25 | | where ~~P,,L,, (P,,R,,) is a left (right)-handed projection operator. There are three free parameters, the vector resonance mass (Mv1), the overall coupling strength (ct1) and the chirality angle (theta1~~). |

| 25 | where ''P,,L,,'' (''P,,R,,'') is a left (right)-handed projection operator. There are three free parameters, the vector resonance mass (''M,,V1,,''), the overall coupling strength (''c,,t,,''), and the chirality angle (''θ''). |

28 | | * MDM.fr : the main model file. |

| 28 | * [attachment:Top_Philic.fr Top_Philic.fr ]: the main model file. |

| 29 | * [attachment:Top_Philic_UFO_gen.nb Top_Philic_UFO_gen.nb]: the Mathematica notebook to generate a UFO output, including basic Feynman rules and analytic expressions of the decay width of ''V,,1,,''. The notebook also generates a text script for a tree-level production of V,,1,, in a four-top final state (arXiv:1604.07421). |

| 30 | |

| 31 | * [attachment:Top_Philic_UFO.zip Top_Philic_UFO]: the UFO output. |

| 32 | |

| 33 | Notes: |

| 34 | |

| 35 | * There are three free parameters in the model： |

| 36 | * ''ct1'': the overall coupling strength (''c,,t,,'') |

| 37 | * ''theta1'': the chirality angle (''θ'') |

| 38 | * ''Mv1'': the vector resonance mass (''M,,V1,,'') |

| 39 | |

| 40 | * Set the automatic width calculation: ''set param_card Wv1 Auto''. |

| 41 | * The syntax for the tree-level production of ''V,,1,,'' is given by: ''generate p p > t t~ v1/v1 , v1 > t t~'' |