32 | | * [htdocs:MDM.fr MDM.fr ]: the main model file. |
33 | | * [htdocs:MDM.nb MDM.nb]: the example of Mathematica notebook that loads the model, calculates the Feynman rules and extracts the model files within the CalcHEP output and the UFO output. |
34 | | * [htdocs:Minimal-Dilaton-Model-CH.tar.gz Minimal-Dilaton-Model-CH.tar.gz]: the model files within the CalcHEP output. |
35 | | * [htdocs:Minimal_Dilaton_Model_UFO.tar.gz Minimal_Dilaton_Model_UFO.tar.gz]: the model files within the UFO output. |
| 32 | * [attachment:MDM.fr MDM.fr ]: the main model file. |
| 33 | * [attachment:MDM.nb MDM.nb]: the example of Mathematica notebook that loads the model, calculates the Feynman rules and extracts the model files within the CalcHEP output and the UFO output. |
| 34 | * [attachment:Minimal-Dilaton-Model-CH.tar.gz Minimal-Dilaton-Model-CH.tar.gz]: the model files within the CalcHEP output. |
| 35 | * [attachment:Minimal_Dilaton_Model_UFO.tar.gz Minimal_Dilaton_Model_UFO.tar.gz]: the model files within the UFO output. |