Changes between Initial Version and Version 1 of MadGraphSamples


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Timestamp:
05/03/12 17:26:44 (8 years ago)
Author:
trac
Comment:

--

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  • MadGraphSamples

    v1 v1  
     1
     2
     3== MadGraph Samples for LHC physics ==
     4
     5
     6
     7
     8=== Aim of the project  ===
     9
     10Produce a database of validated LHC parton-level (and possibly hadron-level) MC
     11events with MadGraph and the corresponding codes for large scale production.
     12Main SM backgrounds and signals should be included,  as well as representative BSM samples.
     13
     14=== Motivation ===
     15
     16MC's samples will play a fundamental role in the path to making discoveries at the LHC.
     17Latest generation of the MC's have improved on several important aspects: from
     18a more accurate simulation of events with multi-jet final states (with ME/PS matching)
     19to full flexibility on new physics models implementation.
     20
     21The increasein the MC powers is paralleled by the larger complexity of the codes
     22both at the computational and user level, leading to the need of
     23a continuous and reliable support from the MC developers. Normally, many issues
     24arise in the dey-to-day use of such codes, some of which become essential
     25in the final experimental analyses.
     26
     27We propose to provide samples and codes for key SM and BSM processes at the LHC.
     28
     29For each process we plan to publish: 
     30
     31   1. Small-size (<1M) parton-level and hadron level (Pythia) sample.
     32   1. Associated (frozen) code for large scale production over the grid.
     33
     34The samples and the associated codes would be therefore validated by
     35the MC authors and directly used by experimentalists or as a reference
     36(comparison) with dedicated analysis generations.
     37
     38A public set of samples to be used as a common '''reference''' by all the
     39LHC community (exp and th) could  be very useful for other reasons.
     40For instance, they could form a base for future comparisons between
     41experiments or make  the interactions with theorists (both model builders and
     42MC developers) easier.
     43
     44=== People ===
     45
     46   1. MadGraph Team (including Steve Mrenna)
     47   1. Roberto Chierici & Paolo Bartalini (CMS)
     48   1. Interested: Jon Butterworth & Osamu Jinnouch (ATLAS)
     49
     50=== Tools ===
     51   
     52   * MadGraph/ MadEvent v4 :
     53      * SM
     54      * BSM (SUSY, topBSM, 2HDM, UED,...)
     55      * ME/PS matching within Pythia
     56   * GridDevelopment: How to use the grid packs
     57   * [https://cp3.irmp.ucl.ac.be/projects/madgraph/wiki/MatchChecker MatchChecker]
     58
     59=== Modus Operandi ===
     60
     61We have identified three phases:
     62
     63   1. Agreement on the definition of the most important samples (all)
     64      * List of processes
     65      * Trigger or acceptance cuts
     66      * SM Parameters
     67      * Benchmark points and models for BSM
     68   2. MC codes and samples generation and validation   (mg team + anybody interested)
     69   3. Large scale samples generation with (full) detector simulation (CMS+ATLAS)
     70
     71Matching validation will be performed with MatchChecker.
     72 
     73==== Definition of the most important samples ====
     74
     75A sample is defined by specifying:
     76
     77   * Model
     78   * Initial state and final state particles
     79   * Couplings (EW, and QCD)
     80   * Phase space region
     81
     82Information for MG/ME generation is collected in the banner through which a the sample can be fully reproduced.
     83
     84===== SM parameters =====
     85
     86   * Masses -> latest best values. LO parameters for EW.
     87   * PDF set and alphaS  : cteq?
     88   * Scales: for matched samples these are automatically set by the code.
     89
     90
     91
     92===== Standard Model Samples =====
     93
     94||    QCD Jets  ||
     95||          '''Process'''               || * Stars * ||  '''Couplings'''   ||  '''Binning''' ||  '''Phase space region'''  ||  '''Matching'''   || '''Event files''' || '''Remarks''' ||
     96|| *  jets (2) *                     ||   3.   ||  QCD only     ||   HT bins (100-250 !GeV, 250-500 !GeV, 500-1000 !GeV, 1000-inf !GeV)   ||   abs(eta(j))<5, Ptj>20 !GeV    ||   0,1,2,3,4+   ||     ||  light jets are u,d,c,s,b,g; Need to veto the first gluon splitting into bb in the PS  ||
     97|| * bb~ + jets *                 ||   3.  ||  QCD only      ||    HT bins (100-250 !GeV, 250-500 !GeV, 500-1000 !GeV, 1000-inf !GeV)   ||   abs(eta(j))<5, Ptj>20 !GeV   ||   0,1,2,3+   ||    ||  massive b; Need to veto the first gluon splitting into bb in the PS  ||
     98|| * bb~ bb~+ jets *           ||   1.   ||  QCD only     ||   none   ||   ||   0,1+       ||   ||   massive b   ||
     99
     100||    Vector Boson ||
     101||   '''Process'''                      || * Stars *  || '''Couplings'''   ||   '''Binning'''  ||  '''Phase space region''' ||  '''Matching'''   || * Event files* || '''Remarks''' ||
     102|| '''W (-> l v)+ jets '''           ||  3  ||  EW=2 + QCD  ||      none  ||         all                ||    0,1,2,3,4+  ||   ||  W=W+,W- ;  l=(e,mu,tau)  ||
     103|| '''Z /a''' (-> l+l-)+ jets *   ||  3  ||  EW=2 + QCD  ||  none  ||   m(l+l-)>50  !GeV             ||    0,1,2,3,4+  ||    ||  photon is included ;  l=(e,mu,tau)   ||
     104|| '''Z /a''' (-> l+l-)+ jets *   ||  3  ||  EW=2 + QCD  ||  none  ||   50>m(l+l-)>10  !GeV, HT>30 !GeV             ||    0,1,2,3,4+  ||    ||  photon is included ;  l=(e,mu,tau)   ||
     105|| '''Z (-> vv)+ jets '''            ||  3  ||  EW=2 + QCD  ||  none  ||   pt(Z)>50 !GeV             ||    0,1,2,3,4+  ||    ||  ||
     106|| '''V (-> l l')+ QQ~ ''' ||  1  ||  EW=2+QCD    ||   none  ||      all              ||    no     || ||   V=W+,W-,Z ;  l=(e,mu,tau,v), (Z->vv included) Q=b, c   ||
     107|| * a + jets *                      ||  3  ||  EW=1 + QCD  ||   HT bins (40-100 !GeV, 100-200 !GeV, 200-inf !GeV)  ||   pt(a)>20 !GeV, abs(eta(a))<2.5, !DeltaR(a,jet)>0.3    ||   0,1,2,3,4+  ||  ||        ||
     108|| * a + QQ~ + jets *           ||  1  ||  EW=1 + QCD  ||  none  ||  pt(a)>20 !GeV, abs(eta(a))<2.5, !DeltaR(a,jet)>0.3    ||   0,1,2+        || ||  photon;  Q=b  ||
     109
     110||    Vector Bosons ||
     111||   '''Process'''                      || * Stars *  || '''Couplings'''   ||    '''Binning'''  ||   '''Phase space region''' ||  '''Matching'''    || * Event files* || '''Remarks''' ||
     112|| '''VV(-> 4l)+ jets'''             ||  3  || EW=2+QCD    ||   none  ||     m(l+l-)>10  !GeV;  m(lv)>30  !GeV        ||    0,1+       ||  ||    V=W+,W-,Z  l=(e,mu,tau,v)  ||
     113|| '''VV (-> 4l) + QQ~ '''        ||  1  ||  EW=1 + QCD  ||    none  ||            all                 ||    no         ||   ||  V=W+,W-,Z  l=(e,mu,tau,v), Q=b  ||
     114|| '''aV(-> 2l)+ jets'''             ||  1  || EW=2+QCD    ||     none  ||     pt(a)>20 !GeV, !DeltaR(a,jet)>0.3       ||    0,1+       || ||    V=W+,W-,Z  l=(e,mu,tau,v)  ||
     115|| * a a + jets*                     ||  1   ||    EW=2+QCD    ||    none  ||  pt(a)>20 !GeV, abs(eta(a))<2.5, !DeltaR(a,jet)>0.3   ||    0,1,2+       || ||    photon   ||
     116|| * a a + QQ~ + jets *         ||  1    ||    EW=1 + QCD  ||   none  ||  pt(a)>20 !GeV, abs(eta(a))<2.5, !DeltaR(a,jet)>0.3  ||    no         ||   ||  photon;   Q=b   ||
     117|| '''V V V   '''                         ||  3    ||      EW=3          ||    none  ||            all                 ||     no           ||    ||  V=W+,W-,Z  ||
     118|| '''a a a   '''                          ||  3   ||      EW=3          ||     none  ||   pt(a)>20 !GeV, abs(eta(a))<2.5, !DeltaR(a,jet)>0.3                ||     no           ||   ||    ||
     119
     120|| Top ||
     121||   '''Process''' || * Stars * || '''Couplings''' ||    '''Binning'''  ||  '''Phase space region''' ||   '''Matching'''   ||  '''Event files''' || '''Remarks''' ||
     122||* tt + jets  * ||  3  ||  QCD only     ||   none  ||    all               ||       0,1,2,3+  ||        ||  top decays into everything. Done with DECAY  ||
     123||* tt + bb~  * ||  3  ||  QCD only     ||   none  ||    all               ||       no  ||        ||  top decays into everything. Done with DECAY  ||
     124|| * tjb *         ||  3  ||  EW=4, QCD=1  ||  none  ||   all    ||  no  ||  ||  t-channel, b massive, leptonic top decay  ||
     125|| * tj  *          ||  3  ||  EW=4, QCD=0  ||  none  ||   all    ||  no  ||  ||  t-channel, leptonic top decay  ||
     126|| * tb *          ||  3  ||  EW=4, QCD=0  ||  none  ||   all    ||  no  ||  ||  s-channel, b massive, leptonic top decay  ||
     127|| * tW  *        ||  3  ||  EW=5, QCD=1  ||   none  ||  all    ||  no  ||  ||  tW-channel, inclusive top and W decays  ||
     128|| * tWb  *        ||  3  ||  EW=5, QCD=2  ||  none  ||   all    ||  no  ||  ||  tW-channel, b-massive, doub-res diagram subtraction, inclusive top and W decays  ||
     129
     130||Higgs||
     131||   '''Process''' || * Stars * || '''Couplings''' ||    '''Binning'''  ||  '''Phase space region''' ||  '''Matching'''   || * Event files* || '''Remarks''' ||||
     132|| * Higgs + jets * ||  3  ||   QCD only  ||   none  ||   all  ||  0,1,2,3+  || ||   HEFT, mh=115,125,135,145,160,180,200 !GeV   ||
     133|| * Higgs + 2 jets * ||  3  ||   EW only  ||  none  ||   all  ||  no matching  || ||    mh=115,125,135,145,160,180,200 !GeV includes V (->jj) + Higgs   ||
     134|| * tt~ + Higgs  * ||  3  ||  QCD=2,EW=1  ||   none  ||   all    ||  0,1+   ||  ||   mh=115,125,135,145,160,180,200 !GeV  ||
     135|| * V (-> l l') + Higgs + jets * ||  3  ||  EW=3 + QCD  ||  none  ||   all     ||  0,1,2   ||   ||  mh=115,125,135,145,160,180,200 !GeV   ||
     136
     137===== New Physics Samples  =====
     138
     139   * MSSM :  we use the Snowmass benchmark points
     140   * UserModel : Z' into leptons
     141   * TopBSM : New resonances in the ttbar invariant mass spectrum
     142   * TwoHiggsDoublet : Alternative EWSB scenarios
     143 
     144
     145=== Some LHE files and cards used for validation ===
     146
     147Please note that these files need to be passed through the Pythia package found on the MG/ME download page. For all jet multiplicities below the highest multiplicity wanted, IEXCFILE=1 must be specified in the pythia_card.dat. For the highest multiplicity wanted, IEXCFILE=0 must be specified.
     148
     149==== W+ > l+ vl  ====
     150|| Sample || events || xqcut || LHE file || Banner ||
     151|| '''W+  0jet''' || 100k || 10 || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC7/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC7/Events/run_01_1_banner.txt banner] ||
     152|| '''W+  1jet''' || 100k || 10 || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC8/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC8/Events/run_01_1_banner.txt banner] ||
     153|| '''W+  2jet''' || 100k || 10 || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC9/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC9/Events/run_01_1_banner.txt banner] ||
     154|| '''W+  3jet''' || 100k || 10 || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC10/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC10/Events/run_01_1_banner.txt banner] ||
     155|| '''W+  4jet''' || 100k || 10 || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC12/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC11/Events/run_01_1_banner.txt banner] ||
     156---
     157
     158==== W- > l- vl~ ====
     159|| Sample || events || xqcut || LHE file || Banner ||
     160|| '''W-  0jet''' || 100k || 10 || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC0/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC0/Events/run_01_1_banner.txt banner] ||
     161|| * W-  1jet* || 100k || 10 || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC3/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC3/Events/run_01_1_banner.txt banner] ||
     162|| '''W-  2jet''' || 100k || 10 || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC4/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC4/Events/run_01_1_banner.txt banner] ||
     163|| '''W-  3jet''' || 100k || 10 || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC5/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC5/Events/run_01_1_banner.txt banner] ||
     164|| '''W-  4jet''' || 100k || 10 || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC13/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/quertenmont@fynu.ucl.ac.be/PROC13/Events/run_01_1_banner.txt banner] ||
     165---
     166
     167
     168==== Z/a > l+ l- ====
     169|| Sample || events || xqcut || M(l+l-) || LHE file || Banner ||
     170|| '''Z/a 0jet''' || 100k || 10 || 50 || [http://madgraph.phys.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC26/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC26/Events/run_01_banner.txt banner] ||
     171|| '''Z/a 1jet''' || 100k || 10 || 50 || [http://madgraph.phys.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC11/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC11/Events/run_01_banner.txt banner] ||
     172|| *Z/a 2jets || 100k || 10 || 50 || [http://madgraph.phys.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC14/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC14/Events/run_01_banner.txt banner] ||
     173|| '''Z/a 3jets''' || 100k || 10 || 50 || [http://madgraph.phys.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC15/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC15/Events/run_01_banner.txt banner] ||
     174|| '''Z/a 4jets''' || 5x 20k || 10 || 50 || [http://madgraph.phys.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC19/Events/run_01_1_unweighted_events.lhe.gz lhe_file1], [http://madgraph.phys.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC19/Events/run_02_1_unweighted_events.lhe.gz lhe_file2], [http://madgraph.phys.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC19/Events/run_02_2_unweighted_events.lhe.gz lhe_file3], [http://madgraph.phys.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC19/Events/run_02_3_unweighted_events.lhe.gz lhe_file4], [http://madgraph.phys.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC19/Events/run_02_4_unweighted_events.lhe.gz lhe_file5] || [http://madgraph.phys.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC19/Events/run_01_1_banner.txt banner] ||
     175
     176==== Z > v v~ ====
     177|| Sample || events || xqcut || LHE file || Banner ||
     178|| '''Z + 1jet''' || 100k || 10 || [http://madgraph.fynu.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC12/Events/run_04_unweighted_events.lhe.gz lhe_file] || [http://madgraph.fynu.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC12/Events/run_04_banner.txt banner] ||
     179|| '''Z + 2jets''' || 100k || 10 || [http://madgraph.fynu.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC13/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.fynu.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC13/Events/run_01_banner.txt banner] ||
     180|| '''Z + 3jets''' || 100k || 10 || [http://madgraph.fynu.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC14/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.fynu.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC14/Events/run_01_banner.txt banner] ||
     181|| '''Z + 4jets''' || 100k || 10 || [http://madgraph.fynu.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC15/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.fynu.ucl.ac.be/MadGraphData/nicolas.schul@fynu.ucl.ac.be/PROC15/Events/run_01_banner.txt banner] ||
     182
     183==== ttbar+ jets: ====
     184Please specify QCUT=30 (or as indicated below) in the pythia_card.dat.
     185|| Sample || events || xqcut || QCUT || LHE file || Banner ||
     186|| '''ttbar+ 0 jet''' || 100k || 20 || 30 || [http://madgraph.phys.ucl.ac.be/MadGraphData/julien.caudron@fynu.ucl.ac.be/PROC1/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/julien.caudron@fynu.ucl.ac.be/PROC1/Events/run_01_banner.txt banner] ||
     187|| '''ttbar+ 1 jet''' || 100k || 20 || 30 || [http://madgraph.phys.ucl.ac.be/MadGraphData/julien.caudron@fynu.ucl.ac.be/PROC0/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/julien.caudron@fynu.ucl.ac.be/PROC0/Events/run_01_banner.txt banner] ||
     188|| '''ttbar+ 2jets''' || 100k || 20 || 30 || [http://madgraph.phys.ucl.ac.be/MadGraphData/julien.caudron@fynu.ucl.ac.be/PROC2/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/julien.caudron@fynu.ucl.ac.be/PROC2/Events/run_01_banner.txt banner] ||
     189|| '''ttbar+ 3jets''' || 100k || 20 || 30 || [http://madgraph.phys.ucl.ac.be/MadGraphData/julien.caudron@fynu.ucl.ac.be/PROC3/Events/run_01_unweighted_events.lhe.gz lhe_file] || [http://madgraph.phys.ucl.ac.be/MadGraphData/julien.caudron@fynu.ucl.ac.be/PROC3/Events/run_01_banner.txt banner]  ||
     190
     191==== MC samples generation and validation ====
     192People involved in the generation/validation should report progress in the DevelopmentArea  (you have to be registered in the team to access this page).
     193
     194=== Sample codes for the grid ===
     195
     196==== LHC @ 10 !TeV - Gridpacks used for production ====
     197
     198Please note that all cross-sections in the following do include the correct BR already. Typically, the results is given for all the lepton families included.
     199
     200===== Non matched processes =====
     201|| '''GridPack''' || '''xsec''' ||
     202||||||
     203|| * V+QQ, i.e. Z,W+ or W- + bb~ or cc~ (massive)* ||||
     204|| [http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/VQQ/gridpack_VQQ_pTb10_10TeV.tar.gz gridpack] || 289 pb ||
     205|| * W+ and W- + c quark (massive)* ||||
     206|| [http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/VQ/gridpack_Wc_pTb10_10TeV.tar.gz gridpack] || 1487 pb ||
     207
     208|| '''single top s-channel''' ||||
     209||Including leptonic top decay, $\mu_R=\mu_F=m_{top}$||||
     210|| [http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/singletops/gridpack_singletop_s_10TeV.tar.gz gridpack] || 1.66 pb ||
     211|| '''single top t-channel pp>tj (p=u,d,s,c,b,g)''' ||||
     212||Including leptonic top decay, $\mu_R^2=\mu_F^2=m_{top}^2+Q^2$, initial state b-quark||||
     213|| [http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/singletops/gridpack_singletop_t_2to2_10TeV.tar.gz gridpack] || 43.7 pb ||
     214|| '''single top t-channel pp>tbj (p=u,d,s,c,g)''' ||||
     215||Including leptonic top decay, $\mu_R^2=\mu_F^2=m_{top}^2+Q^2$, massive b-quark||||
     216|| [http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/singletops/gridpack_singletop_t_2to3_10TeV.tar.gz gridpack] || 27.6 pb ||
     217|| * single top W associate pp>tW (p=u,d,s,c,b,g)* ||||
     218||Inclusive top and W decays, $\mu_R=\mu_F=m_{top}$, initial state b-quark||||
     219|| [http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/singletops/gridpack_singletop_wt_2to2_10TeV.tar.gz gridpack] || 27.5 pb ||
     220|| * single top W associate pp>tbW (p=u,d,s,c,g)* ||||
     221||Inclusive top and W decays, $\mu_R=\mu_F=m_{top}$, double resonant diagrams (ttbar) subtracted, massive b-quark||||
     222|| [http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/singletops/gridpack_singletop_wt_2to3_10TeV.t ar.gz gridpack] || 17.1 pb ||
     223
     224
     225===== Matched processes =====
     226|| '''GridPack''' || '''Efficiency (xqcut,qcut)''' ||'''xsec after matching ''' ||
     227||||||
     228|| '''ttbar +0,1,2,3'''||||||
     229||Including integration grids and with (inclusive) top decay using DECAY. Generation time for 1000 events: about 1h30 on a 3.00 GHz P4 desktop machine. ||||||
     230||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/ttx/gridpack_ttbar_4flavor_10TeV.tar.gz mini-soup (4 flavors) with decay] ||~33% (20,30)||317 pb||
     231|| [http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/ttx/gridpack_ttbar_5flavor_10TeV.tar.gz mini-soup (5 flavors) with decay] ||~33% (20,30)||317 pb||
     232||||||
     233||'''W into leptons + 0,1,2,3,4j (5 flavors)'''||||||
     234||running time: ~30-40 min for 1000 events||||||
     235||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/W/gridpack_w_10TeV.tar.gz mini-soup]||~45%(10,15)||~40nb||
     236||||||
     237||'''Z/a into leptons + 0,1,2,3,4j (5 flavors)  with mll>50 GeV'''||||||
     238||running time: ~90 min for 1000 events||||||
     239||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/Z/gridpack_z_10_TeV.tar.gz mini-soup] ||~40%(10,15)||~3.7 nb||
     240||||||
     241||'''Z/a into leptons + 0,1,2,3,4j (5 flavors) with 10<mll<50 GeV and Sum over jet pt's>30 GeV'''||||||
     242||running time: ~90 min for 1000 events||||||
     243||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/Z/gridpack_zgammastar_mll-10_50_10TeV.tar.gz mini-soup] ||to be tested  (xqcut=5,qcut=10?)||to check||
     244||||||
     245||'''Z into nunu + 0,1,2,3,4j (5 flavors) '''||||||
     246||running time: ?||||||
     247||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/Z/gridpack_Z_vv_10TeV.tar.gz mini-soup] ||to be tested||~11.1 nb||
     248||||||
     249||'''VV into leptons + 0,1j (5 flavors)'''||||||
     250||running time: ?||||||
     251||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/VV/gridpack_VV_llll_10TeV.tar.gz mini-soup] ||to be tested||11.8 pb||
     252||||||
     253||'''QCD: 2,3,4j (5 flavors)'''||||||
     254||pay attention to the change of xqcut (and then Qcut has to be changed) between Slice 1,2 and 3,4: qcut=30 for slice 1,2 and 60 for 3,4. This is done in order to increase the efficiency||||||
     255||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/gridpack_QCD_slice_100_250_xqcut20.tar.gz (100,250) GeV] ||~34%(20,30) ||~15 microbarn||
     256||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/gridpack_QCD_slice_250_500_xqcut20.tar.gz (250,500) GeV] ||~20% (20,30)||~400 nanobarn||
     257||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/gridpack_QCD_slice_500_1000_xqcut40.tar.gz (500,1000) GeV] ||~30%(40,60)||~14 nanobarn||
     258||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/gridpack_QCD_slice_1000_inf_xqcut40.tar.gz (1000,...)] ||~20%(40,60)||~370 picobarn||
     259||||||||
     260||'''b-enriched :bb+0,1,2,3;b+1,2,3,b~+1,2,3'''||||||
     261||pay attention to the change of xqcut (and then Qcut has to be changed) between Slice 1,2 and 3,4: qcut=30 for slice 1,2,3 and 60 for 4. This is done in order to increase the efficiency||||||
     262||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/b-enriched/gridpack_b_enriched_slice_100_250.tar.gz (100,250) GeV] ||~28% (20,30)||~450 nanobarn||
     263||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/b-enriched/gridpack_b_enriched_slice_250_500.tar.gz (250,500) GeV] ||~15% (20,30) ||~15 nanobarn||
     264||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/b-enriched/gridpack_b_enriched_slice_500_1000.tar.gz (500,1000) GeV] ||~10% (20,30)||~700 picobarn||
     265||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/b-enriched/gridpack_b_enriched_slice_1000_inf.tar.gz (1000,inf) GeV] ||~15% (40,60)||~13 picobarn||
     266||||||||
     267||'''a+1,2,3,4 j (5 flavor)'''||||||
     268||cross section are given before matching||||||
     269||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/ajets/gridpack_ajets_10TeV_40_100.tar.gz (40,100) GeV]||~11% (5,10)||~ 368.7 nb||
     270||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/ajets/gridpack_ajets_10TeV_100_200.tar.gz (100,200)]||~?% (5,10)||~103.6 nb||
     271||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/10TeV/ajets/gridpack_ajets_10TeV_200.tar.gz (200,inf)]||~?% (10,15)||~10.49 nb||
     272
     273==== LHC @  14 !TeV - Gridpacks used for production ====
     274
     275Please note that all cross-sections in the following do include the correct BR already. Typically, the results is given for all the lepton families included.
     276
     277===== Non matched processes =====
     278|| '''GridPack''' || '''xsec''' ||
     279||||||
     280|| '''single top s-channel''' ||||
     281||Including leptonic top decay, $\mu_R=\mu_F=m_{top}$||||
     282|| [http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/14TeV/singletops/gridpack_singletop_s_14TeV.tar.gz gridpack] || 2.65 pb ||
     283|| '''single top t-channel pp>tj (p=u,d,s,c,b,g)''' ||||
     284||Including leptonic top decay, $\mu_R^2=\mu_F^2=m_{top}^2+Q^2$, initial state b-quark||||
     285|| [http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/14TeV/singletops/gridpack_singletop_t_2to2_14TeV.tar.gz gridpack] || 82.8 pb ||
     286|| '''single top t-channel pp>tbj (p=u,d,s,c,g)''' ||||
     287||Including leptonic top decay, $\mu_R^2=\mu_F^2=m_{top}^2+Q^2$, massive b-quark||||
     288|| [http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/14TeV/singletops/gridpack_singletop_t_2to3_14TeV.tar.gz gridpack] || 55.6 pb ||
     289|| * single top W associate pp>tW (p=u,d,s,c,b,g)* ||||
     290||Inclusive top and W decays, $\mu_R=\mu_F=m_{top}$, initial state b-quark||||
     291|| [http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/14TeV/singletops/gridpack_singletop_wt_2to2_14TeV.tar.gz gridpack] || 62.4 pb ||
     292|| * single top W associate pp>tbW (p=u,d,s,c,g)* ||||
     293||Inclusive top and W decays, $\mu_R=\mu_F=m_{top}$, double resonant diagrams (ttbar) subtracted, massive b-quark||||
     294|| [http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/14TeV/singletops/gridpack_singletop_wt_2to3_14TeV.tar.gz gridpack] || 41.5 pb ||
     295
     296
     297===== Matched processes =====
     298
     299|| '''GridPack''' || '''Efficiency (xqcut,qcut)''' ||'''xsec after matching ''' ||
     300||||||
     301||'''ttbar +0,1,2,3'''||||||
     302||Including integration grids and with (inclusive) top decay using DECAY. Generation time for 1000 events: about 1h30 on a 3.00 GHz P4 desktop machine.||||||
     303||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/14TeV/ttx/gridpack_ttx_minisoup_4f_dec.tar.gz 4-flavor] ||~27% (20,30)||~750 pb||
     304||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/14TeV/ttx/gridpack_ttx_minisoup_5f_dec.tar.gz 5-flavor]||~27% (20,30)||~750 pb||
     305||||||||
     306||'''W into leptons + 0,1,2,3,4j (5 flavors)'''||||||
     307||running time: ~30-40 min for 1000 events ||||||
     308||[attachment:gridpack_W_minisoup_5f.tar.gz gridpack.tar.gz]||~40% (10,15)||60 nb||
     309||||||||
     310||'''Z/a into leptons + 0,1,2,3,4j (5 flavors) with mll>50 GeV'''||||||
     311|| running time: ~90 min for 1000 events ||||||
     312||[attachment:gridpack_z_minisoup.tar.gz gridpack.tar.gz]||~45% (10,15)||~7 nb||
     313||||||||
     314||'''Z/a into leptons + 0,1,2,3,4j (5 flavors) with 10<mll<50 GeV and Sum over jet pt's>30 GeV'''||||||
     315||running time: ~90 min for 1000 events||||||
     316||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/14TeV/Z/grid_pack_zgamma_mll_10-50_14TeV.tar.gz to come] ||to be tested (xqcut=5,qcut=10?)||to check||
     317||||||
     318||'''Z into nunu + 0,1,2,3,4j (5 flavors)'''||||||
     319||running time: ?||||||
     320||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/14TeV/Z/gridpack_Z_vv_14TeV.tar.gz mini-soup] ||to be tested||~19.5 nb||
     321||||||
     322||'''VV into leptons + 0,1j (5 flavors)'''||||||
     323||running time: ?||||||
     324||[http://cmsfm201.fynu.ucl.ac.be/MadgraphStorage/Gridpacks/14TeV/VV/gridpack_VV_llll_14TeV.tar.gz mini-soup] ||to be tested||19.3 pb||
     325||||||
     326||'''QCD: 2,3,4j (5 flavors)'''||||||
     327||||||
     328||[attachment:gridpack_QCD_100_250.tar.gz (100,250) GeV]||~30% (20,30)||~24 mb||
     329||[attachment:gridpack_QCD_250_500.tar.gz (250,500) GeV]||~18% (20,30)||~770 nb||
     330||[attachment:gridpack_QCD_500_1000.tar.gz (500,1000) GeV]||~12% (20,30)||~36 nb||
     331||[attachment:gridpack_QCD_1000_inf.tar.gz (1000,inf) GeV]||~9% (20,30)||~1 nb||
     332||||||||
     333||'''b-enriched :bb+0,1,2,3;b+1,2,3,b~+1,2,3'''||||||
     334||[attachment:gridpack_benriched_100_250.tar.gz (100,250) GeV]||~50% (20,30)||~900 nb||
     335||[attachment:gridpack_benriched_250_500.tar.gz (250,500) GeV]||~30% (20,30)||~50 nb||
     336||[attachment:gridpack_benriched_500_1000.tar.gz (500,1000) GeV]||~20% (20,30)||~4 nb||
     337||[attachment:gridpack_benriched_1000_inf.tar.gz (1000,inf) GeV]||~20% (20,30)||~0.15 nb||
     338||||||||
     339||'''a+1,2,3,4 j (5 flavor)'''||||||
     340||cross section are given before matching||||||
     341||[attachment:gridpack_ajets_40_100.tar.gz (40,100)]||~11% (5,10)||~574 nb||
     342||[attachment:gridpack_ajets_100_200.tar.gz (100,200)]||~18% (5,10)||~174 nb||
     343||[attachment:gridpack_ajets_200.tar.gz (200,inf)]||~27% (10,15)||~19 nb||
     344
     345
     346==== Productions with 1 multiplicity / sample ====
     347===== tt~ +jets: =====
     348
     349   * tt~ : [http://madgraph.fynu.ucl.ac.be/MadGraphData/fabio/PROC2/gridpack.tar.gz without integration grids] and [attachment:gridpack_ttx.tar.gz with integration grids] and [attachment:gridpack_ttx_dec.tar.gz with integration grids and (inclusive) top decay] (4-flavor)
     350   * tt~ + j :  [http://madgraph.fynu.ucl.ac.be/MadGraphData/fabio/PROC16/gridpack.tar.gz without integration grids] and [attachment:gridpack_ttxj.tar.gz with integration grids] and [attachment:gridpack_ttxj_dec.tar.gz with integration grids and (inclusive) top decay] (4-flavor)
     351   * tt~ + jj : [http://madgraph.fynu.ucl.ac.be/MadGraphData/fabio/PROC24/gridpack.tar.gz without integration grids] and [attachment:gridpack_ttxjj.tar.gz with integration grids] and [attachment:gridpack_ttxjj_dec.tar.gz with integration grids and (inclusive) top decay] (4-flavor)
     352   * tt~ + jjj :  [http://madgraph.fynu.ucl.ac.be/MadGraphData/fabio/PROC25/gridpack.tar.gz without integration grids] and [attachment:gridpack_ttxjjj.tar.gz with integration grids] and [attachment:gridpack_ttxjjj_dec.tar.gz with integration grids and (inclusive) top decay] (4-flavor)
     353
     354|| '''Process'''  || * EXCL. Xsec (Qcut=30)* || * INCL. xsec (Qcut=30)* ||'''Efficiency of the matching'''||
     355||tt~||309 pb||/||52% (excl)||
     356||tt~+ 1 jet||222 pb||/||28% (excl)||
     357||tt~+ 2 jets||100 pb||/||14% (excl)||
     358||tt~+ 3 jets ||/||63 pb||14% (incl)||
     359
     360Differences of cross sections between 4 and 5 flavor are too small to be taken into account here.
     361 
     362Notes
     363   * xqcut used: 20 GeV -> Qcut=30 GeV to be used in pythia_card.dat
     364   * for the 0,1,2 jets multiplicities, use IEXCFILE=1
     365
     366===== W+ + light jets only (udscg) =====
     367Notes
     368   * xqcut used: 10 GeV -> Qcut=15 GeV to be used in pythia_card.dat
     369   * for all multiplicities EXCEPT the highest, use IEXCFILE=1
     370
     371|| '''Process'''      ||  '''GridPack'''  || * EXCL. Xsec (Qcut=15)* || * INCL. xsec (Qcut=15)* ||
     372||(w+>leptons) +0 jet|| [attachment:gridpack_WplusToLept_nob.tar.gz gridpack.tar.gz] || 22.5 nb ||/||
     373||(w+>leptons) +1 jets||[attachment:gridpack_WplusToLeptj_nob.tar.gz gridpack.tar.gz] || 8.1 nb ||/||
     374||(w+>leptons) +2 jets|| [attachment:gridpack_WplusToLeptjj_nob.tar.gz gridpack.tar.gz] || 2.8 nb ||/||
     375||(w+>leptons) +3 jets|| [attachment:gridpack_WplusToLeptjjj_nob.tar.gz gridpack.tar.gz] || 1 nb ||1.6 nb||
     376||(w+>leptons) +4 jets|| to come||||||
     377
     378
     379===== W- + light jets only (udscg) =====
     380
     381|| '''Process'''      ||  '''GridPack'''  || * EXCL. Xsec (Qcut=15)* || * INCL. xsec (Qcut=15)* ||
     382||(w->leptons) +0 jet|| [attachment:gridpack_WminusToLept_nob.tar.gz gridpack.tar.gz]|| 16.5 nb||||
     383||(w->leptons) +1 jets||[attachment:gridpack_WminusToLeptj_nob.tar.gz gridpack.tar.gz]|| 5.7 nb||||
     384||(w->leptons) +2 jets|| [attachment:gridpack_WminusToLeptjj_nob.tar.gz gridpack.tar.gz]||nb||||
     385||(w->leptons) +3 jets|| [attachment:gridpack_WminusToLeptjjj_nob.tar.gz gridpack.tar.gz]||nb||||
     386||(w->leptons) +4 jets|| to come||||||
     387
     388Notes
     389   * xqcut used: 10 GeV -> Qcut=15 GeV to be used in pythia_card.dat
     390   * for all multiplicities EXCEPT the highest, use IEXCFILE=1
     391
     392
     393
     394==== Other notes ====
     395For the pythia step treatement the following parameter could be usefull:
     396
     397   * MSTP(81)=0 !use virtuality-ordered showers
     398   * MSTP(5)=109 ! tune to use the Underlying Events for PDF CTEQ6L1
     399
     400==== Typical run time ====
     401
     402Reference machine is a recent macbook running Leopard, intel CPU 2.16 GHz Dual Core 2 (but only one CPU is used of course), 4Mb of L2 cache and 1Go of RAM. The process is (W+>e+ve)+jets at the LHC, with all parameters and cuts set to their default values. The warming up time is for a rather slow 24*1GHz cluster (FYNU cluster at UCL). The compiled gridpack sizes are for static linking only, dynamic linking should decrease them a lot. Also, the run time is not expected to scale linearly with the number of [http://www.essaywriter.co.uk/services.aspx essay] diagrams, in particular for complicated processes. Generating 10K W+2j events could take only 2h, not 12h!
     403
     404|| Process ||  total # diag. || # subproc || Warming up time || Gridpack size || Compilation Time || Compiled gridpack size || Time to generate 1000 events ||
     405|| (W+>e+ve)+0j || 2 || 2 || 2min || 0.9Mb || 10s || 1.1 Mb || 5s ||
     406|| (W+>e+ve)+1j || 12 || 6 || 5min || 1.0Mb || 30s || 1.7 Mb || 1min40 ||
     407|| (W+>e+ve)+2j || 188 || 50 || 20min || 2.8 Mb || 2min10 || 8.5 Mb || 69min ||
     408|| (W+>e+ve)+3j || 1848 || ? || 112min || 14 Mb || 6min || 22 Mb || ? ||
     409
     410
     411
     412