DYNO
THROTTLE
# DYNO Controller & THROTTLE Controller
#
# open/closed_loop -The control mode
# options:
# OPEN_LOOP
# CLOSED_LOOP
# If the control mode is CLOSED_LOOP, the
# start & end targets are not required.
#
# start_target - the open loop target ( 0[%]-100[%] ) at the
# start of the mode ( OPEN_LOOP mode only )
#
# end_target - the open loop target ( 0[%]-100[%] ) at the
# end of the mode ( OPEN_LOOP mode only )
# The end_target is only specified if it is
# different that the start_target
#
# Note on ramping: If the open loop start and end targets are different
# the target will be ramped linearly based on the mode
# timeout value.
#
# Note on units: The targets have units of percent [%] and this must
# be specified it the target is a constant.
#
# Note on field specification:
# The target fields may be expressed as either a
# constant, variable label, or a computed expression:
# Examples:
# constant 0[%]
# variable Dyno_target
# expression "Dyno_target + 20[%]"
Format Examples:
# dyno in open loop mode set to zero excitation
@DYNO
#open/closed start_target end_target(optional) ramp_rate(optional)
OPEN_LOOP 0[%]
# dyno in closed loop mode (usually, the dyno will control speed)
@THROTTLE
# open/closed_loop
CLOSED_LOOP
# throttle in open loop mode ramping from closed throttle to
# fully open throttle over the mode interval
@THROTTLE
# open/closed start_target end_target(optional)
OPEN_LOOP 0[%] 100[%]
# throttle ramping based on a variable & a computed expression
@THROTTLE
# open/closed start_target end_target(optional)
OPEN_LOOP min_thr "(max_thr - min_thr) / 2.0[none]"