thinkfan_complex_config

######################################################################
# thinkfan 0.8 example config file
# ================================
#
# ATTENTION: There is only very basic sanity checking on the configuration.
# That means you can set your temperature limits as insane as you like. You
# can do anything stupid, e.g. turn off your fan when your CPU reaches 70°C.
#
# That's why this program is called thinkfan: You gotta THINK about your FAN!
#
######################################################################
#
# This file shows how to use sensor-specific temperature limits.
# First of all, you need to specify temperature inputs. On a Thinkpad, you can
# just use:
#
sensor /proc/acpi/ibm/thermal  # provides us with 16 temperature inputs

#
# On other systems, you have to specify a file in /sys/class/hwmon for each
# sensor you want to use. They are numbered in their order of appearance.
# For example:
# sensor /sys/class/hwmon5/temp2_input           #1
# sensor /sys/class/hwmon0/device/temp3_input    #2
# ...
#

#
# Next we specify the fan we want to use. On a Thinkpad, this is:
#
fan /proc/acpi/ibm/fan

#
# On anything other than a Thinkpad you'll probably use some PWM control file
# in /sys/class/hwmon. Remember that fan levels range from 0 to 255 and that
# they're just a number, not including the word "level" as seen below.
#

#
# Then you need to specify the temperature limits for each of the sensors.
# A dot means that the corresponding sensor should be ignored. The length of the
# UPPER and LOWER limits must be the same as the number of temperatures. In this
# example, /proc/acpi/ibm/thermal contains 16 sensors (on older thinkpads,
# there may be only 8), some of which are unused (hence the dots).
# A sysfs temperature input always contains only one sensor, so if you specify
# 5 sysfs files above, the length of your limits must be 5, too.
#
# I've come up with these preliminary settings for my Thinkpad T61p. They probably
# don't make sense for anything else, so you most definitely have to work
# something out for yourself.
#
# Sensor count:
#    1  2  3  4  5  6  7  8  9  10 11 12 13 14 15 16
######################################################
{ "level 0"                                               # the fan level
    (0  0  0  0  0  0  0  0  0  0  0  0  0  0  0  0)      # LOWER limit
    (54 42 42 54 42 .  42 .  42 46 54 .  .  .  .  .)      # UPPER limit
}

{ "level 1"
    (46 39 39 48 39 .  39 .  41 44 46 .  .  .  .  .)
    (58 45 45 60 45 .  45 .  45 47 56 .  .  .  .  .)
}

{ "level 3"
    (52 43 43 57 43 .  43 .  43 45 51 .  .  .  .  .)
    (62 48 48 67 48 .  48 .  48 48 57 .  .  .  .  .)
}

{ "level 5"
    (56 46 46 65 46 .  46 .  46 46 52 .  .  .  .  .)
    (66 49 49 69 49 .  49 .  49 49 58 .  .  .  .  .)
}

{ "level 7"
    (63 47 47 67 47 .  47 .  47 47 50 .  .  .  .  .)
    (73 55 55 83 60 .  60 .  60 60 64 .  .  .  .  .)
}

{ "level disengaged" # nice idea: "level auto" can also be used.
    (69 50 50 75 55 .  55 .  55 55 55 .  .  .  .  .)
    (99 99 99 99 99 .  99 .  99 99 99 .  .  .  .  .)
}