I attempted to put a list of algorithms in my document but I get a list of errors (seems to be two per algorithm). Most say "undefined control sequence. \@dottedtocline ...sep mu\hbox{.}\mkern \@dotsep mu$}\hfill \nobreak. \[EMAIL PROTECTED] l.1 ...e{1}{\ignorespaces \nonbreakingspace}}{4}" One of them is gives a slightly different message. I have attached a document with the problem. I suspect that I am missing some style format or package. (I have had this problem before. Unfortunately we don't have the lattest and greatest version of latex and its packages.) Can someone tell me what style that I am missing or what else the problem is. I am using lyx 1.0.4 Thanks Ralph Boland
#This file was created by <rboland> Mon Jan 17 19:32:21 2000 #LyX 1.0 (C) 1995-1999 Matthias Ettrich and the LyX Team \lyxformat 2.15 \textclass amsbook \begin_preamble \makeatletter \usepackage{showkeys} \usepackage{epsfig} \usepackage{floatflt} %\usepackage{mssymb} \usepackage{amssymb} \usepackage{stmaryrd} \usepackage{algorithm} \newcommand{\tun}{\Rsh} \newcommand{\stab}{\dag} \newcommand{\mon}{\lightning} \newcommand{\cir}{\circlearrowright} \newcommand{\convex}{\lozenge} \newcommand{\cov}{\complement} \end_preamble \language default \inputencoding default \fontscheme default \graphics default \paperfontsize 11 \spacing onehalf \papersize Default \paperpackage a4 \use_geometry 1 \use_amsmath 1 \paperorientation portrait \leftmargin 1.6in \topmargin 1in \rightmargin 1.4in \bottommargin 1in \secnumdepth 5 \tocdepth 5 \paragraph_separation indent \defskip medskip \quotes_language english \quotes_times 2 \papercolumns 1 \papersides 2 \paperpagestyle default \layout Chapter A Problem with Lists of Algorithms. \layout Standard Date: \latex latex \backslash today \latex default \layout Standard \begin_inset LatexCommand \listofalgorithms{} \end_inset \layout Section Introduction \layout Standard I can't seem to get the list of algorithms feature to work. \layout Standard Here is a sample algorithm. \layout Standard \begin_float alg \layout Caption \begin_inset LatexCommand \label{BuildMMSP1} \end_inset \protected_separator \layout Standard \noindent \align left Input: a simple 2-wind polygon \begin_inset Formula \( P \) \end_inset along with \begin_inset Formula \( \pi \left( P\right) \) \end_inset . \layout Standard \noindent \align left Output: A MSVP \begin_inset Formula \( M \) \end_inset of \begin_inset Formula \( P \) \end_inset . \layout Standard \noindent \align left 1. \begin_inset Formula \( M:=\emptyset \) \end_inset . \layout Standard \noindent \align left 2. Do a blocking monotone sweep of \begin_inset Formula \( \pi \left( P\right) \) \end_inset : For each \begin_inset Formula \( Q\in \pi \left( P\right) \) \end_inset do \layout Standard \noindent \align left 2.1. If \begin_inset Formula \( \textrm{ windows}\left( Q\right) =\emptyset \) \end_inset then \layout Standard \noindent \align left 2.1.1. \begin_inset Formula \( w\left( \textrm{door}\left( Q\right) \right) :=1 \) \end_inset \layout Standard \noindent \align left 2.1 Else \layout Standard \noindent \align left 3. Return \begin_inset Formula \( \left( M\right) \) \end_inset . \end_float \layout Standard Many of the results in this sections are from \begin_inset LatexCommand \cite{CircRayLog4} \end_inset . We have however made modifications to these results where necessary and added some results of our own. \layout Subsection Circular Arc - Chain Intersection Detection \layout Standard Here is another algorithm. \layout Standard \begin_float alg \layout Caption \begin_inset LatexCommand \label{IntDetect} \end_inset \protected_separator \layout Standard \noindent \align left Preprocessing: \layout Standard \noindent \align left input: a chain \begin_inset Formula \( C \) \end_inset . \layout Standard \noindent \align left 1. Compute \begin_inset Formula \( \textrm{Vor}_{\textrm{near}}\left( C\right) \) \end_inset and \begin_inset Formula \( \textrm{Vor}_{\textrm{farNormal}}\left( C\right) \) \end_inset . \layout Standard \noindent \align left 2. Preprocess \begin_inset Formula \( \textrm{Vor}_{\textrm{near}}\left( C\right) \) \end_inset and \begin_inset Formula \( \textrm{Vor}_{\textrm{farNormal}}\left( C\right) \) \end_inset for efficient point location. \end_float \layout Standard One last algorithms for good luck. \layout Standard \begin_float alg \layout Caption \begin_inset LatexCommand \label{AlgorithmIntDetect2} \end_inset \protected_separator \layout Standard \noindent \align left Preprocessing: \layout Standard \noindent \align left Input: a polygon \begin_inset Formula \( P \) \end_inset . \layout Standard \noindent \align left 1. Compute \begin_inset Formula \( C_{l}\, :=\, \textrm{chn}^{-}\left( \psi _{x}(P)\right) \) \end_inset and \begin_inset Formula \( C_{r}\, :=\, \textrm{chn}^{+}\left( \psi _{x}(P)\right) \) \end_inset . \layout Standard \noindent \align left 2. Compute \begin_inset Formula \( \textrm{Vor}_{\textrm{near}}\left( C_{l}\right) \) \end_inset and \begin_inset Formula \( \textrm{Vor}_{\textrm{farNormal}}\left( C_{r}\right) \) \end_inset . \layout Standard \noindent \align left 3. Preprocess \begin_inset Formula \( \textrm{Vor}_{\textrm{near}}\left( C_{1}\right) \) \end_inset and \begin_inset Formula \( \textrm{Vor}_{\textrm{farNormal}}\left( C_{2}\right) \) \end_inset for efficient point location. \end_float \layout Standard Algorithm \begin_inset LatexCommand \ref{AlgorithmIntDetect2} \end_inset is a variation of an algorithm in \begin_inset LatexCommand \cite{HierarchVertDecomp} \end_inset . The following algorithm has no direct code. \layout Standard \begin_float alg \layout Caption \begin_inset LatexCommand \label{AlgorithmIntDetect3} \end_inset This algorithm is the same as Algorithm \begin_inset LatexCommand \ref{AlgorithmIntDetect2} \end_inset except that \begin_inset Formula \( \textrm{Vor}_{\textrm{far}}\left( C\right) \) \end_inset is used instead of \begin_inset Formula \( \textrm{Vor}_{\textrm{farNormal}}\left( C\right) \) \end_inset . \end_float \layout Standard We will show in the thesis that the preprocessing and query costs of Algorithms \begin_inset LatexCommand \ref{AlgorithmIntDetect2} \end_inset and \begin_inset LatexCommand \ref{AlgorithmIntDetect3} \end_inset are the same to within a constant factor. \the_end