Package madgraph :: Package interface :: Module tutorial_text
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Module tutorial_text

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Variables [hide private]
  tutorial = '\nYou have entered tutorial mode. This will introd...
  generate = '\nYou have just generated a new process.\nNote tha...
  display_processes = '\nYou have seen a list of the already def...
  add_process = '\nYou have added a process to your process list...
  output = '\nIf you are following the tutorial, a directory MY_...
  launch = 'This step ends the tutorial of the basic commands of...
  import_model = '\nYou have successfully imported a model. If y...
  import_model_v4 = '\nYou have successfully imported a model. I...
  customize_model = '\nThe model with your customization is now ...
  define = '\nYou have just defined a multiparticle label.\nIf y...
  history = '\nYou have written a history file. If you followed ...
  open_index = '\nIf you are following the tutorial, a directory...
  open = '\nNote that in order to open some file, you might be n...
  display_diagrams = '\nThis command was the last step of the tu...
  __package__ = None
hash(x)
Variables Details [hide private]

tutorial

Value:
'''
You have entered tutorial mode. This will introduce you to the main
syntax options of MadGraph5_aMC@NLO.

To learn more about the different options for a command, you can use
MG5_aMC>help A_CMD
To see a list of all commands, use
MG5_aMC>help 
...

generate

Value:
'''
You have just generated a new process.
Note that the coupling order "QED=0" was automatically added by MG5
to avoid non-QCD diagrams which have negligible contribution.
You can find more information on supported syntax by using:
MG5_aMC>help generate
To list all defined processes, type
MG5_aMC>display processes
...

display_processes

Value:
'''
You have seen a list of the already defined processes.

At this stage you can export your processes to different formats. In
this tutorial, we will explain how to create a valid output for
MadEvent. This is done simply by typing:
MG5_aMC>output MY_FIRST_MG5_RUN
'''

add_process

Value:
'''
You have added a process to your process list.

At this stage you can export your processes to different formats. In
this tutorial, we will explain how to create output for MadEvent.
This is done simply by typing:
MG5_aMC>output MY_FIRST_MG5_RUN
'''

output

Value:
'''
If you are following the tutorial, a directory MY_FIRST_MG5_RUN has
been created which can be used in order to generate LO events/compute \
cross-section.

From that directory you can run the command \'./bin/generate_events\'
You can also  generate your events/compute the cross-section from this\
 interface:
...

launch

Value:
'''This step ends the tutorial of the basic commands of MG5_aMC. You c\
an
always use the help to see the options available for different
commands. For example, if you want to know all valid output formats,
you can enter
MG5_aMC>help output

In order to close this tutorial please enter
...

import_model

Value:
'''
You have successfully imported a model. If you followed the tutorial
this is the MSSM.

MadGraph can auto-download a large class of model (and more can be use\
d). 
To see the full list of model, write:
MG5_aMC>display modellist 
...

import_model_v4

Value:
'''
You have successfully imported a model. If you followed the tutorial
this is the MSSM.

MadGraph can auto-download a large class of model (and more can be use\
d). 
To see the full list of model, write:
MG5_aMC>display modellist 
...

customize_model

Value:
'''
The model with your customization is now loaded and you can use it as \
any other
model. Note that if you want to save this specific customization you c\
an do the
following:
MG5_aMC> customize_model --save=NAME
the model will then be accessible by the command (assuming that you ar\
...

define

Value:
'''
You have just defined a multiparticle label.
If you followed the tutorial, the label is "v"

Note that some multiparticles such as as p, j, l+, l- are
predefined. Type
MG5_aMC>display multiparticles
to see their definitions.
...

history

Value:
'''
You have written a history file. If you followed the tutorial this
should be ./my_mg5_cmd.dat. In order to load a history file and
execute the commands in it, you can do:
MG5_aMC>import command my_mg5_cmd.dat
or from the shell:
./bin/mg5_aMC my_mg5_cmd.dat

...

open_index

Value:
'''
If you are following the tutorial, a directory MY_FIRST_MG5_RUN has
been created which can be used in order to generate LO events/compute \
cross-section.

From that directory you can run the command \'./bin/generate_events\'
You can also  generate your events/compute the cross-section from this\
 interface:
...

open

Value:
'''
Note that in order to open some file, you might be need to use a shell\
 command.
Any shell command can be launched by MG5_aMC, by running "shell" or
starting the line by an exclamation mark (!).

The final command of the tutorial is display diagrams. This allows you\
 to draw and
...

display_diagrams

Value:
'''
This command was the last step of the tutorial. 
Quit the tutorial by typing:
MG5_aMC>tutorial stop

Thanks for using MadGraph5_aMC@NLO.
'''