| 51 | | || pp>e+e-u || '''A''' || (6.2952+-0.0017)E-5 || 6.299E-5 |||||| |
| 52 | | || bg>(t>b(W>jj))jj || A+E || 149301+-282 || 149748 || |||| |
| 53 | | || jj(W>jj)jj || A+D || 3.2503+- 0.0046 || 3.254 |||||| |
| 54 | | || jj(W>eve) || A+C || 3.244+- 0.008 || 3.254 |||||| |
| 55 | | || jj(t>b(W>eve)) || A+B || 150800+-1900 || 149748 || |||| |
| 56 | | || jj(W>bt) with (t>b(W>eve)) || A+A || (5.233+-0.004)E+19 || 5.22E9 || |||| |
| 57 | | || bg>(t>b(W>jj))jj || multi-channel || 148500+- 1300 || 149748 || (A+DD/A+E/A+11) (5e-17/1e-16/148500) || || |
| 58 | | || bg>(t>b(W>jj))jj || multi-channel || || 149748 || (A+DD/A+E) |||| |
| 59 | | || (W>lve) || '''B''' || (1.32 +-0.08)E-8 || 1.28E-8 || instability in the jacobian (if pz(l)=E(l)) |||| |
| 60 | | || (W>lve)j || B || (6.2927 +- 0.0039)E-5 || 6.299E-5 || non sensitive to the jac=0 area |||| |
| 61 | | || uu~>(W+>b~(t>b(W+>e+ve)))(W->e-ve~) || B+A || 5.201 +-0.046 E9 || 5.22E9 || |||| |
| | 51 | || pp>e+e-u || '''A''' || (6.2952+-0.0017)E-5 || 6.299E-5 |||||| |
| | 52 | || bg>(t>b(W>jj))jj || A+E || 149301+-282 || 149748 || |||| |
| | 53 | || jj(W>jj)jj || A+D || 3.2503+- 0.0046 || 3.254 |||||| |
| | 54 | || jj(W>eve) || A+C || 3.244+- 0.008 || 3.254 |||||| |
| | 55 | || jj(t>b(W>eve)) || A+B || 150800+-1900 || 149748 || |||| |
| | 56 | || jj(W>bt) with (t>b(W>eve)) || A+A || (5.233+-0.004)E+19 || 5.22E9 || |||| |
| | 57 | || bg>(t>b(W>jj))jj || multi-channel || 148500+- 1300 || 149748 || (A+DD/A+E/A+11) (5e-17/1e-16/148500) || || |
| | 58 | || bg>(t>b(W>jj))jj || multi-channel || || 149748 || (A+DD/A+E) |||| |
| | 59 | || (W>lve) || '''B''' || (1.32 +-0.08)E-8 || 1.28E-8 || instability in the jacobian (if pz(l)=E(l)) |||| |
| | 60 | || (W>lve)j || B || (6.2927 +- 0.0039)E-5 || 6.299E-5 || non sensitive to the jac=0 area |||| |
| | 61 | || uu~>(W+>b~(t>b(W+>e+ve)))(W->e-ve~) || B+A || 5.201 +-0.046 E9 || 5.22E9 || |||| |
| 63 | | || (W>lv)(W>lv) || B+C || 3.238+- 0.007 || 3.254 |||||| |
| 64 | | || (W>lv)(Z>mu+mu-) || B+D || 3.24 +- 0.05 || 3.254 |||||| |
| 65 | | || bg>(t>b(W+>jj))(W->e-ve~) || B+E || 148100+- 1100 || 149748 |||||| |
| 66 | | || (W>lv)(Z>mu+mu-) || B+fuse || 3.24 +- 0.04 || 3.254 |||||| |
| 67 | | || (W>lv)(Z>mu+mu-) || multi-channel || 3.254+-0.003 || 3.254 |||||| |
| 68 | | || (W>svt~(sta->ta-n1)) || B+C (both massif) || (5.959+-0.006)E-5 || 5.967E-5 |||||| |
| 69 | | || pp>(t>b(W+>e+ve)) || '''C''' || 1.28E-1 || 6.2982E-005 || WRONG |||| |
| | 63 | || (W>lv)(W>lv) || B+C || 3.238+- 0.007 || 3.254 |||||| |
| | 64 | || (W>lv)(Z>mu+mu-) || B+D || 3.24 +- 0.05 || 3.254 |||||| |
| | 65 | || bg>(t>b(W+>jj))(W->e-ve~) || B+E || 148100+- 1100 || 149748 |||||| |
| | 66 | || (W>lv)(Z>mu+mu-) || B+fuse || 3.24 +- 0.04 || 3.254 |||||| |
| | 67 | || (W>lv)(Z>mu+mu-) || multi-channel || 3.254+-0.003 || 3.254 |||||| |
| | 68 | || (W>svt~(sta->ta-n1)) || B+C (both massif) || (5.959+-0.006)E-5 || 5.967E-5 |||||| |
| | 69 | || pp>(t>b(W+>e+ve)) || '''C''' || 1.28E-1 || 6.2982E-005 || WRONG |||| |
| 71 | | || H>WW>e+e-veve~ || '''E''' || 531.567756+-121.365377 || 3.254 || instability in jac ???? |||| |
| 72 | | || H>WWj>e+e-veve~j || E || || 149753 || |||| |
| 73 | | || WW>e+e-veve~ || '''F''' || 565.237354+-123.048905 || 3.254 || instability in jac ????? |||| |
| 74 | | || WWj>e+e-veve~j || E || || 149753 || |||| |
| 75 | | || bu > td; t>benu || C || 0.0468 || 3.257 || in progress |||| |
| 76 | | || bu > td; t>benu || B || 3.25 || 3.257 || in progress |||| |
| | 71 | || H>WW>e+e-veve~ || '''E''' || 531.567756+-121.365377 || 3.254 || instability in jac ???? |||| |
| | 72 | || H>WWj>e+e-veve~j || E || || 149753 || |||| |
| | 73 | || WW>e+e-veve~ || '''F''' || 565.237354+-123.048905 || 3.254 || instability in jac ????? |||| |
| | 74 | || WWj>e+e-veve~j || E || || 149753 || |||| |
| | 75 | || bu > td; t>benu || C || 0.0468 || 3.257 || in progress |||| |
| | 76 | || bu > td; t>benu || B || 3.25 || 3.257 || in progress |||| |
| 167 | | || gg> (h>(w+>e+ ve )(w- > mu- vm~ ) ) || OK! || Olivier || |
| 168 | | || gg<script type="text/javascript" src="http://cp3wks05.fynu.ucl.ac.be/twiki/pub/TWiki/TinyMCEPlugin/tinymce/jscripts/tiny_mce/themes/advanced/langs/en.js"></script><script type="text/javascript" src="http://cp3wks05.fynu.ucl.ac.be/twiki/pub/TWiki/TinyMCEPlugin/tinymce/jscripts/tiny_mce/plugins/twikibuttons/langs/en.js"></script><script type="text/javascript" src="http://cp3wks05.fynu.ucl.ac.be/twiki/pub/TWiki/TinyMCEPlugin/tinymce/jscripts/tiny_mce/plugins/twikiimage/langs/en.js"></script>8;gt;( h>(w+>e+ ve )(w- > e- ve~ ) ) || -> event || Olivier || |
| 169 | | || gg>( h>(w+>e+ ve (w- > e- ve~ ) ) || -> event || Olivier || |
| 170 | | || pp>(er+>e+ n1) (er->e- n1) || OK! || Pierre || |
| 171 | | || pp>(mur+>mu+ n1) (mur->mu- <script type="text/javascript" src="http://cp3wks05.fynu.ucl.ac.be/twiki/pub/TWiki/TinyMCEPlugin/tinymce/jscripts/tiny_mce/themes/advanced/langs/en.js"></script><script type="text/javascript" src="http://cp3wks05.fynu.ucl.ac.be/twiki/pub/TWiki/TinyMCEPlugin/tinymce/jscripts/tiny_mce/plugins/twikibuttons/langs/en.js"></script><script type="text/javascript" src="http://cp3wks05.fynu.ucl.ac.be/twiki/pub/TWiki/TinyMCEPlugin/tinymce/jscripts/tiny_mce/plugins/twikiimage/langs/en.js"></script>n1) ) || not checked yet || Pierre || |
| 172 | | || pp>(t>b(W+>e+ve))(t~>b~(W->mu-vm~)) || Ok! || Pierre || |
| 173 | | || pp>(t>b(W+>mu+vm)) (t~>b~(W->mu-vm~)) || not checked yet |||| |
| 174 | | || pp>(t>b(W+>mu+vm)) (t~>b~(W->mu-vm~)) || not checked yet |||| |
| 175 | | || pp>(t>b(W+>mu+vm)) (t~>b~(W->jj)) || not checked yet |||| |
| 176 | | || pp>(t>b(W+>jj)) (t~>b~(W->jj)) || not checked yet |||| |
| | 167 | || gg> (h>(w+>e+ ve )(w- > mu- vm~ ) ) || OK! || Olivier || |
| | 168 | || gg<script type="text/javascript" src="http://cp3wks05.fynu.ucl.ac.be/twiki/pub/TWiki/TinyMCEPlugin/tinymce/jscripts/tiny_mce/themes/advanced/langs/en.js"></script><script type="text/javascript" src="http://cp3wks05.fynu.ucl.ac.be/twiki/pub/TWiki/TinyMCEPlugin/tinymce/jscripts/tiny_mce/plugins/twikibuttons/langs/en.js"></script><script type="text/javascript" src="http://cp3wks05.fynu.ucl.ac.be/twiki/pub/TWiki/TinyMCEPlugin/tinymce/jscripts/tiny_mce/plugins/twikiimage/langs/en.js"></script>8;gt;( h>(w+>e+ ve )(w- > e- ve~ ) ) || -> event || Olivier || |
| | 169 | || gg>( h>(w+>e+ ve (w- > e- ve~ ) ) || -> event || Olivier || |
| | 170 | || pp>(er+>e+ n1) (er->e- n1) || OK! || Pierre || |
| | 171 | || pp>(mur+>mu+ n1) (mur->mu- <script type="text/javascript" src="http://cp3wks05.fynu.ucl.ac.be/twiki/pub/TWiki/TinyMCEPlugin/tinymce/jscripts/tiny_mce/themes/advanced/langs/en.js"></script><script type="text/javascript" src="http://cp3wks05.fynu.ucl.ac.be/twiki/pub/TWiki/TinyMCEPlugin/tinymce/jscripts/tiny_mce/plugins/twikibuttons/langs/en.js"></script><script type="text/javascript" src="http://cp3wks05.fynu.ucl.ac.be/twiki/pub/TWiki/TinyMCEPlugin/tinymce/jscripts/tiny_mce/plugins/twikiimage/langs/en.js"></script>n1) ) || not checked yet || Pierre || |
| | 172 | || pp>(t>b(W+>e+ve))(t~>b~(W->mu-vm~)) || Ok! || Pierre || |
| | 173 | || pp>(t>b(W+>mu+vm)) (t~>b~(W->mu-vm~)) || not checked yet |||| |
| | 174 | || pp>(t>b(W+>mu+vm)) (t~>b~(W->mu-vm~)) || not checked yet |||| |
| | 175 | || pp>(t>b(W+>mu+vm)) (t~>b~(W->jj)) || not checked yet |||| |
| | 176 | || pp>(t>b(W+>jj)) (t~>b~(W->jj)) || not checked yet |||| |
| 183 | | 1. '''Grid initialization''': <br /> The transfer functions coud(should?) have their own grid this could be achieved by integrating the one-dimensional transfer functions. If this is needed (probably only for some hard cases), this could be done on an event-by-event basis. In other case a typical events could do the job once. |
| 184 | | 1. '''Tau decay''';<br /> it could be possible to have a special change of variable for the tau>lepton decay, using the coliniarity of the decay. A starting grid for the neutrinos angles could be used if we want to stay completely general. |
| 185 | | 1. '''Transfer function''':<br /> we could use a supra code trick for the transfer functions. This will give gain of time (~1%) but the main goal is to simplify the way to add a transfer functions in special case. -> '''Done in Version 2.5''' |
| 186 | | 1. '''Permutation''':<br /> we could/should develop a python code treating the permutation (supressing the identical permutation). This could be achieved with a MG stand alone test. |
| 187 | | 1. '''grid for solution choices''': <br />For the moment each solution (in change of variables) has the same probability to choose. Adding an adaptative grid on this could be interesting (->include those variable in VEGAS). An other idea will be to use the jacobian in order to improve our choices |
| 188 | | 1. '''Adaptative precision''':<br />For the moment the weight in each SubProcess the weights are computed with the same precision, in a normalized mode or in order to have refine procedure, a adaptative precision could be cut the processing time by a significative factor. |
| | 183 | 1. '''Grid initialization''': [[br]] The transfer functions coud(should?) have their own grid this could be achieved by integrating the one-dimensional transfer functions. If this is needed (probably only for some hard cases), this could be done on an event-by-event basis. In other case a typical events could do the job once. |
| | 184 | 1. '''Tau decay''';[[br]] it could be possible to have a special change of variable for the tau>lepton decay, using the coliniarity of the decay. A starting grid for the neutrinos angles could be used if we want to stay completely general. |
| | 185 | 1. '''Transfer function''':[[br]] we could use a supra code trick for the transfer functions. This will give gain of time (~1%) but the main goal is to simplify the way to add a transfer functions in special case. -> '''Done in Version 2.5''' |
| | 186 | 1. '''Permutation''':[[br]] we could/should develop a python code treating the permutation (supressing the identical permutation). This could be achieved with a MG stand alone test. |
| | 187 | 1. '''grid for solution choices''': [[br]]For the moment each solution (in change of variables) has the same probability to choose. Adding an adaptative grid on this could be interesting (->include those variable in VEGAS). An other idea will be to use the jacobian in order to improve our choices |
| | 188 | 1. '''Adaptative precision''':[[br]]For the moment the weight in each SubProcess the weights are computed with the same precision, in a normalized mode or in order to have refine procedure, a adaptative precision could be cut the processing time by a significative factor. |
