MadDM

Nan values for Direct Detection calculation

Asked by Özer Özdal

Hi,

I am trying to compute spin independent cross section in Alternative Left-Right Model (http://feynrules.irmp.ucl.ac.be/wiki/ALRM#no1). However, MadDM always ends up with Nan values for direct(directional) detection calculations while it can calculate the relic density and/or indirect detection values. How can I fix that problem ?

Thanks for the help!

Cheers,
Ozer

Question information

Language:
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Status:
Solved
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MadDM Edit question
Assignee:
Olivier Mattelaer Edit question
Solved by:
Olivier Mattelaer
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Revision history for this message
Olivier Mattelaer (olivier-mattelaer) said : 		#1

Hi,

I have tested in the 2to2lo mode (the fastest one) and fix a couple of issue.
In that mode, you have contribution so small that the code was crashing.

I have fix this in the version 3.0.3 of maddm (that will be released in 30 min if everything works as expected on the server side)

I have tested with the following command file:
> import model ALRM_UFO
> add indirect 2to2lo
> launch
> set fast

and this is the output (in debug mode)

>
> [2.6.5]$ ./bin/mg5 --mode=maddm_303 cmd
> Warning: The script ./bin/mg5 will be removed in future versions; use ./bin/mg5_aMC instead.
> Running MG5 in debug mode
> ====================================================
> | MadDM v3.0 |
> ====================================================
>
> #########
> ###\\####//##### Launchpad: launchpad.net/maddm
> ######\\##//########
> ########\\//###########
> #########//\\############ arXiv:1308.4955
> #########//##\\############ arXiv:1505.04190
> ########//#####\\########### arXiv:1804.00444
> ######################### ## ___________________________________________
> ####################### 0 # _ _ _ _____ _ _
> ############# 0 ### ## | \ / | ___ ___|| | ___ \ | \ / |
> ############## ######### ||\\ //|| / __ | / __ | || || ||\\ //||
> ########################## || V || ||__|| ||__|| ||___|| || V ||
> ################### ## || || \_____\ \____| |_____/ || ||
> ############ ### ___________________________________________
> ########## ######
> ################
> ########
>
> Need to learn? -> type tutorial
>
> ====================================================
> | A MadGraph5_aMC@NLO plugin. |
> ====================================================
> * VERSION 2.6.4 2018-11-09 *
> * BZR 2.6.5 292 *
>
> load MG5 configuration from /Users/omattelaer/.mg5/mg5_configuration.txt
> load MG5 configuration from input/mg5_configuration.txt
> set ninja to /Users/omattelaer/Documents/HEPTools/lib
> set collier to /Users/omattelaer/Documents/HEPTools/lib
> None does not seem to correspond to a valid fastjet-config executable (v3+). We will use fjcore instead.
> Please set the 'fastjet'variable to the full (absolute) /PATH/TO/fastjet-config (including fastjet-config).
> MG5_aMC> set fastjet /PATH/TO/fastjet-config
>
> set lhapdf to /Users/omattelaer/Documents/HEPTools/lhapdf6/bin/lhapdf-config
> import /Users/omattelaer/Documents/workspace/2.6.5/cmd
> The import format was not given, so we guess it as command
> The import format was not given, so we guess it as command
> import model ALRM_UFO
> INFO: model loaded from PYTHONPATH: /Users/omattelaer/Desktop/UFOMODEL/ALRM_UFO
> INFO: Change particles name to pass to MG5 convention
> Defined multiparticle p = g u c d s u~ c~ d~ s~
> Defined multiparticle j = g u c d s u~ c~ d~ s~
> Defined multiparticle l+ = e+ mu+
> Defined multiparticle l- = e- mu-
> Defined multiparticle vl = ve vm vt
> Defined multiparticle vl~ = ve~ vm~ vt~
> Defined multiparticle all = g a u c t d s b dd ds db u~ c~ t~ d~ s~ b~ dd~ ds~ db~ z w+ zp wp+ h h1 h2 h3 a1 a2 h1+ h2- w- wp- h1- h2+ ve vm vt e- mu- ta- ne nm nt ve~ vm~ vt~ e+ mu+ ta+ ne~ nm~ nt~
> add indirect 2to2lo
> Do you want to edit the benchmark (press enter to bypass editing)?
> - Press 1 or param to open an editor and edit the file
> - You can specify a path to a valid card (and potentially edit it afterwards)
> - You can use the 'set' command to edit the card
> [0, done, 1, param, enter path]
> found line : launch
> This answer is not valid for current question. Keep it for next question and use here default: 0
> INFO: Found Dark Matter candidate: ne
> add model /Users/omattelaer/Documents/workspace/2.6.5/PLUGIN/maddm_303/EffOperators/COMPLEX ~fdm=ne --recreate --keep_decay
> Kept definitions of multiparticles l- / j / vl / l+ / p / vl~ unchanged
> Defined multiparticle all = g a u c t d s b dd ds db u~ c~ t~ d~ s~ b~ dd~ ds~ db~ z w+ zp wp+ h h1 h2 h3 a1 a2 h1+ h2- ~sdm ~vdm w- wp- h1- h2+ sdm~ vdm~ ve vm vt e- mu- ta- ne nm nt ve~ vm~ vt~ e+ mu+ ta+ ne~ nm~ nt~
> INFO: For indirect detection we need to generate relic density matrix-element
> INFO: DM is allowed to annihilate into the following BSM particles: zp wp+ dd ds db h1 h2 h3 a1 a2 h1+ h2- ~sdm ~vdm
> INFO: use generate relic_density / X to forbid the decay the annihilation to X
> INFO: if you want to forbid DM to annihilate into BSM particles do relic_density / bsm
> Multiparticle labels:
> all = g a u c t d s b dd ds db u~ c~ t~ d~ s~ b~ dd~ ds~ db~ z w+ zp wp+ h h1 h2 h3 a1 a2 h1+ h2- ~sdm ~vdm w- wp- h1- h2+ sdm~ vdm~ ve vm vt e- mu- ta- ne nm nt ve~ vm~ vt~ e+ mu+ ta+ ne~ nm~ nt~
> l- = e- mu-
> dm_particle_0 = ne ne~
> bsm = dd ds db dd~ ds~ db~ zp wp+ h1 h2 h3 a1 a2 h1+ h2- ~sdm ~vdm wp- h1- h2+ sdm~ vdm~ ne nm nt ne~ nm~ nt~
> dm_particles = ne ne~
> j = g u c d s u~ c~ d~ s~
> vl = ve vm vt
> l+ = e+ mu+
> p = g u c d s u~ c~ d~ s~
> vl~ = ve~ vm~ vt~
> INFO: Trying process: ne ne > ve ve HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 4 diagrams
> INFO: Trying process: ne ne > ve vm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 4 diagrams
> INFO: Trying process: ne ne > ve vt HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 4 diagrams
> INFO: Trying process: ne ne > vm vm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 4 diagrams
> INFO: Trying process: ne ne > vm vt HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 4 diagrams
> INFO: Trying process: ne ne > vt vt HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 4 diagrams
> INFO: Trying process: ne ne~ > g g HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 1 diagrams
> INFO: Trying process: ne ne~ > g a HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > g z HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > g h HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > g zp HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > g h1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > g h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > g h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > g a1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > g a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > g ~sdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > g ~vdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > g sdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > g vdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a a HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 6 diagrams
> INFO: Trying process: ne ne~ > a z HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 5 diagrams
> INFO: Trying process: ne ne~ > a h HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 7 diagrams
> INFO: Trying process: ne ne~ > a zp HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 5 diagrams
> INFO: Trying process: ne ne~ > a h1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 6 diagrams
> INFO: Trying process: ne ne~ > a h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 6 diagrams
> INFO: Trying process: ne ne~ > a a1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 5 diagrams
> INFO: Trying process: ne ne~ > a ~sdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a ~vdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a sdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a vdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > d d~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 7 diagrams
> INFO: Trying process: ne ne~ > d s~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > d b~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > d dd~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > d ds~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > d db~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > u u~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 7 diagrams
> INFO: Trying process: ne ne~ > u c~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > u t~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > s d~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > s s~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 7 diagrams
> INFO: Trying process: ne ne~ > s b~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > s dd~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > s ds~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > s db~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > c u~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > c c~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 7 diagrams
> INFO: Trying process: ne ne~ > c t~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > b d~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > b s~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > b b~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 7 diagrams
> INFO: Trying process: ne ne~ > b dd~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > b ds~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > b db~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > t u~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > t c~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > t t~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 7 diagrams
> INFO: Trying process: ne ne~ > dd d~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > dd s~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > dd b~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > dd dd~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 7 diagrams
> INFO: Trying process: ne ne~ > dd ds~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > dd db~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > ds d~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > ds s~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > ds b~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > ds dd~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > ds ds~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 7 diagrams
> INFO: Trying process: ne ne~ > ds db~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > db d~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > db s~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > db b~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > db dd~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > db ds~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > db db~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 7 diagrams
> INFO: Trying process: ne ne~ > z z HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 6 diagrams
> INFO: Trying process: ne ne~ > z h HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 8 diagrams
> INFO: Trying process: ne ne~ > z zp HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 6 diagrams
> INFO: Trying process: ne ne~ > z h1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > z h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 6 diagrams
> INFO: Trying process: ne ne~ > z h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 6 diagrams
> INFO: Trying process: ne ne~ > z a1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > z a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 5 diagrams
> INFO: Trying process: ne ne~ > z ~sdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > z ~vdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > z sdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > z vdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > w+ h2- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > w+ w- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 7 diagrams
> INFO: Trying process: ne ne~ > w+ wp- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > w+ h1- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 7 diagrams
> INFO: Trying process: ne ne~ > h h HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 5 diagrams
> INFO: Trying process: ne ne~ > h zp HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 8 diagrams
> INFO: Trying process: ne ne~ > h h1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 5 diagrams
> INFO: Trying process: ne ne~ > h h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 5 diagrams
> INFO: Trying process: ne ne~ > h a1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 6 diagrams
> INFO: Trying process: ne ne~ > h ~sdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h ~vdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h sdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h vdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > zp zp HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 6 diagrams
> INFO: Trying process: ne ne~ > zp h1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > zp h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 6 diagrams
> INFO: Trying process: ne ne~ > zp h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 6 diagrams
> INFO: Trying process: ne ne~ > zp a1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > zp a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 5 diagrams
> INFO: Trying process: ne ne~ > zp ~sdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > zp ~vdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > zp sdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > zp vdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > wp+ h2- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 10 diagrams
> INFO: Trying process: ne ne~ > wp+ w- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > wp+ wp- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 10 diagrams
> INFO: Trying process: ne ne~ > wp+ h1- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h1 h1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 9 diagrams
> INFO: Trying process: ne ne~ > h1 h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h1 h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h1 a1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 8 diagrams
> INFO: Trying process: ne ne~ > h1 a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h1 ~sdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h1 ~vdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h1 sdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h1 vdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h2 h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 5 diagrams
> INFO: Trying process: ne ne~ > h2 h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 5 diagrams
> INFO: Trying process: ne ne~ > h2 a1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h2 a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 6 diagrams
> INFO: Trying process: ne ne~ > h2 ~sdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h2 ~vdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h2 sdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h2 vdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h3 h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 5 diagrams
> INFO: Trying process: ne ne~ > h3 a1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h3 a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 6 diagrams
> INFO: Trying process: ne ne~ > h3 ~sdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h3 ~vdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h3 sdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h3 vdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a1 a1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 9 diagrams
> INFO: Trying process: ne ne~ > a1 a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a1 ~sdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a1 ~vdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a1 sdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a1 vdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a2 a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 5 diagrams
> INFO: Trying process: ne ne~ > a2 ~sdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a2 ~vdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a2 sdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > a2 vdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h1+ h2- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h1+ w- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 7 diagrams
> INFO: Trying process: ne ne~ > h1+ wp- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > h1+ h1- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 6 diagrams
> INFO: Trying process: ne ne~ > h2- h2+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 9 diagrams
> INFO: Trying process: ne ne~ > ~sdm ~sdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > ~sdm ~vdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > ~sdm sdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > ~sdm vdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > ~vdm ~vdm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > ~vdm sdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > ~vdm vdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > w- h2+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > wp- h2+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 10 diagrams
> INFO: Trying process: ne ne~ > h1- h2+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > sdm~ sdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > sdm~ vdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > vdm~ vdm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Trying process: ne ne~ > e- e+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 9 diagrams
> INFO: Trying process: ne ne~ > e- mu+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 2 diagrams
> INFO: Trying process: ne ne~ > e- ta+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 2 diagrams
> INFO: Trying process: ne ne~ > ve ve~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 9 diagrams
> INFO: Trying process: ne ne~ > ve vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 2 diagrams
> INFO: Trying process: ne ne~ > ve vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 2 diagrams
> INFO: Trying process: ne ne~ > mu- e+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 2 diagrams
> INFO: Trying process: ne ne~ > mu- mu+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 9 diagrams
> INFO: Trying process: ne ne~ > mu- ta+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 2 diagrams
> INFO: Trying process: ne ne~ > vm ve~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 2 diagrams
> INFO: Trying process: ne ne~ > vm vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 9 diagrams
> INFO: Trying process: ne ne~ > vm vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 2 diagrams
> INFO: Trying process: ne ne~ > ta- e+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 2 diagrams
> INFO: Trying process: ne ne~ > ta- mu+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 2 diagrams
> INFO: Trying process: ne ne~ > ta- ta+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 9 diagrams
> INFO: Trying process: ne ne~ > vt ve~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 2 diagrams
> INFO: Trying process: ne ne~ > vt vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 2 diagrams
> INFO: Trying process: ne ne~ > vt vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 9 diagrams
> INFO: Process ne~ ne > g g added to mirror process ne ne~ > g g
> INFO: Process ne~ ne > a a added to mirror process ne ne~ > a a
> INFO: Process ne~ ne > a z added to mirror process ne ne~ > a z
> INFO: Process ne~ ne > a h added to mirror process ne ne~ > a h
> INFO: Process ne~ ne > a zp added to mirror process ne ne~ > a zp
> INFO: Process ne~ ne > a h2 added to mirror process ne ne~ > a h2
> INFO: Process ne~ ne > a h3 added to mirror process ne ne~ > a h3
> INFO: Process ne~ ne > a a2 added to mirror process ne ne~ > a a2
> INFO: Process ne~ ne > d d~ added to mirror process ne ne~ > d d~
> INFO: Process ne~ ne > u u~ added to mirror process ne ne~ > u u~
> INFO: Process ne~ ne > s s~ added to mirror process ne ne~ > s s~
> INFO: Process ne~ ne > c c~ added to mirror process ne ne~ > c c~
> INFO: Process ne~ ne > b b~ added to mirror process ne ne~ > b b~
> INFO: Process ne~ ne > t t~ added to mirror process ne ne~ > t t~
> INFO: Process ne~ ne > dd dd~ added to mirror process ne ne~ > dd dd~
> INFO: Process ne~ ne > ds ds~ added to mirror process ne ne~ > ds ds~
> INFO: Process ne~ ne > db db~ added to mirror process ne ne~ > db db~
> INFO: Process ne~ ne > z z added to mirror process ne ne~ > z z
> INFO: Process ne~ ne > z h added to mirror process ne ne~ > z h
> INFO: Process ne~ ne > z zp added to mirror process ne ne~ > z zp
> INFO: Process ne~ ne > z h2 added to mirror process ne ne~ > z h2
> INFO: Process ne~ ne > z h3 added to mirror process ne ne~ > z h3
> INFO: Process ne~ ne > z a2 added to mirror process ne ne~ > z a2
> INFO: Process ne~ ne > w+ w- added to mirror process ne ne~ > w+ w-
> INFO: Process ne~ ne > w+ h1- added to mirror process ne ne~ > w+ h1-
> INFO: Process ne~ ne > h h added to mirror process ne ne~ > h h
> INFO: Process ne~ ne > h zp added to mirror process ne ne~ > h zp
> INFO: Process ne~ ne > h h2 added to mirror process ne ne~ > h h2
> INFO: Process ne~ ne > h h3 added to mirror process ne ne~ > h h3
> INFO: Process ne~ ne > h a2 added to mirror process ne ne~ > h a2
> INFO: Process ne~ ne > zp zp added to mirror process ne ne~ > zp zp
> INFO: Process ne~ ne > zp h2 added to mirror process ne ne~ > zp h2
> INFO: Process ne~ ne > zp h3 added to mirror process ne ne~ > zp h3
> INFO: Process ne~ ne > zp a2 added to mirror process ne ne~ > zp a2
> INFO: Process ne~ ne > wp+ h2- added to mirror process ne ne~ > wp+ h2-
> INFO: Process ne~ ne > wp+ wp- added to mirror process ne ne~ > wp+ wp-
> INFO: Process ne~ ne > h1 h1 added to mirror process ne ne~ > h1 h1
> INFO: Process ne~ ne > h1 a1 added to mirror process ne ne~ > h1 a1
> INFO: Process ne~ ne > h2 h2 added to mirror process ne ne~ > h2 h2
> INFO: Process ne~ ne > h2 h3 added to mirror process ne ne~ > h2 h3
> INFO: Process ne~ ne > h2 a2 added to mirror process ne ne~ > h2 a2
> INFO: Process ne~ ne > h3 h3 added to mirror process ne ne~ > h3 h3
> INFO: Process ne~ ne > h3 a2 added to mirror process ne ne~ > h3 a2
> INFO: Process ne~ ne > a1 a1 added to mirror process ne ne~ > a1 a1
> INFO: Process ne~ ne > a2 a2 added to mirror process ne ne~ > a2 a2
> INFO: Process ne~ ne > h1+ w- added to mirror process ne ne~ > h1+ w-
> INFO: Process ne~ ne > h1+ h1- added to mirror process ne ne~ > h1+ h1-
> INFO: Process ne~ ne > h2- h2+ added to mirror process ne ne~ > h2- h2+
> INFO: Process ne~ ne > wp- h2+ added to mirror process ne ne~ > wp- h2+
> INFO: Process ne~ ne > e- e+ added to mirror process ne ne~ > e- e+
> INFO: Process ne~ ne > e- mu+ added to mirror process ne ne~ > e- mu+
> INFO: Process ne~ ne > e- ta+ added to mirror process ne ne~ > e- ta+
> INFO: Process ne~ ne > ve ve~ added to mirror process ne ne~ > ve ve~
> INFO: Process ne~ ne > ve vm~ added to mirror process ne ne~ > ve vm~
> INFO: Process ne~ ne > ve vt~ added to mirror process ne ne~ > ve vt~
> INFO: Process ne~ ne > mu- e+ added to mirror process ne ne~ > mu- e+
> INFO: Process ne~ ne > mu- mu+ added to mirror process ne ne~ > mu- mu+
> INFO: Process ne~ ne > mu- ta+ added to mirror process ne ne~ > mu- ta+
> INFO: Process ne~ ne > vm ve~ added to mirror process ne ne~ > vm ve~
> INFO: Process ne~ ne > vm vm~ added to mirror process ne ne~ > vm vm~
> INFO: Process ne~ ne > vm vt~ added to mirror process ne ne~ > vm vt~
> INFO: Process ne~ ne > ta- e+ added to mirror process ne ne~ > ta- e+
> INFO: Process ne~ ne > ta- mu+ added to mirror process ne ne~ > ta- mu+
> INFO: Process ne~ ne > ta- ta+ added to mirror process ne ne~ > ta- ta+
> INFO: Process ne~ ne > vt ve~ added to mirror process ne ne~ > vt ve~
> INFO: Process ne~ ne > vt vm~ added to mirror process ne ne~ > vt vm~
> INFO: Process ne~ ne > vt vt~ added to mirror process ne ne~ > vt vt~
> INFO: Trying process: ne~ ne~ > ve~ ve~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 4 diagrams
> INFO: Trying process: ne~ ne~ > ve~ vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 4 diagrams
> INFO: Trying process: ne~ ne~ > ve~ vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 4 diagrams
> INFO: Trying process: ne~ ne~ > vm~ vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 4 diagrams
> INFO: Trying process: ne~ ne~ > vm~ vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 4 diagrams
> INFO: Trying process: ne~ ne~ > vt~ vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Process has 4 diagrams
> 79 processes with 443 diagrams generated in 4.155 s
> Total: 79 processes with 443 diagrams
> INFO: Trying process: ne ne > ne ne HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1998
> INFO: Process has 14 diagrams
> INFO: Crossed process found for ne ne~ > ne ne~, reuse diagrams.
> INFO: Process ne~ ne > ne ne~ added to mirror process ne ne~ > ne ne~
> INFO: Crossed process found for ne~ ne~ > ne~ ne~, reuse diagrams.
> 3 processes with 42 diagrams generated in 0.038 s
> Total: 82 processes with 485 diagrams
> launch
> output command missing, run it automatically (with default argument)
> Plugin PLUGIN.maddump has marked as NOT being validated with this version.
> It has been validated for the last time with version: 2.6.0
> Output will be done with PLUGIN: maddm_303
> INFO: Initializing project directory: PROC_PLUGIN_ALRM_UFO__COMPLEX_6
> /Users/omattelaer/Documents/workspace/2.6.5/Template/LO/Source/make_opts
> INFO: Organizing processes into subprocess groups
> INFO: Generating Helas calls for process: ne ne~ > wp+ h2- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > wp+ h2- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > wp- h2+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Reusing existing color information for process: ne ne~ > wp- h2+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > wp+ wp- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > wp+ wp- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h1 h1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h1 h1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > a1 a1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > a1 a1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h2- h2+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h2- h2+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > e- e+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > e- e+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > ve ve~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > ve ve~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne > ve ve HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne > ve ve HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne~ ne~ > ve~ ve~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Reusing existing color information for process: ne~ ne~ > ve~ ve~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > mu- mu+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > mu- mu+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > vm vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > vm vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne > vm vm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne > vm vm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne~ ne~ > vm~ vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Reusing existing color information for process: ne~ ne~ > vm~ vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > ta- ta+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > ta- ta+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > vt vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > vt vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne > vt vt HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne > vt vt HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne~ ne~ > vt~ vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Reusing existing color information for process: ne~ ne~ > vt~ vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > z h HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > z h HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h zp HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h zp HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h1 a1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h1 a1 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > a h HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > a h HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > d d~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > d d~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > u u~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > u u~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > s s~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > s s~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > c c~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > c c~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > b b~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > b b~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > t t~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > t t~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > dd dd~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > dd dd~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > ds ds~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > ds ds~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > db db~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > db db~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > w+ w- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > w+ w- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > w+ h1- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > w+ h1- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h1+ w- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h1+ w- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > a a HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > a a HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > a h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > a h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > a h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > a h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > z z HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > z z HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > z zp HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > z zp HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > z h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > z h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > z h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > z h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > zp zp HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > zp zp HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > zp h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > zp h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > zp h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > zp h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h2 a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h2 a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h3 a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h3 a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h1+ h1- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h1+ h1- HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > a z HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > a z HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > a zp HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > a zp HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > a a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > a a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > z a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > z a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h h HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h h HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > zp a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > zp a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h2 h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h2 h2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h2 h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h2 h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > h3 h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > h3 h3 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > a2 a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > a2 a2 HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne > ve vm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne > ve vm HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne~ ne~ > ve~ vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Reusing existing color information for process: ne~ ne~ > ve~ vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > ve vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > ve vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne > ve vt HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne > ve vt HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne~ ne~ > ve~ vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Reusing existing color information for process: ne~ ne~ > ve~ vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > ve vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > ve vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne > vm vt HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne > vm vt HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne~ ne~ > vm~ vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Reusing existing color information for process: ne~ ne~ > vm~ vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > vm vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > vm vt~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > e- mu+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > e- mu+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > e- ta+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > e- ta+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > mu- e+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > mu- e+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > mu- ta+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > mu- ta+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > vm ve~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > vm ve~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > ta- e+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > ta- e+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > ta- mu+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > ta- mu+ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > vt ve~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > vt ve~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > vt vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > vt vm~ HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Generating Helas calls for process: ne ne~ > g g HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> INFO: Processing color information for process: ne ne~ > g g HIG<=1 HIW<=1 QED<=4 SDEFFF=0 SDEFFV=0 SIEFFF=0 SIEFFS=0 SIEFFV=0 @1999
> Generated helas calls for 0 subprocesses (443 diagrams) in 1.139 s
> ALOHA: aloha creates VVS2 routines
> ALOHA: aloha creates VVV2 routines
> ALOHA: aloha creates FFV3 routines
> ALOHA: aloha creates FFV1 routines
> ALOHA: aloha creates FFV2 routines
> ALOHA: aloha creates SSS1 routines
> ALOHA: aloha creates VSS1 routines
> ALOHA: aloha creates FFS1 routines
> ALOHA: aloha creates VVS1 routines
> ALOHA: aloha creates FFS3 routines
> ALOHA: aloha creates FFS2 routines
> ALOHA: aloha creates FFS4 routines
> output done: running launch
> INFO: Loaded experimental constraints. To change, use the set command
> INFO: Omega h^2 = 1.1980e-01 +- 1.5000e-03
> INFO: Spin Independent cross section: /Users/omattelaer/Documents/workspace/2.6.5/PLUGIN/maddm_303/ExpData/Xenont1T_data_2017.dat
> INFO: Spin Dependent cross section (p): /Users/omattelaer/Documents/workspace/2.6.5/PLUGIN/maddm_303/ExpData/Pico60_sd_proton.dat
> INFO: Spin Dependent cross section (n): /Users/omattelaer/Documents/workspace/2.6.5/PLUGIN/maddm_303/ExpData/Lux_2017_sd_neutron.dat
> launch
> set fast
> INFO: modify parameter sigmav_method of the maddm_card.dat to inclusive
> The following switches determine which programs are run:
> /============== Description ==============|================= values ==================|========== other options ===========\
> | 1. Compute the Relic Density | relic = ON | OFF |
> | 2. Compute direct(ional) detection | direct = OFF | Please install module |
> | 3. Compute indirect detection/flux | indirect = sigmav | flux_source|flux_earth|OFF |
> | 4. Run Multinest scan | nestscan = OFF | Please install module |
> \==========================================================================================================================/
> You can also edit the various input card:
> * Enter the name/number to open the editor
> * Enter a path to a file to replace the card
> * Enter set NAME value to change any parameter to the requested value
> /=============================================================================\
> | 5. Edit the model parameters [param] |
> | 6. Edit the MadDM options [maddm] |
> \=============================================================================/
>
> The answer to the previous question is not set in your input file
> Use 0 value
> DEBUG: 2to2 in ask_run_configuration: False
> DEBUG: 2to2: True
> INFO: Start computing indirect,relic
> WARNING: since sigmav_method is on inclusive, indirect_flux_source_method has been switched to PPPC4MID
> maddm_card missed argument print_out. Takes default: False
> maddm_card missed argument print_sigmas. Takes default: False
> maddm_card missed argument x_start. Takes default: 50.0
> maddm_card missed argument x_end. Takes default: 1000.0
> maddm_card missed argument dx_step. Takes default: 1.0
> maddm_card missed argument ngrid_init. Takes default: 50
> maddm_card missed argument nres_points. Takes default: 50
> maddm_card missed argument eps_wij. Takes default: 0.01
> maddm_card missed argument iter_wij. Takes default: 2
> maddm_card missed argument spu. Takes default: 0.0153
> maddm_card missed argument spd. Takes default: 0.0191
> maddm_card missed argument sps. Takes default: 0.0447
> maddm_card missed argument spg. Takes default: 0.9209
> maddm_card missed argument snu. Takes default: 0.011
> maddm_card missed argument snd. Takes default: 0.0273
> maddm_card missed argument sns. Takes default: 0.0447
> maddm_card missed argument sng. Takes default: 0.917
> maddm_card missed argument vpu. Takes default: 2.0
> maddm_card missed argument vpd. Takes default: 1.0
> maddm_card missed argument vnu. Takes default: 1.0
> maddm_card missed argument vnd. Takes default: 2.0
> maddm_card missed argument avpu. Takes default: 0.842
> maddm_card missed argument avpd. Takes default: -0.427
> maddm_card missed argument avps. Takes default: -0.085
> maddm_card missed argument avnu. Takes default: -0.427
> maddm_card missed argument avnd. Takes default: 0.842
> maddm_card missed argument avns. Takes default: -0.085
> maddm_card missed argument sigpu. Takes default: 0.84
> maddm_card missed argument sigpd. Takes default: -0.23
> maddm_card missed argument sigps. Takes default: -0.046
> maddm_card missed argument signu. Takes default: -0.23
> maddm_card missed argument signd. Takes default: 0.84
> maddm_card missed argument signs. Takes default: -0.046
> INFO: compilation done
> INFO: Running indirect detection
> INFO: PPPC4DMID Spectra at source loaded
> DEBUG: sigmav = 1.48176823234e-25 , pvalue-nonth = 0.0469131389369 , like-nonth = -17.6356383875
> DEBUG: sigmav = 1.48176823234e-25 , p-th=0.000144938431682 , like-th=-17.6339078713 , p-nonth=0.0469131389369 , like-nonth=-17.6356383875
> INFO: MadDM Results
> INFO: Define xsi = Relic density/Planck measurement for thermal scenarios.
> INFO: Rescaling theory prediction for xsi(direct det.) and xsi^2(indirect det.) for thermal scenarios.
>
> INFO:
> ***** Relic Density
> OMEGA IS 0.000369801995
> INFO: Relic Density = 3.70e-04 ALLOWED
> INFO: x_f = 2.80e+01
> INFO: sigmav(xf) = 5.06e-07
> INFO: xsi = 3.09e-03
> INFO:
> ****** Indirect detection [cm^3/s]:
> INFO: <sigma v> method: inclusive
> INFO: DM particle halo velocity: 2e-05/c
> INFO: nenex_vmvmx Thermal = 2.10e-35 NO LIMIT All DM = 2.20e-30 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_emmup Thermal = 3.60e-37 NO LIMIT All DM = 3.78e-32 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_tamtap Thermal = 6.32e-35 NO LIMIT All DM = 6.63e-30 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_ttx Thermal = 1.97e-34 ALLOWED All DM = 2.06e-29 ALLOWED Fermi ul = 7.02e-26
> INFO: nenex_mumtap Thermal = 8.99e-38 NO LIMIT All DM = 9.44e-33 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_tamep Thermal = 3.60e-37 NO LIMIT All DM = 3.78e-32 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_hh2 Thermal = 4.27e-48 NO LIMIT All DM = 4.48e-43 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_ssx Thermal = 3.63e-35 ALLOWED All DM = 3.81e-30 ALLOWED Fermi ul = 5.04e-26
> INFO: nenex_ha2 Thermal = 2.99e-37 NO LIMIT All DM = 3.14e-32 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_zh Thermal = 6.73e-35 NO LIMIT All DM = 7.06e-30 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_ah2 Thermal = 2.55e-69 NO LIMIT All DM = 2.67e-64 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_emtap Thermal = 3.60e-37 NO LIMIT All DM = 3.78e-32 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_zz Thermal = 3.33e-42 ALLOWED All DM = 3.49e-37 ALLOWED Fermi ul = 7.52e-26
> INFO: nenex_ccx Thermal = 2.89e-34 ALLOWED All DM = 3.04e-29 ALLOWED Fermi ul = 4.93e-26
> INFO: nenex_ddddx Thermal = 7.29e-39 ALLOWED All DM = 7.65e-34 ALLOWED Fermi ul = 5.04e-26
> INFO: nenex_hh Thermal = 8.64e-48 ALLOWED All DM = 9.06e-43 ALLOWED Fermi ul = 6.52e-26
> INFO: nenex_uux Thermal = 2.89e-34 ALLOWED All DM = 3.04e-29 ALLOWED Fermi ul = 5.04e-26
> INFO: nenex_bbx Thermal = 3.63e-35 ALLOWED All DM = 3.81e-30 ALLOWED Fermi ul = 5.68e-26
> INFO: nenex_vmvtx Thermal = 4.12e-48 NO LIMIT All DM = 4.32e-43 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_az Thermal = 3.35e-80 NO LIMIT All DM = 3.51e-75 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_mumep Thermal = 3.60e-37 NO LIMIT All DM = 3.78e-32 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_za2 Thermal = 4.41e-44 NO LIMIT All DM = 4.63e-39 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_aa Thermal = 3.06e-52 NO LIMIT All DM = 3.21e-47 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_ah Thermal = 8.88e-70 NO LIMIT All DM = 9.32e-65 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_mummup Thermal = 6.32e-35 NO LIMIT All DM = 6.63e-30 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_h1pwm Thermal = 1.13e-37 NO LIMIT All DM = 1.19e-32 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_wph1m Thermal = 1.13e-37 NO LIMIT All DM = 1.19e-32 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_vmvex Thermal = 1.74e-48 NO LIMIT All DM = 1.83e-43 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_tammup Thermal = 8.99e-38 NO LIMIT All DM = 9.44e-33 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_emep Thermal = 5.39e-35 NO LIMIT All DM = 5.66e-30 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_vevmx Thermal = 1.74e-48 NO LIMIT All DM = 1.83e-43 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_vtvtx Thermal = 2.10e-35 NO LIMIT All DM = 2.20e-30 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_vevex Thermal = 2.10e-35 NO LIMIT All DM = 2.20e-30 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_ddx Thermal = 3.63e-35 ALLOWED All DM = 3.81e-30 ALLOWED Fermi ul = 5.04e-26
> INFO: nenex_vtvmx Thermal = 4.12e-48 NO LIMIT All DM = 4.32e-43 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_vevtx Thermal = 2.06e-48 NO LIMIT All DM = 2.17e-43 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_vtvex Thermal = 2.06e-48 NO LIMIT All DM = 2.17e-43 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_gg Thermal = 5.69e-51 ALLOWED All DM = 5.97e-46 ALLOWED Fermi ul = 4.93e-26
> INFO: nenex_wpwm Thermal = 7.78e-35 NO LIMIT All DM = 8.16e-30 NO LIMIT Fermi ul = -1.00e+00
> INFO: nenex_zh2 Thermal = 6.77e-37 NO LIMIT All DM = 7.10e-32 NO LIMIT Fermi ul = -1.00e+00
> INFO: Skipping zero cross section processes for: zpa2, h1ph1m, vmvt, h2a2, hh3, azp, a2a2, ah3, wppwpm, wpph2m, vmvm, h2h3, h2h2, hzp, vexvm, vevm, veve, vevt, a1a1, h1a1, zpzp, zzp, h1h1, h2mh2p, vmxvm, vmxvt, vtvt, dsdsx, vexvt, h3h3, vtxvt, vexve, h3a2, zph3, zph2, wpmh2p, zh3, dbdbx, aa2
> INFO: Using generic Fermi limits for light quarks (u,d,s)
> INFO: Total limits calculated with Fermi likelihood:
> INFO: DM DM > SM SM Thermal = 8.84e-34 ALLOWED All DM = 9.28e-29 ALLOWED Fermi ul = 1.48e-25
> INFO:
> INFO:
> INFO: Results written in: /Users/omattelaer/Documents/workspace/2.6.5/PROC_PLUGIN_ALRM_UFO__COMPLEX_6/output/run_01/MadDM_results.txt
> INFO: Output files saved in /Users/omattelaer/Documents/workspace/2.6.5/PROC_PLUGIN_ALRM_UFO__COMPLEX_6/output/run_01
> INFO: Output files saved in /Users/omattelaer/Documents/workspace/2.6.5/PROC_PLUGIN_ALRM_UFO__COMPLEX_6/output/run_01
> quit
> quit

> On 31 Dec 2018, at 03:42, Özer Özdal <email address hidden> wrote:
>
> New question #677233 on MadDM:
> https://answers.launchpad.net/maddm/+question/677233
>
> Hi,
>
> I am trying to compute spin independent cross section in Alternative Left-Right Model (http://feynrules.irmp.ucl.ac.be/wiki/ALRM#no1). However, MadDM always ends up with Nan values for direct(directional) detection calculations while it can calculate the relic density and/or indirect detection values. How can I fix that problem ?
>
> Thanks for the help!
>
> Cheers,
> Ozer
>
> --
> You received this question notification because your team maddm is an
> answer contact for MadDM.

Revision history for this message
Özer Özdal (oozdal) said : 		#2

Dear Olivier,

Thanks for your quick reply. However, my main problem is about direct detection. Since the current version of maddm (maddmv3.0) is crashed for ALRM, I am using MG5_aMC_v2_6_4 with "./bin/maddm.py" or "./bin/mg5_aMC --mode=maddm" commands.

I have tested with the following commands

import model ALRM_UFO
define darkmatter ne
add direct_detection
output test_ALRM
launch

And the output is the following. I wonder why the theoretical values of SigmaN_SI(SD)_p(n) are negative in the Direct Detection section. Is it because MadDM turns -1 for excluded values of SigmaN_SI(SD)_p(n) values ?

#############################################
# MadDM v. 3.0 #
#############################################

#############################################
# Relic Density #
#############################################

Omegah2 = 1.13e-01
Omegah_Planck = 1.20e-01
xsi = 9.43e-01 # xsi = (Omega/Omega_Planck)
x_f = 2.10e+01
sigmav_xf = 1.08e-09

#############################################
# Direct Detection [cm^2] #
#############################################

SigmaN_SI_p = [-3.89e-28,2.60e-46] # Xenon1ton
SigmaN_SI_n = [-3.89e-28,2.60e-46] # Xenon1ton
SigmaN_SD_p = [-3.89e-28,9.13e-41] # Pico60
SigmaN_SD_n = [-3.89e-28,5.24e-41] # Lux2017

When i added the following line to scan ne mass between 10-1000 GeV,

set mne scan:[10*i for i in range(1,100)]

the output of "scan_run_01.txt" is the following where i only shared the first two rows for simplicity. The point is that sigmaN_SI_p, sigmaN_SI_n, sigmaN_SD_p and sigmaN_SD_n are always -1.00e+00. I would appreciate it if you would explain the reason of it.

# [01] : run
# [02] : mass#103
# [03] : Omegah^2
# [04] : x_f
# [05] : sigmav(xf)
# [06] : xsi
# [07] : sigmaN_SI_p
# [08] : lim_sigmaN_SI_p
# [09] : sigmaN_SI_n
# [10] : lim_sigmaN_SI_n
# [11] : sigmaN_SD_p
# [12] : lim_sigmaN_SD_p
# [13] : sigmaN_SD_n
# [14] : lim_sigmaN_SD_n

run_01_01 1.00e+01 3.49e+01 1.30e+01 2.35e-12 1.00e+00 -1.00e+00 2.07e-45 -1.00e+00 2.07e-45 -1.00e+00 8.73e-41 -1.00e+00 2.58e-40
run_01_02 2.00e+01 7.74e+00 1.50e+01 1.20e-11 1.00e+00 -1.00e+00 1.23e-46 -1.00e+00 1.23e-46 -1.00e+00 3.75e-41 -1.00e+00 3.24e-41

Thanks again for your help,
Ozer

Revision history for this message
Olivier Mattelaer (olivier-mattelaer) said : 		#3

Hi,

This seems to be a physics issue with the model and the a technical bug of the code.
(and therefore I will need to pass this question to someone else -> KC).
The problem is that you have your darkmatter candidate coupling directly to the photon.
Even if that one is not a charged particle.

This means that we have a photon in t-channel for the direct-detection diagram and ...
that one can go onshell leading to division by zero. In other word this result is divergent (and does not make sense at LO at least). Consequently the nan result is actually correct.

Maybe putting a cut might be enough in this case. But such cut are not possible to implement so far.
Additionally, such cut should be experimentally driven obviously (i.e not clear to me which cut would be relevant here)

I will assign this to someone much more expert than me in this area, hoping he can give more light on the issue.

Cheers,

Olivier

> On 2 Jan 2019, at 00:22, Özer Özdal <email address hidden> wrote:
>
> Question #677233 on MadDM changed:
> https://answers.launchpad.net/maddm/+question/677233
>
> Status: Answered => Open
>
> Özer Özdal is still having a problem:
> Dear Olivier,
>
> Thanks for your quick reply. However, my main problem is about direct
> detection. Since the current version of maddm (maddmv3.0) is crashed for
> ALRM, I am using MG5_aMC_v2_6_4 with "./bin/maddm.py" or "./bin/mg5_aMC
> --mode=maddm" commands.
>
> I have tested with the following commands
>
> import model ALRM_UFO
> define darkmatter ne
> add direct_detection
> output test_ALRM
> launch
>
> And the output is the following. I wonder why the theoretical values of
> SigmaN_SI(SD)_p(n) are negative in the Direct Detection section. Is it
> because MadDM turns -1 for excluded values of SigmaN_SI(SD)_p(n) values
> ?
>
> #############################################
> # MadDM v. 3.0 #
> #############################################
>
>
> #############################################
> # Relic Density #
> #############################################
>
> Omegah2 = 1.13e-01
> Omegah_Planck = 1.20e-01
> xsi = 9.43e-01 # xsi = (Omega/Omega_Planck)
> x_f = 2.10e+01
> sigmav_xf = 1.08e-09
>
> #############################################
> # Direct Detection [cm^2] #
> #############################################
>
> SigmaN_SI_p = [-3.89e-28,2.60e-46] # Xenon1ton
> SigmaN_SI_n = [-3.89e-28,2.60e-46] # Xenon1ton
> SigmaN_SD_p = [-3.89e-28,9.13e-41] # Pico60
> SigmaN_SD_n = [-3.89e-28,5.24e-41] # Lux2017
>
> When i added the following line to scan ne mass between 10-1000 GeV,
>
> set mne scan:[10*i for i in range(1,100)]
>
> the output of "scan_run_01.txt" is the following where i only shared the
> first two rows for simplicity. The point is that sigmaN_SI_p,
> sigmaN_SI_n, sigmaN_SD_p and sigmaN_SD_n are always -1.00e+00. I would
> appreciate it if you would explain the reason of it.
>
> # [01] : run
> # [02] : mass#103
> # [03] : Omegah^2
> # [04] : x_f
> # [05] : sigmav(xf)
> # [06] : xsi
> # [07] : sigmaN_SI_p
> # [08] : lim_sigmaN_SI_p
> # [09] : sigmaN_SI_n
> # [10] : lim_sigmaN_SI_n
> # [11] : sigmaN_SD_p
> # [12] : lim_sigmaN_SD_p
> # [13] : sigmaN_SD_n
> # [14] : lim_sigmaN_SD_n
>
> run_01_01 1.00e+01 3.49e+01 1.30e+01 2.35e-12 1.00e+00 -1.00e+00 2.07e-45 -1.00e+00 2.07e-45 -1.00e+00 8.73e-41 -1.00e+00 2.58e-40
> run_01_02 2.00e+01 7.74e+00 1.50e+01 1.20e-11 1.00e+00 -1.00e+00 1.23e-46 -1.00e+00 1.23e-46 -1.00e+00 3.75e-41 -1.00e+00 3.24e-41
>
> Thanks again for your help,
> Ozer
>
> --
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K.C. Kong (kckong) said : 		#4

Current version can not compute NLO direct detection cross section.

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Best Olivier Mattelaer (olivier-mattelaer) said : 		#5

Dear Ozer,

Maybe one solution is to remove the photon contribution.
(Obviously you should check the litterature if this make sense or not).
For that you need maddm 3.0.4
In that case I have numerical value.

The syntax for that is
generate direct_detection / a

Cheers,

Olivier

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Özer Özdal (oozdal) said : 		#6

Dear Olivier,

I calculate the relic density and spin independent/dependent cross sections both using MadDM (by removing the photon contribution) and micrOMEGAs. Then I compare them for all spectrum. The results are pretty close. I will think about the photon contribution.

Thanks for your help,
Ozer

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Özer Özdal (oozdal) said : 		#7

Thanks Olivier Mattelaer, that solved my question.