timesteps-where one trial move is applied to a random number of particles in each cell during one timestep-taken at every temperature. The time taken to complete a timestep depends on the number of interactions being calculated, therefore once the polyhedra form a cluster, the time taken to complete each timestep increases. Consequently, due to the finite wall time, some simulations, particularly those at low σ ang , have a fewer number of temperature points simulated. For these cases, once the simulations were terminated, the resulting configuration is considered to be representative of the phase behaviour at all lower temperatures. This assumption is corroborated by results from the window-to-window simulations where σ ang = 0.4 and 0.8 as both the ordered state at σ ang = 0.4 and amorphous phase at σ ang = 0.8 persisted down to k B T = 0.51. The simulations were performed on 512 particles of unit length in cubic boxes with a box length of 12 Å and periodic boundary conditions.