Supporting datasets for "Feshbach resonances and molecule formation
in ultracold mixtures of Rb and Yb(^3P) atoms", to be published in
Physical Review A.

Directory 'Code' contains plug-in routines for the MOLSCAT package (available
from http://github.com/molscat) to enable calculations on RbYb in which an Rb 
atom in doublet-S state interacts with an Yb atom in triplet-P state. Both the 
plug-in basis-set suite (BASE9) named "base9-Sat_Lat_wf_whf_cpld_BM.f" and the 
potential routine (VSTAR) named "vstar-Rb_2S_Yb_3P_m2S1.f" are included. A 
fortran module file named "Sat_Lat_wf_whf_cpld_modules.f" is also included 
which is required by both the BASE9 and VSTAR routines.

Directory 'Potential_spin-orbit_parameters_input' contains RbYb electrostatic
potential parameters in file named 'PEC_param_RbYb.ini' needed to construct 
the four potentials: 3^2Sigma, 2^2Pi, 1^4Pi, 1^4Sigma as tabulated in Table
S1 of supplemental material. It also contains the spin-orbit coupling
parameters in file named 'SO_param_RbYb.ini' that alongside spin-free 
potentials construct the set of spin-orbit coupled potential energy curves.
These parameters are tabulated in Table S2 of supplemental material. Both
these files are needed to be present in the directory from which the compiled
code is to be executed.

Directory 'Example_input_output' contains example input and output files for 
MOLSCAT scattering calculations and resonance characterizations and BOUND for 
binding energy calculations for Rb+Yb.

Directory 'Figure_data_files' contains data files in '.txt' format corresponding 
to all figures in the main article and supplemental material. The filenames of 
the .txt files correspond to the Figure numbers.
