Figure 01
	Postscript file uploaded.
Figure 02
	Eight files, one for each of the two traces in each panel. Each csv file contains data versus time.
Figure 03
	Two files, one for each trace with data versus Shots since boronization.
Figure 04
	Four files, one for each simulation case. Each file has the x and y points for the three panels.
Figure 05
	Four files are provided with 2D data. Two files (raxis, zaxis) have the axis labels.
Figure 06
	One file with all traces.
Figure 07
	Ten files, one for each of the two traces in the five panels. Each csv file contains data versus time.
Figure 08
	Seven files, one for each trace in each of the panels. Each csv file contains data versus time.
Figure 09
	Sixteen files. Each panel has four files (one for each time) that have the datapoints with a max and min range and an additional four files with the spline fits to the data.
Figure10
	Six files. Each equilibrium time (black 0.7s, red 1.5s) has three files. One file has the 2D normalized psi data. The other two files have the R and Z axis labels.
Figure 11
	This figure is a reprint from J.E. Menard et al., Nuclear Fusion 57 (2017) 102006
Figure 12
	Twelve files, one for each trace. Each csv file contains data versus time.
Figure 13
	Seven files. Six files have six columns (time and data for five shots). Last file provides the time of the vertical lines.
Figure 14
	Twelve files.  Each of the four equilibrium time has three files. One file has the 2D normalized psi data. The other two files have the R and Z axis labels.
Figure 15
	Nine files. Eight files with data versus time for each panel. Ninth file has time of vertical lines.
Figure 16
	Eight files, one per trace in each panel. Each csv file contains data versus time.
Figure 17
	Twenty-two files, one for each trace plus one file giving times of vertical lines. Each csv file contains data versus time.
Figure 18
	Two files containing red and black datapoints. Each csv file contains betan (y) versus li (x).