#
# in this file we define system FSIO expressions
#
# system_fsio.txt is input for compile_fsio_file tool, see gen_system_fsio.bat
#
# see http://rusefi.com/wiki/index.php?title=Manual:Flexible_Logic
#
# Jan 19, 2017
# Andrey Belomutskiy, (c) 2012-2017
#

# different way to have the same result would be using "self"
# (self and (coolant > fan_off_setting)) | (coolant > fan_on_setting) | is_clt_broken
FAN_CONTROL_LOGIC=(fan and (coolant > cfg_fanOffTemperature)) | (coolant > cfg_fanOnTemperature) | is_clt_broken

FUEL_PUMP_LOGIC=((time_since_boot >= 0) & (time_since_boot < startup_fuel_pump_duration)) | (time_since_trigger < 1)

ALTERNATOR_LOGIC=vbatt < 14.5

TOO_HOT_LOGIC=coolant > 120

AC_RELAY_LOGIC=ac_on_switch & (rpm > 850)

# Combined RPM, CLT and VBATT warning light
COMBINED_WARNING_LIGHT=(rpm > fsio_setting(2)) | ((coolant > fsio_setting(3)) | (vbatt < fsio_setting(4)))

#needed by EFI_MAIN_RELAY_CONTROL which is currently FALSE for most of the boards
# todo: make '5' a setting?
# todo: always have 'EFI_MAIN_RELAY_CONTROL'?
# at the moment microRusEFI would not be happy with vbatt > 5 since microRusEFI senses main relay output
# todo https://github.com/rusefi/rusefi/issues/2258
#MAIN_RELAY_LOGIC=(time_since_boot >= 0 & time_since_boot < 2) | (vbatt > 5) | in_shutdown
MAIN_RELAY_LOGIC=(!in_mr_bench) & ((vbatt > 5) | in_shutdown)

# could be used for simple variable intake geometry setups or warning light or starter block
RPM_ABOVE_USER_SETTING_1=rpm > fsio_setting(1)

RPM_BELOW_USER_SETTING_3=rpm < fsio_setting(3)

# could be used for simple variable intake geometry setups or warning light or starter block
RPM_ABOVE_USER_SETTING_1=rpm > fsio_setting(1)

RPM_ABOVE_USER_SETTING_2=rpm > fsio_setting(2)

RPM_ABOVE_5500_ON_OFF=rpm > 5500

RPM_ABOVE_6000_ON_OFF=rpm > 6000

RPM_ABOVE_1000_SOLENOID_70_DUTY=(rpm > 1000) * 0.7

RPM_ABOVE_2000_SOLENOID_50_DUTY=(rpm > 2000) * 0.5

RPM_ABOVE_6000_SOLENOID_80_DUTY=(rpm > 6000) * 0.8

RPM_BELOW_USER_SETTING_1=rpm < fsio_setting(1)

# starter block using configurable parameter
STARTER_RELAY_LOGIC=rpm < cranking_rpm

BOOST_CONTROLLER=fsio_table (3, rpm, map) / 100

ANALOG_CONDITION=if(fsio_analog_input (0) > 20, 0, 10)