C
ONFIGURATION
C
OMMAND
S
ET
- F
IRMWARE
R
EVISION
2.4.0_
BETA
-
V
ERSION
1.0.0
Figure 8:
Covering up a driving route using several Geofences within just an area
The
GF.AREA
4
boundaries are outlined in the diagram below. Its colour is given on
the left side of the diagram. While the device is moving in or out the
GF.AREA
4
and
GF
1
to
GF
5
the corresponding in/out events are also occurred.
Once the MAMBOII unit enters into the first geofence (
GF1)
it enters also into the
GF.AREA
4,
so
two events and two states are automatically generated
“
GPS.Geofence.e1=inside
”, “
GPS.AREA.e4=inside
”
and
“
GPS.Geofence.s1=inside
”
and
“
GPS.AREA.s4=inside
”
respectively. You may connect these events and states to
alarm configuration parameter, so that when the MAMBOII device enters into the
first geofence (
GF1)
and also into the
GF.AREA
4
your application executes the
action in the configuration (e.g. SMS notifications, TCP packets, history entries etc.).
In the same way you may be notified whenever the MAMBOII device enters/exists a
GeoFence or only when it enters/exits an area.
Example 2:
This example represents how to cover up a driving route using several Geofences
allocated in different areas. The purpose of such configurations is to store the GPS
position data in internal memory when the area events rise - features for route
verification).
As a reference use the diagram attached to this example
(fig. 9)
. Supposed you
have configured four areas (using parameter) with following settings (see also the
figure attached below).
GF.AREA1=”City East”
// corresponds to hexadecimal value
2
(0010),
GF.AREA2=”City West”
// corresponds to hexadecimal value
4
(0100),
GF.AREA3=”City Centre”
// corresponds to hexadecimal value
8
(1000)
GF.AREA4=”City”
// corresponds to hexadecimal value
10
(10000)
Based on the set configuration of the areas you can start the configuration
process of GeoFences. For example (some of coordinates are not given):
GF1= area
E
,"B88",R,50.673400,10.980600,50.673500,10.980700
GF
2
= area
E
,"Street 1",R,….
GF
3
= area
1C
,"Street 5",R,….
GF
4
= area
1E
," B104",R,….
GF
5
= area
12
,"Street 256",R,….
Whereas the
GF1
and
GF2
belong to both areas the
GF.AREA
2
and
GF.AREA
4
,
so
that the set value of
area<flag>
is a sum of hexadecimal values of
GF.AREA
2
(^=4)
and
GF.AREA
4
(^=10)
corresponding to
area
E
.
This confidential document is a property of FALCOM and may not be copied or circulated without previous permission.
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