Code: Select all
\usepackage{xthesis} %DAL Thesis Style
\usepackage[dvips]{xcolor}
, it gives errors, and I am unable to use \textcolor
in the document.Code: Select all
\usepackage{xthesis} %DAL Thesis Style
\usepackage[dvips]{xcolor}
, it gives errors, and I am unable to use \textcolor
in the document.NEW: TikZ book now 40% off at Amazon.com for a short time.
Perhaps tell us the error messages, that would make it easier to help. For example, errors would occur ifChamp wrote:but when I use\usepackage[dvips]{xcolor}
, it gives errors
color
or xcolor
has already been loaded with a different option, perhaps implicitly.Code: Select all
1) Too many }’s.
\color@endbox->color@endgroup \egroup
1.87 \end{figure}
2) \begin{document} ended by \end{figure}.
1.87 \end{figure}
3) Extra \endgroup
1.87 \end{figure}
Code: Select all
\begin{figure}[!h]
\centering
\includegraphics[width=3in]{bionetics/kNpfout3.eps}
\caption[kNpfout]{The effect of fanout ratio ($f$) on the onset of IEs ($N_+/N$) in a WCSN with a regular grid topology in the presence of a chemical tracer field. The range of values used for the $f$ are: $f$ = 0.0 (\textcolor[rgb]{0.0784,0.1686,0.5490}{$\circ$}), $f$ = 0.6 (\textcolor{black}{$\diamond$}), $f$ = 1.0 (\textcolor[rgb]{0,0.5,0.4}{$\Box$}). The analytical fitted curves are shown in solid lines. $\kappa = t/\tau_*$ is the normalised time where $\tau_*$ is the detection period of a sensor.}
\label{fig:mvR}%
\end{figure}
xthesis.sty
is used.Code: Select all
\documentclass{report}
\usepackage{xthesis}
\usepackage[demo]{graphicx}
\usepackage[dvips]{xcolor}
\usepackage{amssymb}
\begin{document}
\begin{figure}[!h]
\centering
\includegraphics[width=3in]{bionetics/kNpfout3.eps}
\caption[kNpfout]{The effect of fanout ratio ($f$) on the onset of IEs ($N_+/N$) in a WCSN with a regular grid topology in the presence of a chemical tracer field. The range of values used for the $f$ are: $f$ = 0.0 (\textcolor[rgb]{0.0784,0.1686,0.5490}{$\circ$}), $f$ = 0.6 (\textcolor{black}{$\diamond$}), $f$ = 1.0 (\textcolor[rgb]{0,0.5,0.4}{$\Box$}). The analytical fitted curves are shown in solid lines. $\kappa = t/\tau_*$ is the normalised time where $\tau_*$ is the detection period of a sensor.}
\label{fig:mvR}%
\end{figure}
\end{document}
NEW: TikZ book now 40% off at Amazon.com for a short time.