Fig.  1: fig_01.pdf
		PDF file

Fig.  2: Dataset_Fig_02.h5
	Irwm    : Current of 3D field coil [kA]
	tIrwm   : time base
	sxr     : Soft X-ray emission from chord crossing pedestal [a.u.]
	tsxr    : time base
	DaLD    : D_alpha emission from lower divertor [a.u.]
	tDaLD   : time base
	neu     : neutron production rate [10^{14} s^{-1}]
	tneu    : time base for signal above
	p_spec  : power spectrum of Mirnov coil fluctuations (20*Log10 scale) [a.u.]
	f_spec  : ferquency axis of spectrogram [kHz]
	t_spec  : time axis of spectrogram
	mpr_env : amplitude of magnetic fluctuation at the mode frequency [a.u.]
	tmpr_env: time base

Fig.  3: Dataset_Fig_03_138143.h5, Dataset_Fig_03_138146.h5
	nel      : line integrated density from interferometer [m^{-2}]
	tnel     : time base
	neu      : neutron production rate [10^{14} s^{-1}]
	tneu     : time base
	Irwm    : Current of 3D field coil [kA]
	tIrwm   : time base
	p_spech  : power spectrum of Mirnov coil fluctuations (20*Log10 scale) [a.u.], high frequency band
	f_spech  : ferquency axis of spectrogram [kHz]
	t_spech  : time axis of spectrogram [s]
	p_specl  : power spectrum of Mirnov coil fluctuations (20*Log10 scale) [a.u.], low frequency band
	f_specl  : ferquency axis of spectrogram [kHz]
	t_specl  : time axis of spectrogram [s]

Fig.  4: Dataset_Fig_04.h5
	Irwm    : Current of 3D field coil [kA]
	tIrwm   : time base
	neu      : neutron production rate [10^{14} s^{-1}]
	tneu     : time base
	p_spec  : power spectrum of Mirnov coil fluctuations (20*Log scale) [a.u.]
	f_spec  : ferquency axis of spectrogram [kHz]
	t_spec  : time axis of spectrogram   [s]
	p_specz  : power spectrum of Mirnov coil fluctuations (linear scale) [a.u.]
	f_specz  : ferquency axis of spectrogram [kHz]
	t_specz  : time axis of spectrogram  [s]
	also included
		nel      : line integrated density from interferometer [m^{-2}]
		tnel     : time base
		Ip      : plasma current [MA]
		tIp     : time base

Fig.  5: fig_05a.TXT fig_05b.TXT fig_05c.TXT
		number of R-coordinate values
		R_coordinates
		number of Z-coordinate values
		Z_coordinates
		number of B_tw values
		B_tw_coordinates

Fig.  6: fig_06_a.TXT
		columns explained in file
	fig_06b_2fl.TXT, fig_06b_vac.TXT
		first column: psi, second column <|delta B|>

Fig.  7: fig_07.TXT
		number of x-values
		x-values
		number of y-values
		y-values
		number of z_values
		phase_space_value(y*nx+x)

Fig.  8: fig_08_a_dbz.TXT
		time
		d_bz
			I_coil trace: the same as in fig.4A
	fig_08_b_no.TXT, fig_08_b_one.TXT, fig_08_b_two.TXT, fig_08_b_vac.TXT
		time power_loss
	fig08_c.TXT
		time 11 lines
		vacuum fields 11 lines
		one fluid 11 lines
		two fluid 11 lines

Fig.  9: Blue phase space: same as in fig.7 for both frames
	fig_09a_loss.TXT, fig_09b_loss.TXT
		number of x-values
		x-values
		number of y-values
		y-values
		number of z_values
		phase_space_value(y*nx+x)

Fig. 10: fig_10_a_1.TXT fig_10_a_2.TXT
		toroidal angle vertical
	fig_10_b.TXT, fig_10_c.TXT, fig_10_d.TXT, fig_10_e.TXT
		x_coordiante y_coordinate

Fig. 11: fig_11.TXT
		time 10 lines
		none 10 lines
		vacuum 10 lines
		one fluid 10 lines
		two fluid 10 lines
			I_coil trace: the same as in fig.3B
			neutron trace: the same as in fig.3C

Fig. 12: fig_12_ab.TXT, fig_12_cd.TXT, fig_12_ef.TXT
		number of x-values
		x-values
		number of y-values
		y-values
		number of z_values
		core_z_value(y*nx+x) edge_value(y*nx+x)

Fig. 13: fig_13_ab_one.TXT	one fluid
	 fig_13_ab_two.TXT	two fluid
		x edge_perturbed edge_not_perturbed core_perturbed core_not_perturbed
	fig_13_cd_one.TXT	one fluid
	fig_13_cd_two.TXT	two fluid
		x edge_perturbed edge_not_perturbed core_perturbed core_not_perturbed

Fig. 14: Dataset_Fig_14.h5
	Te        : Electron temperature profile [keV]
	Te_err    : errorbar on Te [keV]
	RTe       : major radius of Te profile [m]
	ne     : Electron density profile [10^{19} m^{-3}]
	ne_err : errorbar on ne [10^{19} m^{-3}]
	Rne    : major radius of ne profile [m]
	ftor      : Toroidal rotation frequency profile [kHz]
	ftor_err  : errorbar on ftor [kHz]
	Rftor     : major radius of Te profile [m]

Fig. 15: Dataset_Fig_15.h5
	y_n2_axis : normalized toroidal magnetic flux location of continuum modes, n=2, in axisymmetric equilibrium
	f_n2_axis : frequency of continuum modes [kHz], n=2, axisymmetric equilibrium
	f_n2_mpn3 : normalized toroidal magnetic flux location of continuum modes, n=2, with applied n=3 perturbations
	y_n2_mpn3 : frequency of continuum modes [kHz], n=2, applied n=3 perturbations
	f_n5_mpn3 : normalized toroidal magnetic flux location of continuum modes, n=5, with applied n=3 perturbations
	y_n5_mpn3 : frequency of continuum modes [kHz], n=5, applied n=3 perturbations