star.in

sName		star		# Body's name
saModules stellar eqtide        # Modules

# Physical Parameters
dMass		    0.93        # Mass, negative -> Earth masses
dAge                1.0e6       # Assume star is 1 Myr old when disk disperses
dRadGyra	    0.45	# Radius of gyration (moment of inertia constant)
dRotPeriod          -0.5        # Rotation period, negative -> Days

# The first body in the saBodyFiles list must be the central mass.
# This body carries no orbital information => the coordinate system is bodycentric.

# EQTIDE Parameters
dTidalQ		    1.0e6	# Tidal phase lag
dK2		    0.5		# Love number of degree 2
sTideModel	    p2		# Tidal model, p2=CPL, t8=CTL
saTidePerts	    b c		# Body name(s) of tidal perturbers

# STELLAR parameters
sStellarModel       baraffe     # Stellar evolutin model: `baraffe` or `none`
sMagBrakingModel    reiners     # Stellar magnetic braking model
dSatXUVFrac         1.e-3       # Saturation level of the XUV luminosity

saOutputOrder	Time -Radius -RotPer -Luminosity