All files presented in the dataset can be read by MatLab R2021b and higher.

This dataset contains three classes of data:
	-- physical parameters of the simulations (figure_parameters.zip)
	-- the array corresponding to the electric field propageted in time (scaled as \sqrt{W}) (*_fields.zip)
	-- the .fig files corresponding to the images presented in the manuscript text (*_figfile.zip)

The (figure_parameters.zip) contains "*.mat" files with self-explanatory namings. 
The ".mat" files is the structure files, with the following fields:

"j"       -- vector_array -- []	                -- the physical mode number
"omega"   -- vector_array -- [Hz]*2*pi          -- the physical frequencies corresponding to  "j" computed in COMSOL
"W"       -- scalar       -- [W]                -- on-chip laser power
"gamma2"  -- vector_array -- [Hz/\sqrt{W}]*2*pi -- the Pockels nonlinearity coefficient corresponding to "j"
"gamma3"  -- vector_array -- [Hz/W]*2*pi        -- the Kerr nonlinearity coefficient corresponding to "j"
"kappa"   -- vector_array -- [Hz]*2*pi          -- the linewidth corresponding to "j"
"Q"       -- scalar       -- []                 -- period of grating
"G"       -- vector_array -- []                 -- grating distribution function along the ring 
"f_off"   -- scalar       -- [Hz]*2*pi          -- the frequency shift added to the COMSOL frequency data (30 degrees C), which corresponds to either temperature or  electro-optical control
"M"       -- scalar       -- []                 -- the mode number which is excited by pump (omega(j == M ) close to "omega_p")
"delta"   -- scalar       -- [Hz]*2*pi          -- the frequency detuning (omega(j == M )-omega_p)
"omega_p" -- scalar       -- [Hz]*2*pi          -- the laser frequency
"eps_2"   -- scalar       -- [Hz]*2*pi          -- the resonator frequency offset ( 2*omega( j == M )- omega( j == 2*M - Q ))
"T_total" -- scalar       -- [ns]               -- total integration time of the simulation
"T_Int"   -- scalar       -- [ns]               -- total integration time used to compute spectra in figures
"dt"      -- scalar       -- [ns]               -- the timestep to use to process the field data in *_fields.zip