[ANALOG_INDICATOR_...]
BIND_TO=RPM
NAME=ARROW_RPM
ZERO=0.000
MIN_VALUE=0
LUT=(0=0|500=8|1000=15|1500=22|2000=28|2500=34|3000=41|3500=53|4000=65|4500=77|5000=90|5500=102|6000=113|6500=126|7000=138|7500=149|8000=161|8500=173|9000=185|9500=196|10000=209|10500=220|11000=231|)
INPUT_LAG_UP = 0.8
INPUT_LAG_DOWN = 0.85

[ANALOG_INDICATOR_...]
BIND_TO=TURBO
NAME=ARROW_TURBO
USE_BAR=1
MIN_VALUE=-1.0
MAX_VALUE=2.0
INPUT_LAG_UP=0.9
INPUT_LAG_DOWN=0.1
LUT=(-1=0|0=60|1=180|2=270)


[WIPERS]
WIND_THRESHOLDS_KMH = 60, 150  ; speed for wipers to start vibrating and for maximum vibration
WIND_AMPLITUDE_MULT = 1        ; multiplier for amplitude
WIND_FREQUENCY_MULT = 1        ; multiplier for frequency
WIND_OFFSET = 0.03             ; base animation progress to vibrate around

[SCRIPTABLE_DISPLAY_...]
MESHES=INT_glass_clock
KEEP_BACKGROUND=0
INTERACTIVE=0
FORCE_UPDATE_AFTER=
SCRIPT=script.lua

[SCRIPTABLE_DISPLAY_...]
MESHES=amy_cluster_screen
KEEP_BACKGROUND=0
INTERACTIVE=0
FORCE_UPDATE_AFTER=
SCRIPT=cluster.lua

[STATUS_OIL]
; similar thing, overly simplified estimation for instruments
PRESSURE_BASE = 1.0         ; base oil pressure for idling engine
PRESSURE_STEP = 0.75         ; oil pressure increase for each 1000 RPM
PRESSURE_LAG_UP = 0.93   ; oil pressure increase lag
PRESSURE_LAG_DOWN = 0.915  ; oil pressure decrease lag

TEMPERATURE_MULT = 1.3         ; relation of oil temperature to water temperature
TEMPERATURE_RPM_FACTOR = 0.05  ; extra increase of oil temperature for each 1000 RPM
TEMPERATURE_LAG_UP = 0.996     ; oil temperature increase lag
TEMPERATURE_LAG_DOWN = 0.996   ; oil temperature decrease lag

