This folder contains ASCII files for the (x,y,error) data plotted in Figs. 3(h)-(i), 4(e)-(f), 5(a), 6(c), 7, 9 and 10,
and the intensity colormaps in Figs. 3(a)-(g), 4(a)-(d), 5(a)-(b), 6(a)-(b), 8, 10 and 11.

The supplied MATLAB code plot_data.m plots all the figures when run in the same directory as the unzipped data files.

(x,y,error) data
+++++++++++++++++++++++
Intensities and Errors are given in absolute units of mb/(sr meV Cu) in Fig. 3, and arbitrary units elsewhere.
Energies are given in meV, |Q| in 1/Angstrom and (h,k,l) in rlu.

fig_3h.xye   	10 columns [Energy(scan C) Intensity(scan C) Error_Intensity(scan C) ...
			Intensity(sim C, J'/J=0.45) Intensity(sim C, J'/J=0.35) Intensity(sim C, J'/J=0.55) ...
			Energy(scan D) Intensity(scan D) Error_Intensity(scan D) Intensity(sim D, J'/J=0.45)]
fig_3i.xye   	9 columns [|Q|(scan B) Intensity(scan B) Error_Intensity(scan B) ...
			|Q|(sim B) Intensity(sim B, J'/J=0.45) Intensity(sim B, mff) ...
			|Q|(scan A) Intensity(scan A) Error_Intensity(scan A)]
fig_4e.xye	12 columns [Energy(scan G) Intensity(scan G) Error_Intensity(scan G) ...
			Energy(scan H) Intensity(scan H) Error_Intensity(scan H) ...
			Energy(scan F) Intensity(scan F) Error_Intensity(scan F) ...
			Energy(sim) Intensity(sim, 3D) Intensity(sim, gap)]
fig_4f.xye	4 columns [|Q| Intensity(scan E) Error_Intensity(scan E) Intensity(sim, 3D)]
fig_5a.xy	6 columns [|Q| h k l Energy(w+) Energy(w-)]
fig_6c.xye	4 columns [Energy Intensity(data) Error_Intensity(data) Intensity(sim)]
fig_7.xy	8 columns [|Q| h k l Energy(w+) Energy(w-) Min_Energy(2w) Max_Energy(2w)]
fig_9.xy	8 columns [Field(B||ab) Magnetization(B||ab) Field(B||c) Magnetization(B||c) ...
			Field(MFT) Magnetization(MFT) Field(QMC) Magnetization(QMC)]
fig_10.xy	2 columns [Jrung/Jleg(Eq.B2) J'/Jleg(Eq.B2)]

Color map figures
+++++++++++++++++++++++
The first row of the file gives the dimensions of the plot arrays in the form [nRows, nCols].

The intensities are smoothed between neighboring detectors and energy bins by a convolving
matrix with weights [0.1  0.2  0.1; 0.2  0.8  0.2; 0.1  0.2  0.1] to have a smoother color
variation between neighboring pixels in the plotted intensity map. The intensities in Figs. 
3 and 6 are produced by applying this smoothing matrix once and the intensities in Fig. 4 
are produced by applying it twice. 
  
To obtain the plots in the paper, one could use the matlab code plot_data.m to reshape data into 
2D matrices, convert from bin centers to edges, and then use pcolor with appropriate axes, color
limits and colormap. For the intensity plots, the colormap cmap_int.dat (RGB) was used, and for 
the S(q,w) plots, the colormap cmap_Sqw.dat (RGB) was used.

Intensities and Errors are given in absolute units of mb/(sr meV Cu) in Fig. 3, and arbitrary units elsewhere.
Energies are given in meV, |Q| in 1/Angstrom and (h,k,l) in rlu.

fig_3a.dat 	4 columns [|Q| Energy Intensity Error_Intensity]	
fig_3b.dat 	4 columns [|Q| Energy Intensity Error_Intensity]	
fig_3c.dat 	4 columns [|Q| Energy Intensity Error_Intensity]	
fig_3d.dat 	3 columns [|Q| Energy Intensity]	
fig_3e.dat 	3 columns [|Q| Energy Intensity]	
fig_3f.dat 	3 columns [|Q| Energy Intensity]	
fig_3g.dat 	3 columns [|Q| Energy Intensity]	
fig_4a.dat	4 columns [|Q| Energy Intensity Error_Intensity]
fig_4b.dat	4 columns [|Q| Energy Intensity Error_Intensity]
fig_4c.dat	4 columns [|Q| Energy Intensity Error_Intensity]
fig_4d.dat	3 columns [|Q| Energy Intensity]
fig_5a.dat	6 columns [|Q| h k l Energy Sxx]
fig_5b.dat	6 columns [|Q| h k l Energy Sxx]
fig_6a.dat	4 columns [|Q| Energy Intensity Error_Intensity]
fig_6b.dat	3 columns [|Q| Energy Intensity]
fig_8.dat	3 columns [|Q| Energy Intensity]
fig_10.dat	3 columns [Jrung/Jleg J'/Jleg Chi2]
fig_11a.dat	3 columns [k Energy/J Sxx] (l=1)
fig_11b.dat	3 columns [k Energy/J Sxx] (l=0)
