Individual data files are provided for each figure in the paper.
For figures with a large number of sub-panels, a separate file is provided for each sub-panel or for groups of sub-panels with similar data.

All data files are in ASCII format.

Names of the variables are indicated in each data file for each curve or set of data in the figure.
When data from different diagnostics (e.g. RTV and CHERS) are shown in the same Figure/panel, sets of data for each diagnostic are provided separately. The diagnostic name is indicated in the data label/tag.
When available, uncertainty data are also provided for each set of data.
When applicable, units are indicated with the variable they refer to.

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Figure 1
Only a PNG and a PDF version of Fig. 1 is provided for the schematic in this figure.

Figure 2
Data are given for each spectrum component (active vs background) and for each diagnostic (RTV vs CHERS) it originates from.

Figure 3
Velocity, temperature and carbon density data are given for both RTV and CHERS systems from views looking at R~125cm.
Neutral Beam power waveforms are provided for total power and for each source (identified in the data file as source 1,2 and 3).

Figure 4
For each of the sub-panels, the data file contains arrays of the absolute or relative uncertainties from the four RTV views as a function of time. 

Figure 5a,b
The data file contains two sets of data for RTV velocity and temperature results. For each quantity, two sets of data are supplied from off-line and real-time analysis.

Figure 5c,d,e,f
The data file contains two sets of data for RTV velocity and temperature results at two measurement radii.
Each set contains results from off-line vs real-time analysis.

Figure 6
For each of the three panels (containing data on velocity, temperature and carbon density) two sets of data are provided. The two sets refer to results using the actual background measurements and to results that neglect the background measurements.

Figure 7
Data are provided for the two panels (a) and (b), which refer to RTV spectra from R~110cm at two different times.
For each panel, sets of data are given for the measured active+background and background-only spectra. Separate curves are also provided for the results of the fit (isolating active, background and plume component) and for the contamination emission from 2nd NB line for panel (b).

Figure 8
Data for panel (a) contain velocity time traces from the four RTV measurement radii.
Data in panels (b) and (c) contain sub-sets from panel (a) at selected time windows. They also contain data from CHERS, identified in the signal tags.

Figure 9
Data from the two panels (a) and (b) refer to the conditionally averaged velocity and temperature from the four RTV measurement radii. The time variable refers to the time delay from a sawtooth event.

Figure 10ab
Data from panels (a) and (b) refer to velocity time traces measured at two measurement radii, R~112cm and R~125cm.

Figure 10c
Data are given fore the time and frequency basis used for the spectrum as a function of time and frequency.
Spectrum amplitude data (in arbitrary units) are given. Data are supplied in subsets for each frequency value.

Figure 11
Data are given for the three RTV velocity vs time results. An additional set of data is given for the corresponding smoothed time traces.
The locked mode signal data vs time are supplied.
For the data shown in the inset, three sets of CHERS velocity profiles vs radius are provided for t~0.325s, t~0.345s and t~0.365s.