java.lang.Object
- com.trx.neon.api.neon.model.NeonLocation

All Implemented Interfaces:: android.os.Parcelable

public class NeonLocation
extends java.lang.Object
implements android.os.Parcelable

Nested Class Summary
- Nested classes/interfaces inherited from interface android.os.Parcelable
  android.os.Parcelable.ClassLoaderCreator<T extends java.lang.Object>, android.os.Parcelable.Creator<T extends java.lang.Object>

Field Summary

Fields
Modifier and Type	Field	Description
`float`	`altitude`	An altitude estimate in meters above mean sea level (MSL).
`float`	`altitudeError`	An altitude error estimate in meters.
`float`	`altitudeHae`	The height above the Earth ellipsoid in meters
`float`	`altitudeHaeError`	The error range (in meters) of the height above the Earth ellipsoid
`java.lang.Float`	`altitudeHat`	The height above the terrain elevation at this location in meters This value may be null if elevation data is not available
`java.lang.Float`	`altitudeHatError`	The error range (in meters) of the height above the terrain elevation at this location This value may be null if elevation data is not available
`byte`	`batteryHH`	Percent battery life of the android device at the time of this location Valid range 0-100 Outside of range means battery life unknown
`byte`	`batteryTU`	Percent battery life of the tracking unit at the time of this location Valid range 0-100 Outside of range means battery life unknown
`static android.os.Parcelable.Creator<NeonLocation>`	`CREATOR`	Used for sending data across binders
`double`	`errorLatitude`	The latitude of the center point of the computed error bounds on this position Note that this is not always the same as the estimate of the position itself.
`double`	`errorLongitude`	The longitude of the center point of the computed error bounds on this position Note that this is not always the same as the estimate of the position itself.
`float`	`errorRadius`	The radius of the computed error bounds on this position (meters) Note that this is around the point specified by ErrorLongitude and ErrorLatitude
`boolean`	`hasAbsoluteAltitude`	Whether or not an absolute altitude estimate has been found in meters above mean sea level (MSL).
`float`	`heading`	The heading of the user (degrees) The heading provided is in the range (-inf, inf) - not limited to the range [0, 360).
`float`	`headingError`	The heading variance of the user (degrees) 0 represents low variance.
`boolean`	`inVehicle`	The vehicle mode status at the time of this location Defaults to false Sets to true after a vehicle start detection and resets to false after a vehicle stop detection
`int`	`iteration`	This number represents an internal iteration count within the NeonLocationServices.
`double`	`latitude`	The latitude of the user (degrees)
`byte`	`lockStatus`	The lock status of the tracking unit at the time of this location Valid range 0-4 where 4 indicates a full lock
`double`	`longitude`	The longitude of the user (degrees)
`int`	`serialNumber`	The serial number represents the tracking device.
`int`	`sessionID`	The session ID represents turn on to turn off of the tracking device.
`java.util.UUID`	`structureID`
`java.lang.String`	`type`	This represents the source of the location, example: NEON = fused with Tracker, GPS = Android GPD only no tracker used
`long`	`unixTimeMs`	This timestamp represents the time of validity of the location.
`java.lang.Float`	`z`
`java.lang.Float`	`zError`

Fields inherited from interface android.os.Parcelable
CONTENTS_FILE_DESCRIPTOR, PARCELABLE_WRITE_RETURN_VALUE

Constructor Summary

Constructors
Constructor	Description
NeonLocation(int serial, int session, long unixTimeMs, int navIter, java.lang.String type, double longitude, double latitude, float heading, float headingError, double errorLongitude, double errorLatitude, float errorRadius, boolean hasAbsoluteAltitude, float altitude, float altitudeError, java.util.UUID structureID, java.lang.Float z, java.lang.Float zError, byte batteryAndroid, byte batteryTrackingUnit, byte lockStatus, boolean inVehicle, float altitudeHae, float altitudeHaeError, java.lang.Float altitudeHat, java.lang.Float altitudeHatError)
`NeonLocation(NeonLocation loc)`	Copy constructor

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method	Description
`int`	`describeContents()`
`java.lang.Float`	`getFloor()`	A convenience method to quickly integrate NeonLocations into applications that understand floating point floor numbers
`java.lang.Float`	`getFloorError()`	A convenience method to quickly integrate NeonLocations into applications that understand floating point floor numbers
`java.lang.Integer`	`getNearestFloor()`	A convenience method to quickly integrate NeonLocations into applications that understand integer floor numbers.
`android.location.Location`	`toLocation()`	A convenience method to quickly integrate NeonLocations into applications that use the android.location.Location type.
`java.lang.String`	`toString()`
`void`	`writeToParcel(android.os.Parcel dest, int flags)`

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

- Field Detail
  - serialNumber
```
public final int serialNumber
```
    The serial number represents the tracking device.
  - sessionID
```
public final int sessionID
```
    The session ID represents turn on to turn off of the tracking device. A new session ID will be generated each time the tracking unit is restarted, or in the case of tracking on the phone itself, every time the NeonLocationService is bound and then fully unbound by all client applications.
  - unixTimeMs
```
public final long unixTimeMs
```
    This timestamp represents the time of validity of the location. It is a UTC time in milliseconds. (This is generally the same frame of reference as System.currentTimeMillis())
  - iteration
```
public final int iteration
```
    This number represents an internal iteration count within the NeonLocationServices. In the case of receiving two device locations with the same time stamp, this value should be used as a tie breaker. Of two NeonLocations with the same time stamp, the one with the higher iteration is a correction to the previously calculated position, based on the newly received constraint input data. Only systems that display paths/trails are likely to care about this number.
  - type
```
public final java.lang.String type
```
    This represents the source of the location, example: NEON = fused with Tracker, GPS = Android GPD only no tracker used
  - longitude
```
public final double longitude
```
    The longitude of the user (degrees)
  - latitude
```
public final double latitude
```
    The latitude of the user (degrees)
  - heading
```
public final float heading
```
    The heading of the user (degrees) The heading provided is in the range (-inf, inf) - not limited to the range [0, 360). To obtain compass heading the user can perform a mod 360 operation. clockwise. 0 represents north. 90 represents east.
  - headingError
```
public final float headingError
```
    The heading variance of the user (degrees) 0 represents low variance. 180 represents high variance.
  - errorLongitude
```
public final double errorLongitude
```
    The longitude of the center point of the computed error bounds on this position Note that this is not always the same as the estimate of the position itself.
  - errorLatitude
```
public final double errorLatitude
```
    The latitude of the center point of the computed error bounds on this position Note that this is not always the same as the estimate of the position itself.
  - errorRadius
```
public final float errorRadius
```
    The radius of the computed error bounds on this position (meters) Note that this is around the point specified by ErrorLongitude and ErrorLatitude
  - hasAbsoluteAltitude
```
public final boolean hasAbsoluteAltitude
```
    Whether or not an absolute altitude estimate has been found in meters above mean sea level (MSL). Altitude will always be set, but in the absence of constraint data, hasAbsoluteAltitude will be false and only deltas will be valid.
  - altitude
```
public final float altitude
```
    An altitude estimate in meters above mean sea level (MSL). Altitude will always be set, but in the absence of constraint data, hasAbsoluteAltitude will be false and only deltas will be valid.. Client applications should check that the AltitudeError is reasonable for their purposes before displaying the Altitude to the user.
  - altitudeError
```
public final float altitudeError
```
    An altitude error estimate in meters. The error should be read as a CEP bounds in either direction about the Altitude ie: With 50% probability, [Altitude-AltitudeError, Altitude+AltitudeError] contains the user's current altitude. Client applications should check that this number looks reasonable for their purposes before displaying Altitude to end users. As a rough order of magnitude, a standard building's floor height is around 3.2 meters.
  - structureID
```
public final java.util.UUID structureID
```
  - z
```
public final java.lang.Float z
```
  - zError
```
public final java.lang.Float zError
```
  - batteryHH
```
public final byte batteryHH
```
    Percent battery life of the android device at the time of this location Valid range 0-100 Outside of range means battery life unknown
  - batteryTU
```
public final byte batteryTU
```
    Percent battery life of the tracking unit at the time of this location Valid range 0-100 Outside of range means battery life unknown
  - lockStatus
```
public final byte lockStatus
```
    The lock status of the tracking unit at the time of this location Valid range 0-4 where 4 indicates a full lock
  - inVehicle
```
public final boolean inVehicle
```
    The vehicle mode status at the time of this location Defaults to false Sets to true after a vehicle start detection and resets to false after a vehicle stop detection
  - altitudeHae
```
public final float altitudeHae
```
    The height above the Earth ellipsoid in meters
  - altitudeHaeError
```
public final float altitudeHaeError
```
    The error range (in meters) of the height above the Earth ellipsoid
  - altitudeHat
```
public final java.lang.Float altitudeHat
```
    The height above the terrain elevation at this location in meters This value may be null if elevation data is not available
  - altitudeHatError
```
public final java.lang.Float altitudeHatError
```
    The error range (in meters) of the height above the terrain elevation at this location This value may be null if elevation data is not available
  - CREATOR
```
public static final android.os.Parcelable.Creator<NeonLocation> CREATOR
```
    Used for sending data across binders
- Constructor Detail
  - NeonLocation
```
public NeonLocation(int serial,
                    int session,
                    long unixTimeMs,
                    int navIter,
                    java.lang.String type,
                    double longitude,
                    double latitude,
                    float heading,
                    float headingError,
                    double errorLongitude,
                    double errorLatitude,
                    float errorRadius,
                    boolean hasAbsoluteAltitude,
                    float altitude,
                    float altitudeError,
                    java.util.UUID structureID,
                    java.lang.Float z,
                    java.lang.Float zError,
                    byte batteryAndroid,
                    byte batteryTrackingUnit,
                    byte lockStatus,
                    boolean inVehicle,
                    float altitudeHae,
                    float altitudeHaeError,
                    java.lang.Float altitudeHat,
                    java.lang.Float altitudeHatError)
```
  - NeonLocation
```
public NeonLocation(NeonLocation loc)
```
    Copy constructor
- Method Detail
  - getFloor
```
public java.lang.Float getFloor()
```
    A convenience method to quickly integrate NeonLocations into applications that understand floating point floor numbers
  - getFloorError
```
public java.lang.Float getFloorError()
```
    A convenience method to quickly integrate NeonLocations into applications that understand floating point floor numbers
  - getNearestFloor
```
public java.lang.Integer getNearestFloor()
```
    A convenience method to quickly integrate NeonLocations into applications that understand integer floor numbers.
  - toLocation
```
public android.location.Location toLocation()
```
    A convenience method to quickly integrate NeonLocations into applications that use the android.location.Location type.
  - describeContents
```
public int describeContents()
```
    Specified by:
    
    describeContents in interface android.os.Parcelable
  - writeToParcel
```
public void writeToParcel(android.os.Parcel dest,
                          int flags)
```
    Specified by:
    
    writeToParcel in interface android.os.Parcelable
  - toString
```
public java.lang.String toString()
```
    Overrides:
    
    toString in class java.lang.Object

Class NeonLocation

Nested Class Summary

Nested classes/interfaces inherited from interface android.os.Parcelable

Field Summary

Fields inherited from interface android.os.Parcelable

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

serialNumber

sessionID

unixTimeMs

iteration

type

longitude

latitude

heading

headingError

errorLongitude

errorLatitude

errorRadius

hasAbsoluteAltitude

altitude

altitudeError

structureID

z

zError

batteryHH

batteryTU

lockStatus

inVehicle

altitudeHae

altitudeHaeError

altitudeHat

altitudeHatError

CREATOR

Constructor Detail

NeonLocation

NeonLocation

Method Detail

getFloor

getFloorError

getNearestFloor

toLocation

describeContents

writeToParcel

toString