Table 2: List of numerical science models.
Name Grid size Resolution   $t_{\rm end}$ Description

SC1a		 [0, 50] $\times$ [6, 100] 200 $\times$ 400 250.0 $\alpha_{\rm trunc} = 0.4$, external analytical solution $\lambda_1 = 10^3$, $\lambda_2 = 10^{-3}$
SC1b [0, 50] $\times$ [6, 100] 200 $\times$ 400 250.0 $\alpha_{\rm trunc} = 0.2$, external analytical solution $\lambda_1 = 10^3$, $\lambda_2 = 10^{-3}$
SC1c [0, 50] $\times$ [6, 100] 200 $\times$ 400 250.0 $\alpha_{\rm trunc} = 0.1$, external analytical solution $\lambda_1 = 10^3$, $\lambda_2 = 10^{-3}$
SC1d [0, 50] $\times$ [6, 100] 200 $\times$ 400 250.0 $\alpha_{\rm trunc} = 0.01$, external analytical solution $\lambda_1 = 10^3$, $\lambda_2 = 10^{-3}$
SC1e [0, 50] $\times$ [6, 100] 200 $\times$ 400 250.0 $\alpha_{\rm trunc} = 0.001$, external analytical solution $\lambda_1 = 10^3$, $\lambda_2 = 10^{-3}$
SC2 [0, 50] $\times$ [6, 100] 200 $\times$ 400 250.0 $\alpha_{\rm trunc} = 0.4$, external analytical solution $\lambda_1 = 100$, $\lambda_2 = 0.1$
SC3 [0, 50] $\times$ [6, 100] 200 $\times$ 400 250.0 same as model SC2, but solutions are swapped
SC4 [0, 50] $\times$ [6, 100] 200 $\times$ 400 250.0 $\alpha_{\rm trunc} = 0.4$, external analytical solution $\lambda_1 = 1$, $\lambda_2 = 0.1$
SC5 [0, 50] $\times$ [6, 100] 200 $\times$ 400 250.0 same as model SC4, but solutions are swapped


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