Changes between Version 10 and Version 11 of DevelopmentPage/PlanningGame

Timestamp:

May 17, 2010, 1:57:19 PM (14 years ago)

Author:

Michel Herquet

Comment:

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DevelopmentPage/PlanningGame

@@ -16 +16 @@
 || color-ordered amplitudes || ** || F+J || Modify the diagram generation to compute the color-ordered amplitudes : keep the cyclic order of the external legs fixed. Feynman rules are without color and slightly different (NB does not need color to be implemented!). This algorithm should scale as 3.8 to the n. Number of diagrams per n gluons amplitudes available in Table 1. of hep-ph/0209271. Implementation idea (JA): Specify combination method in model. ||
 || import new FR model format || *(*) || O+? || Add a module to import the new FR model format (still to be defined by FR people, but first examples are apparently ready). Since this format is, for historical reason, very similar to the v5 internal format, the main work should be focused on Lorentz and color structures for which the syntax could (slightly) differ. ||
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 == User stories (future milestones) ==
 
@@ -26 +25 @@
 || non squared amp || * || The user can get amplitudes for certain processes, not only squared amplitudes (required for NLO purposes) ||
 || interference terms || ** || (Connected to non squared amp item) Calculate two amplitudes with the same initial and final state but different couplings/orders and generate a matrix.f that returns the interference. Necessary for NLO. ||
+|| further development of drawing || **(*) || Add other options for drawing, e.g., output using matplotlib or wxPython, export to FeynArts format, add support for bubble and other NLO symbols, … ||
+|| parallelization || **(*) || Allow to run mg5 on a multiple core machine or on a cluster (using python parallel computing resources http://wiki.python.org/moin/ParallelProcessing ?) ||
+|| web interface || *** || new online/offline graphical interface based on existing and secure CMS solutions (Grok ? TurboGears ?) requiring only a local html/cgi server, like apache ||
+|| pedagogical tutorial || ** || a "professional" pedagogical set of material (MG5 of course, + web site, + student/teacher booklet, + …) to teach QFT, SM, BSM pheno, .. with MadGraph, or even a book ???||
+|| acceptance test suite || ** || a test suite wich "emulate" a real user using MG5 and test output with reference data ||
+
+
 
 == User stories (implemented) ==