struct myTree_t { vector * REC_Particle_pid = 0; vector * RECFT_Particle_pid = 0; vector * REC_Particle_px = 0; vector * REC_Particle_py = 0; vector * REC_Particle_pz = 0; vector * REC_Particle_vx = 0; vector * REC_Particle_vy = 0; vector * REC_Particle_vz = 0; vector * REC_Particle_beta = 0; vector * RECFT_Particle_beta = 0; std::vector * RECFT_Particle_status = 0; std::vector * REC_Calorimeter_index = 0; std::vector * REC_Calorimeter_pindex = 0; std::vector * REC_Calorimeter_detector = 0; std::vector * REC_Calorimeter_sector = 0; std::vector * REC_Calorimeter_layer = 0; std::vector * REC_Calorimeter_energy = 0; std::vector * REC_Calorimeter_time = 0; std::vector * REC_Calorimeter_path = 0; std::vector * REC_Calorimeter_chi2 = 0; std::vector * REC_Calorimeter_x = 0; std::vector * REC_Calorimeter_y = 0; std::vector * REC_Calorimeter_z = 0; std::vector * REC_Calorimeter_hx = 0; std::vector * REC_Calorimeter_hy = 0; std::vector * REC_Calorimeter_hz = 0; std::vector * REC_Calorimeter_lu = 0; std::vector * REC_Calorimeter_lv = 0; std::vector * REC_Calorimeter_lw = 0; std::vector * REC_Calorimeter_du = 0; std::vector * REC_Calorimeter_dv = 0; std::vector * REC_Calorimeter_dw = 0; std::vector * REC_Calorimeter_m2u = 0; std::vector * REC_Calorimeter_m2v = 0; std::vector * REC_Calorimeter_m2w = 0; std::vector * REC_Calorimeter_m3u = 0; std::vector * REC_Calorimeter_m3v = 0; std::vector * REC_Calorimeter_m3w = 0; std::vector * REC_Calorimeter_status = 0; std::vector * REC_Cherenkov_index; std::vector * REC_Cherenkov_pindex; std::vector * REC_Cherenkov_detector; std::vector * REC_Cherenkov_sector; std::vector * REC_Cherenkov_nphe; std::vector * REC_Cherenkov_time; std::vector * REC_Cherenkov_path; std::vector * REC_Cherenkov_chi2; std::vector * REC_Cherenkov_x; std::vector * REC_Cherenkov_y; std::vector * REC_Cherenkov_z; std::vector * REC_Cherenkov_dtheta; std::vector * REC_Cherenkov_dphi; std::vector * REC_Cherenkov_status; std::vector * MC_Particle_pid = 0; std::vector * MC_Particle_px = 0; std::vector * MC_Particle_py = 0; std::vector * MC_Particle_pz = 0; std::vector * MC_Particle_vx = 0; std::vector * MC_Particle_vy = 0; std::vector * MC_Particle_vz = 0; std::vector * MC_Particle_vt = 0; std::vector * MC_Event_ebeam = 0; }; void getBranchesStage1(TTree *inTree, myTree_t *myTree, bool mcData){ inTree->SetBranchAddress("REC_Particle_pid",&myTree->REC_Particle_pid); inTree->SetBranchAddress("REC_Particle_px",&myTree->REC_Particle_px); inTree->SetBranchAddress("REC_Particle_py",&myTree->REC_Particle_py); inTree->SetBranchAddress("REC_Particle_pz",&myTree->REC_Particle_pz); inTree->SetBranchAddress("REC_Particle_vx",&myTree->REC_Particle_vx); inTree->SetBranchAddress("REC_Particle_vy",&myTree->REC_Particle_vy); inTree->SetBranchAddress("REC_Particle_vz",&myTree->REC_Particle_vz); inTree->SetBranchAddress("REC_Particle_beta",&myTree->REC_Particle_beta); inTree->SetBranchAddress("RECFT_Particle_status",&myTree->RECFT_Particle_status); inTree->SetBranchAddress("RECFT_Particle_beta",&myTree->RECFT_Particle_beta); inTree->SetBranchAddress("RECFT_Particle_pid",&myTree->RECFT_Particle_pid); inTree->SetBranchAddress("REC_Calorimeter_index",&myTree->REC_Calorimeter_index); inTree->SetBranchAddress("REC_Calorimeter_pindex",&myTree->REC_Calorimeter_pindex); inTree->SetBranchAddress("REC_Calorimeter_detector",&myTree->REC_Calorimeter_detector); inTree->SetBranchAddress("REC_Calorimeter_sector",&myTree->REC_Calorimeter_sector); inTree->SetBranchAddress("REC_Calorimeter_layer",&myTree->REC_Calorimeter_layer);//1->PCAL,4->EC Inner,7->EC Outer inTree->SetBranchAddress("REC_Calorimeter_energy",&myTree->REC_Calorimeter_energy); inTree->SetBranchAddress("REC_Calorimeter_time",&myTree->REC_Calorimeter_time); inTree->SetBranchAddress("REC_Calorimeter_path",&myTree->REC_Calorimeter_path); inTree->SetBranchAddress("REC_Calorimeter_chi2",&myTree->REC_Calorimeter_chi2); inTree->SetBranchAddress("REC_Calorimeter_lu",&myTree->REC_Calorimeter_x); inTree->SetBranchAddress("REC_Calorimeter_lv",&myTree->REC_Calorimeter_y); inTree->SetBranchAddress("REC_Calorimeter_lw",&myTree->REC_Calorimeter_z); inTree->SetBranchAddress("REC_Calorimeter_lu",&myTree->REC_Calorimeter_lu);//"distance on U-side" inTree->SetBranchAddress("REC_Calorimeter_lv",&myTree->REC_Calorimeter_lv);//"distance on V-side" inTree->SetBranchAddress("REC_Calorimeter_lw",&myTree->REC_Calorimeter_lw);//"distance on W-side" if (mcData == true) { inTree->SetBranchAddress("MC_Event_ebeam",&myTree->MC_Event_ebeam); inTree->SetBranchAddress("MC_Particle_pid",&myTree->MC_Particle_pid); inTree->SetBranchAddress("MC_Particle_px",&myTree->MC_Particle_px); inTree->SetBranchAddress("MC_Particle_py",&myTree->MC_Particle_py); inTree->SetBranchAddress("MC_Particle_pz",&myTree->MC_Particle_pz); inTree->SetBranchAddress("MC_Particle_vx",&myTree->MC_Particle_vx); inTree->SetBranchAddress("MC_Particle_vy",&myTree->MC_Particle_vy); inTree->SetBranchAddress("MC_Particle_vz",&myTree->MC_Particle_vz); inTree->SetBranchAddress("MC_Particle_vt",&myTree->MC_Particle_vt); } //inTree->SetBranchAddress("REC_Cherenkov_index",&myTree->REC_Cherenkov_index); //inTree->SetBranchAddress("REC_Cherenkov_pindex",&myTree->REC_Cherenkov_pindex); //inTree->SetBranchAddress("REC_Cherenkov_detector",&myTree->REC_Cherenkov_detector); //inTree->SetBranchAddress("REC_Cherenkov_sector",&myTree->REC_Cherenkov_sector); //inTree->SetBranchAddress("REC_Cherenkov_nphe",&myTree->REC_Cherenkov_nphe); //inTree->SetBranchAddress("REC_Cherenkov_time",&myTree->REC_Cherenkov_time); //inTree->SetBranchAddress("REC_Cherenkov_path",&myTree->REC_Cherenkov_path); //inTree->SetBranchAddress("REC_Cherenkov_chi2",&myTree->REC_Cherenkov_chi2); //inTree->SetBranchAddress("REC_Cherenkov_x",&myTree->REC_Cherenkov_x); //inTree->SetBranchAddress("REC_Cherenkov_y",&myTree->REC_Cherenkov_y); //inTree->SetBranchAddress("REC_Cherenkov_z",&myTree->REC_Cherenkov_z); //inTree->SetBranchAddress("REC_Cherenkov_dtheta",&myTree->REC_Cherenkov_dtheta); //inTree->SetBranchAddress("REC_Cherenkov_dphi",&myTree->REC_Cherenkov_dphi); //inTree->SetBranchAddress("REC_Cherenkov_status",&myTree->REC_Cherenkov_status); }