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%% this is my poster for the Midwest Theoretical Conference |
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\documentclass[10pt]{scrartcl} |
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%% |
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% |
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% This is a poster template with latex macros and using |
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% the University of Florida Logo. For further information |
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% on making postscript, resizeing, and printing the poster file |
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% please see web site |
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% http://www.phys.ufl.edu/~pjh/posters/poster_howto_UF.html |
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% |
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% N.B. This format is cribbed from one obtained from the University |
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% of Karlsruhe, so some macro names and parameters are in German |
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% Here is a short glosary: |
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% Breite: width |
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% Hoehe: height |
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% Spalte: column |
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% Kasten: box |
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% |
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% All style files necessary are part of standard TeTeX distribution |
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% On the UF unix cluster you should not need to import these files |
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% specially, as they will be automatically located. If you |
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% run on a local PC however, you will need to locate these files. |
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% At UF try /usr/local/TeTeX... |
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% |
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% P. Hirschfeld 2/11/00 |
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% |
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% The recommended procedure is to first generate a ``Special Format" size poster |
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% file, which is relatively easy to manipulate and view. It can be |
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% resized later to A0 (900 x 1100 mm) full poster size, or A4 or Letter size |
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% as desired (see web site). Note the large format printers currently |
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% in use at UF's OIR have max width of about 90cm or 3 ft., but the paper |
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% comes in rolls so the length is variable. See below the specifications |
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% for width and height of various formats. Default in the template is |
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% ``Special Format", with 4 columns. |
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%% |
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%% |
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%% Choose your poster size: |
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%% For printing you will later RESIZE your poster by a factor |
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%% 2*sqrt(2) = 2.828 (for A0) |
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%% 2 = 2.00 (for A1) |
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%% |
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%% |
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%%\def\breite{452mm} % Gives a 4.1 foot width |
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\def\breite{390mm} % Special Format. |
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\def\hoehe{319.2mm} % Scaled by 2.82 this gives 110cm x 90cm |
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\def\anzspalten{4} |
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%% |
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%%\def\breite{420mm} % A3 LANDSCAPE |
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%%\def\hoehe{297mm} |
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%%\def\anzspalten{4} |
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%% |
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%% \def\breite{297mm} % A3 PORTRAIT |
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%% \def\hoehe{420mm} |
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%% \def\anzspalten{3} |
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%% |
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%% \def\breite{210mm} % A4 PORTRAIT |
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%% \def\hoehe{297mm} |
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%% \def\anzspalten{2} |
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%% |
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%% |
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%% Procedure: |
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%% Generate poster.dvi with latex |
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%% Check with Ghostview |
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%% Make a .ps-file with ``dvips -o poster.ps poster'' |
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%% Scale it with poster_resize poster.ps S |
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%% where S is scale factor |
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%% for Special Format->A0 S= 2.828 (= 2^(3/2))) |
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%% for Special Format->A1 S= 2 (= 2^(2/2))) |
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%% |
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%% Sizes (European:) |
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%% A3: 29.73 X 42.04 cm |
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%% A1: 59.5 X 84.1 cm |
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%% A0: 84.1 X 118.9 cm |
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%% N.B. The recommended procedure is ``Special Format x 2.82" |
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%% which gives 90cm x 110cm (not quite A0 dimensions). |
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%% |
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%% -------------------------------------------------------------------------- |
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%% |
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%% Load the necessary packages |
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%% |
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\usepackage{palatino} |
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\usepackage[latin1]{inputenc} |
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\usepackage{epsf} |
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\usepackage{graphicx,psfrag,color,pstcol,pst-grad} |
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\usepackage{amsmath,amssymb} |
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\usepackage{latexsym} |
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\usepackage{calc} |
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\usepackage{multicol} |
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|
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%% My Packages |
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%%\usepackage{wrapfig} |
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|
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%% |
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%% Define the required numbers, lengths and boxes |
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%% |
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\newsavebox{\dummybox} |
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\newsavebox{\spalten} |
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%\input psfig.sty |
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%% |
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%% |
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\newlength{\bgwidth}\newlength{\bgheight} |
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\setlength\bgheight{\hoehe} \addtolength\bgheight{-1mm} |
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\setlength\bgwidth{\breite} \addtolength\bgwidth{-1mm} |
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\newlength{\kastenwidth} |
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|
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%% Set paper format |
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\setlength\paperheight{\hoehe} |
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\setlength\paperwidth{\breite} |
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\special{papersize=\breite,\hoehe} |
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\topmargin -1in |
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\marginparsep0mm |
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\marginparwidth0mm |
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\headheight0mm |
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\headsep0mm |
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%% Minimal Margins to Make Correct Bounding Box |
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\setlength{\oddsidemargin}{-2.44cm} |
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\addtolength{\topmargin}{-3mm} |
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\textwidth\paperwidth |
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\textheight\paperheight |
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%% |
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%% |
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\parindent0cm |
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\parskip1.5ex plus0.5ex minus 0.5ex |
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\pagestyle{empty} |
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\definecolor{ndgold}{rgb}{0.87,0.82,0.59} |
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\definecolor{ndgold2}{rgb}{0.96,0.91,0.63} |
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\definecolor{ndblue}{rgb}{0,0,0.40} |
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\definecolor{recoilcolor}{rgb}{1,0,0} |
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\definecolor{occolor}{rgb}{0,1,0} |
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\definecolor{pink}{rgb}{0,1,1} |
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\def\UberStil{\normalfont\sffamily\bfseries\large} |
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\def\UnterStil{\normalfont\sffamily\small} |
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\def\LabelStil{\normalfont\sffamily\tiny} |
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\def\LegStil{\normalfont\sffamily\tiny} |
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%% |
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%% Define some commands |
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%% |
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\definecolor{JG}{rgb}{0.1,0.9,0.3} |
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\newenvironment{kasten}{% |
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\begin{lrbox}{\dummybox}% |
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\begin{minipage}{0.96\linewidth}}% |
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{\end{minipage}% |
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\end{lrbox}% |
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\raisebox{-\depth}{\psshadowbox[framearc=0.05,framesep=1em]{\usebox{\dummybox}}}\\[0.5em]} |
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\newenvironment{spalte}{% |
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\setlength\kastenwidth{1.2\textwidth} |
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\divide\kastenwidth by \anzspalten |
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\begin{minipage}[t]{\kastenwidth}}{\end{minipage}\hfill} |
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%%\renewcommand{\emph}[1]{{\color{red}\textbf{#1}}} |
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\def\op#1{\hat{#1}} |
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\begin{document} |
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\bibliographystyle{plain} |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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%%% Background %%% |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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{\newrgbcolor{gradbegin}{0.87 0.82 0.59}% |
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\newrgbcolor{gradend}{1 1 1}%{1 1 0.5}% |
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\psframe[fillstyle=gradient,gradend=gradend,% |
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gradbegin=gradbegin,gradmidpoint=0.1](\bgwidth,-\bgheight)} |
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\vfill |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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%%% Header %%% |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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\hfill |
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\psshadowbox[fillstyle=solid,fillcolor=ndgold2]{\makebox[0.95\textwidth]{% |
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\hfill |
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%% \parbox[c]{2cm}{\includegraphics[width=6cm]{nd_mark.eps}} |
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\parbox[c]{2cm}{\includegraphics[width=6cm]{ssd.epsi}} |
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\hfill |
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\parbox[c]{0.8\linewidth}{% |
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\begin{center} |
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\textbf{\Huge {A Mesoscale Model for Phospholipid Simulations}}\\[0.5em] |
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\textsc{\LARGE \underline{Matthew~A.~Meineke}, and J.~Daniel~Gezelter}\\[0.3em] |
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{\large Department of Chemistry and Biochemistry, University of Notre Dame, Notre Dame, IN 46556, USA\\ |
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{\tt\ mmeineke@nd.edu} |
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} |
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\end{center}} |
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\hfill}}\hfill\mbox{}\\[1.cm] |
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%\vspace*{1.3cm} |
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\begin{lrbox}{\spalten} |
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\parbox[t][\textheight]{1.3\textwidth}{% |
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\vspace*{0.2cm} |
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\hfill |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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%%% first column %%% |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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\begin{spalte} |
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\begin{kasten} |
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% |
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% |
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% This begins the first "kasten" or box |
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% |
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% |
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\begin{center} |
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{\large{\color{red} \underline{ABSTRACT} } } |
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\end{center} |
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|
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{\color{ndblue} |
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|
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A mesoscale model for phospholipids has been developed for molecular |
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dynamics simulations of lipid bilayers. The model makes several |
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simplifications to both the water and the phospholipids to reduce the |
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computational cost of each force evaluation. The water was represented |
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by the soft sticky dipole model of Ichiye \emph{et |
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al}.\cite{liu96:new_model,liu96:monte_carlo,chandra99:ssd_md} The |
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simplifications to the phospholipids included the reduction of atoms |
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in the tail groups to beads representing $\mbox{CH}_{2}$ and |
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$\mbox{CH}_{3}$ unified atoms, and the replacement of the head groups |
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with a single point mass containing a centrally located dipole. The |
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model was then used to simulate micelle and bilayer formation from a |
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configuration of randomly placed phospholipids which was simulated for |
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times in excess of 30 nanoseconds. |
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} |
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\end{kasten} |
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\end{spalte} |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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%%% second column %%% |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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\begin{spalte} |
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|
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\begin{kasten} |
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\section*{2 \hspace{0.1cm} {\color{blue}Ima second column holder}} |
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hello |
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\end{kasten} |
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\end{spalte} |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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%%% third column %%% |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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\begin{spalte} |
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|
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\begin{kasten} |
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\section*{3 \hspace{0.1cm} {\color{blue}Ima third column holder}} |
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hello |
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\end{kasten} |
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\end{spalte} |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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%%% fourth column %%% |
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
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\begin{spalte} |
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\begin{kasten} |
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\begin{center} |
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{\large{\color{red} \underline{Acknowledgments}}} |
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\end{center} |
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|
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The authors would like to acknowledge Charles Vardeman, Christopher |
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Fennell, and Teng lin for their contributions to the simulation |
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engine. MAM would also like to extend a special thank you to Charles |
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Vardeman for his help with the TeX formatting of this |
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poster. Computaion time was provided on the Bunch-of-Boxes (B.o.B.) |
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cluster under NSF grant DMR 00 79647. The authors acknowledge support |
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under NSF grant CHE-0134881. |
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|
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\end{kasten} |
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\vspace{0.5cm} |
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\begin{kasten} |
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{\small |
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\bibliography{poster} |
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} |
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\end{kasten} |
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\end{spalte} |
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} |
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\end{lrbox} |
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\resizebox*{0.98\textwidth}{!}{% |
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\usebox{\spalten}}\hfill\mbox{}\vfill |
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\end{document} |
