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  • Dchooz-ND.html
    archive Double Chooz EDMS documentation repository at IN2P3 Double Chooz DocDB Double Chooz Software Site Double Chooz US Site Double Chooz UC Davis Site Double Chooz LSU Site Double Chooz Tennessee Site Double Chooz Notre Dame Site Double Chooz Drexel Site E Log Theta 13 Studies Theta 13 MPI Heidelberg Theta 13 Alabama Livermore IAEA Group Double Chooz Talk Brookhaven 2005 IN2P3 BaBar Computing CHOOZ Neutrino Experiment Home Page The

    Original URL path: http://www.hep.nd.edu/Dchooz-ND.html (2012-12-03)
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  • Other Physics Resources
    Institute of Physics FYI policy newslettter also previous issues 94 High energy physics electronic sources arranged by lab Physics Servers and Services around the World FreeHEP from SLAC is a collection of software and information about software useful to high

    Original URL path: http://www.hep.nd.edu/physics.html (2012-12-03)
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  • Cern Library Documentation
    1312KB Comis 114KB Ffread 55KB Geant 4717KB Geant 3 15 1273KB Geant 3 21 6857KB Interactive Geant 338KB Hbook 1237KB Higz 7771KB Histo 10925KB Minuit 835KB Paw 10527KB Paw 1801KB Paw pictures 2521KB Documents at CERN via AFS Current Writeups

    Original URL path: http://www.hep.nd.edu/cerndoc.html (2012-12-03)
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  • University of Notre Dame High Energy Physics
    These systems will be replaced by Linux pc s The following login notes and motds are the last full versions These will be updated here not on the respective systems The current versions on each system refer you to these web pages Refer to these motds for the latest versions of CERNlib and other status announcements LaTeX 2e the new version of LaTeX has been installed on AIX You must change your PATH environmental variable to use it setenv PATH usr local teTeX bin PATH setenv MANPATH usr local teTeX man PATH Then do man latex or whatever else you want to look at If you have problems see the install document below in the post installation section Netscape 4 77 with full security has been installed on the AIX systems last full VMS Login note previous full VMS Login note previous full VMS Login note previous VMS Login note previous VMS Login note last full IBM motd previous full IBM motd previous full IBM motd previous IBM motd last full SGI motd previous full SGI motd Using IMAP mail New LaTeX 2e installation on AIX HEP Video Conferencing HEP Video Conferencing at UND CMS lab New HEP PPP Server

    Original URL path: http://www.hep.nd.edu/helpnd.html (2012-12-03)
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  • Family photos
    dangerous place Soccer pix soccer star the pursuit action Some older pictures of the family year 2000 Andrew with no teeth from French Day at school Still a master of the gallic shrug Andrew at the piano Holly and Mike looking professorial Kitties Some OLD JPEGs of the family Mike at an OPAL BBQ Holly at an OPAL BBQ Andrew at an OPAL BBQ Andrew Andrew as Batman 1 Andrew

    Original URL path: http://www.hep.nd.edu/mikeh/photos.html (2012-12-03)
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  • Family Pictures
    Grandchildren Tia Katelyn Drake Alec August 1998 Katelyn Tia Craig s family in Florida 2 99 Andy Heather in Florida 2 99 Old Heiden Pictures jpeg August Friedareka Heiden Herman

    Original URL path: http://www.hep.nd.edu/bishop/pix.html (2012-12-03)
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  • Dchooz-Software.html
    to see the instructions The simulation is based on Geant 4 7 1p01 Root output requires that CERN Root be installed Geant depends on CLHEP The HBOOK output to Ntuples requires a version of CERNLIB The simulation also works with Geant4 8 1 p01 and CLHEP 1 9 2 3 Most of the usefull software is in the DOGS directory The detector simulation is in the DOGS DCGLG4sim directory and its subdirectories Most simulation work has been done so far with the ROOT output version of DCGLG4sim See DOGS DCGLG4sim COMPILING for instructions After building the Monte Carlo it is usefull to test it with a standard run dcglg4sim batch mac std test mac This will take some time to run Progress is indicated by a time stamp at 5 minute intervals to standard output A set of usefull computing resources is listed at the bottom of this web page Double Chooz Software Task list October 22 2006 Some of these projects are already in progress But help may be needed to bring them to general collaboration wide utility Even if code exists work is needed to assure the accuracy stability and reliability Please add to this list Electronics Simulation Quality Assurance Calibration software Both to 1 create the calibrations and 2 use the calibration information to calibrate an event Pulse shape discrimination to distinguish electromagnetic energy deposition from hadronic proton recoil energy deposition A unified detector geometry and configuration system Event format Software release system Take charge of keeping RAT up to date Light Pulser Generator Non root access to the data Reconstruction interfaced to the Monte Carlo Plastic scintillator outer veto simulation There is a proportional tube based outer veto simulation Feature extraction Code to turn the waveform digitizer information into hits that can be calibrated and then

    Original URL path: http://www.hep.nd.edu/Dchooz-Software.html (2012-12-03)
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  • Dchooz-Tutor.html
    purposes of this tutorial one needs to set GLG4DATA For the moment do export GLG4DATA THRONG DIR losecco DOGS DCGLG4sim examples or setenv GLG4DATA THRONG DIR losecco DOGS DCGLG4sim examples Compile readntuple and RecoVS In the DOGS DCGLG4sim examples directory g77 o readntuple readntuple f L CERN CERN LEVEL lib lpacklib noshift FC f77 make RecoVS Run readntuple and RecoVS on the hepevt dcgen500t hbook and hepevt DCgen500t root files you used above readntuple hepevt dcgen500t hbook RecoVS hepevt DCgen500t root Explore the Ntuples produced by readntuple and RecoVS These are hepevt dcgen500t hb4 from readntuple and hepevt dcgen500tvs hbook from RecoVS CERN BIN pawX11 h fil 1 hepevt dcgen500t hb4 32768 and CERN BIN pawX11 h fil 2 hepevt dcgen500tvs hbook 32768 For extra credit compile and run ReadDCEDOGS It requires that DCEvent already be built It runs on DOGS formated DCGLG4sim files The output of ReadDCEDOGS is named hbook Where was the basename of the input used when running ReadDCEDOGS The ReadDCEDOGS output is the same as the output from RecoVS No geometry information is stored in the DCGLG4sim output All reconstruction code must get the tube positions independently Problems can arise if the geometry used in the analysis differs from the geometry used in the event generation The readntuple and RecoVS codes get the phototube position information from GLG4DATA pmtcoordinates optical id dat pmtcoordinates optical id dat has been removed from the Prod 03 02 release GLG4DATA also no longer exists The fallback directory DCGLG4sim data has been removed The instructions above in the Homework section set GLG4DATA to a location that has the correct coordinate files How to configure DCGLG4sim mac files A typical macro file used with DCGLG4sim is mac Antineutrino hepevt mac used above It is printed here Annotated instructions Id Antineutrino hepevt mac v 1 5 2007 05 15 05 43 23 gahs Exp run particle setCut 1 0 mm glg4debug glg4param omit muon processes 1 0 glg4debug glg4param omit hadronic processes 0 0 run initialize generator pos set 10 0 0 0 Set event window to 100 nanosecond generator event window 100 set hepevt input file generator vtx set 18 afs in2p3 fr throng dchooz DATA DCgen500 HEPEvt anti neutrino hepevt generator rates Way to high More realistic rate at far detector about 20000 events year generator rates 38 0 0008 only defer certain types of particles to later events process inactivate DeferTrackProc all process activate DeferTrackProc gamma process activate DeferTrackProc e process activate DeferTrackProc e uncomment next lines to turn off optical photon tracking big speedup glg4scint off process inactivate Cerenkov glg4scint on process activate Cerenkov event output file hepevt DCgen500 run verbose 1 run beamOn 10000 event output file Monte Carlo Configuration Files Annotated instructions for settings dat and settings cylindrical dat THE FOLLOWING HAS NOT BEEN CHECKED AS OF MAY 23 2008 GLG4DATA no longer exists in release Prod 03 02 They are located in GLG4DATA pmtcoordinates cylindrical id dat Inner detector tube base positions pmtcoordinates cylindrical veto dat Inner veto tube positions pmtcoordinates optical id dat A shifted form of pmtcoordinates cylindrical id dat materials dat Generic material properties DCmaterials dat Double Chooz specific material properties settings dat settings cylindrical dat Detector dimensions fluids card dat Fluid properties See optics howto txt DChoozOptics dat Generated by the Monte Carlo Event Generators DCGLG4sim has many event generators built into it In addition it has the ability to read events in hepevt format Double Chooz has several programs to generate calibration events and neutrino signal events in hepevt format These hepevt events can be sent to DCGLG4sim using DCGLG4sim rate code 38 This is illustrated in the macro section above A simpler way to produce events is to use an internal generator Examples of this are Arguments to generator gun command are opticalphoton x y z p x p y p z E eV pol x pol y pol z N photons Here we ask for 337 nm at origin isotropic rndm polarization 100 flash generator gun opticalphoton 0 0 0 0 0 0 3 68e 6 0 0 0 100 other examples generator gun e 0 0 0 0 0 0 0 generator gun mu 500 750 2887 0 1 0 2 0 9746794 1100 generator gun gamma 0 0 0 1 0 0 1 022 generator gun neutron 0 0 2950 0 0 1 6 0 0 1 0 generator gun particle name x y z px py pz K polx poly polz This command is a convenient way of setting the user controlled test gun parameters It is really an alias for the two commands generator pos set 9 x y z generator vtx set 17 particle name px py pz K polx poly polz For isotropic direction vectors leave px py pz all zero and set K For other options such as uniformly filling a volume or uniformly painting a surface use generator pos set 9 directly or from DOGS DCGLG4sim mac pmt Bi214 bkg demo mac generator pos set 9 2400 335 254 fill generator vtx set 17 Bi214 0 0 0 0 or for Boron 12 Sodium 21 Helium 8 or 9 and Lithium 7 generator pos set 9 0 0 0 fill generator vtx set 17 B12 0 0 0 0 generator vtx set 17 Na21 0 0 0 0 generator vtx set 17 He8 0 0 0 0 generator vtx set 17 He9 0 0 0 0 generator vtx set 17 Li7 0 0 0 0 Some information on DCGLG4sim internal generators can be found here Hepevt event generators include calibration event generators in DOGS DCGLG4sim GLG4sim generators misc Cf252 ambe cs137 gammas co60 gammas ge68 gammas and the neutrino event generator in DOGS DCNuGen DCNuGen needs a converter DOGS DCGLG4sim generators Convert JP HEPEvt cc to convert the neutrino events into the hepevt format A full tutorial on using DCNuGen can be found here A supernova event generator can be found in DOGS DCGLG4sim generators SuperNova c Only charged current quasielastic

    Original URL path: http://www.hep.nd.edu/Dchooz-Tutor.html (2012-12-03)
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