Supporting datasets for "Universality in the microwave shielding of ultracold polar molecules", to be published in 
Physical Review Research. 

Directory 'Code' contains plug-in routines for the MOLSCAT package (available from https://github.com/molscat/molscat (2020))
to enable calculations on molecule+molecule dipolar collisions in the presence of microwave field. The plug-in basis-set suite 
'base9-rotors_dressed_EField_MW_wospins.f' simulates collisions for spin-free cases. The routines for resonant 10-pair 
and off-resonant pair state situations are in appropriately named folders inside 'Code'. These codes for two situations 
are very similar in terms of the main structure. They only differ in a condition for forming the pair state functions as 
implemented in the SET9 subroutine. The absorbing boundary code is also given in a separate folder inside 'Code'.

Directory 'Example_Input_Output' contains input and output files for MOLSCAT scattering calculations. Sample input and output
files are given for the universal basis set [resonant-10-pair] and one of the extended basis set [nmax-1-off-resonant] for 
every molecular system studied in this work. In addition, it contains the postprocessor input and output files to calculate 
scattering lengths and cross sections with fully absorbing boundary condition. 

Note: While transferring the input data file from the resonant-10-pair basis set to the nmax-1-off-resonant basis set,
one needs to change the IREF [number for incoming threshold]. For the nmax-2-off-resonant basis set [not given here to
avoid repetition], one needs to change NMAXSELC to 2 while keeping the IREF the same as the nmax-1-off-resonant basis set.

In the directory 'Figure_Data_File', data files corresponding to all figures of the article are given in '.txt' format.
