\section{Full\-L\-D\-C\-Tracking Class Reference}
\label{classFullLDCTracking}\index{Full\-L\-D\-C\-Tracking@{Full\-L\-D\-C\-Tracking}}


=== \doxyref{Full\-L\-D\-C\-Tracking}{p.}{classFullLDCTracking} Processor === \par
 Processor performing track finding procedure in the entire L\-D\-C detector by linking track segments found by the \doxyref{Silicon\-Tracking}{p.}{classSiliconTracking} module in the silicon detectors and by the L\-E\-P\-Tracking module in T\-P\-C.  




{\ttfamily \#include $<$Full\-L\-D\-C\-Tracking.\-h$>$}

Inheritance diagram for Full\-L\-D\-C\-Tracking\-:\begin{figure}[H]
\begin{center}
\leavevmode
\includegraphics[height=2.000000cm]{classFullLDCTracking}
\end{center}
\end{figure}
\subsection*{Public Member Functions}
\begin{DoxyCompactItemize}
\item 
virtual Processor $\ast$ {\bfseries new\-Processor} ()\label{classFullLDCTracking_af6db4b48edd4888b6375e200eee56809}

\item 
virtual void {\bfseries init} ()\label{classFullLDCTracking_a4daa87decfc787d1de0698399f2f0eea}

\item 
virtual void {\bfseries process\-Run\-Header} (L\-C\-Run\-Header $\ast$run)\label{classFullLDCTracking_ae494ead6b56ffbb0347330924fa72eaf}

\item 
virtual void {\bfseries process\-Event} (L\-C\-Event $\ast$evt)\label{classFullLDCTracking_ac46a6db9438925f31f590cfc9579d125}

\item 
virtual void {\bfseries check} (L\-C\-Event $\ast$evt)\label{classFullLDCTracking_a82a13008fb29ad60967e8e0df3bfc56a}

\item 
virtual void {\bfseries end} ()\label{classFullLDCTracking_a30b25eb1c73de2974767d88d93f12960}

\end{DoxyCompactItemize}
\subsection*{Protected Member Functions}
\begin{DoxyCompactItemize}
\item 
void {\bfseries prepare\-Vectors} (L\-C\-Event $\ast$evt)\label{classFullLDCTracking_a343ddada8ba4f3b55b7305dd9b77ae37}

\item 
void {\bfseries Clean\-Up} ()\label{classFullLDCTracking_a861442ee21bea976b459d0641a9c4ece}

\item 
void {\bfseries Merge\-T\-P\-Cand\-Si\-Tracks} ()\label{classFullLDCTracking_ae5d85d590272d682af8114ef3d94e5a9}

\item 
void {\bfseries Merge\-T\-P\-Cand\-Si\-Tracks\-I\-I} ()\label{classFullLDCTracking_af00648713564049ff0ce6da61846ec08}

\item 
Track\-Extended $\ast$ {\bfseries Combine\-Tracks} (Track\-Extended $\ast$tpc\-Trk, Track\-Extended $\ast$si\-Trk)\label{classFullLDCTracking_addf490cf5d4d23bcb51b845a936b994d}

\item 
Track\-Extended $\ast$ {\bfseries Trial\-Combine\-Tracks} (Track\-Extended $\ast$tpc\-Trk, Track\-Extended $\ast$si\-Trk)\label{classFullLDCTracking_a43d5bde4d9e42c152e324146caf085c7}

\item 
void {\bfseries Sorting} (Track\-Extended\-Vec \&track\-Vec)\label{classFullLDCTracking_a436eb793236aa1819775329ce8e88273}

\item 
void {\bfseries Select\-Combined\-Tracks} ()\label{classFullLDCTracking_a584d13d1ce2eb09770230fd0d54adf24}

\item 
void {\bfseries Add\-Not\-Combined\-Tracks} ()\label{classFullLDCTracking_ac3fcc6dd5c2d69019e56383e2823b1e3}

\item 
void {\bfseries Check\-Tracks} ()\label{classFullLDCTracking_acf597d7513345640a051fab99ac5c01d}

\item 
void {\bfseries Add\-Not\-Assigned\-Hits} ()\label{classFullLDCTracking_ad1337f601c29fe6d0c57b780be861f55}

\item 
void {\bfseries Remove\-Split\-Tracks} ()\label{classFullLDCTracking_a949707fe67d3a776464cdf68038ee049}

\item 
void {\bfseries Add\-Track\-Col\-To\-Evt} (L\-C\-Event $\ast$evt, Track\-Extended\-Vec \&trk\-Vec, std\-::string Trk\-Col\-Name, std\-::string Rel\-Col\-Name)\label{classFullLDCTracking_a0075074cdb86c00ac75e9c0b57a97111}

\item 
float {\bfseries Compare\-Trk} (Track\-Extended $\ast$first, Track\-Extended $\ast$second, float d0\-Cut, float z0\-Cut, int iopt)\label{classFullLDCTracking_a6bd81b76a3c3d2f951dc07068fb57704}

\item 
float {\bfseries Compare\-Trk\-I\-I} (Track\-Extended $\ast$first, Track\-Extended $\ast$second, float d0\-Cut, float z0\-Cut, int iopt, float \&Angle)\label{classFullLDCTracking_ad160fea356e3fe861088e077ba53168f}

\item 
float {\bfseries Compare\-Trk\-I\-I\-I} (Track\-Extended $\ast$first, Track\-Extended $\ast$second, float d0\-Cut, float z0\-Cut, int iopt, float \&Angle)\label{classFullLDCTracking_a7b0c911684f11b630f490524d910080a}

\item 
void {\bfseries Sorting\-Track\-Hit\-Pairs} (Track\-Hit\-Pair\-Vec \&track\-Hit\-Pair\-Vec)\label{classFullLDCTracking_a4d2b3f28b57ba5c362bff07e168934e3}

\item 
void {\bfseries Assign\-Si\-Hits\-To\-Tracks} (Tracker\-Hit\-Extended\-Vec hit\-Vec, float dcut)\label{classFullLDCTracking_a1931168d4e251b9e4de529f586c299e8}

\item 
void {\bfseries Assign\-T\-P\-C\-Hits\-To\-Tracks} (Tracker\-Hit\-Extended\-Vec hit\-Vec, float dcut)\label{classFullLDCTracking_af2a8f9e0c5d1216f26549f4028e4e8d4}

\item 
void {\bfseries Assign\-Outer\-Hits\-To\-Tracks} (Tracker\-Hit\-Extended\-Vec hit\-Vec, float dcut, int refit)\label{classFullLDCTracking_a555fb5fc6536586fd0c8d8d2eeaacf27}

\item 
void {\bfseries Create\-Extrapolations} ()\label{classFullLDCTracking_a073cda3b88fcf8fbb0106c80bef84976}

\item 
void {\bfseries Clean\-Up\-Extrapolations} ()\label{classFullLDCTracking_a4598420342c9ea2a61310ec297449bc3}

\item 
Helix\-Class $\ast$ {\bfseries Get\-Extrapolation\-Helix} (Track\-Extended $\ast$track)\label{classFullLDCTracking_a7dc06eca07d34c7bd69b9e6c00f84a1a}

\item 
void {\bfseries Print\-Out\-Merging} (Track\-Extended $\ast$first\-Track\-Ext, Track\-Extended $\ast$second\-Track\-Ext, int iopt)\label{classFullLDCTracking_a7756de87f7aff0323a46cfd88ca9c60e}

\item 
void {\bfseries General\-Sorting} (int $\ast$index, float $\ast$val, int direct, int n\-Val)\label{classFullLDCTracking_a69c474358aff87a2c08ed3bf6eb07201}

\item 
int {\bfseries Segment\-Radial\-Overlap} (Track\-Extended $\ast$p\-Tracki, Track\-Extended $\ast$p\-Trackj)\label{classFullLDCTracking_a113a825d5eb7cb6999f47ba0d1a3fb0a}

\item 
bool {\bfseries Veto\-Merge} (Track\-Extended $\ast$first\-Track\-Ext, Track\-Extended $\ast$second\-Track\-Ext)\label{classFullLDCTracking_a18cbf6e92207bdb4bb26bade9f30f881}

\end{DoxyCompactItemize}
\subsection*{Protected Attributes}
\begin{DoxyCompactItemize}
\item 
int {\bfseries \-\_\-n\-Run}\label{classFullLDCTracking_a9c0b76845d9f642ab8463052f21bad44}

\item 
int {\bfseries \-\_\-n\-Evt}\label{classFullLDCTracking_a8b91720c8618a7f4f84382f52cecc261}

\item 
std\-::string {\bfseries \-\_\-\-T\-P\-C\-Track\-Collection}\label{classFullLDCTracking_a07515eb613c9bf1332fab2a76d6c2475}

\item 
std\-::string {\bfseries \-\_\-\-Si\-Track\-Collection}\label{classFullLDCTracking_a839feb5d522e8dcb4b716582816c60ed}

\item 
std\-::string {\bfseries \-\_\-\-T\-P\-C\-Track\-M\-C\-P\-Coll\-Name}\label{classFullLDCTracking_ab7f45b501290f74ff39f8dd4e5568c99}

\item 
std\-::string {\bfseries \-\_\-\-Si\-Track\-M\-C\-P\-Coll\-Name}\label{classFullLDCTracking_aa299f31428db1f8d9a671fc9416a8581}

\item 
std\-::string {\bfseries \-\_\-\-V\-T\-X\-Tracker\-Hit\-Collection}\label{classFullLDCTracking_aba414d6bb8a0e185971f2c4470008571}

\item 
std\-::string {\bfseries \-\_\-\-S\-I\-T\-Tracker\-Hit\-Collection}\label{classFullLDCTracking_aa5823b016dbccd8e5e6da14c7b257f87}

\item 
std\-::string {\bfseries \-\_\-\-S\-E\-T\-Tracker\-Hit\-Collection}\label{classFullLDCTracking_a78a0a1ed44368e9c1bec63361b373ad1}

\item 
std\-::string {\bfseries \-\_\-\-F\-T\-D\-Tracker\-Hit\-Collection}\label{classFullLDCTracking_ae1d7b85a933f842f04d41f69753d6ca4}

\item 
std\-::string {\bfseries \-\_\-\-T\-P\-C\-Tracker\-Hit\-Collection}\label{classFullLDCTracking_a4a764c238236260c69c2b81d7c8a2ef3}

\item 
std\-::string {\bfseries \-\_\-\-E\-T\-D\-Tracker\-Hit\-Collection}\label{classFullLDCTracking_ab2ae19bb58e69bace27a341c18d9e941}

\item 
std\-::string {\bfseries \-\_\-\-L\-D\-C\-Track\-Collection}\label{classFullLDCTracking_a1dfb05c7e2846454718a51ce9e98c7fc}

\item 
std\-::string {\bfseries \-\_\-\-L\-D\-C\-Track\-M\-C\-P\-Collection}\label{classFullLDCTracking_a807cb68b7b454fe3d542eb7fcf4e8761}

\item 
std\-::string {\bfseries \-\_\-\-Refitted\-T\-P\-C\-Track\-Collection}\label{classFullLDCTracking_aea64d29c75661021cdb2f7b20b9af68b}

\item 
std\-::string {\bfseries \-\_\-\-Refitted\-T\-P\-C\-Track\-M\-C\-P\-Collection}\label{classFullLDCTracking_a89ee517a27782c3973eb2f5627afccbb}

\item 
std\-::string {\bfseries \-\_\-\-Refitted\-Si\-Track\-Collection}\label{classFullLDCTracking_a86bd77915f25bbab9fc7d515d034ad1d}

\item 
std\-::string {\bfseries \-\_\-\-Refitted\-Si\-Track\-M\-C\-P\-Collection}\label{classFullLDCTracking_a5d2e44d75ab04755b56dd17b28d4351d}

\item 
Track\-Extended\-Vec {\bfseries \-\_\-all\-Si\-Tracks}\label{classFullLDCTracking_a0bfc3e7146194d5baf75e5739c844b31}

\item 
Track\-Extended\-Vec {\bfseries \-\_\-all\-T\-P\-C\-Tracks}\label{classFullLDCTracking_a487e9ec9c8a955d845c2c0a70245ac57}

\item 
Track\-Extended\-Vec {\bfseries \-\_\-all\-Combined\-Tracks}\label{classFullLDCTracking_aad2fa3e1b6ef40dad5ac2565d6b15863}

\item 
Track\-Extended\-Vec {\bfseries \-\_\-all\-Non\-Combined\-T\-P\-C\-Tracks}\label{classFullLDCTracking_a16f5a111eb0fcdfb29b6719ef0ce5efe}

\item 
Track\-Extended\-Vec {\bfseries \-\_\-all\-Non\-Combined\-Si\-Tracks}\label{classFullLDCTracking_a2c18be76fe7700e91db516cfeaf00701}

\item 
Track\-Extended\-Vec {\bfseries \-\_\-trk\-Impl\-Vec}\label{classFullLDCTracking_a828f2c816c032b904304f1d2ae7788a0}

\item 
Tracker\-Hit\-Extended\-Vec {\bfseries \-\_\-all\-T\-P\-C\-Hits}\label{classFullLDCTracking_a518ca0d13e64e77d05337c704d7b57aa}

\item 
Tracker\-Hit\-Extended\-Vec {\bfseries \-\_\-all\-V\-T\-X\-Hits}\label{classFullLDCTracking_ae91b44c9311155ca561db3ede87a7307}

\item 
Tracker\-Hit\-Extended\-Vec {\bfseries \-\_\-all\-F\-T\-D\-Hits}\label{classFullLDCTracking_a11a84472fddcdf5479825f60c7779326}

\item 
Tracker\-Hit\-Extended\-Vec {\bfseries \-\_\-all\-S\-I\-T\-Hits}\label{classFullLDCTracking_aa9023098c6e6f114979051b446e974ee}

\item 
Tracker\-Hit\-Extended\-Vec {\bfseries \-\_\-all\-S\-E\-T\-Hits}\label{classFullLDCTracking_ad0b02fdbb06ec8e164f0b0115b4217ef}

\item 
Tracker\-Hit\-Extended\-Vec {\bfseries \-\_\-all\-E\-T\-D\-Hits}\label{classFullLDCTracking_ae00bbd960a3c4c5a54132862a18b5a85}

\item 
float {\bfseries \-\_\-resolution\-R\-Phi\-\_\-\-T\-P\-C}\label{classFullLDCTracking_a6db9a951667cf641d1037bffd6df475f}

\item 
float {\bfseries \-\_\-resolution\-Z\-\_\-\-T\-P\-C}\label{classFullLDCTracking_a83e661a2261ce06abf7924735642cb0f}

\item 
float {\bfseries \-\_\-resolution\-R\-Phi\-\_\-\-V\-T\-X}\label{classFullLDCTracking_ac347927bb1fcad9c0f1565ca7cceeb48}

\item 
float {\bfseries \-\_\-resolution\-Z\-\_\-\-V\-T\-X}\label{classFullLDCTracking_a80827c51728a55b9e1d9ad36ad8a9432}

\item 
float {\bfseries \-\_\-resolution\-R\-Phi\-\_\-\-F\-T\-D}\label{classFullLDCTracking_adea980a1ae366b364bc77d6117a652f7}

\item 
float {\bfseries \-\_\-resolution\-Z\-\_\-\-F\-T\-D}\label{classFullLDCTracking_abd7671108e15294b30da1bfd791ee6f3}

\item 
float {\bfseries \-\_\-resolution\-R\-Phi\-\_\-\-S\-I\-T}\label{classFullLDCTracking_af49839e3c16b32fea2758171b68f4690}

\item 
float {\bfseries \-\_\-resolution\-Z\-\_\-\-S\-I\-T}\label{classFullLDCTracking_a708b0af8f041ca558da2e4b924869efd}

\item 
float {\bfseries P\-I}\label{classFullLDCTracking_a17587f21625804f705e2f1733fc1c0b4}

\item 
float {\bfseries P\-I\-O\-V\-E\-R2}\label{classFullLDCTracking_a84ee3a75d0cbdd39d118092988f48eaf}

\item 
float {\bfseries T\-W\-O\-P\-I}\label{classFullLDCTracking_a6e77dd111cfbe4aefd311d9d71586a66}

\item 
float {\bfseries \-\_\-b\-Field}\label{classFullLDCTracking_a4a3614d3d0a13f538e21d6450fc5ad90}

\item 
float {\bfseries \-\_\-chi2\-Prefit\-Cut}\label{classFullLDCTracking_ab051b347e4a68ad28263bcce150f7542}

\item 
float {\bfseries \-\_\-chi2\-Fit\-Cut}\label{classFullLDCTracking_a102635209b62f96f239f00ac7c923eab}

\item 
int {\bfseries \-\_\-debug}\label{classFullLDCTracking_adc096f41d3ef26b342f3ce3402f66c0a}

\item 
int {\bfseries \-\_\-create\-Map}\label{classFullLDCTracking_a8ac7b9b5414c8617e5afa6caeb4114d4}

\item 
int {\bfseries \-\_\-use\-Extra\-Point}\label{classFullLDCTracking_a59eee19d4f4474d2b2150cdd209dbeac}

\item 
int {\bfseries \-\_\-opt\-Fit}\label{classFullLDCTracking_ab761c684230be7af4b920dd78ff26df9}

\item 
float {\bfseries \-\_\-d\-P\-Cut\-For\-Merging}\label{classFullLDCTracking_aa169b05801f7ef3ace24db688e99e7de}

\item 
float {\bfseries \-\_\-d0\-Cut\-For\-Merging}\label{classFullLDCTracking_a4723a01d8b73a61392e1ff69e46b2511}

\item 
float {\bfseries \-\_\-z0\-Cut\-For\-Merging}\label{classFullLDCTracking_ac6c606b4da439935f7908d1a8e1e44b7}

\item 
float {\bfseries \-\_\-d\-Omega\-For\-Merging}\label{classFullLDCTracking_aab273cd633555c3b09a83379b592fb81}

\item 
float {\bfseries \-\_\-angle\-For\-Merging}\label{classFullLDCTracking_a947f1d4547cb6c5a58e38c92bd8220b9}

\item 
int {\bfseries \-\_\-force\-Merging}\label{classFullLDCTracking_add8c97acaf8ec67c7e9023031f776ee0}

\item 
float {\bfseries \-\_\-d\-P\-Cut\-For\-Forced\-Merging}\label{classFullLDCTracking_a4e8967bc6d784f7925b2b534c69ed1d2}

\item 
float {\bfseries \-\_\-d0\-Cut\-For\-Forced\-Merging}\label{classFullLDCTracking_a1a5724c79f7bdb13b3afe9010a6f2da6}

\item 
float {\bfseries \-\_\-z0\-Cut\-For\-Forced\-Merging}\label{classFullLDCTracking_ab4fbee0194077e159f48a6dc05878309}

\item 
float {\bfseries \-\_\-d\-Omega\-For\-Forced\-Merging}\label{classFullLDCTracking_a3ec8f6c17912409dd5a11bf97d088f03}

\item 
float {\bfseries \-\_\-angle\-For\-Forced\-Merging}\label{classFullLDCTracking_ae5b8eab1d25f2f8795b952787453ab6b}

\item 
int {\bfseries \-\_\-merge\-T\-P\-C\-Segments}\label{classFullLDCTracking_aea002f6843e3bda4972c79bdb11d48c4}

\item 
float {\bfseries \-\_\-d\-P\-Cut\-To\-Merge\-T\-P\-C}\label{classFullLDCTracking_ac7abf0bd5bbb75bc9413e7ec2376ef9b}

\item 
float {\bfseries \-\_\-\-Pt\-Cut\-To\-Merge\-T\-P\-C}\label{classFullLDCTracking_a70d8c5202f38b3c161df633b0e67db86}

\item 
float {\bfseries \-\_\-d0\-Cut\-To\-Merge\-T\-P\-C}\label{classFullLDCTracking_afafb8e84e6cd472bfb8e68a06f31d6db}

\item 
float {\bfseries \-\_\-z0\-Cut\-To\-Merge\-T\-P\-C}\label{classFullLDCTracking_a967ca1239e331184b052572427fd4a0a}

\item 
float {\bfseries \-\_\-cos\-Theta\-Cut\-High\-Pt\-Merge}\label{classFullLDCTracking_ad8b8b6074b2dde90d056b0b84dc1884c}

\item 
float {\bfseries \-\_\-cos\-Theta\-Cut\-Soft\-High\-Pt\-Merge}\label{classFullLDCTracking_a1e2159837a90f062a70b2832f5c444a7}

\item 
float {\bfseries \-\_\-mom\-Diff\-Cut\-High\-Pt\-Merge}\label{classFullLDCTracking_a1ab3397ef58be4ba1bc14cdab00e3af7}

\item 
float {\bfseries \-\_\-mom\-Diff\-Cut\-Soft\-High\-Pt\-Merge}\label{classFullLDCTracking_af4160c0fcf2b8d09ba96aa205163d693}

\item 
float {\bfseries \-\_\-hit\-Distance\-Cut\-High\-Pt\-Merge}\label{classFullLDCTracking_ab5191b9e0f40ed63ddef462e251f5ae0}

\item 
float {\bfseries \-\_\-max\-Hit\-Distance\-Cut\-High\-Pt\-Merge}\label{classFullLDCTracking_ae4bf6e8e76c37e7c3c8a46c23826d27c}

\item 
float {\bfseries \-\_\-max\-Fraction\-Of\-Outliers\-Cut\-High\-Pt\-Merge}\label{classFullLDCTracking_a7223dcd4a9d5ca2a0d7a21cb8e9d34d8}

\item 
{\bf Marlin\-Track\-Fit} {\bfseries \-\_\-track\-Fit}\label{classFullLDCTracking_a5bf05cc97ab8caee4ae4db58fe00d975}

\item 
int {\bfseries \-\_\-refit\-T\-P\-C\-Tracks}\label{classFullLDCTracking_a5fdcce3efced14a1f1b4ec5ad2e8c15f}

\item 
int {\bfseries \-\_\-refit\-Si\-Tracks}\label{classFullLDCTracking_a9ae07c23ed1a2ce0471228dbbf4f43d9}

\item 
int {\bfseries \-\_\-store\-Refitted\-T\-P\-C\-Tracks}\label{classFullLDCTracking_accace200fd78f7b727660275766a9aa6}

\item 
int {\bfseries \-\_\-store\-Refitted\-Si\-Tracks}\label{classFullLDCTracking_a10a60d5849966cd38f5feec9ac98b0d7}

\item 
int {\bfseries \-\_\-store\-Hits\-In\-Fit}\label{classFullLDCTracking_a62a34165d48fdae0dc73bd9362ef1bfe}

\item 
int {\bfseries \-\_\-n\-Hits\-Extrapolation}\label{classFullLDCTracking_af83c582dc52e3363a849da9e0512dfed}

\item 
int {\bfseries \-\_\-cut\-On\-T\-P\-C\-Hits}\label{classFullLDCTracking_abe34a2593c0ad5ab337ad3fea7a073d5}

\item 
int {\bfseries \-\_\-cut\-On\-Si\-Hits}\label{classFullLDCTracking_a3ea46d057cfe71e8051b154c1c8529ea}

\item 
float {\bfseries \-\_\-a\-Par\-Ip\-Reso}\label{classFullLDCTracking_afe8380160cd22ad0fe10531ed9afad19}

\item 
float {\bfseries \-\_\-b\-Par\-Ip\-Reso}\label{classFullLDCTracking_a298fae60b4b6c199ca8217742672ed42}

\item 
float {\bfseries \-\_\-s\-Par\-Ip\-Reso}\label{classFullLDCTracking_aabc5636b24b713a96d8372c7ac6261a5}

\item 
int {\bfseries \-\_\-assign\-V\-T\-X\-Hits}\label{classFullLDCTracking_aea36cfe705099fa43c04016b3ed27935}

\item 
int {\bfseries \-\_\-assign\-F\-T\-D\-Hits}\label{classFullLDCTracking_ac9b593b131bfd36b0264b6dc21653130}

\item 
int {\bfseries \-\_\-assign\-S\-I\-T\-Hits}\label{classFullLDCTracking_aabd5d4f6523540e986c523b11384adca}

\item 
int {\bfseries \-\_\-assign\-T\-P\-C\-Hits}\label{classFullLDCTracking_ac4a1412901ab4f42c8aca67d85b5843a}

\item 
int {\bfseries \-\_\-assign\-S\-E\-T\-Hits}\label{classFullLDCTracking_a096281ae4c69835716126d8a5453fb87}

\item 
int {\bfseries \-\_\-assign\-E\-T\-D\-Hits}\label{classFullLDCTracking_a59a622ae0726518bbdfed1af6e66601d}

\item 
float {\bfseries \-\_\-dist\-Cut\-For\-V\-T\-X\-Hits}\label{classFullLDCTracking_afc51b13aa3137273e0083b320b664fbd}

\item 
float {\bfseries \-\_\-dist\-Cut\-For\-F\-T\-D\-Hits}\label{classFullLDCTracking_a3ebdada16bc777ddcedec5e4268f9215}

\item 
float {\bfseries \-\_\-dist\-Cut\-For\-S\-I\-T\-Hits}\label{classFullLDCTracking_a0abeeb27dcab7bb0ec1e91b53af5faf2}

\item 
float {\bfseries \-\_\-dist\-Cut\-For\-T\-P\-C\-Hits}\label{classFullLDCTracking_ac013485bb8a559ea33e8a15b733e6142}

\item 
float {\bfseries \-\_\-dist\-Cut\-For\-S\-E\-T\-Hits}\label{classFullLDCTracking_a62a96df1f993c2f517446274fd73e242}

\item 
float {\bfseries \-\_\-dist\-Cut\-For\-E\-T\-D\-Hits}\label{classFullLDCTracking_a15afa39973bbbda67ea3fe758b663d97}

\item 
int {\bfseries \-\_\-opt\-Fit\-T\-P\-C}\label{classFullLDCTracking_af09cac409307f49c160b7e1f7cb06960}

\item 
int {\bfseries \-\_\-opt\-Fit\-Si}\label{classFullLDCTracking_a0ae31210f54ef7e307098d036a9c885e}

\item 
float {\bfseries \-\_\-d0\-Trk\-Cut}\label{classFullLDCTracking_ad969625e4eb7b9d5100f7ddd53a1dd6b}

\item 
float {\bfseries \-\_\-z0\-Trk\-Cut}\label{classFullLDCTracking_a8ec8290652b6475374eb98fc0ce22ebc}

\item 
int {\bfseries \-\_\-forbid\-Overlap\-In\-Z\-T\-P\-C}\label{classFullLDCTracking_a4266d9da90fc128001caa9ac873b62ff}

\item 
int {\bfseries \-\_\-forbid\-Overlap\-In\-Z\-Comb}\label{classFullLDCTracking_a441ce7d79e5a5206e1dde3ca7b84bd6c}

\item 
L\-C\-Event $\ast$ {\bfseries \-\_\-evt}\label{classFullLDCTracking_a581747427fbea02d6ae9615b02ed9deb}

\item 
std\-::map$<$ Track\-Extended \\*
$\ast$, Helix\-Class $\ast$ $>$ {\bfseries \-\_\-track\-Extrapolated\-Helix}\label{classFullLDCTracking_a28d2ce7d2bb9087aa6936e022a54f1c5}

\item 
std\-::set$<$ Track\-Extended $\ast$ $>$ {\bfseries \-\_\-candidate\-Combined\-Tracks}\label{classFullLDCTracking_a70451f1821f4765704829d36f02bc86e}

\end{DoxyCompactItemize}


\subsection{Detailed Description}
=== \doxyref{Full\-L\-D\-C\-Tracking}{p.}{classFullLDCTracking} Processor === \par
 Processor performing track finding procedure in the entire L\-D\-C detector by linking track segments found by the \doxyref{Silicon\-Tracking}{p.}{classSiliconTracking} module in the silicon detectors and by the L\-E\-P\-Tracking module in T\-P\-C. 

\subparagraph*{Input collections and prerequisites}

Processor requires collection of digitized vertex, sit, ftd, set, etd \& tpc tracker hits and also the collections of tracks found in the silicon detectors and in T\-P\-C. \subparagraph*{Output}

Processor produces an L\-C\-I\-O collection of the Tracks. Each track is characterised by five parameters \-: Omega (signed curvuture), Tan(lambda) where lambda is the dip angle, Phi (azimuthal angle @ point of closest approach), D0 (signed impact parameter), Z0 (displacement along z axis at the point of closest approach to I\-P). Covariance matrix for these parameters is also provided. Only lower left corner of the covariance matrix is stored. The sequence of the covariance matrix elements assigned to track is the following\-: \par
 (D0,D0) \par
 (Phi,D0), (Phi,Phi) \par
 (Omega,D0), (Omega,Phi), (Omega,Omega) \par
 (Z0,D0), (Z0,Phi), (Z0,Omega), (Z0,Z0) \par
 (Tan\-L,D0), (Tan\-L,Phi), (Tan\-L,Omega), (Tan\-L,Z0), (Tan\-L,Tan\-L) \par
 The number of hits in the different subdetectors associated with each track can be accessed via method Track\-::get\-Subdetector\-Hit\-Numbers(). This method returns vector of integers \-: \par
 number of V\-T\-X hits used in the track fit is the 1st element in this vector (Track\-::get\-Subdetector\-Hit\-Numbers()[0]) \par
 number of F\-T\-D hits used in the track fit is the 2nd element in this vector (Track\-::get\-Subdetector\-Hit\-Numbers()[1]) \par
 number of S\-I\-T hits used in the track fit is the 3d element in this vector (Track\-::get\-Subdetector\-Hit\-Numbers()[2]) \par
 number of T\-P\-C hits used in the track fit is the 4th element in this vector (Track\-::get\-Subdetector\-Hit\-Numbers()[3]) \par
 number of S\-E\-T hits used in the track fit is the 5th element in this vector (Track\-::get\-Subdetector\-Hit\-Numbers()[4]) \par
 number of E\-T\-D hits used in the track fit is the 6th element in this vector (Track\-::get\-Subdetector\-Hit\-Numbers()[5]) \par
 total number of V\-T\-X hits in track is the 7th element in this vector (Track\-::get\-Subdetector\-Hit\-Numbers()[6]) \par
 total number of F\-T\-D hits in track is the 8th element in this vector (Track\-::get\-Subdetector\-Hit\-Numbers()[7]) \par
 total number of S\-I\-T hits in track is the 9th element in this vector (Track\-::get\-Subdetector\-Hit\-Numbers()[8]) \par
 total number of T\-P\-C hits in track is the 10th element in this vector (Track\-::get\-Subdetector\-Hit\-Numbers()[9]) \par
 total number of S\-E\-T hits in track is the 11th element in this vector (Track\-::get\-Subdetector\-Hit\-Numbers()[10]) \par
 total number of E\-T\-D hits in track is the 12th element in this vector (Track\-::get\-Subdetector\-Hit\-Numbers()[11]) \par
 Output track collection has by default a name \char`\"{}\-L\-D\-C\-Tracks\char`\"{}. In addition collection of relations of the tracks to M\-C\-Particles is stored if flag Create\-Map is set to 1. Collection of relations has by default a name \char`\"{}\-L\-D\-C\-Tracks\-M\-C\-P\char`\"{} 
\begin{DoxyParams}{Parameters}
{\em V\-T\-X\-Hit\-Collection} & name of input V\-T\-X Tracker\-Hit collection \par
 (default parameter value \-: \char`\"{}\-V\-T\-X\-Tracker\-Hits\char`\"{}) \par
 \\
\hline
{\em F\-T\-D\-Hit\-Collection} & name of input F\-T\-D Tracker\-Hit collection \par
 (default parameter value \-: \char`\"{}\-F\-T\-D\-Tracker\-Hits\char`\"{}) \par
 \\
\hline
{\em S\-I\-T\-Hit\-Collection} & name of input S\-I\-T Tracker\-Hit collection \par
 (default parameter value \-: \char`\"{}\-S\-I\-T\-Tracker\-Hits\char`\"{}) \par
 \\
\hline
{\em T\-P\-C\-Hit\-Collection} & name of input T\-P\-C Tracker\-Hit collection \par
 (default parameter value \-: \char`\"{}\-T\-P\-C\-Tracker\-Hits\char`\"{}) \par
 \\
\hline
{\em S\-E\-T\-Hit\-Collection} & name of input S\-E\-T Tracker\-Hit collection \par
 (default parameter value \-: \char`\"{}\-S\-E\-T\-Tracker\-Hits\char`\"{}) \par
 \\
\hline
{\em E\-T\-D\-Hit\-Collection} & name of input E\-T\-D Tracker\-Hit collection \par
 (default parameter value \-: \char`\"{}\-E\-T\-D\-Tracker\-Hits\char`\"{}) \par
 \\
\hline
{\em T\-P\-C\-Tracks} & collection name of T\-P\-C tracks \par
 (default parameter value \-: \char`\"{}\-T\-P\-C\-Tracks\char`\"{}) \par
 \\
\hline
{\em T\-P\-C\-Tracks\-M\-C\-P\-Rel\-Coll} & Name of input T\-P\-C track to M\-C particle relation collection \par
 (default parameter value \-: \char`\"{}\-T\-P\-C\-Tracks\-M\-C\-P\char`\"{}) \par
 \\
\hline
{\em Si\-Tracks} & collection name of Si tracks \par
 (default parameter value \-: \char`\"{}\-Si\-Tracks\char`\"{}) \par
 \\
\hline
{\em Si\-Tracks\-M\-C\-P\-Rel\-Coll} & Name of input Si track to M\-C particle relation collection \par
 (default parameter value \-: \char`\"{}\-Si\-Tracks\-M\-C\-P\char`\"{}) \par
 \\
\hline
{\em L\-D\-C\-Track\-Collection} & name of the output L\-D\-C track collection \par
 (default parameter value \-: \char`\"{}\-L\-D\-C\-Tracks\char`\"{}) \par
 \\
\hline
{\em L\-D\-C\-Track\-M\-C\-P\-Rel\-Collection} & name of the output L\-D\-C track to M\-C Particle relation collection \par
 (default parameter value \-: \char`\"{}\-L\-D\-C\-Tracks\-M\-C\-P\char`\"{}) \par
 \\
\hline
{\em Reffited\-T\-P\-C\-Track\-Collection} & name of the output collection of the refitted T\-P\-C tracks \par
 (default parameter value \-: \char`\"{}\-Refitted\-T\-P\-C\-Tracks\char`\"{}) \par
 \\
\hline
{\em Refitted\-T\-P\-C\-Track\-M\-C\-P\-Rel\-Collection} & name of the output refitted T\-P\-C track to M\-C Particle relation collection \par
 (default parameter value \-: \char`\"{}\-Refitted\-T\-P\-C\-Tracks\-M\-C\-P\char`\"{}) \par
 \\
\hline
{\em Reffited\-Si\-Track\-Collection} & name of the output collection of the refitted Si tracks \par
 (default parameter value \-: \char`\"{}\-Refitted\-Si\-Tracks\char`\"{}) \par
 \\
\hline
{\em Refitted\-Si\-Track\-M\-C\-P\-Rel\-Collection} & name of the output refitted Si track to M\-C Particle relation collection \par
 (default parameter value \-: \char`\"{}\-Refitted\-Si\-Tracks\-M\-C\-P\char`\"{}) \par
 \\
\hline
{\em Chi2\-Fit\-Cut} & cut on the Chi2/\-Ndf of the track fit \par
 (default parameter value \-: 100.\-0) \par
 \\
\hline
{\em Chi2\-Prefit\-Cut} & cut on the prefit Chi2 of the track candidate, prefit is done with the simple helix hypothesis \par
 (default parameter value \-: 1e+5) \par
 \\
\hline
{\em Create\-Map} & flag to create relations between Tracks and M\-C\-Particles, if set to 1, relations collection is created and stored in an event \par
 (default parameter value \-: 1) \par
 \\
\hline
{\em Angle\-Cut\-For\-Merging} & cut on opening angle between particle momentum reconstructed with T\-P\-C and momentum reconstructed with the Silicon detectors. If the opening angle is smaller that this cut the track segment in Silicon trackers and in T\-P\-C are tested for their compatibility \par
 (default parameter value \-: 0.\-10) \par
 \\
\hline
{\em Omega\-Cut\-For\-Merging} & cut on the relative difference in the track Omega parameter reconstructed with T\-P\-C and with Si detectors. If the relative difference is smaller than this cut, the track segments in T\-P\-C and Si are tested for their compatibility \par
 (default parameter value \-: 0.\-25) \par
 \\
\hline
{\em D0\-Cut\-For\-Merging} & Upper cutoff on the difference in D0 [mm] to allow for merging of the Si and T\-P\-C segments \par
 (default parameter value \-: 500) \par
 \\
\hline
{\em Z0\-Cut\-For\-Merging} & Upper cutoff on the difference in Z0 [mm] to allow for merging of the Si and T\-P\-C segments \par
 (default parameter value \-: 1000) \par
 \\
\hline
{\em Refit\-T\-P\-C\-Tracks} & flag to refit T\-P\-C tracks, if set to 1 T\-P\-C tracks are refitted \par
 (default parameter value \-: 1) \par
 \\
\hline
{\em Refit\-Si\-Tracks} & flag to refit Si Tracks, if set to 1 Si tracks are refitted \par
 (default parameter value \-: 0) \par
 \\
\hline
{\em Store\-Refitted\-T\-P\-C\-Tracks} & flag to store refitted T\-P\-C tracks in additional L\-C\-I\-O\-Track collection named Refitted\-T\-P\-C\-Tracks. Corresponding track M\-C\-Particle relations are stored in additional collection named Refitted\-T\-P\-C\-Tracks\-M\-C\-P. If set to 1 refitted T\-P\-C tracks are stored in the separate collection \par
 (default parameter value \-: 0) \par
 \\
\hline
{\em Store\-Refitted\-Si\-Tracks} & flag to store refitted Si tracks in additional L\-C\-I\-O\-Track collection named Refitted\-Si\-Tracks. Corresponding track M\-C\-Particle relations are stored in additional collection named Refitted\-Si\-Tracks\-M\-C\-P. If set to 1 refitted Si tracks are stored in the separate collection \par
 (default parameter value \-: 0) \par
 \\
\hline
{\em Debug} & flag to allow for printout of debug information, if set to 1 debugging printout is activated (default parameter value \-: 1) \par
 \\
\hline
{\em Opt\-Fit} & option for track candidate prefitting \par
 if Opt\-Fit=0 -\/ F\-O\-R\-T\-R\-A\-N code tfithl is invoked, \par
 if Opt\-Fit=1 -\/ prefit of track candidate is done with the fitting method of Cluster\-Shapes class \par
 if Opt\-Fit=2 -\/ initial track parameters d0, z0, phi0 and tan(lambda) are taken from the Si and parameter Omega for the T\-P\-C track segments \par
 if Opt\-Fit=3 -\/ sophisticated iterative prefit, improving cov matrix estimate \par
 if Opt\-Fit=4 -\/ track parameters are determined from the two separate fits of the Si track segment and the combined Si-\/\-T\-P\-C track (recommended). Track parameters d0 and z0 are taken from the fit of the Silicon track segment, all other parameters are taken from the fit of combined track. \par
 (default parameter value \-: 4) \par
 \\
\hline
{\em Opt\-Fit\-T\-P\-C} & option for T\-P\-C track refit. Options are the same as for the combined L\-D\-C track prefit \par
 (default parameter value \-: 2) \par
 \\
\hline
{\em Opt\-Fit\-Si} & option for Si track refit. Options are the same as for the combined L\-D\-C track prefit \par
 (default parameter value \-: 2) \par
 \\
\hline
{\em Use\-Extra\-Point} & This flag is used to steer D\-E\-L\-P\-H\-I fitting code. If set to 1, additional artificial mesurement point at P\-C\-A is introduced with relatively large errors [O\-B\-S\-O\-L\-E\-T\-E] \par
 (default parameter value \-: 0) \par
 \\
\hline
{\em Force\-Si\-T\-P\-C\-Merging} & This flag steers merging of Si and T\-P\-C track segments. If Force\-Merging=1 Si and T\-P\-C track segments are forced to be merged if the opening angle between Si track momentum and T\-P\-C track momentum is less than Angle\-Cut\-For\-Forced\-Merging (see below) and difference in tracks parameters Omega is less than Omega\-Cut\-For\-Forced\-Merging (see below) \par
 (default parameter value \-: 0) \\
\hline
{\em Angle\-Cut\-For\-Forced\-Merging} & cut on opening angle between Si track momentum and T\-P\-C track momentum. Used to steer forced merging of Si and T\-P\-C track segments. \par
 (default parameter value \-: 0.\-05) \\
\hline
{\em Omega\-Cut\-For\-Forced\-Merging} & cut on the difference between Si and T\-P\-C tracks parameter Omega. Used to steer forced merging of Si and T\-P\-C track segments. Relative errors are compared. \par
 (default parameter value \-: 0.\-15) \par
 \\
\hline
{\em D0\-Cut\-For\-Forced\-Merging} & Upper cutoff on the difference in D0 to allow for forced merging of the Si and T\-P\-C segments \par
 (default parameter value \-: 50) \par
 \\
\hline
{\em Z0\-Cut\-For\-Forced\-Merging} & Upper cutoff on the difference in Z0 to allow for forced merging of the Si and T\-P\-C segments \par
 (default parameter value \-: 200) \par
 \\
\hline
{\em Force\-T\-P\-C\-Segments\-Merging} & If this flag is set to 1, the code attempts to merge T\-P\-C segments from the low pt splitted loopers \par
 (default parameter value \-: 1) \par
 \\
\hline
{\em D0\-Cut\-To\-Merge\-T\-P\-C\-Segments} & cut on the difference in the track parameter d0 [mm] to allow for merging T\-P\-C segments \par
 (default parameter value \-: 100) \par
 \\
\hline
{\em Z0\-Cut\-To\-Merge\-T\-P\-C\-Segments} & cut on the difference in the track parameter z0 [mm] to allow for merging T\-P\-C segments \par
 (default parameter value \-: 5000) \par
 \\
\hline
{\em Delta\-P\-Cut\-To\-Merge\-T\-P\-C\-Segments} & cut on the magnitude [Ge\-V/c] of the vectorial difference of the momentum vectors, associated with T\-P\-C segments, for the T\-P\-C segment's merging procedure \par
 (default parameter value \-: 0.\-1) \par
 \\
\hline
{\em Pt\-Cut\-To\-Merge\-T\-P\-C\-Segments} & lower cutoff on Pt of the T\-P\-C segments of the looping track for the merging procedure. If transverse momentum of the segments is less than cutoff the segments are allowed to be merged. \par
 (default parameter value \-: 1.\-2) \par
 \\
\hline
{\em Assign\-T\-P\-C\-Hits} & If this flag is set to 1, the code attempts to assign left-\/over T\-P\-C hits to the accepted track candidates. No track refit is done in case when hit is assigned to the existing track \par
 (default parameter value \-: 1) \par
 \\
\hline
{\em Assign\-E\-T\-D\-Hits} & If this flag is set to 1, the code attempts to assign E\-T\-D hits to the accepted track candidates. No track refit is done in case when hit is assigned to the existing track \par
 (default parameter value \-: 1) \par
 \\
\hline
{\em Assign\-V\-T\-X\-Hits} & If this flag is set to 1, the code attempts to assign left-\/over V\-T\-X hits to the accepted track candidates. Track refit is done in case when hit is assigned to the existing track \par
 (default parameter value \-: 1) \par
 \\
\hline
{\em Assign\-F\-T\-D\-Hits} & If this flag is set to 1, the code attempts to assign left-\/over F\-T\-D hits to the accepted track candidates. Track refit is done in case when hit is assigned to the existing track \par
 (default parameter value \-: 1) \par
 \\
\hline
{\em Assign\-S\-I\-T\-Hits} & If this flag is set to 1, the code attempts to assign left-\/over S\-I\-T hits to the accepted track candidates. Track refit is done in case when hit is assigned to the existing track \par
 (default parameter value \-: 1) \par
 \\
\hline
{\em Assign\-S\-E\-T\-Hits} & If this flag is set to 1, the code attempts to assign S\-E\-T hits to the accepted track candidates. Track refit is done in case when hit is assigned to the existing track \par
 (default parameter value \-: 1) \par
 \\
\hline
{\em T\-P\-C\-Hit\-To\-Track\-Distance} & Cut on the distance between left-\/over T\-P\-C hit and the track helix to allow for assignment of the hit with a given track \par
 (default parameter value \-: 15.\-0) \par
 \\
\hline
{\em V\-T\-X\-Hit\-To\-Track\-Distance} & Cut on the distance between left-\/over V\-T\-X hit and the track helix to allow for assignment of the hit with a given track \par
 (default parameter value \-: 1.\-5) \par
 \\
\hline
{\em F\-T\-D\-Hit\-To\-Track\-Distance} & Cut on the distance between left-\/over F\-T\-D hit and the track helix to allow for assignment of the hit with a given track \par
 (default parameter value \-: 2.\-0) \par
 \\
\hline
{\em S\-I\-T\-Hit\-To\-Track\-Distance} & Cut on the distance between left-\/over S\-I\-T hit and the track helix to allow for assignment of the hit with a given track \par
 (default parameter value \-: 2.\-0) \par
 \\
\hline
{\em S\-E\-T\-Hit\-To\-Track\-Distance} & Cut on the distance between S\-E\-T hit and the track helix to allow for assignment of the hit with a given track \par
 (default parameter value \-: 2.\-0) \par
 \\
\hline
{\em E\-T\-D\-Hit\-To\-Track\-Distance} & Cut on the distance between E\-T\-D hit and the track helix to allow for assignment of the hit with a given track \par
 (default parameter value \-: 10.\-0) \par
 \\
\hline
{\em N\-Hits\-Extrapolation} & Number of the last track hits for extrapolating helix to the outer tracking detectors (S\-E\-T, E\-T\-D) \par
 (default parameter value \-: 35) \par
 \\
\hline
{\em Cut\-On\-T\-P\-C\-Hits} & minimal number of T\-P\-C hits, used in the track fit, which is required for tracks which have no hits from the Si detectors \par
 (default parameter value \-: 35) \par
 \\
\hline
{\em Cut\-On\-Track\-D0} & cut on the d0 parameter of the track. If the d0 parameter is greater that this cut, track is rejected \par
 (default parameter value \-: 500) \par
 \\
\hline
{\em Cut\-On\-Track\-Z0} & cut on the z0 parameter of the track. If the z0 parameter is greater that this cut, track is rejected \par
 (default parameter value \-: 500) \par
 \\
\hline
{\em Forbid\-Overlap\-In\-Z\-T\-P\-C} & If this flag is set to 1 then merging of the T\-P\-C semiloops is forbiden for segment overlapping in z \par
 (default parameter value \-: 0) \par
 \\
\hline
{\em Forbid\-Overlap\-In\-Z\-Comb} & If this flag is set to 1 then merging of left-\/over T\-P\-C semiloop and combined Si-\/\-T\-P\-C track is their segments overlap in z \par
 (default parameter value \-: 0) \par
 \\
\hline
{\em a\-Parameter\-For\-I\-P\-Error} & parameter a defining minimal I\-P resolution according to the formular sigma[I\-P] = a + b/[P$\ast$sin$^\wedge$3/2\{Q\}]$^\wedge$s where P is the particle momentum and Q is the polar angle. If the resolution on I\-P, calculated with D\-E\-L\-P\-H\-I fitting routine, is smaller than minimal allowed resolution, the corresponding track parameter covariance matrix element is set to the minimal allowed value \par
 (default is 0.\-002 [mm]) \par
 \\
\hline
{\em b\-Parameter\-For\-I\-P\-Error} & parameter b in the parametrisation of the minimal I\-P resolution sigma[I\-P] = a + b/[P$\ast$sin$^\wedge$3/2\{Q\}]$^\wedge$s \par
 (default is 0.\-0076 [mm]) \par
 \\
\hline
{\em s\-Parameter\-For\-I\-P\-Error} & parameter s in the parametrisation of the minimal I\-P resolution sigma[I\-P] = a + b/[P$\ast$sin$^\wedge$3/2\{Q\}]$^\wedge$s \par
 (default is 0.\-75 [mm]) \par
 \\
\hline
{\em Store\-Hits\-In\-Fit} & if set to 1 only hits used in the track fit are stored in the corresponding associated vector of Tracker\-Hits \par
 (default is 0) \par
 \\
\hline
{\em cos\-Theta\-Cut\-High\-Pt\-Merge} & cut on cos theta between the two momentum vectors when considering merger of high Pt tracks \par
 (default is 0.\-99) \par
 \\
\hline
{\em cos\-Theta\-Cut\-Soft\-High\-Pt\-Merge} & cut on the cos theta between the two momentum vectors when considering merger of high Pt tracks for softer dp/p cut \par
 (default is 0.\-998) \par
 \\
\hline
{\em mom\-Diff\-Cut\-High\-Pt\-Merge} & cut on dp/p when considering merger of high Pt tracks \par
 (default is 0.\-01 [1/\-Ge\-V]) \par
 \\
\hline
{\em mom\-Diff\-Cut\-Soft\-High\-Pt\-Merge} & softer cut on dp/p when considering merger of high Pt tracks \par
 (default is 0.\-25 [1/\-Ge\-V]) \par
 \\
\hline
{\em hit\-Distance\-Cut\-High\-Pt\-Merge} & cut on 3\-D distance between hit and helix extrapolation when considering merger of high Pt tracks \par
 (default is 25.\-0 [mm]) \par
 \\
\hline
{\em max\-Hit\-Distance\-Cut\-High\-Pt\-Merge} & cut for max 3\-D distance between any hit and helix extrapolation when considering merger of high Pt tracks \par
 (default is 50.\-0 [mm]) \par
 \\
\hline
{\em max\-Fraction\-Of\-Outliers\-Cut\-High\-Pt\-Merge} & cut on maximum fraction of outliers when considering merger of high Pt tracks \par
 (default is 0.\-95 ) \par
\\
\hline
\end{DoxyParams}
\begin{DoxyAuthor}{Author}
A. Raspereza (M\-P\-I Munich)\par
 
\end{DoxyAuthor}


The documentation for this class was generated from the following file\-:\begin{DoxyCompactItemize}
\item 
Full\-L\-D\-C\-Tracking.\-h\end{DoxyCompactItemize}
