# FIG6
Files with data points that are required for recreating Fig. 5 (a-f)

## Fig. 6(a-c)
  * `SR_Wigner_NT.csv` with `N` replaced with `t=0,2.05,8.18` for Fig. 6 (a), (b) and (c) respectively.
  * Contains the Wigner distribution at the relevant time stored as a matrix. The values have already been normalized with respect to the volumes of non-uniform grid elements. This csv file has no headers.
  * The edges of the grid are given by `Angles.csv` where column 1 has the `theta` edges (ranging from 0 to pi) and column 2 contains the `phi` edges (ranging from 0 to 2pi)
  * `Superradiant_Orbit.csv` contains the data for the closed orbit of (a). Column 1 contains the `x` values, column 2 contains the `y` values and column 3 contains the `z` values of the points.

## Fig. 6(d-f)
  * `NP_Wigner_NT.csv` with `N` replaced with `t=0,2.1,5.25` for Fig. 6 (d), (e) and (f) respectively.
  * Contains the Wigner distribution at the relevant time stored as a matrix. The values have already been normalized with respect to the volumes of non-uniform grid elements. This csv file has no headers.
  * The edges of the grid are given by `Angles.csv` where column 1 has the `theta` edges (ranging from 0 to pi) and column 2 contains the `phi` edges (ranging from 0 to 2pi)
  * `NormalPhase_Orbit.csv` contains the data for the closed orbit of (a). Column 1 contains the `x` values, column 2 contains the `y` values and column 3 contains the `z` values of the points.


