Because the resulting combination of weights and timescales reproduce experimental spin relaxation times, they can be considered as an interpretation of the dynamic landscape detected by the experiments. Notably, this direct approach (i) is free from the assumptions about the number of relaxation processes or their timescales, (ii) does not require the re-scaling of inaccurate simulation data that is required when using common methods to interpret dynamics from spin relaxation data, and (iii) provides a higher resolution and intuitively more comprehensible interpretation than the dynamical detector analysis. We have previously reported similar analyses for pure protein and lipid 36 systems.