# This example configuration is creating two thermal zones, one with amdgpu/temp1_input as source,
# the other one with coretemp/temp1_input as source.
# Some options have additional comments for explanation.

# Set target log level. If you have a problem or want to report an issue set this to DEBUG,
# otherwise INFO is a good value.
loglevel: DEBUG

# Frequency in seconds of feeding sensors values into PID. Higher frequency (lower value) means PID can react faster.
# Fans only get set every thermalzones->interval seconds, regardless of this value.
# Must be lower then your lowest thermalzone interval.
pid_interval: 0.2

thermalzones:
  - name: GPU+SYSTEM

    # This is your source temperature. You can add multiple sources, see thermal zone below for an example.
    source: amdgpu/temp1_input

    # This is most likely 1000 for your temp sensor as well.
    # If not, check what you sensor is outputting if you try to read from it.
    factor: 1000

    # Frequency in which fan speed should be adjusted in seconds.
    # PyFan reads sensors values from hwmon every pid_interval, but only sets fan speeds in this interval.
    # Can't be lower then pid_interval.
    interval: 3

    # Define all fans that this thermal zone is going to control.
    # There is no limit to how many fans one thermal zone can control.
    # You can have different limitations on your fans, for example:
    #   - amdgpu/pwm1: 170
    # means your GPU fan's pwm1 is never getting set higher than 170, limiting its max. rpm value.
    # You can specify an lower limit as well:
    #   - it8686/pwm1: [100, 200]
    # means your fan's pwm is never set under 100, and never over 200.
    fan:
      - it8686/pwm2
      - amdgpu/pwm1: 170

    # This is your target temperature. This is one of the main control knobs. Set this to a comfortable temperature for
    # your equipment. Don't set this as high as its max temperature allowance, since pid is gonna allow some overshooting.
    target: 60

    # For understanding PID please have a look at https://en.wikipedia.org/wiki/PID_controller. The aforementioned page
    # also explains what p, i and d stand for and what they do in detail. These are the second main control knobs.
    # Simplified you can view them as weights for:
    #   p = difference in temperature (momentarily)
    #   i = difference in temperature over time
    #   d = rate of chance in temperature
    pid:
      p: 1
      i: 1
      d: 1.5
  - name: CPU
    source:
      - coretemp/temp1_input
      - amdgpu/temp1_input
    factor: 1000
    interval: 3
    fan:
      - it8686/pwm1: [ 100, 200 ]
    target: 50
    pid:
      p: 1
      i: 1
      d: 1.5