com.signalsoftcorp.lst.client
Class MLP300Position

java.lang.Object
  |
  +--com.signalsoftcorp.lst.client.MLP300Position

public class MLP300Position
extends java.lang.Object

Represents a geographic position within a MLP300LocationResponse.

See Also:
MLP300LocationResponse

Constructor Summary
MLP300Position()
           
 
Method Summary
 java.lang.String getAddInfo()
          A text string containing additional information about a certain result.
 java.lang.String getAlt()
          The altitude of the mobile station in meters.
 java.lang.String getAltAcc()
          Accuracy of altitude in meters.
 java.lang.String getDirection()
          Specifies the direction, in degrees, that a positioned mobile station is moving in.
 java.lang.String getLevConf()
          This parameter indicates the probability in percent that the mobile station is located in the position area that is returned
 MLP300Msid getMLP300Msid()
           
 java.lang.String getRadius()
          The uncertainty radius is the radius (in meters) of the uncertainty; this is the geodesic distance between the arc and the position point.
 int getResId()
          This field represents a numeric representation of a result message.
 java.lang.String getResult()
          A text string indicating the result of an individual positioning.
 java.lang.String getSpeed()
          The speed of the mobile station in m/s.
 java.lang.String getTime()
          The time field contains the time in format yyyyMMddhhmmss.
 java.lang.String getUtcOff()
          Specifies the UTC offset in hours and minutes.
 java.lang.String getX()
          The x field is the longitude.
 java.lang.String getY()
          The y field is the latitude.
 java.lang.String getZ()
          The z field is the elevation.
 void setAddInfo(java.lang.String addInfo)
          A text string containing additional information about a certain result.
 void setAlt(java.lang.String alt)
          The altitude of the mobile station in meters.
 void setAltAcc(java.lang.String altAcc)
          Accuracy of altitude in meters.
 void setDirection(java.lang.String direction)
          Specifies the direction, in degrees, that a positioned mobile station is moving in.
 void setLevConf(java.lang.String levConf)
          This parameter indicates the probability in percent that the mobile station is located in the position area that is returned
 void setMLP300Msid(MLP300Msid mLP300Msid)
           
 void setRadius(java.lang.String radius)
          The uncertainty radius is the radius (in meters) of the uncertainty; this is the geodesic distance between the arc and the position point.
 void setResId(int resId)
          This field represents a numeric representation of a result message.
 void setResult(java.lang.String result)
          A text string indicating the result of an individual positioning.
 void setSpeed(java.lang.String speed)
          The speed of the mobile station in m/s.
 void setTime(java.lang.String time)
          The time field contains the time in format yyyyMMddhhmmss.
 void setUtcOff(java.lang.String utcOff)
          Specifies the UTC offset in hours and minutes.
 void setX(java.lang.String x)
          The x field is the longitude.
 void setY(java.lang.String y)
          The y field is the latitude.
 void setZ(java.lang.String z)
          The z field is the elevation.
 java.lang.String toString()
           
 
Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait
 

Constructor Detail

MLP300Position

public MLP300Position()
Method Detail

getTime

public java.lang.String getTime()
The time field contains the time in format yyyyMMddhhmmss. If a position is returned the time field will contain the time for when the mobile station was positioned. If an error is returned the time field will contain the time when the error occured.
Returns:
time The time field contains the time in format yyyyMMddhhmmss.

setTime

public void setTime(java.lang.String time)
The time field contains the time in format yyyyMMddhhmmss. If a position is returned the time field will contain the time for when the mobile station was positioned. If an error is returned the time field will contain the time when the error occured.
Parameters:
time - The time field contains the time in format yyyyMMddhhmmss.

getX

public java.lang.String getX()
The x field is the longitude. This field will be returned in the following format DD MM SS.SSSH where D are degrees, M are minutes, S are seconds and H are the indicator W for west and E for East.
Returns:
x The x field is the longitude.

setX

public void setX(java.lang.String x)
The x field is the longitude. This field will be returned in the following format DD MM SS.SSSH where D are degrees, M are minutes, S are seconds and H are the indicator W for west and E for East.
Parameters:
x - The x field is the longitude.

getY

public java.lang.String getY()
The y field is the latitude. This field will be returned in the following format DD MM SS.SSSH where D are degrees, M are minutes, S are seconds and H are the indicator N for north and S for south.
Returns:
y The y field is the latitude.

setY

public void setY(java.lang.String y)
The y field is the latitude. This field will be returned in the following format DD MM SS.SSSH where D are degrees, M are minutes, S are seconds and H are the indicator N for north and S for south.
Parameters:
y - The y field is the latitude.

getZ

public java.lang.String getZ()
The z field is the elevation. This field will be returned in meters.
Returns:
z The z field is the elevation.

setZ

public void setZ(java.lang.String z)
The z field is the elevation. This field will be returned in meters.
Returns:
z The z field is the elevation.

getRadius

public java.lang.String getRadius()
The uncertainty radius is the radius (in meters) of the uncertainty; this is the geodesic distance between the arc and the position point.
Returns:
radius The uncertainty radius is the radius (in meters) of the uncertainty.

setRadius

public void setRadius(java.lang.String radius)
The uncertainty radius is the radius (in meters) of the uncertainty; this is the geodesic distance between the arc and the position point.
Parameters:
radius - The uncertainty radius is the radius (in meters) of the uncertainty.

getAltAcc

public java.lang.String getAltAcc()
Accuracy of altitude in meters.
Returns:
altAcc Accuracy of altitude in meters.

setAltAcc

public void setAltAcc(java.lang.String altAcc)
Accuracy of altitude in meters.
Parameters:
altAcc - Accuracy of altitude in meters.

getAlt

public java.lang.String getAlt()
The altitude of the mobile station in meters.
Returns:
alt The altitude of the mobile station in meters.

setAlt

public void setAlt(java.lang.String alt)
The altitude of the mobile station in meters.
Parameters:
alt - The altitude of the mobile station in meters.

getSpeed

public java.lang.String getSpeed()
The speed of the mobile station in m/s.
Returns:
speed The speed of the mobile station in m/s.

setSpeed

public void setSpeed(java.lang.String speed)
The speed of the mobile station in m/s.
Parameters:
speed - The speed of the mobile station in m/s.

getDirection

public java.lang.String getDirection()
Specifies the direction, in degrees, that a positioned mobile station is moving in.
Returns:
direction Specifies the direction, in degrees, that a positioned mobile station is moving in.

setDirection

public void setDirection(java.lang.String direction)
Specifies the direction, in degrees, that a positioned mobile station is moving in.
Parameters:
direction - Specifies the direction, in degrees, that a positioned mobile station is moving in.

getResult

public java.lang.String getResult()
A text string indicating the result of an individual positioning.
Returns:
result A text string indicating the result of an individual positioning

setResult

public void setResult(java.lang.String result)
A text string indicating the result of an individual positioning.
Parameters:
result - A text string indicating the result of an individual positioning

getResId

public int getResId()
This field represents a numeric representation of a result message.
Returns:
resId This field represents a numeric representation of a result message

setResId

public void setResId(int resId)
This field represents a numeric representation of a result message.
Parameters:
resId - This field represents a numeric representation of a result message

getUtcOff

public java.lang.String getUtcOff()
Specifies the UTC offset in hours and minutes. Positive values indicate time zones east of Greenwich.
Returns:
utcOff Specifies the UTC offset in hours and minutes.

setUtcOff

public void setUtcOff(java.lang.String utcOff)
Specifies the UTC offset in hours and minutes. Positive values indicate time zones east of Greenwich.
Parameters:
utcOff - Specifies the UTC offset in hours and minutes.

getLevConf

public java.lang.String getLevConf()
This parameter indicates the probability in percent that the mobile station is located in the position area that is returned
Returns:
levConf in percent

setLevConf

public void setLevConf(java.lang.String levConf)
This parameter indicates the probability in percent that the mobile station is located in the position area that is returned
Returns:
levConf in percent

getAddInfo

public java.lang.String getAddInfo()
A text string containing additional information about a certain result.
Returns:
A text string containing additional information about a certain result.

setAddInfo

public void setAddInfo(java.lang.String addInfo)
A text string containing additional information about a certain result.
Parameters:
A - text string containing additional information about a certain result.

getMLP300Msid

public MLP300Msid getMLP300Msid()
Returns:
MLP300Msid MLP300Msid contains the MSID. See MLP300Msid.

setMLP300Msid

public void setMLP300Msid(MLP300Msid mLP300Msid)
Parameters:
MLP300Msid - MLP300Msid contains the MSID. See MLP300Msid.

toString

public java.lang.String toString()
Overrides:
toString in class java.lang.Object


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