Differences

This shows you the differences between two versions of the page.

--- fcs:fcchh:sgun [2016/03/22 14:10] – [SiFCC3 detector] asc
+++ fcs:fcchh:sgun [2016/09/25 00:29] (current) – asc
@@ Line 1: / Line 1: @@
+[[fcs:fcchh|<< back]]
 ====== Single particle studies ======
 The results shown on this page use [[https://atlaswww.hep.anl.gov/asc/jas4pp/|Jas4pp]] data-analysis package.
+<hidden Click here to show how to install it>
 <code bash>
 wget http://atlaswww.hep.anl.gov/asc/jas4pp/download/current.php -O jas4pp.tgz
@@ Line 8: / Line 12: @@
 source ./setup.sh # takes 5 sec for first-time optimization
 </code>
+</hidden>
+===== Single particles with the SiFCC detector =====
-===== SiFCC3 detector =====
+You can study this the  geometry of FCChh-v7 detector using [[http://atlaswww.hep.anl.gov/hepsim/soft/detectors/sifcch7/sifcch7.html|sifcch7 link]]. This geometry corresponds to [[http://atlaswww.hep.anl.gov/hepsim/list.php?find=rfull009|rfull009 tag]] SLCIO  files.
-You can study this geometry using [[http://atlaswww.hep.anl.gov/hepsim/soft/detectors/sifcch3.html|sifcch3 link]]. This geometry corresponds to [[http://atlaswww.hep.anl.gov/hepsim/list.php?find=rfull005|rfull005 tag]] SLCIO  files.
 We will download samples in directories **dataNgev** using reg. expressions. We will use 2 threads and 100 files (if available) from each sample.
 <code bash>
-hs-get  pgun_pi_1to10000gev%rfull005 data1gev 2 100 pi1gev         # 1 GeV sample
+hs-get pgun_pi_1to10000gev%rfull009 data1gev 2 100 pi1gev         # 1 GeV sample
-hs-get  pgun_pi_1to10000gev%rfull005 data10gev 2 100 pi10gev       # 10 GeV sample
+hs-get pgun_pi_1to10000gev%rfull009 data10gev 2 100 pi10gev       # 10 GeV sample
-hs-get  pgun_pi_1to10000gev%rfull005 data100gev 2 100 pi100gev     # 100 GeV sample
+hs-get pgun_pi_1to10000gev%rfull009 data100gev 2 100 pi100gev     # 100 GeV sample
-hs-get  pgun_pi_1to10000gev%rfull005 data1000gev 2 100 pi1000gev   # 1000 GeV sample
+hs-get pgun_pi_1to10000gev%rfull009 data1000gev 2 100 pi1000gev   # 1000 GeV sample
-hs-get  pgun_pi_1to10000gev%rfull005 data10000gev 2 100 pi10000gev # 10000 GeV sample
+hs-get pgun_pi_1to10000gev%rfull009 data10000gev 2 100 pi10000gev # 10000 GeV sample
 </code>
-We will run a Python script given here:
+Run a Python script given here: {{:fcs:fcchh:pgun1.py|}}. To process these samples, run this sequence. Each script creates a PDF file with the image.
-{{:fcs:fcchh:pgun1.py|}}
-To process these samples, run:
 <code bash>
-fpad  pgun1.py data1gev
+fpad pgun1.py data1gev
-fpad  pgun1.py data10gev
+fpad pgun1.py data10gev
-fpad  pgun1.py data100gev
+fpad pgun1.py data100gev
-fpad  pgun1.py data1000gev
+fpad pgun1.py data1000gev
-fpad  pgun1.py data10000gev
+fpad pgun1.py data10000gev
 </code>
+A typical plot for 100 GeV single pion is shown here
+<hidden Click to show this image>
+{{:fcs:fcchh:pgun100gev.png?400|}}
+</hidden>
+Find more single particle samples using the tag [[http://atlaswww.hep.anl.gov/hepsim/list.php?find=rfull009|rfull009]].
+Go to "Info" and find the links under "Reconstruction".
+How to analyze LCIO data using C++ code is discussed in [[fcs:fcchh:intro|here]].