Data accompanying Section 3 of the paper

J. Barkley, T. Budd, "Precision measurements of Hausdorff dimensions in two-dimensional quantum gravity" (2019).

Each file contains histograms on

hist_uniform.txt: Uniform quadrangulations (U), graph distance.
hist_uniform_dual.txt: Uniform quadrangulations (U), dual graph distance.
hist_spanning.txt: Spanning-tree-decorated quadrangulations (S), graph distance.
hist_spanning_dual.txt: Spanning-tree-decorated quadrangulations (S), dual graph distance.
hist_bipolar.txt: Bipolar-oriented triangulations (B), graph distance.
hist_bipolar_dual.txt: Bipolar-oriented triangulations (B), dual graph distance.
hist_schnyder.txt: Schnyder-wood-decorated triangulations (W), graph distance.
hist_schnyder_dual.txt: Schnyder-wood-decorated triangulations (W), dual graph distance.

Each line of the data file consists of five space-separated numerical values:

1) The distance r.
2) The number #(r) of vertices or faces that have been encountered at distance r throughout the simulation.
3) The size N of the planar map, which is the number of vertices in case of the graph distance or the number of faces in case of the dual graph distance.
4) #(r) / (N * n), which is the resulting estimate for rho_N(r) (See Section 3 of the paper).
5) The number n of planar map configurations that have been generated in the simulation. 

Each file thus contains several histograms, one for each size N that has been simulated.
