Description of data files:

Most data files will consist of either 1 column (Entropy) or 3 (Entropy, Mutual Information, Tri-Partite Mutual Information) 
when applicable (i.e. when the system length is a multiple of 4, corresponding to the variable pc = 4, which describes the partition size under 
the scheme given in the insets of Figs 3c and 4c). 

Data was collected over a long time period, therefore conventions differed between data sets.

Comparison of filename variables with variables in paper:

----- FIG 2 -----:

L: Length of system
xr: $\xi_{r}$
str: $\lambda$
dt: $\delta t$
T: The total time for which the simulation runs
eT: The time between entropy measurements (we use p in place of decimal points)

There is also a realisation number at the end of the file name.

----- Fig 3 and Fig 5 -----:

For this dataset there were 100 samples taken at spacings of eT = 1 before T, e.g. if
T = 400, then there are 100 samples from t = 300 to 400. For this set, dt = 0.01 unless stated otherwise.

L: Length of system
pc: The partition size for mutual information measurements
P: The probability for measurement to take place (always set to 1)
St: $\lambda$
Xs: $\xi_{s}$
Xt: (redundant variable, uniform disorder that varies over time, not applicable to this paper)
Xr: $\xi_{r}$
T: The total time for which the simulation runs

There is also a realisation number at the end of the file name.

Exception for L10 files: 

xS: $\xi_{s}$
xT: redundant
xR: $\xi_{r}$

----- Fig 4 and Fig 6 -----:

Identical convention to Fig 3 and Fig 5.