#Settings for the Gyroscope block.
[gyroscope]
	#Target natural frequency of the closed loop in rad/s. Higher = snappier correction. 3.0 rad/s gives ~2 second natural period. Goes up to ~10 before discretization at 80 Hz starts to bite.
	# Default: 3.0
	# Range: 0.1 ~ 10.0
	omegaTarget = 3.0
	#Target damping ratio of the closed loop. 0.9 settles fast with negligible overshoot, 0.7 is faster to first peak but bounces ~5%, 1.0 is critically damped (no overshoot, slower).
	# Default: 0.9
	# Range: 0.1 ~ 2.0
	dampingRatio = 0.9
	#How much ship inertia (kg*m^2) one gyro fully stabilizes at reference RPM. Bigger ship needs more gyros, ratio determines how many. Under-powered fleets degrade gracefully (slower correction, still stable).
	# Default: 5000.0
	# Range: 100.0 ~ 1000000.0
	authorityPerUnit = 5000.0
	#Fraction of the observed external disturbance the controller cancels via feed-forward. 1.0 = full cancellation (firmest hold on unbalanced ships), 0.0 = disable feed-forward, leaving only the PD loop. Lower if the controller feels too aggressive on heavily unbalanced contraptions.
	# Default: 1.0
	# Range: 0.0 ~ 1.0
	feedForwardGain = 1.0
	#Exponential moving average factor for the disturbance estimate. Lower = smoother but slower to track changes, higher = more responsive but noisier. 0.2 (default) corresponds to a ~5-substep time constant at 80 Hz.
	# Default: 0.2
	# Range: 0.01 ~ 1.0
	feedForwardSmoothing = 0.2
	#RPM at which the gyroscope reaches 100% effectiveness. Above this, output is capped.
	# Default: 256.0
	# Range: 1.0 ~ 4096.0
	referenceRpm = 256.0
	#Base stress impact in SU per RPM. Total SU draw is roughly impact * |RPM|.
	# Default: 16.0
	# Range: 0.0 ~ 1024.0
	stressImpact = 16.0

#Settings for the Joystick block.
[joystick]
	#Raw mouse pixels per tilt step. Lower = more sensitive. Full deflection (15 steps = 45 deg) is reached after 15x this many pixels of mouse movement.
	# Default: 30.0
	# Range: 1.0 ~ 500.0
	pixelsPerStep = 30.0