In Dynare 6, LBJ is now under stack_solve_algo=1

deterministic.tex

@@ -518,9 +518,8 @@ $$d_T = (B_T-A_TD_{T-1})^{-1}(f(y_{T+1},y_T,y_{T-1},u_T)+A_Td_{T-1})$$
     to be stored
   \item This technique is memory efficient (was the default method in Dynare
     $\leq$ 4.2 for this reason)
-  \item Still available as option \texttt{stack\_solve\_algo=6} of
-    \texttt{perfect\_foresight\_solver} command (or
-    \texttt{stack\_solve\_algo=1} in Dynare 6)
+  \item Still available as option \texttt{stack\_solve\_algo=1} of
+    \texttt{perfect\_foresight\_solver} command
   \end{itemize}
 \end{frame}