>> MIB - Management Information Base
>> Table: gpsZoneTable - (.1.3.6.1.4.1.272.4.68.3.1)
Description: An entry (conceptual row) representing a GPS zone. A zone is defined by two points A and B. A is the upper left point, B the lower right point.
gpsZoneTable
OID | Name | Type | Access
.1 | Index | INTEGER | RC
.2 | PointALongDeg | INTEGER | RC
.3 | PointALongMinInt | INTEGER | RC
.4 | PointALongMinDec | INTEGER | RC
.5 | PointALongCard | ENUM | RC
.6 | PointALatDeg | INTEGER | RC
.7 | PointALatMinInt | INTEGER | RC
.8 | PointALatMinDec | INTEGER | RC
.9 | PointALatCard | ENUM | RC
.10 | PointBLongDeg | INTEGER | RC
.11 | PointBLongMinInt | INTEGER | RC
.12 | PointBLongMinDec | INTEGER | RC
.13 | PointBLongCard | ENUM | RC
.14 | PointBLatDeg | INTEGER | RC
.15 | PointBLatMinInt | INTEGER | RC
.16 | PointBLatMinDec | INTEGER | RC
.17 | PointBLatCard | ENUM | RC
.18 | TimeToTrue | INTEGER | RC
.19 | TimeToFalse | INTEGER | RC
.20 | Hdop | INTEGER | RC
.21 | RowStatus | ENUM | D
.22 | Valid | ENUM | R
.23 | InitialState | ENUM | RC
.24 | InitialStateTime | INTEGER | RC
.25 | CoverageFailState | ENUM | RC
.26 | CoverageFailStateTime | INTEGER | RC
.27 | Description | DisplayString | RW
Index
The index of a GPS location zone.
PointALongDeg
Value of the degrees for the longitudinal position of point A. This can vary between 0 and 180. Range: 0 to 180
PointALongMinInt
Value for the whole part of the longitudinal minutes of point A. This can vary between 0 and 59. Range: 0 to 59
PointALongMinDec
Value for the decimal part of the longitudinal minutes of point A. This can vary between 0 and 9999. Range: 0 to 9999
PointALongCard
Represents the cardinal point to the longitude where the point is found. This can take the values East and West. Default is West. Enumerations: east (1) west (2)
PointALatDeg
Value of the degrees for the latitudinal position of point A. This can vary between 0 and 90. Range: 0 to 90
PointALatMinInt
Value for the whole part of the latitudinal minutes of point A. This can vary between 0 and 59. Range: 0 to 59
PointALatMinDec
Value for the decimal part of the latitudinal minutes of point A. This can vary between 0 and 9999. Range: 0 to 9999
PointALatCard
Represents the cardinal point to the latitudinal where the point is found. This can take the values north and south. Default is north. Enumerations: north (1) south (2)
PointBLongDeg
Value of the degrees for the longitudinal position of point B. This can vary between 0 and 180. Range: 0 to 180
PointBLongMinInt
Value for the whole part of the longitudinal minutes of point B. This can vary between 0 and 59. Range: 0 to 59
PointBLongMinDec
Value for the decimal part of the longitudinal minutes of point B. This can vary between 0 and 9999. Range: 0 to 9999
PointBLongCard
Represents the cardinal point to the longitude where the point is found. This can take the values East and West. Default is West. Enumerations: east (1) west (2)
PointBLatDeg
Value of the degrees for the latitudinal position of point B. This can vary between 0 and 90. Range: 0 to 90
PointBLatMinInt
Value for the whole part of the latitudinal minutes of point B. This can vary between 0 and 59. Range: 0 to 59
PointBLatMinDec
Value for the decimal part of the latitudinal minutes of point B. This can vary between 0 and 9999. Range: 0 to 9999
PointBLatCard
Represents the cardinal point to the latitudinal where the point is found. This can take the values north and south. Default is north. Enumerations: north (1) south (2)
TimeToTrue
This object defines the time that must lapse so the zone can pass from FALSE to TRUE when the device has good GPS coverage. This transition is invoked as the GPS reveiver passes to being 'inside' the zone. Range: 0 to 1000000
TimeToFalse
This object define the time that must laspe so the zone can pass from TRUE to FALSE when the device has good GPS coverage. This transition is invoked as the GPS receiver passes to being 'outside' the zone. Range: 0 to 1000000
Hdop
This object configures the HDOP limit value to take the GPS information as valid. When the HDOP calculated by the GPS receiver surpasses the value configured with this parameter, the locking information is discarded so what is shown is as if there were no GPS signal (NO SIGNAL). HDOP (Horizontal Dilution Of Precision) is the most commonly used parameter from all those offered by a GPS receiver, to evaluate the locking accuracy over the earth's surface. Range: 2 to 20
RowStatus
The row-status of this GPS zone entry. Enumerations: active (1) notInService (2) notReady (3) createAndGo (4) createAndWait (5) destroy (6)
Valid
This object shows if the current position is in the defined zone (true) or not (false). Enumerations: true (1) false (2)
InitialState
This object defines the state the GPS zone must take when the device is switched on and there is no GPS signal available. true: The initial state of the zone is TRUE. false: The initial state of the zone is FALSE. true-time-false: The initial state is TRUE and changes to FALSE if no GPS signal is available for the duration defined by InitialStateTime. false-time-true: The initial state is FALSE and changes to TRUE if no GPS signal is available for the duration defined by InitialStateTime. Enumerations: true (1) false (2) true-time-false (3) false-time-true (4)
InitialStateTime
This object defines the time for state transition defined by InitialState when the device is switched on and no GPS signal is available. Range: 0 to 1000000
CoverageFailState
This object defines the state the GPS zone must take when the GPS receiver loses coverage or doesn't have enough to accurately calculate the geographical position. true: The state of the zone is TRUE. false: The state of the zone is FALSE. true-time-false: The state is TRUE and changes to FALSE if no GPS signal is available for the duration defined by CoverageFailStateTime. false-time-true: The state is FALSE and changes to TRUE if no GPS signal is available for the duration defined by CoverageFailStateTime. last-state: The state remains in the same state. last-time-false: The state remains and changes to FALSE if no GPS signal is available for the duration defined by CoverageFailStateTime. last-time-true: The state remains and changes to TRUE if no GPS signal is available for the duration defined by CoverageFailStateTime. Enumerations: true (1) false (2) true-time-false (3) false-time-true (4) last-state (5) last-time-false (6) last-time-true (7)
CoverageFailStateTime
This object defines the time for state transition defined by CoverageFailState when no GPS signal is available. Range: 0 to 1000000
Description
A textual string describing this zone. Length: 0 to 255

MIB Reference to Software Version 9.1.7 generated on 2014/02/07. Provided by webmaster@bintec-elmeg.com Copyright ©2014 by bintec elmeg GmbH