Radio Mobile - RF propagation simulation software - Route coverage result file format

This file is the output of the 'Route radio coverage'. It holds the result of the analysis.

Result file:

routecoverageresult.txt
Route file < path>< routefile> Centre unit < centre_unit_name> < Latitude> < Longitude> Mobile unit < mobile_unit_name> Network < network_name> Number of records < records> Latitude[TAB]Longitude[TAB]Elevation(m)[TAB]Odometer(km)[TAB]Distance(km)[TAB]Azimuth(°)[TAB] Relative Signal(dB)[TAB]dBm[TAB][TAB]U(dB)[TAB]F(dB) < latitude>[TAB]< Longitude>[TAB]< Elevation>[TAB]< odometer>[TAB]< distance>< azimuth>< relative _signal>[TAB]< absolute_Signal>[TAB]< urban_att>[TAB]< forest_att>

routecoverageresult.txt

Route file
< path>< routefile>
Centre unit
< centre_unit_name> < Latitude> < Longitude>
Mobile unit
< mobile_unit_name>
Network
< network_name>
Number of records
< records>
Latitude[TAB]Longitude[TAB]Elevation(m)[TAB]Odometer(km)[TAB]Distance(km)[TAB]Azimuth(°)[TAB] Relative Signal(dB)[TAB]dBm[TAB][TAB]U(dB)[TAB]F(dB)
< latitude>[TAB]< Longitude>[TAB]< Elevation>[TAB]< odometer>[TAB]< distance>< azimuth>< relative _signal>[TAB]< absolute_Signal>[TAB]< urban_att>[TAB]< forest_att>

Variables:

Variable	Comment
path	path to the file (c:\radiomobile\)
routefile	name of the route file that is used for the analysis
centre_unit_name	Name of the centre unit as configured in 'Network properties'
Latitude	latitude of the centre unit in degrees.decimal degrees
Longitude	Longitude of the centre unit in degrees.decimal degrees
mobile_unit_name	Name of themobile unit as configured in 'unit properties'
network_name	Name of the network as configured in 'Network properties'
records	number of records in the file
elevation	elevation of the waypoint in meters
distance	distance between the current waypoint and the centre unit in meters.
azimuth	azimuth from the centre unit to the current waypoint
relative signal	signal in dB at the current waypoint relative to the minimum RSSI of the mobile unit. this value is set in 'unit properties'
absolute_Signal	Absolute signal in dBm at the current waypoint as received by the mobile unit. This is de RSSI.
urban_att	Attenuation as that was added by the urban clutter classes that are included due to the path of the radiolink.
forest_att	Attenuation as that was added by the forest clutter classes that are included due to the path of the radiolink.

Example file:

routecoverageresult.txt
Route file D:\RadioMobile\object\L1X-line00.plt Centre unit Aarendsburght 52,21963 0 Mobile unit Mobile Network VHF @ 169 MHz Latitude Longitude Elevation(m) Odometer(km) Distance(km) Azimuth(°) Relative Signal(dB) dBm U(dB) F(dB) 52,18388 005,90643 0046,0 000,000 004,140 196,4 39,0 -81,0 0,0 13,6 52,17712 005,93811 0043,0 002,286 004,825 168,2 58,6 -61,4 0,0 5,2 52,17374 005,97255 0018,0 004,663 006,091 146,8 43,8 -76,2 2,6 6,7 52,17966 005,99596 0012,0 006,388 006,633 132,0 34,7 -85,3 11,4 3,1 52,18641 006,01525 0013,0 007,901 007,250 120,6 40,3 -79,7 16,4 0,0 52,19064 006,02764 0014,0 008,868 007,782 114,4 39,6 -80,4 13,1 2,1 52,19824 006,04968 0008,0 010,590 008,907 105,4 42,0 -78,0 2,4 9,0 52,19909 006,06070 0007,0 011,347 009,609 103,7 38,3 -81,6 2,0 9,8 Number of records 8

routecoverageresult.txt

Route file
D:\RadioMobile\object\L1X-line00.plt
Centre unit
Aarendsburght 52,21963 0
Mobile unit
Mobile
Network
VHF @ 169 MHz
Latitude Longitude Elevation(m) Odometer(km) Distance(km) Azimuth(°) Relative Signal(dB) dBm U(dB) F(dB)
52,18388 005,90643 0046,0 000,000 004,140 196,4 39,0 -81,0 0,0 13,6
52,17712 005,93811 0043,0 002,286 004,825 168,2 58,6 -61,4 0,0 5,2
52,17374 005,97255 0018,0 004,663 006,091 146,8 43,8 -76,2 2,6 6,7
52,17966 005,99596 0012,0 006,388 006,633 132,0 34,7 -85,3 11,4 3,1
52,18641 006,01525 0013,0 007,901 007,250 120,6 40,3 -79,7 16,4 0,0
52,19064 006,02764 0014,0 008,868 007,782 114,4 39,6 -80,4 13,1 2,1
52,19824 006,04968 0008,0 010,590 008,907 105,4 42,0 -78,0 2,4 9,0
52,19909 006,06070 0007,0 011,347 009,609 103,7 38,3 -81,6 2,0 9,8
Number of records 8