Changes between Version 9 and Version 10 of WhizardInterface


Ignore:
Timestamp:
03/18/10 14:08:49 (10 years ago)
Author:
ChristianSpeckner
Comment:

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  • WhizardInterface

    v9 v10  
    1515Version 1. operates on a single Lagrangian, while 2. operates on a list of Lagrangians and 3. takes a list of FeynmanRules as an argument. The following options are available:
    1616
    17  * {{{WOVertexList}}}: If {{{=!= Null}}}, this is interpreted as a list of Feynman rules and overrides any Lagrangian (or -list) specified (in this case, {{{Null}}} is accepted as first argument).
     17 * {{{WOVertexList}}}: If {{{=!= Null}}}, this is interpreted as a list of Feynman rules and overrides any Lagrangian (or -list) specified (in this case, {{{Null}}} is accepted as first argument). Default: Null
    1818
    19  * {{{WOModelName}}}: The name by which the model will be identified in WO. Note that all models for W1.9x have to start with "fr" (e.g. {{{WOModelName->"fr_sm"}}}) if they are to be picked up by WO1.9x without user intervention (no such restriction exists for W2). Beware that the interface my modify this name if it doesn't fit into the WO naming schemes --- double check the generated messages to be sure.
     19 * {{{WOModelName}}}: The name by which the model will be identified in WO. Note that all models for W1.9x have to start with "fr" (e.g. {{{WOModelName->"fr_sm"}}}) if they are to be picked up by WO1.9x without user intervention (no such restriction exists for W2). Beware that the interface my modify this name if it doesn't fit into the WO naming schemes --- double check the generated messages to be sure. Default: derived from the FR model name
    2020
    21  * {{{WOMaxNcf}}}: Upper limit on the number of generated color flows which the generated code will be able to handle (essentially n_8 - n_3 / 2, where n_8 is the maximum number of external octets and n_3 that of external triplets). Irrelevant for W2; also, the technically experienced user can change this after generation in {{{f90_modellname_Col.ml}}}
     21 * {{{WOMaxNcf}}}: Upper limit on the number of generated color flows which the generated code will be able to handle (essentially n_8 - n_3 / 2, where n_8 is the maximum number of external octets and n_3 that of external triplets). Irrelevant for W2; also, the technically experienced user can change this after generation in {{{f90_modellname_Col.ml}}}. Default: 4
     22
     23 * {{{WOGauge}}}: The following gauges are available:
     24  * {{{WOUnitarity}}}: Unitarity gauge (default)
     25  * {{{WOFeynman}}}: Feynman gauge
     26  * {{{WORxi}}}: Rxi gauges. In this case, you __must__ define a parameter taking the role of \xi and pass it to the interface via {{{WOGaugeParameter}}} (see below).