Metadata drscription for hybrids

General Information
hybrid_name Unique name of each hybrid
total mass Total mass of the configuration
mass ratio Mass ratio of the configuration
eos Employed EOS
mass_starA Gravitational mass of the star A
mass_starB Gravitational mass of the star B
spin_starA Dimensionless spin of star A given componentwise (x,y,z)
spin_starB Dimensionless spin of star B given componentwise (x,y,z)
Lambda_tilde Dimensionless tidal deformability of the system, see e.g. Eq(1) of Phys.Rev.Lett. 119 (2017) no.16, 161101
kappa2T Tidal coupling constatant as defined in, e.g., Eq.(1) of Phys.Rev.Lett. 112 (2014) 201101
NR Information
NR_simulation_key Unique identifier of the NR simulation
NR_bibtex Inspire bibtex key for the publication corresponding to the NR simulation; to be cited if setup is used during your analysis
NR_freq_init_Hz NR initial GW frequency of the (2,2)-mode stated in Hz
NR_grid_spacing_min Minimal gridspacing in the refinement level covering each neutron star during the NR simulation
TEOB Information
TEOB_Lambda_starA Tidal deformability of star A given l=2,3,4 For the hybrid construction we used solely l=2 and employ the quasi-universal relations of K. Yagi Phys. Rev. D 89, 043011 (2014)
TEOB_Lambda_starB Tidal deformability of star B given l=2,3,4 For the hybrid construction we used solely l=2 and employ the quasi-universal relations of K. Yagi Phys. Rev. D 89, 043011 (2014)
TEOB_freq_init_Hz TEOB initial GW frequency of the (2,2)-mode stated in Hz
Hybrid Constriction
Hybrid_freq_Hz Frequency interval over which hybridization between NR and TEOB is performed