The samples of structures derived from the vc-ChemDASH runs can be mapped to the sample of structures generated from the standard ChemDASH runs where the same regions of configuration space are explored. Given we have already shown the power of ChemDASH in finding low energy structures relative to random swapping, we can conclude that the vc-ChemDASH methodology is a useful extension to ChemDASH for allowing the exploration of both compositional and configurational space. Although the phase space here is relatively simple in that there are only 9 different compositions to consider, many chemical spaces are not as simple and could require many more compositions to be tested before adequately sampling the composition space. This extension to ChemDASH allows us to explore the compositional space adequately without resorting to individual ChemDASH runs for all compositions. For tetrahedral sites, all magnetic moments are aligned in a FM arrangement. The results of this are shown in Figure .