Fig. 5.

The temperature dependence of the resistivity proxies (in units of $\mathrm{\hslash }/e^2$) for parameters $\alpha =1.5,V=0.5,\mu =1$ (Top row, for $h=2.0<h_c$, $h=2.6\approx h_c$, and $h=5.5>h_c$) and $\alpha =1.0,V=1.0,\mu =0.5$ (Bottom row, for $h=4.0<h_c$, $h=4.6\approx h_c$, and $h=7.0>h_c$). For $h<h_c$, a small symmetry-breaking field has been applied, and the smaller component of the resistivity proxy is shown. Values shown are for the largest system size simulated ($L=16$ or $18$ depending on temperature), with error bars estimated as described in SI Appendix, section S-I, C.