JakeHillion/dissertation-4-dissertation
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Fixed issue #28

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This commit is contained in:
Krishna Kumar 2014-12-02 21:45:17 +00:00
parent 5a97c6a57d
commit 7f17bc3c68
3 changed files with 3 additions and 42 deletions
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41
Chapter1/chapter1.tex
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@ -43,46 +43,7 @@ CIF: \hspace*{5mm}F_0^j(a) = \frac{1}{2\pi \iota} \oint_{\gamma} \frac{F_0^j(z)}
\nomenclature[r-j]{$j$}{superscript index} % first letter R is for superscripts
\nomenclature[s-0]{$0$}{subscript index} % first letter S is for subscripts
\nomenclature[z-cif1]{$CIF1$}{Cauchy's Integral
Formula} % first letter Z is for Acronyms
\nomenclature[a-F1]{$F1$}{complex
function} % first letter A is
%for Roman symbols
\nomenclature[g-p1]{$\pi 1$}{ $\simeq
3.14\ldots$} % first letter G is
%for Greek Symbols
\nomenclature[g-i1]{$\iota 1$}{unit imaginary number
$\sqrt{-1}$} % first letter G is for Greek Symbols
\nomenclature[g-g1]{$\gamma 1$}{a simply closed curve on a complex plane} %
%first letter G is for Greek Symbols
\nomenclature[x-i1]{$\oint_\gamma 1$}{integration around a curve $\gamma$} %
%first letter X is for Other Symbols
\nomenclature[r-j1]{$j 1$}{superscript
index} % first letter R
%is for superscripts
\nomenclature[s-01]{$01$}{subscript
index} % first letter S
%is for subscripts
\nomenclature[z-cif2]{$CIF2$}{Cauchy's Integral
Formula} % first letter Z is for Acronyms
\nomenclature[a-F2]{$F2$}{complex
function} % first letter A is
%for Roman symbols
\nomenclature[g-p2]{$\pi 2$}{ $\simeq
3.14\ldots$} % first letter G is
%for Greek Symbols
\nomenclature[g-i2]{$\iota 2$}{unit imaginary number
$\sqrt{-1}$} % first letter G is for Greek Symbols
\nomenclature[g-g2]{$\gamma 2$}{a simply closed curve on a complex plane} %
%first letter G is for Greek Symbols
\nomenclature[x-i2]{$\oint_\gamma 2 $}{integration around a curve $\gamma$} %
%first letter X is for Other Symbols
\nomenclature[r-j2]{$j2$}{superscript
index} % first letter R
%is for superscripts
\nomenclature[s-02]{$02$}{subscript
index} % first letter S
%is for subscripts
%********************************** %Second Section *************************************
\section{Why do we use loren ipsum?} %Section - 1.2

4
Classes/PhDThesisPSnPDF.cls
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@ -1030,7 +1030,7 @@ wish to left align your text}
% ******************************* Nomenclature *********************************
\RequirePackage{nomencl}
\RequirePackage[intoc]{nomencl}
\makenomenclature
\renewcommand{\nomgroup}[1]{%
\ifthenelse{\equal{#1}{A}}{\item[\textbf{Roman Symbols}]}{%
@ -1055,7 +1055,7 @@ wish to left align your text}
\ifthenelse{\equal {#1}{}}
{\printnomenclature}
{\printnomenclature[#1]}
\addcontentsline{toc}{chapter}{\nomname}
%\addcontentsline{toc}{chapter}{\nomname}
}

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thesis.pdf
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