Changes between Version 1 and Version 2 of MonopoleDY

Timestamp:

Dec 4, 2018, 11:04:09 AM (6 years ago)

Author:

Arka

Comment:

--

MonopoleDY

@@ -1 @@
-=== Write here
+=== Description of the UFO models to generate Dirac magentic monopoles
+
+Dirac magentic monopoles can be generated by Drell-Yan process or photon fusion process. The UFO models shown here describe both the processes and generate the corresponding LHE files. These models were tested for three spin cases (0, 1/2 and 1) and two processes (photon fusion and Drell-Yan). 
+a. velocity independent coupling models: mono_spinzero, mono_spinhalf and mono_spinone.
+b. velocity dependent coupling models: mono_spinzero_beta, mono_spinhalf_beta, mono_spinone_beta. 
+
+Details of these models can be found in arXiv:1808.08942.
+
+A. Instructions to run Drell-Yan spin zero model: 
+
+    a. Part 1 of the script to run spin zero monopole model (put the following snippet in a textfile named 'Spin0ScriptDY.txt'): 
+    '''
+    import model mono_spinzero_beta
+    generate p p > a > mm+ mm-
+    output Pre5For
+
+    '''
+
+    b. Part 2 of the script to run spin zero monopole model (put the following snippet in a textfile named 'Spin0ScriptDY2.txt'):
+
+    '''
+    launch Pre5For
+    analysis=MADANALYSIS_4
+    set run_card ebeam1 6500
+    set ebeam2 6500
+    set lpp1 1
+    set lpp2 1
+    set pdlabel nn23lo1
+    set lhaid 230000
+    set nevents 1000
+    set dynamical_scale_choice -1
+    set fixed_couplings False
+    set param_card mass 25 125
+    set mass 4110000 6000
+    set decay 4110000 0.000000e+0
+    set gch 1 1.0
+
+    '''
+
+
+    c. Run the part 1 of the script: ./bin/mg5_aMC Spin0ScriptDY.txt
+
+    d. A new folder named Pre5For will be generated.
+
+    e. Go to Pre5For/Sources and open genps.inc.
+
+    f. Use the absolute path of 'maxparticles.inc' on line 5.
+
+    g. Run the part 2 of the script: ./bin/mg5_aMC Spin0ScriptDY2.txt
+
+    h. If you don't change the part 1 of the script at all (you only need to change it to import different monopole models), then you just need to use steps c-f only once. After that, in step g, change the mass parameter in script 2 and run for different mass points.
+
+    i. For different spin models, one just needs to import those corresponding models in the part 1 of the script. 
+
+
+
+B. Instructions to run photon fusion spin zero model:
+
+    a. Part 1 of the script to run spin zero monopole model (put the following snippet in a textfile named 'Spin0Script.txt'): 
+    '''
+    import model mono_spinzero_beta
+    generate a a > mm+ mm-
+    output Pre5
+
+    '''
+
+    b. Part 2 of the script to run spin zero monopole model (put the following snippet in a textfile named 'Spin0Script2.txt'):
+
+    '''
+    launch Pre5
+    analysis=madanalysis5
+    set run_card ebeam1 6500
+    set ebeam2 6500
+    set lpp1 2
+    set lpp2 2
+    set pdlabel nn23lo1
+    set lhaid 230000
+    set nevents 1000
+    set dynamical_scale_choice -1
+    set fixed_couplings False
+    set param_card mass 25 125
+    set mass 4110000 6000
+    set decay 4110000 0.000000e+0
+    set gch 1 1.0
+
+    '''
+
+
+    c. Run the part 1 of the script: ./bin/mg5_aMC Spin0Script.txt
+
+    d. A new folder named Pre5 will be generated.
+
+    e. Go to Pre5/Sources and open genps.inc.
+
+    f. Use the absolute path of 'maxparticles.inc' on line 5.
+
+    g. Run the part 2 of the script: ./bin/mg5_aMC Spin0Script2.txt
+
+    h. If you don't change the part 1 of the script at all (you only need to change it to import different monopole models), then you just need to use steps c-f only once. After that, in step g, change the mass parameter in script 2 and run for different mass points.
+
+    i. For different spin models, one just needs to import those corresponding models in the part 1 of the script.