Concurrent metadynamics does not explicitly bias the combinations of any torsion values. Instead, it promotes the escaping from local free energy wells by driving the rotation of individual torsions. This can be seen in the use of this technique on alanine dipeptide in Figure . This work will demonstrate that DPA analysis of datasets generated using concurrent WTmetaD can be used to model the probability distribution of a flexible molecule's conformational state and create a 'per-point' FES, where the data points themselves are configurations sampled by the simulation. This approach will be shown to recreate the well-studied 2D FES of alanine dipeptide before being demonstrated on 4 and 11-dimensional conformation spaces.