[main]
publish_on_mqtt = True
store_in_influxdb = True
sensors_config_yml = jeelinklog_sensors.yml
influx_config_yml = jeelinklog_influxdb.yml
log_path = /home/pi/logs/jeelinklog
logfile_new_sensors = jeelink_new_sensors.log

[jeelink]
serialport = /dev/serial/by-id/usb-FTDI_FT232R_USB_UART_AL01MYTF-if00-port0
baudrate = 57600
initTimeout = 2

# JeeLink Init Command
#    <n>a     set to 0 if the blue LED bothers
#    <n>f     initial frequency in kHz (5 kHz steps, 860480 ... 879515)  (for RFM #1)
#    <n>F     initial frequency in kHz (5 kHz steps, 860480 ... 879515)  (for RFM #2)
#    <n>h     altituide above sea level
#    <n>m     bits 1: 17.241 kbps, 2 : 9.579 kbps, 4 : 8.842 kbps (for RFM #1)
#    <n>M     bits 1: 17.241 kbps, 2 : 9.579 kbps, 4 : 8.842 kbps (for RFM #2)
#    <n>r     use one of the possible data rates (for RFM #1)
#    <n>R     use one of the possible data rates (for RFM #2)
#    <n>t     0=no toggle, else interval in seconds (for RFM #1)
#    <n>T     0=no toggle, else interval in seconds (for RFM #2)
#       v     show version
#    <n>y     if 1 all received packets will be retransmitted  (Relay mode)

# init cmd for TX29 AND TX35 sensors (17.241 and 9.579 kbps, toggle every 30s)
initCmd = 30t 3m v
# init cmd for TX29 sensors only (17.241 kbps, no toggle)
#initCmd = 0t 1m v

[mqtt]
enable = True
server = 127.0.0.1
port = 1883
user = 
password = 

# topic prefix
topic_prefix = LaCrosse
topic_prefix_outside_temphum = wetter/atemphum

# additional single topics for outside temp/hum
topic_outside_temp = wetter/atemp
topic_outside_hum = wetter/ahum
topic_outside_dew = wetter/dewpoint
topic_outside_abshum = wetter/abshum

# topic for notifications (low battery, new sensor found...)
subtopic_notify = NOTIFY

publish_unknown_sensors = False
publish_unknown_new_sensors = True


[sensors]
# average sensor values - average over that many received readings
average_value_steps = 5

# discard measurements that are off more than this
max_off_value = 2.0

# ignore off values after this timeout and proceed with them
ignore_off_value_timeout = 60

# interval in s to report data via MQTT
publish_interval = 60

# interval in s to store data in InfluxDB
store_interval = 300

# interval in s to report data via MQTT for combined outside sensor
publish_interval_outside = 120

# interval in s to store data in InfluxDB for combined outside sensor
store_interval_outside = 300

# maximum age of sensor data in s - if the newest sensor data is older than that the sensor is considered "offline"
data_maxage = 600



# calculate dewpoint and abs. humidity (applies to all sensors)
calculate_dewpoint = True
calculate_absolute_humidity = True
# and write this also to InfluxDB
write_dewpoint_to_influxdb = True
write_abshum_to_influxdb = True



# combined outside sensors handling

# Use median rather than average value. 
# Only useful if more than 2 outside sensors are used. 
outside_sensors_use_median = True

# Use minimum value instead of average or median. 
# Overrules "outside_sensors_use_median" setting. 
# Best if one or more sensors could be exposed to direct sunlight or other heat sources for some time of the day. 
outside_sensors_force_minimum_value = False

# for calculated (averaged from multiple sensors)
influxdb_instance_combined_outside_sensors = wetter
influxdb_sensorname_combined_outside_sensors = Outside