IDTPM2::VertexPlots Node1 IDTPM2::VertexPlots   + VertexPlots() + ~VertexPlots() + initialize() + execute() + finalize() Node2 IDTPM2::IPlotBase # m_monTool + IPlotBase() + ~IPlotBase() + initialize() + finalize() + execute() + name() + monTool() + monTool() + set_monTool() + realPath() + create() # copyHist() # getHist() # processResolution() # getHist() # processResolution() # histSvc() Node2->Node1 Node3 AthMessaging - m_msg_tls - ATLAS_THREAD_SAFE + AthMessaging() + AthMessaging() + ~AthMessaging() + msgLvl() + msg() + msg() + setLevel() - AthMessaging() - AthMessaging() - operator=() - initMessaging() Node3->Node2 Node4 std::string     Node4->Node2 #m_name Node4->Node3 -m_nm Node10 TIDA::HistogramBase - m_monTool - m_initialised + HistogramBase() + HistogramBase() + name() + varname() + initialised() + monTool() Node4->Node10 -m_name -m_varname Node6 std::atomic< IMessageSvc * > + ptr   Node6->Node3 -m_imsg Node7 std::atomic< MSG::Level > + ptr   Node7->Node3 -m_lvl Node8 IDTPM2::VertexPlots ::ParHistograms + m_vtx_x + m_vtx_y + m_vtx_z + m_vtx_x_err + m_vtx_y_err + m_vtx_z_err + m_vtx_type + m_vtx_track_weight + m_vtx_track_pt + m_vtx_track_z0 + m_vtx_track_z0_err + initialize() + fill() Node8->Node1 -m_reference -m_test Node9 TIDA::Histogram< float > - m_monTool - m_name - m_varname - m_initialised + HistogramBase() + HistogramBase() + Fill() + operator->() + name() + varname() + initialised() + monTool() Node9->Node1 -m_vtx_res_x -m_vtx_res_y -m_vtx_res_z Node9->Node8 +m_nVtx +m_vtx_chi2OverNdof +m_vtx_nTracks +m_vtx_time +m_vtx_time_err +m_vtx_track_d0 +m_vtx_track_d0   _err +m_vtx_track_eta +m_vtx_track_nSiHits +m_vtx_track_nSiHoles  ... Node10->Node9 Node11 TIDA::Histogram2D< float > - m_monTool - m_name - m_varname - m_initialised + HistogramBase() + HistogramBase() + Fill() + operator->() + name() + varname() + initialised() + monTool() Node10->Node11 Node11->Node1 -m_vtx_eff_vs_mu -m_vtx_eff_vs_ntracks -m_vtx_eff_vs_nvtx -m_vtx_eff_vs_z -m_vtx_ntest_vs_nref -m_vtx_res_z_vs_mu -m_vtx_res_z_vs_ntracks -m_vtx_res_z_vs_nvtx -m_vtx_res_z_vs_z Node11->Node8 +m_nVtx_vs_actualMu +m_vtx_x_vs_y