Update on Overleaf.

This commit is contained in:
2023-06-27 09:37:35 +00:00
committed by node
parent c7ad2f265d
commit 0f186cf149

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@@ -467,7 +467,9 @@ The remaining $\mathcal{C}[:-k]$ constitutes our stable part of the chain.
\State $(\chi', \ell', \mathcal{D}') \gets $ \textsc{Dissolve}$_{m,k}(\Pi')$ \State $(\chi', \ell', \mathcal{D}') \gets $ \textsc{Dissolve}$_{m,k}(\Pi')$
\State $M \gets \{ n \in \mathbb{N} : \mathcal{D}[n] \cap \mathcal{D'}[n] \neq \emptyset \}$ \State $M \gets \{ n \in \mathbb{N} : \mathcal{D}[n] \cap \mathcal{D'}[n] \neq \emptyset \}$
\If{$M = \emptyset$} \If{$M = \emptyset$}
\If{$\ell' > \ell$} %\If{$\ell' > \ell$}
\If{$diff\{\mathcal{D}[\ell']\} > diff\{\mathcal{D}[\ell]\}$}
% Or same expression but $\ell' = \ell = 0$
\State \Return $\Pi'$ \State \Return $\Pi'$
\EndIf \EndIf
\State \Return $\Pi$ \State \Return $\Pi$