mirror of https://github.com/wb2osz/direwolf.git
56 lines
3.3 KiB
Plaintext
56 lines
3.3 KiB
Plaintext
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# Sample configuration for demonstration of sending telemetry.
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# Here we try to replicate actual data heard for a balloon.
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CHANNEL 0
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MYCALL M0XER-3
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# These will send the beacons to the transmitter (which you disconnected, right?)
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# First the metadata.
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# Channel 1: Battery voltage, Volts, scaled up by 100
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# Channel 2: Solar voltage, Volts, scaled up by 100
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# Channel 3: Temperature, degrees C, sent as Kelvin x 10
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# Channel 4: Number of satellites, no units
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# Note: When using Strawberry perl, as specified in the example, Windows knows
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# that the .pl file type is associated with it. When using a different implementation
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# of perl, which doesn't make this association of file type to application, it might
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# be necessary to use something like this instead:
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#
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# ... infocmd="c:\strawberry\perl\bin\perl.exe telem-parm.pl M0XER-3 Vbat Vsolar Temp Sat"
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# Here we use the generic scripts to generate the messages with metadata.
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# The "infocmd=..." option means use the result for the info part of the packet.
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CBEACON delay=0:10 every=1:00 infocmd="telem-parm.pl M0XER-3 Vbat Vsolar Temp Sat"
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CBEACON delay=0:12 every=1:00 infocmd="telem-unit.pl M0XER-3 V V C """" m"
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CBEACON delay=0:14 every=1:00 infocmd="telem-eqns.pl M0XER-3 0 0.001 0 0 0.001 0 0 0.1 -273.2 0 1 0 0 1 0"
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CBEACON delay=0:16 every=1:00 infocmd="telem-bits.pl M0XER-3 11111111 ""10mW research balloon"""
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# Now the telemetry data.
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# In a real situation, the location and telemetry data would come from sensors.
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# Here we have just hardcoded 3 sets of historical data as a demonstration.
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# telem-balloon.pl accumulates the data then invokes telem-data91.pl to convert
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# it to the compressed format. This is inserted into the position comment with "commentcmd=..."
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PBEACON compress=1 delay=0:20 every=1:00 via=WIDE2-1 symbol=Balloon lat=61^34.2876N lon=155^40.0931W alt=12953 commentcmd="telem-balloon.pl 3307 4.383 0.436 -34.6 12"
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PBEACON compress=1 delay=0:22 every=1:00 via=WIDE2-1 symbol=Balloon lat=51^07.4402N lon=124^14.4472W alt=12563 commentcmd="telem-balloon.pl 6524 4.515 0.653 -1.3 7"
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PBEACON compress=1 delay=0:24 every=1:00 via=WIDE2-1 symbol=Balloon lat=55^58.5558N lon=122^28.5933W alt=12680 commentcmd="telem-balloon.pl 7458 4.521 0.587 -8.3 7"
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# Now we do the same thing again.
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# This time, add the SENDTO=R0 option to simulate reception.
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# These will be sent to any attached applications so you can see how they process the data.
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CBEACON SENDTO=R0 delay=0:30 every=1:00 infocmd="telem-parm.pl M0XER-3 Vbat Vsolar Temp Sat"
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CBEACON SENDTO=R0 delay=0:32 every=1:00 infocmd="telem-unit.pl M0XER-3 V V C """" m"
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CBEACON SENDTO=R0 delay=0:34 every=1:00 infocmd="telem-eqns.pl M0XER-3 0 0.001 0 0 0.001 0 0 0.1 -273.2 0 1 0 0 1 0"
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CBEACON SENDTO=R0 delay=0:36 every=1:00 infocmd="telem-bits.pl M0XER-3 11111111 ""10mW research balloon"""
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PBEACON SENDTO=R0 compress=1 delay=0:40 every=1:00 via=WIDE2-1 symbol=Balloon lat=61^34.2876N lon=155^40.0931W alt=12953 commentcmd="telem-balloon.pl 3307 4.383 0.436 -34.6 12"
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PBEACON SENDTO=R0 compress=1 delay=0:42 every=1:00 via=WIDE2-1 symbol=Balloon lat=51^07.4402N lon=124^14.4472W alt=12563 commentcmd="telem-balloon.pl 6524 4.515 0.653 -1.3 7"
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PBEACON SENDTO=R0 compress=1 delay=0:44 every=1:00 via=WIDE2-1 symbol=Balloon lat=55^58.5558N lon=122^28.5933W alt=12680 commentcmd="telem-balloon.pl 7458 4.521 0.587 -8.3 7"
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