 [HEADER]
 VERSION=1
POWER_CURVE=power.lut			; power curve file
COAST_CURVE=FROM_COAST_REF 		; coast curve. can define 3 different options (coast reference, coast values for mathematical curve, coast curve file)

[ENGINE_DATA]
ALTITUDE_SENSITIVITY=0.1			; sensitivity to altitude
INERTIA=0.120					; engine inertia
LIMITER=8500					; engine rev limiter. 0 no limiter
LIMITER_HZ=180					; Frequency of engine limiter
MINIMUM=1050					; Idle rpm
DEFAULT_TURBO_ADJUSTMENT=1 			; DEFAULT turbo adjustment if one or more turbos are cockpit adjustable

[COAST_REF]
RPM=8500						; rev number reference
TORQUE=100						; engine braking torque value in Nm at rev number reference
NON_LINEARITY=0					; coast engine brake from ZERO to TORQUE value at rpm with linear (0) to fully exponential (1)

[COAST_DATA]					; OBSOLETE SECTION. Must copy to keep AC from crashing, but do not use for data
COAST0=0						; OBSOLETE SECTION. Must copy to keep AC from crashing, but do not use for data
COAST1=0						; OBSOLETE SECTION. Must copy to keep AC from crashing, but do not use for data
COAST=0.0000015						; OBSOLETE SECTION. Must copy to keep AC from crashing, but do not use for data

[COAST_CURVE]						; OBSOLETE SECTION. Must copy to keep AC from crashing, but do not use for data
FILENAME=coast.lut						; OBSOLETE SECTION. Must copy to keep AC from crashing, but do not use for data


[TURBO_0]
LAG_DN=0.992
LAG_UP=0.990
MAX_BOOST=2.0
WASTEGATE=2.0
DISPLAY_MAX_BOOST=2.0
REFERENCE_RPM=2500
GAMMA=5
COCKPIT_ADJUSTABLE=1



[DAMAGE]
TURBO_BOOST_THRESHOLD=2.40
TURBO_DAMAGE_K=5			; amount of damage per second per (boost - threshold)
RPM_THRESHOLD=8700			; RPM at which the engine starts to take damage
RPM_DAMAGE_K=1			; amount of damage per second per (rpm-threshold)