Table 1.

Fitness metrics used during the test of the guided algorithms.

Name	Equation	Captures
Chi	$\sum _{\mathit{q}}\frac{{\left(\left|\mathrm{FFT}\left(\rho \left(\mathit{r}\right)\right)\right|-\sqrt{I\left(\mathit{q}\right)}\right)}^2}{I\left(\mathit{q}\right)}$	Agreement to measured (noisy) data. The minimum in this metric is selected.
Sharp	$\sum _{\mathbf{r}}{\left|\mathrm{\rho }\left(\mathbf{r}\right)\right|}^4$	Uniformity of reconstructed amplitudes. The minimum in this metric is selected.
Sharp norm	${\left(\sum _{\mathit{r}}{\left|\rho \left(\mathit{r}\right)\right|}^{1/4}\right)}^4$	Based on the Sharp metric but preserving the units of $\rho$. The minimum in this metric is selected.
Max Volume	$\sum _{\mathit{r}}\left|\rho \left(\mathit{r}\right)\right|/\max \left|\rho \left(\mathit{r}\right)\right|$ with $\left|\rho \left(\mathit{r}\right)\right|<0.2=0$, $|\mathit{\rho }(\mathit{r})|\ge \mathrm{0}\mathrm{.2}=1$	Total volume of the reconstructed crystal. The maximum in this metric is selected.