mathematical coordinate from this coordinate with the implicit origin at (0,0).

convertToPolarMathematical(_TYPE_) - Method in class uavsim.datatypes.A_CoordinateCartesian

Creates a polar mathematical coordinate from this coordinate with an explicit origin.

convertToPolarMathematical() - Method in class uavsim.datatypes.CoordinatePolarNavigational

Converts this coordinate to a polar mathematical variant.

convertToPolarNavigational() - Method in class uavsim.datatypes.A_CoordinateCartesian

Creates a polar coordinate from this coordinate with the implicit origin at (0,0).

convertToPolarNavigational(_TYPE_) - Method in class uavsim.datatypes.A_CoordinateCartesian

Creates a polar navigational coordinate from this coordinate with an explicit origin.

convertToPolarNavigational() - Method in class uavsim.datatypes.CoordinatePolarMathematical

Converts this coordinate to a polar navigational variant.

convertToRelative() - Method in class uavsim.datatypes.CoordinateCartesianAbsolute

Converts this coordinate to a relative variant.

convertToYaw() - Method in class uavsim.datatypes.AngleNavigational

Converts this angle zzz +-180

CoordinateCartesianAbsolute - Class in uavsim.datatypes

Defines the basic elements of arbitrary two-dimensional Cartesian coordinate system for absolute coordinates.

CoordinateCartesianAbsolute(double, double) - Constructor for class uavsim.datatypes.CoordinateCartesianAbsolute

Creates an absolute Cartesian coordinate.

CoordinateCartesianRelative - Class in uavsim.datatypes

Defines the basic elements of arbitrary two-dimensional Cartesian coordinate system for relative coordinates.

CoordinateCartesianRelative(double, double) - Constructor for class uavsim.datatypes.CoordinateCartesianRelative

Creates a relative Cartesian coordinate.

CoordinateCartesianRelative(Scaler, Scaler) - Constructor for class uavsim.datatypes.CoordinateCartesianRelative

Creates a relative Cartesian coordinate on the interval [-1,+1] from two scalers on the interval [0,1].

CoordinatePolarMathematical - Class in uavsim.datatypes

Defines the basic elements of arbitrary two-dimensional polar coordinate system based on mathematical angles.

CoordinatePolarMathematical(AngleMathematical, Radius) - Constructor for class uavsim.datatypes.CoordinatePolarMathematical

Creates a coordinate object.

CoordinatePolarNavigational - Class in uavsim.datatypes

Defines the basic elements of arbitrary two-dimensional polar coordinate system based on mathematical angles.

CoordinatePolarNavigational(AngleNavigational, Radius) - Constructor for class uavsim.datatypes.CoordinatePolarNavigational

Creates a coordinate object.

CoordinatePolarNavigational3D - Class in uavsim.datatypes

zzz

CoordinatePolarNavigational3D(AngleNavigational, AngleMathematical, Radius) - Constructor for class uavsim.datatypes.CoordinatePolarNavigational3D

zzz

COORDINATES_CURRENT_ANCHOR_SCALE - Static variable in class uavsim.graphics.instruments.gpsmap.GPSMap

the anchor position of the actual-coordinates text relative to the center of the instrument

COORDINATES_SELECTED_ANCHOR_SCALE - Static variable in class uavsim.graphics.instruments.gpsmap.GPSMap

the anchor position of the selected-coordinates text relative to the center of the instrument

COORDINATES_TEXT - Static variable in class uavsim.graphics.instruments.gpsmap.GPSMap

the text properties of the coordinates

CoordinateWorld - Class in uavsim.datatypes

Defines the basic elements of arbitrary two-dimensional Cartesian coordinate system based on Universal Transverse Mercator (UTM) latitude and longitude.

CoordinateWorld(Latitude, Longitude) - Constructor for class uavsim.datatypes.CoordinateWorld

Creates a world coordinate object.

CoordinateWorld3D - Class in uavsim.datatypes

Defines the basic elements of arbitrary three-dimensional Cartesian coordinate system based on Universal Transverse Mercator (UTM) latitude and longitude, plus altitude.

CoordinateWorld3D(CoordinateWorld, Altitude) - Constructor for class uavsim.datatypes.CoordinateWorld3D

Creates a world coordinate object.

CoordinateWorld3D(Latitude, Longitude) - Constructor for class uavsim.datatypes.CoordinateWorld3D

Creates a world coordinate object with a default altitude of zero.

CoordinateWorld3D(Latitude, Longitude, Altitude) - Constructor for class uavsim.datatypes.CoordinateWorld3D

Creates a world coordinate object.

COORDINATION_YAW_SCALE - Static variable in class uavsim.graphics.instruments.turncoordinator.TurnCoordinator

an empirically determined coefficient to infer the coordination fraction from the yaw

Course - Class in uavsim.datatypes

Defines the course degree of freedom of an attitude on the interval [-180,+180] navigational degrees, with 0 being north.

Course() - Constructor for class uavsim.datatypes.Course

Creates a course object at 0 degrees.

Course(double) - Constructor for class uavsim.datatypes.Course

Creates a course object.

COURSE_000 - Static variable in class uavsim.datatypes.Course

predefined common courses

COURSE_030 - Static variable in class uavsim.datatypes.Course

COURSE_060 - Static variable in class uavsim.datatypes.Course

COURSE_090 - Static variable in class uavsim.datatypes.Course

COURSE_120 - Static variable in class uavsim.datatypes.Course

COURSE_150 - Static variable in class uavsim.datatypes.Course

COURSE_180 - Static variable in class uavsim.datatypes.Course

COURSE_210 - Static variable in class uavsim.datatypes.Course

COURSE_240 - Static variable in class uavsim.datatypes.Course

COURSE_270 - Static variable in class uavsim.datatypes.Course

COURSE_300 - Static variable in class uavsim.datatypes.Course

COURSE_330 - Static variable in class uavsim.datatypes.Course

COURSE_BUG - Static variable in class uavsim.graphics.instruments.horizontalsituationindicator.HorizontalSituationIndicator

the bug for course and reciprocal course

COURSE_BUG - Static variable in class uavsim.graphics.instruments.vorlocalizerglideslope.VORLocalizerGlideslope

the bug for course and reciprocal course

createChart() - Method in class uavsim.computers.test.ADFComputerTest

Creates a test navigation chart.

createChart() - Method in class uavsim.computers.test.ILSComputerTest

Creates a test navigation chart.

createChart() - Method in class uavsim.computers.test.VORDMEComputerTest

Creates a test navigation chart.

createChart() - Static method in class uavsim.graphics.instruments.gpsmap.test.GPSMapTest

Creates a test chart.

crossProduct(Vector) - Method in class uavsim.flightdynamicsmodel.Vector

Calculates the cross product of this vector and another.

CURSOR_ARROW_DOWN - Static variable in class uavsim.graphics.controls.A_Control

the down-arrow cursor

CURSOR_ARROW_LEFT - Static variable in class uavsim.graphics.controls.A_Control

the left-arrow cursor

CURSOR_ARROW_RIGHT - Static variable in class uavsim.graphics.controls.A_Control

the right-arrow cursor

CURSOR_ARROW_UP - Static variable in class uavsim.graphics.controls.A_Control

the up-arrow cursor

CURSOR_CROSSHAIR - Static variable in class uavsim.graphics.controls.A_Control

the crosshair cursor

CURSOR_DEFAULT - Static variable in class uavsim.graphics.controls.A_Control

the default cursor

CURSOR_HAND - Static variable in class uavsim.graphics.controls.A_Control

the hand cursor