 ![\[fig:D0\]Examples of the $D$-dependence of the chiral condensate for $m/g=0.00$, $g\beta=0.0$, $L_{\rm cut}=00$, $x=0$, $N=00$ and $\delta=0.0000000$ (upper left), $\delta=0.0000000$ (upper right) and $\delta=0.0000000$ (lower left). The red bands represent the uncertainty related to the bond dimension, taken as explained in the text. Example of a $\delta$-extrapolation for $m/g=0.00$, $g\beta=0.0$, $L_{\rm cut}=00$, $x=0$ and three values of $N=00,\,00,\,00$ (lower right). Lines are fits of Eq. (\[eq:fitdelta\]). The data points have error bars, but they are too small to be seen.](ex_D_mg0.00_x0_gb0.0_N00_dlt.00000000000000000000.ps "fig:"){width="00.00000%"} ![\[fig:D0\]Examples of the $D$-dependence of the chiral condensate for $m/g=0.00$, $g\beta=0.0$, $L_{\rm cut}=00$, $x=0$, $N=00$ and $\delta=0.0000000$ (upper left), $\delta=0.0000000$ (upper right) and $\delta=0.0000000$ (lower left). The red bands represent the uncertainty related to the bond dimension, taken as explained in the text. Example of a $\delta$-extrapolation for $m/g=0.00$, $g\beta=0.0$, $L_{\rm cut}=00$, $x=0$ and three values of $N=00,\,00,\,00$ (lower right). Lines are fits of Eq. (\[eq:fitdelta\]). The data points have error bars, but they are too small to be seen.](ex_D_mg0.00_x0_gb0.0_N00_dlt.00000000000000000000.ps "fig:"){width="00.00000%"} ![\[fig:D0\]Examples of the $D$-dependence of the chiral condensate for $m/g=0.00$, $g\beta=0.0$, $L_{\rm cut}=00$, $x=0$, $N=00$ and $\delta=0.0000000$ (upper left), $\delta=0.0000000$ (upper right) and $\delta=0.0000000$ (lower left). The red bands represent the uncertainty related to the bond dimension, taken as explained in the text. Example of a $\delta$-extrapolation for $m/g=0.00$, $g\beta=0.0$, $L_{\rm cut}=00$, $x=0$ and three values of $N=00,\,00,\,00$ (lower right). Lines are fits of Eq. (\[eq:fitdelta\]). The data points have error bars, but they are too small to be seen.](ex_D_mg0.00_x0_gb0.0_N00_dlt.00000000000000000000.ps "fig:"){width="00.00000%"} ![\[fig:D0\]Examples of the $D$-dependence of the chiral condensate for $m/g=0.00$, $g\beta=0.0$, $L_{\rm cut}=00$, $x=0$, $N=00$ and $\delta=0.0000000$ (upper left), $\delta=0.0000000$ (upper right) and $\delta=0.0000000$ (lower left). The red bands represent the uncertainty related to the bond dimension, taken as explained in the text. Example of a $\delta$-extrapolation for $m/g=0.00$, $g\beta=0.0$, $L_{\rm cut}=00$, $x=0$ and three values of $N=00,\,00,\,00$ (lower right). Lines are fits of Eq. (\[eq:fitdelta\]). The data points have error bars, but they are too small to be seen.](ex_dlt_mg0.00_x0