config.ini.dist

# Configuration file for lightning-detector-MQTT2HA-Daemon
# Source: https://github.com/ironsheep/lightning-detector-MQTT2HA-Daemon
#
# Uncomment and adapt all settings as needed.
# Some settings can be configured by environment variables.
# If an env variable is set, it takes precedence over settings in this file

[General]


[Daemon]

# Enable or Disable an endless execution loop (Default: true)
#enabled = true


[MQTT]

# The hostname or IP address of the MQTT broker to connect to (Default: localhost)
# Also read from the MQTT_HOSTNAME environment variable
#hostname = localhost

# The TCP port the MQTT broker is listening on (Default: 1883)
# Also read from the MQTT_PORT environment variable
#port = 1883

# Maximum period in seconds between ping messages to the broker. (Default: 60)
#keepalive = 60


# NOTE: The MQTT topic used for this device is constructed as:
#  {base_topic}/{sensor_name}
#
# The MQTT base topic to publish the Lightning detector sensor data topics under.
#base_topic = home/nodes

# The MQTT name for this Lightning detector sensor
#sensor_name = lightningdetector


# The MQTT broker authentification credentials (Default: no authentication)
# Will also read from MQTT_USERNAME and MQTT_PASSWORD environment variables
#username = user
#password = pwd123

# Enable TLS/SSL on the connection
#tls = false

# Path to CA Certificate file to verify host
#tls_ca_cert =

# Path to TLS client auth key file
#tls_keyfile =

# Path to TLS client auth certificate file
#tls_certfile =

[Behavior]

# This script accumulates detections into buckets (rings if you will) for this period of time [2-10] in minutes [Default: 5]
#period_in_minutes = 5

# This script accumulates values into [3-7] rings [Default: 5]
#number_of_rings = 5

# This script can report distances in miles or kilometers (mi, km) [Default: km]
#distance_as = km

# This script determines that a storm has ended after this period of time [10-60] in minutes [Default: 30]
#end_storm_after_minutes = 30

[Sensor]

# decribe how your sensor is hooked up to your RPi
#  use values 'I2C' or 'SPI' - default is 'I2C'
#sensor_attached = I2C

# GPIO pin used for interrupts
#intr_pin = 17

# The SPI bus and device numbers come from the device file being used.
#   e.g., /dev/spidev0.0  would be bus=0, device=0
# The defaults are 0 and 0 (SPI0 which appears at the GPIO 40pin header)
#spi_bus = 0
#spi_device = 0

# Rev. 1 Raspberry Pis should leave bus set at 0, while rev. 2 Pis should set
# bus equal to 1. The address should be changed to match the address of the
# sensor.
#i2c_bus = 1
#i2c_address = 0x03

# Value to use for your board
#   Internal Tuning Capacitors (from 0 to 120pF in steps of 8pf) - A value of [0-15]
# run the script with a --tune paramater to determine value for your board
#  NOTE: this runs for 3 minutes so be patient!  Then record your best value here.
#tuning_capacitor = 0x1

# Indoors (True) = more sensitive (can miss very strong lightnings)
# Outdoors (False) = less sensitive (can miss far away lightnings)
#detector_afr_gain_indoor = True

#detector_noise_floor = 1

# Prevent single isolated strikes from being logged => interrupts begin after
# this number of strikes (def: 5, value 1,5,9,16), then are fired normally.
#detector_min_strikes = 5