<?xml version="1.0" encoding="UTF-8" standalone="yes"?>

<!DOCTYPE KileSymbolSources>
<symbols>

   <formatVersion major="0" minor ="22" />

   <symbolGroupName>user</symbolGroupName>

   <preamble>
      <class>article</class>
      <arguments>12pt</arguments>
      <additional>\pagestyle{empty}
		  \setlength{\parindent}{0cm}
		  \usepackage[T1]{fontenc}
      </additional>
   </preamble>

   <unicodeCommandPackages>
      <package>
         <name>inputenc</name>
         <arguments>utf8</arguments>
      </package>
   </unicodeCommandPackages>

   <!-- insert stuff here    -->
<symbolGroupName>greek</symbolGroupName>
<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \alpha  -->
<commandDefinition>
   <latexCommand>\alpha</latexCommand>
   <unicodeCommand>α</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \beta  -->
<commandDefinition>
   <latexCommand>\beta</latexCommand>
   <unicodeCommand>β</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \gamma  -->
<commandDefinition>
   <latexCommand>\gamma</latexCommand>
   <unicodeCommand>γ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \delta  -->
<commandDefinition>
   <latexCommand>\delta</latexCommand>
   <unicodeCommand>δ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \epsilon  -->
<commandDefinition>
   <latexCommand>\epsilon</latexCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varepsilon  -->
<commandDefinition>
   <latexCommand>\varepsilon</latexCommand>
   <unicodeCommand>ε</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \zeta  -->
<commandDefinition>
   <latexCommand>\zeta</latexCommand>
   <unicodeCommand>ζ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \eta  -->
<commandDefinition>
   <latexCommand>\eta</latexCommand>
   <unicodeCommand>η</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \theta  -->
<commandDefinition>
   <latexCommand>\theta</latexCommand>
   <unicodeCommand>θ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \vartheta  -->
<commandDefinition>
   <latexCommand>\vartheta</latexCommand>
   <unicodeCommand>ϑ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \iota  -->
<commandDefinition>
   <latexCommand>\iota</latexCommand>
   <unicodeCommand>ι</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \kappa  -->
<commandDefinition>
   <latexCommand>\kappa</latexCommand>
   <unicodeCommand>κ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \lambda  -->
<commandDefinition>
   <latexCommand>\lambda</latexCommand>
   <unicodeCommand>λ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \mu  -->
<commandDefinition>
   <latexCommand>\mu</latexCommand>
   <unicodeCommand>μ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \nu  -->
<commandDefinition>
   <latexCommand>\nu</latexCommand>
   <unicodeCommand>ν</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \xi  -->
<commandDefinition>
   <latexCommand>\xi</latexCommand>
   <unicodeCommand>ξ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math o  -->
<commandDefinition>
   <latexCommand>o</latexCommand>
   <unicodeCommand>ο</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \pi  -->
<commandDefinition>
   <latexCommand>\pi</latexCommand>
   <unicodeCommand>π</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varpi  -->
<commandDefinition>
   <latexCommand>\varpi</latexCommand>
   <unicodeCommand>ϖ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \rho  -->
<commandDefinition>
   <latexCommand>\rho</latexCommand>
   <unicodeCommand>ρ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varrho  -->
<commandDefinition>
   <latexCommand>\varrho</latexCommand>
   <unicodeCommand>ϱ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \sigma  -->
<commandDefinition>
   <latexCommand>\sigma</latexCommand>
   <unicodeCommand>σ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varsigma  -->
<commandDefinition>
   <latexCommand>\varsigma</latexCommand>
   <unicodeCommand>ς</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \tau  -->
<commandDefinition>
   <latexCommand>\tau</latexCommand>
   <unicodeCommand>τ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \upsilon  -->
<commandDefinition>
   <latexCommand>\upsilon</latexCommand>
   <unicodeCommand>υ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \phi  -->
<commandDefinition>
   <latexCommand>\phi</latexCommand>
   <unicodeCommand>ϕ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varphi  -->
<commandDefinition>
   <latexCommand>\varphi</latexCommand>
   <unicodeCommand>φ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \chi  -->
<commandDefinition>
   <latexCommand>\chi</latexCommand>
   <unicodeCommand>χ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \psi  -->
<commandDefinition>
   <latexCommand>\psi</latexCommand>
   <unicodeCommand>ψ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \omega  -->
<commandDefinition>
   <latexCommand>\omega</latexCommand>
   <unicodeCommand>ω</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math A  -->
<commandDefinition>
   <latexCommand>A</latexCommand>
   <unicodeCommand>Α</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math B  -->
<commandDefinition>
   <latexCommand>B</latexCommand>
   <unicodeCommand>Β</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \Gamma  -->
<commandDefinition>
   <latexCommand>\Gamma</latexCommand>
   <unicodeCommand>Γ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs=amsmath ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varGamma  -->
<commandDefinition>
   <latexCommand>\varGamma</latexCommand>
   <mathMode>true</mathMode>
   <package>
      <name>amsmath</name>
   </package>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \Delta  -->
<commandDefinition>
   <latexCommand>\Delta</latexCommand>
   <unicodeCommand>Δ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs=amsmath ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varDelta  -->
<commandDefinition>
   <latexCommand>\varDelta</latexCommand>
   <mathMode>true</mathMode>
   <package>
      <name>amsmath</name>
   </package>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math E  -->
<commandDefinition>
   <latexCommand>E</latexCommand>
   <unicodeCommand>Ε</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math Z  -->
<commandDefinition>
   <latexCommand>Z</latexCommand>
   <unicodeCommand>Ζ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math H  -->
<commandDefinition>
   <latexCommand>H</latexCommand>
   <unicodeCommand>Η</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \Theta  -->
<commandDefinition>
   <latexCommand>\Theta</latexCommand>
   <unicodeCommand>Θ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs=amsmath ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varTheta  -->
<commandDefinition>
   <latexCommand>\varTheta</latexCommand>
   <mathMode>true</mathMode>
   <package>
      <name>amsmath</name>
   </package>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math I  -->
<commandDefinition>
   <latexCommand>I</latexCommand>
   <unicodeCommand>Ι</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math K  -->
<commandDefinition>
   <latexCommand>K</latexCommand>
   <unicodeCommand>Κ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \Lambda  -->
<commandDefinition>
   <latexCommand>\Lambda</latexCommand>
   <unicodeCommand>Λ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs=amsmath ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varLambda  -->
<commandDefinition>
   <latexCommand>\varLambda</latexCommand>
   <mathMode>true</mathMode>
   <package>
      <name>amsmath</name>
   </package>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math M  -->
<commandDefinition>
   <latexCommand>M</latexCommand>
   <unicodeCommand>Μ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math N  -->
<commandDefinition>
   <latexCommand>N</latexCommand>
   <unicodeCommand>Ν</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \Xi  -->
<commandDefinition>
   <latexCommand>\Xi</latexCommand>
   <unicodeCommand>Ξ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs=amsmath ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varXi  -->
<commandDefinition>
   <latexCommand>\varXi</latexCommand>
   <mathMode>true</mathMode>
   <package>
      <name>amsmath</name>
   </package>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math O  -->
<commandDefinition>
   <latexCommand>O</latexCommand>
   <unicodeCommand>Ο</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \Pi  -->
<commandDefinition>
   <latexCommand>\Pi</latexCommand>
   <unicodeCommand>Π</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs=amsmath ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varPi  -->
<commandDefinition>
   <latexCommand>\varPi</latexCommand>
   <mathMode>true</mathMode>
   <package>
      <name>amsmath</name>
   </package>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math P  -->
<commandDefinition>
   <latexCommand>P</latexCommand>
   <unicodeCommand>Ρ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \Sigma  -->
<commandDefinition>
   <latexCommand>\Sigma</latexCommand>
   <unicodeCommand>Σ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs=amsmath ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varSigma  -->
<commandDefinition>
   <latexCommand>\varSigma</latexCommand>
   <mathMode>true</mathMode>
   <package>
      <name>amsmath</name>
   </package>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math T  -->
<commandDefinition>
   <latexCommand>T</latexCommand>
   <unicodeCommand>Τ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \Upsilon  -->
<commandDefinition>
   <latexCommand>\Upsilon</latexCommand>
   <unicodeCommand>ϒ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs=amsmath ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varUpsilon  -->
<commandDefinition>
   <latexCommand>\varUpsilon</latexCommand>
   <mathMode>true</mathMode>
   <package>
      <name>amsmath</name>
   </package>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \Phi  -->
<commandDefinition>
   <latexCommand>\Phi</latexCommand>
   <unicodeCommand>Φ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs=amsmath ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varPhi  -->
<commandDefinition>
   <latexCommand>\varPhi</latexCommand>
   <mathMode>true</mathMode>
   <package>
      <name>amsmath</name>
   </package>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math X  -->
<commandDefinition>
   <latexCommand>X</latexCommand>
   <unicodeCommand>Χ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \Psi  -->
<commandDefinition>
   <latexCommand>\Psi</latexCommand>
   <unicodeCommand>Ψ</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs=amsmath ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varPsi  -->
<commandDefinition>
   <latexCommand>\varPsi</latexCommand>
   <mathMode>true</mathMode>
   <package>
      <name>amsmath</name>
   </package>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \Omega  -->
<commandDefinition>
   <latexCommand>\Omega</latexCommand>
   <unicodeCommand>Ω</unicodeCommand>
   <mathMode>true</mathMode>
</commandDefinition>

<!-- pkgs=amsmath ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- arg math \varOmega  -->
<commandDefinition>
   <latexCommand>\varOmega</latexCommand>
   <mathMode>true</mathMode>
   <package>
      <name>amsmath</name>
   </package>
</commandDefinition>

<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
<!-- pkgs= ,pkgsarg= ,savepkgs= ,savepkgsarg=-->
</symbols>
