source: core/trunk/client/flarmclient.conf @ 406

#
# This is the configuration file for the flarmradar client program
#

# The mandatory key to use to identify the client. Contact 
# info@flarmradar.ch to get a client key. 
key  = ... your_key ...

# Where to send the flarm data. You need to adapt this setting if you run
# your own Flarm-Radar site. If you use the public site, then you don't need
# to change this setting.
#url = http://test.flarmradar.ch/rest/flarmdata/records
url = http://www.flarmradar.ch/rest/flarmdata/records

# Where to write log output (see options -d and -t). The default value (syslog)
# uses the local syslog daemon. Setting this value to a absolution path 
# (e.g. /var/log/flarmclient.log) will cause the client to log to the specified
# file. Note that this file is normally not rotated, it will grow unlimited. 
# Finally, log goes to stdout if this setting is commented out.
#log = /var/log/flarmclient.log
log = syslog

###############################################################################
# Serial Port Settings
###############################################################################
# Popular USB-to-Serial converters like Aten UC232A use this device
#serial_device = /dev/ttyUSB0
# The Raspberry UART device, to disable console output to the serial interface
# see http://www.irrational.net/2012/04/19/using-the-raspberry-pis-serial-port/
serial_device = /dev/ttyAMA0

# Use FlarmTool or a common terminal application to determine the current baud
# rate of your flarm device.
#baud = 4800
#baud = 9600
#baud = 19200
#baud = 38400
baud = 57600

###############################################################################
# Flarm Configuration
###############################################################################

# The program tries to apply a meaningful configuration to the flarm device at 
# startup. Set this value to 0 to disable device configuration. Default: 1 (true)
do_device_config = 1

# Aircraft Type
# 0 = unknown 
# 1 = glider / motor-glider 
# 2 = tow / tug plane 
# 3 = helicopter / rotorcraft 
# 4 = parachute
# 5 = drop plane for parachutes 
# 6 = hang-glider (hard) 
# 7 = para-glider (soft) 
# 8 = powered aircraft
# 9 = jet aircraft
# 10 = flying saucer (UFO) 
# 11 = balloon 
# 12 = airship 
# 13 = unmanned aerial vehicle (UAV) 
# 15 = static object, don't use this, causes alerts in approaching planes
acft_type = 0

# which sentences are availble on the data port
# 0: no output
# 1: GPRMC, GPGGA, GPPSA plus FLARM proprietary sentences (incl. PGRMZ)
# 2: only GPRMC, GPGGA, GPPSA but no FLARM proprietary sentences (incl. PGRMZ)
# 3: only FLARM proprietary sentences (incl. PGRMZ), but no GPRMC, GPGGA, GPPSA
nmeaout = 1

# maximum horizontal distance of aircraft to be processed, in meters
# values between 2000 and 25500 are allowed
range = 25500

# speed threshold in m/sec below which the aircraft is treated as "on the ground"
# values between 1 and 10 are allowed
threshold = 2

# output device configuration
# 0: normal operation
# 1: switch off LEDs and buzzer
# 2: switch off only LEDs
# 3: switch off only buzzer
visual = 3