Uses of Interface
uavsim.datatypes.I_Unitable

Packages that use I_Unitable

uavsim.datatypes	Provides...
uavsim.graphics	Provides...
uavsim.graphics.instruments	Provides...

Uses of I_Unitable in uavsim.datatypes

Classes in uavsim.datatypes with type parameters of type I_Unitable

class

Interval<_UNIT_ extends I_Unitable<_UNIT_>> Defines an interval for any I_Unitable datatype.

Classes in uavsim.datatypes that implement I_Unitable

class	A_Angle<_ANGLETYPE_ extends A_Angle<?>> Defines the shared aspects of an angle.
class	A_Attitude<_TYPE_ extends A_Attitude<?>> Defines the shared aspects of a degree of attitude freedom.
class	A_Coordinate<_TYPE_ extends A_Coordinate<?>> Defines the shared aspects of a coordinate.
class	A_CoordinateCartesian<_TYPE_ extends A_CoordinateCartesian<?>> Defines the shared aspects of a two-dimensional Cartesian coordinate.
class	A_CoordinatePolar<_TYPE_ extends A_CoordinatePolar<?,?>,_ANGLETYPE_ extends A_Angle<?>> Defines the shared aspects of a two-dimensional polar coordinate based on mathematical angles.
class	A_Deviation<_TYPE_ extends A_Deviation<_TYPE_>> Defines zzz
class	A_Frequency<_TYPE_ extends A_Frequency<?>> Defines the shared aspects of a radio frequency.
class	A_LatitudeLongitude<_TYPE_ extends A_LatitudeLongitude<?>> Defines the shared aspects of a latitude and longitude in terms of Universal Transverse Mercator (UTM) coordinates.
class	Airspeed Defines an airspeed.
class	Altitude Defines an altitude.
class	AngleMathematical Defines the shared aspects of a mathematical angle in degrees, which has zero degrees at the right and moves counterclockwise.
class	AngleNavigational Defines the shared aspects of a navigational angle, which has zero degrees (north) at the top and moves clockwise.
class	Attitude Defines attitude in three degrees of freedom for pitch, roll, and yaw.
class	AttitudePitch Defines the pitch degree of freedom of an attitude on the interval [+180,-180) navigational degrees, with 0 being nose level.
class	AttitudeRoll Defines the roll element of an attitude on the interval [+180,-180] navigational degrees, with 0 being wings level.
class	AttitudeYaw Defines the yaw degree of freedom of an attitude on the interval [-180,+180] navigational degrees, with 0 being north (or straight forward in terms of heading relative to course).
class	CoordinateCartesianAbsolute Defines the basic elements of arbitrary two-dimensional Cartesian coordinate system for absolute coordinates.
class	CoordinateCartesianRelative Defines the basic elements of arbitrary two-dimensional Cartesian coordinate system for relative coordinates.
class	CoordinatePolarMathematical Defines the basic elements of arbitrary two-dimensional polar coordinate system based on mathematical angles.
class	CoordinatePolarNavigational Defines the basic elements of arbitrary two-dimensional polar coordinate system based on mathematical angles.
class	CoordinatePolarNavigational3D zzz
class	CoordinateWorld Defines the basic elements of arbitrary two-dimensional Cartesian coordinate system based on Universal Transverse Mercator (UTM) latitude and longitude.
class	CoordinateWorld3D Defines the basic elements of arbitrary three-dimensional Cartesian coordinate system based on Universal Transverse Mercator (UTM) latitude and longitude, plus altitude.
class	Course Defines the course degree of freedom of an attitude on the interval [-180,+180] navigational degrees, with 0 being north.
class	DegreesPerSecond Defines a rate of change in degrees per second.
class	Deviation Defines a percent deviation from zero on the interval [-1,+1].
class	DeviationFree Defines a percent deviation from zero on the interval [-1,+1].
class	Distance Defines a distance with arbitrary units.
class	FrequencyComponent Defines a component of frequency in terms of a value on interval.
class	GenericValue Defines a generic double value as an I_Unitable datatype with no specific unit.
class	Latitude Defines latitude in terms of Universal Transverse Mercator (UTM) coordinates.
class	Longitude Defines longitude in terms of Universal Transverse Mercator (UTM) coordinates.
class	NDBFrequency Defines an NDB frequency in terms of major (KHz) components between 190 and 535 with a step of 1.
class	Radius Defines a mathematical radius.
class	RevolutionsPerMinute Defines revolutions per minute.
class	Scaler Defines a scaler, which is a non-negative scaling coefficient representing a percentage.
class	Time Defines a datatype for time based on seconds.
class	Velocity Defines a velocity as a speed and direction as a navigational angle.
class	VOR_ILS_DME_Frequency Defines a VOR frequency in terms of major (MHz) and minor (KHz) components between 108.000 and 135.999 with respective steps of 1 and 25.

Fields in uavsim.datatypes declared as I_Unitable

private _UNIT_	Interval._end the end value
private _UNIT_	Interval._start the start value
private _UNIT_	Interval._step the step value, if defined; otherwise null
private _UNIT_	Interval.Iterator._step2 the amount to move for each step
private _UNIT_	Interval.Iterator._value the current value

Uses of I_Unitable in uavsim.graphics

Methods in uavsim.graphics with type parameters of type I_Unitable

static <_UNIT_ extends I_Unitable<_UNIT_>> java.awt.Polygon	GraphicsSupport.drawArc(java.awt.Graphics2D graphics, Radius radius, CoordinateCartesianAbsolute origin, ArcDescriptor<_UNIT_> descriptor, I_AngleMapper<_UNIT_> instrument) Draws an arc.
static <_UNIT_ extends I_Unitable<_UNIT_>> java.awt.Polygon	GraphicsSupport.drawNeedle(java.awt.Graphics2D graphics, Radius radius, CoordinateCartesianAbsolute origin, NeedleDescriptor descriptor, I_AngleMapper<_UNIT_> instrument, _UNIT_ value) Draws a needle.
static <_UNIT_ extends I_Unitable<_UNIT_>> void	GraphicsSupport.drawNumbers(java.awt.Graphics2D graphics, Radius radius, CoordinateCartesianAbsolute origin, NumberDescriptor<_UNIT_> descriptor, I_AngleMapper<_UNIT_> instrument, _UNIT_... offset) Draws numbers on a ringed instrument.
static <_UNIT_ extends I_Unitable<_UNIT_>> void	GraphicsSupport.drawTick(java.awt.Graphics2D graphics, CoordinateCartesianAbsolute anchor, _UNIT_ value, Ring radii, int width, I_AngleMapper<_UNIT_> instrument) Draws a single tick.
static <_UNIT_ extends I_Unitable<_UNIT_>> void	GraphicsSupport.drawTicks(java.awt.Graphics2D graphics, Radius radius, CoordinateCartesianAbsolute anchor, TickDescriptor<_UNIT_> tickDescriptor, I_AngleMapper<_UNIT_> instrument, _UNIT_... offset) Draws ticks over an interval on a ringed instrument.

Methods in uavsim.graphics with parameters of type I_Unitable

static <_UNIT_ extends I_Unitable<_UNIT_>> void	GraphicsSupport.drawNumbers(java.awt.Graphics2D graphics, Radius radius, CoordinateCartesianAbsolute origin, NumberDescriptor<_UNIT_> descriptor, I_AngleMapper<_UNIT_> instrument, _UNIT_... offset) Draws numbers on a ringed instrument.
static <_UNIT_ extends I_Unitable<_UNIT_>> void	GraphicsSupport.drawTicks(java.awt.Graphics2D graphics, Radius radius, CoordinateCartesianAbsolute anchor, TickDescriptor<_UNIT_> tickDescriptor, I_AngleMapper<_UNIT_> instrument, _UNIT_... offset) Draws ticks over an interval on a ringed instrument.

Uses of I_Unitable in uavsim.graphics.instruments

Classes in uavsim.graphics.instruments with type parameters of type I_Unitable

class	A_CircularInstrument<_UNIT_ extends I_Unitable<_UNIT_>> Defines the shared elements of all resizeable circular instruments ("steam gauges").
class	ArcDescriptor<_UNIT_ extends I_Unitable<_UNIT_>> Defines an arc over an interval of a unit.
class	CircularFaceplateDescriptor<_UNIT_ extends I_Unitable<_UNIT_>> Provides a descriptor for the faceplate of circular "steam" gauges.
interface	I_AngleMapper<_UNIT_ extends I_Unitable<_UNIT_>> Declares the capability to translate a unit of measurement into an angle to be rendered by a needle on a circular instrument.
class	NumberDescriptor<_UNIT_ extends I_Unitable<_UNIT_>> Defines a number descriptor.
class	TickDescriptor<_UNIT_ extends I_Unitable<_UNIT_>> Defines a tick descriptor.