# --------------------------------------------------- # REQUIRED - INPUTS - List all inputs to SPANet here. # --------------------------------------------------- INPUTS: # ----------------------------------------------------------------------------- # REQUIRED - SEQUENTIAL - inputs which can have an arbitrary number of vectors. # ----------------------------------------------------------------------------- SEQUENTIAL: Jets: pt: log_normalize eta: normalize sinphi: none cosphi: none btag: none # --------------------------------------------------------------------- # REQUIRED - GLOBAL - inputs which will have a single vector per event. # --------------------------------------------------------------------- GLOBAL: Masses: mass0 : none mass1 : none mass2 : none mass3 : none mass4 : none mass5 : none mass6 : none mass7 : none mass8 : none mass9 : none mass10 : none mass11 : none mass12 : none mass13 : none mass14 : none mass15 : none mass16 : none mass17 : none mass18 : none mass19 : none mass20 : none mass21 : none mass22 : none mass23 : none mass24 : none mass25 : none mass26 : none mass27 : none mass28 : none mass29 : none mass30 : none mass31 : none mass32 : none mass33 : none mass34 : none mass35 : none mass36 : none mass37 : none mass38 : none mass39 : none mass40 : none mass41 : none mass42 : none mass43 : none mass44 : none # ---------------------------------------------------------------------- # REQUIRED - EVENT - Complete list of resonance particles and daughters. # ---------------------------------------------------------------------- EVENT: h1: - b1: Jets - b2: Jets h2: - b1: Jets - b2: Jets h3: - b1: Jets - b2: Jets # --------------------------------------------------------- # REQUIRED KEY - PERMUTATIONS - List of valid permutations. # --------------------------------------------------------- PERMUTATIONS: EVENT: - [ h1, h2, h3 ] h1: - [ b1, b2 ] h2: - [ b1, b2 ] h3: - [ b1, b2 ] # ------------------------------------------------------------------------------ # REQUIRED - REGRESSIONS - List of desired features to regress from observables. # ------------------------------------------------------------------------------ REGRESSIONS: # ----------------------------------------------------------------------------- # REQUIRED - REGRESSIONS - List of desired classes to predict from observables. # ----------------------------------------------------------------------------- CLASSIFICATIONS: