\section{GENERAL CORE-DESCRIPTION MODULES}\label{sect:modesc1}

\input{SectRESINI}
\vskip 1.0cm
\input{SectUSPLIT}
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\input{SectMACINI}
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\input{SectDEVINI}
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\input{SectDETINI}
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\input{SectLZC}
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\input{SectDSET}
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\input{SectMCC}
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\input{SectMOVDEV}
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\input{SectNEWMAC}
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\input{SectFLPOW}
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\input{SectTAVG}
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\input{SectTINST}
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\input{SectSIM}
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\input{SectXENON}
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\input{SectDETECT}
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\input{SectCVR}
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\input{SectHST}
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\input{SectROD}
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\input{SectIDET}

\section{CROSS-SECTION INTERPOLATION MODULES}\label{sect:modesc2}

\input{SectCRE}
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\input{SectNCR}
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\input{SectSCR}
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\input{SectACR}
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\input{SectPCR}
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\input{SectAFM}
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\input{SectT16CPO}
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\input{SectD2P}
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\section{THERMAL-HYDRAULICS MODULES}\label{sect:modesc3}

\input{SectTHM}

\section{POINT KINETICS MODULES}\label{sect:modesc4}

\input{SectPKINI}
\input{SectPKINS}

\section{OPTIMIZATION MODULES}\label{sect:modesc5}

This section is related to optimization capabilities available in Donjon and
based on generalized perturbation theory.\cite{optex1,optex2} General information
about the generalized perturbation theory can be found in Sect. 5.3 of Ref.~\citen{PIP2016}.

\input{SectDLEAK}
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\input{SectDSPH}
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\input{SectDREF}
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\input{SectGRAD}
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\input{SectPLQ}
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\input{SectLNSR}
\vskip 1.0cm
\input{SectFPSPH}

\section{PIN-POWER RECONSTRUCTION MODULES}\label{sect:modesc6}

This section is related to pin-power reconstruction capabilities available in Donjon.
The corresponding theory is explained in \cite{Chambon2014,Fliscounakis2011} 

\input{SectNAP}

