Define overall structure here Keep same style for all sections. This is a test invisible_cities/whatever/stuff.py.

Cities

Isidora

digraph G {bgcolor=skyblue label="ISIDORA\n" labelloc=top fontsize=16 size=6 node [style=filled,color=white] read_wf, correct_pmt, write_wf; PMT_RWF_in [shape=box, label="PMT RWF", fontsize=13, width=0.1] PMT_CWF_out [shape=invhouse,label="PMT CWF", fontsize=13, width=0.1] read_wf [fontcolor=red, fontname=Courier]; correct_pmt [fontcolor=red, fontname=Courier]; write_wf [fontcolor=red, fontname=Courier]; PMT_RWF_in -> read_wf; read_wf -> correct_pmt [ label = " RWF", fontname=Courier]; correct_pmt -> write_wf [ label = " RWF", fontname=Courier ]; write_wf -> PMT_CWF_out; SiPM_RWF_in [shape=box, label="SiPM RWF", fontsize=13, width=0.1] SiPM_RWF_out [shape=invhouse, label="SiPM RWF", fontsize=13, width=0.1] SiPM_RWF_in -> SiPM_RWF_out; MC_Track_in [shape=box, label="MC Track", fontsize=13, width=0.1] MC_Track_out [shape=invhouse, label="MC Track", fontsize=13, width=0.1] MC_Track_in -> MC_Track_out; Run_info_in [shape=box, label="Run Info", fontsize=13, width=0.1] Run_info_out [shape=invhouse, label="Run Info", fontsize=13, width=0.1] Run_info_in -> Run_info_out; {rank = same; PMT_RWF_in; SiPM_RWF_in; MC_Track_in; Run_info_in;} {rank = same; SiPM_RWF_out; PMT_CWF_out; MC_Track_out; Run_info_out;} }
Example of adding code::
some code here

Irene

digraph G {bgcolor=skyblue label="IRENE\n" labelloc=top fontsize=16 size=6 node [style=filled,color=white]; PMT_RWF_in [shape=box, label="PMT RWF", fontsize=13, width=0.1] PMAPS [shape=invhouse, label="PMAPS", fontsize=13, width=0.1] read_wf_pmt [fontcolor=red, fontname=Courier]; correct_pmt [fontcolor=red, fontname=Courier]; sum_calibrated_pmt [fontcolor=red, fontname=Courier]; zero_suppress_PMT [fontcolor=red, fontname=Courier]; find_s1s2 [fontcolor=red, fontname=Courier]; write_pmaps [fontcolor=red, fontname=Courier]; PMT_RWF_in -> read_wf_pmt; read_wf_pmt -> correct_pmt [ label = " RWF", fontname=Courier]; correct_pmt -> sum_calibrated_pmt [ label = " RWF", fontname=Courier]; sum_calibrated_pmt -> zero_suppress_PMT [ label = " PMTSUM", fontname=Courier]; zero_suppress_PMT -> find_s1s2 [ label = " PMTSUM", fontname=Courier]; find_s1s2 -> compute_s2si_S2Si [ label = " S1S2", fontname=Courier]; write_pmaps -> PMAPS; SiPM_RWF_in [shape=box, label="SiPM RWF", fontsize=13, width=0.1] read_wf_sipm [fontcolor=red, fontname=Courier]; calibrate_sipm [fontcolor=red, fontname=Courier]; zero_suppress_SIPM [fontcolor=red, fontname=Courier]; compute_s2si_S2Si [fontcolor=red, fontname=Courier]; SiPM_RWF_in -> read_wf_sipm; read_wf_sipm -> calibrate_sipm [ label = " RWF", fontname=Courier]; calibrate_sipm -> zero_suppress_SIPM [ label = " RWF", fontname=Courier]; zero_suppress_SIPM -> compute_s2si_S2Si [ label = " RWF", fontname=Courier]; compute_s2si_S2Si -> write_pmaps [ label = " PMAPS", fontname=Courier]; MC_Track_in [shape=box, label="MC Track", fontsize=13, width=0.1] MC_Track_out [shape=invhouse, label="MC Track", fontsize=13, width=0.1] MC_Track_in -> MC_Track_out; Run_info_in [shape=box, label="Run Info", fontsize=13, width=0.1] Run_info_out [shape=invhouse, label="Run Info", fontsize=13, width=0.1] Run_info_in -> Run_info_out; {rank = same; PMT_RWF_in; SiPM_RWF_in; MC_Track_in; Run_info_in;} {rank = same; MC_Track_out; Run_info_out; PMAPS;} {rank = same; sum_calibrated_pmt; calibrate_sipm;} {rank = same; zero_suppress_PMT; zero_suppress_SIPM;} {rank = same; read_wf_pmt; read_wf_sipm;} }

Penthesilea

digraph G {bgcolor=skyblue label="PENTHESILEA\n" labelloc=top fontsize=16 size=6 node [style=filled,color=white] PMAPS_in [shape=box, label="PMAPS", fontsize=13, width=0.1] PMAPS_out [shape=invhouse,label="PMAPS", fontsize=13,width=0.1] TRACKS [shape=invhouse,label="TRACKS", fontsize=13,width=0.1] read_pmaps [fontcolor=red, fontname=Courier]; filter [fontcolor=red, fontname=Courier]; compute_hits [fontcolor=red, fontname=Courier]; paolina [fontcolor=red, fontname=Courier]; write_tracks [fontcolor=red, fontname=Courier]; write_pmaps [fontcolor=red, fontname=Courier]; PMAPS_in -> read_pmaps; read_pmaps -> filter [ label = " PMAPS", fontname=Courier]; filter -> compute_hits [ label = " PMAPS", fontname=Courier ]; compute_hits -> paolina [ label = " HITS", fontname=Courier ]; paolina -> write_tracks [ label = " TRACKS", fontname=Courier ]; write_tracks -> TRACKS; filter -> write_pmaps [ label = " PMAPS", fontname=Courier ]; write_pmaps -> PMAPS_out; MC_Track_in [shape=box, label="MC Track", fontsize=13, width=0.1] MC_Track_out [shape=invhouse, label="MC Track", fontsize=13, width=0.1] MC_Track_in -> MC_Track_out; Run_info_in [shape=box, label="Run Info", fontsize=13, width=0.1] Run_info_out [shape=invhouse, label="Run Info", fontsize=13, width=0.1] Run_info_in -> Run_info_out; {rank = same; write_tracks; write_pmaps;} {rank = same; PMAPS_in; Run_info_in; MC_Track_in;} {rank = same; PMAPS_out; TRACKS; MC_Track_out; Run_info_out;} }

Zaira

digraph G {bgcolor=skyblue label="ZAIRA\n" labelloc=top fontsize=16 size=6 node [style=filled,color=white] KDST [shape=box, label="KDST", fontsize=13, width=0.1] CORRECTION_MATRIX [shape=invhouse,label="CORRECTION_MATRIX", fontsize=13,width=0.1] read_kdst [fontcolor=red, fontname=Courier]; filter [fontcolor=red, fontname=Courier]; compute_correction_table [fontcolor=red, fontname=Courier]; write_correction_matrix [fontcolor=red, fontname=Courier]; KDST -> read_kdst; read_kdst -> filter [ label = " KDST", fontname=Courier]; filter -> compute_correction_table [ label = " KDST", fontname=Courier ]; compute_correction_table -> write_correction_matrix [ label = " CORRECTION_MATRIX", fontname=Courier ]; write_correction_matrix -> CORRECTION_MATRIX; }

Cecilia

digraph G {bgcolor=skyblue label="CECILIA\n" labelloc=top fontsize=16 size=6 node [style=filled,color=white] read_wf, correct_pmt, write_wf; TRIGGER_PARAMS [shape=box, label="TRIGGER_PARAMS", fontsize=13, width=0.1] TRIGGER [shape=invhouse,label="TRIGGER", fontsize=13,width=0.1] PMT_RWF_in [shape=box, label="PMT RWF", fontsize=13, width=0.1] PMT_RWF_out [shape=invhouse,label="PMT RWF", fontsize=13,width=0.1] read_wf [fontcolor=red, fontname=Courier]; correct_pmt [fontcolor=red, fontname=Courier]; find_peaks [fontcolor=red, fontname=Courier]; trigger_emulation_filter [fontcolor=red, fontname=Courier]; write_wf [fontcolor=red, fontname=Courier]; PMT_RWF_in -> read_wf; read_wf -> correct_pmt [ label = " RWF", fontname=Courier]; correct_pmt -> find_peaks [ label = " RWF", fontname=Courier]; find_peaks -> trigger_emulation_filter [ label = " PEAKS", fontname=Courier]; trigger_emulation_filter -> write_wf [ label = " RWF", fontname=Courier]; write_wf -> PMT_RWF_out; TRIGGER_PARAMS -> TRIGGER; TRIGGER_PARAMS -> trigger_emulation_filter; SiPM_RWF_in [shape=box, label="SiPM RWF", fontsize=13, width=0.1] SiPM_RWF_out [shape=invhouse, label="SiPM RWF", fontsize=13, width=0.1] SiPM_RWF_in -> SiPM_RWF_out; MC_Track_in [shape=box, label="MC Track", fontsize=13, width=0.1] MC_Track_out [shape=invhouse, label="MC Track", fontsize=13, width=0.1] MC_Track_in -> MC_Track_out; Run_info_in [shape=box, label="Run Info", fontsize=13, width=0.1] Run_info_out [shape=invhouse, label="Run Info", fontsize=13, width=0.1] Run_info_in -> Run_info_out; {rank = same; TRIGGER_PARAMS; trigger_emulation_filter;} {rank = same; PMT_RWF_in; SiPM_RWF_in; MC_Track_in; Run_info_in;} {rank = same; SiPM_RWF_out; PMT_RWF_out; MC_Track_out; Run_info_out; TRIGGER;} }

Diomira

digraph G {bgcolor=skyblue label="DIOMIRA\n" labelloc=top fontsize=50 size=40 node [style=filled,color=white]; ranksep = 2.5; nodesep=0.5; MC_PMTRD [shape=box, label="MC PMT RD", fontsize=40, width=4] PMT_CWF_out [shape=invhouse,label="PMT CWF", fontsize=40] read_wf_pmt [fontcolor=red, fontname=Courier, label="read_wf", fontsize=40]; ideal_pmt [fontcolor=red, fontname=Courier, fontsize=40]; write_wf_pmt [fontcolor=red, fontname=Courier, label="write_wf", fontsize=40]; MC_PMTRD -> read_wf_pmt; read_wf_pmt -> ideal_pmt [ label = " RWF", fontname=Courier,fontsize=40]; ideal_pmt -> write_wf_pmt [ label = " RWF", fontname=Courier, fontsize=40]; write_wf_pmt -> PMT_CWF_out; PMT_RWF_out [shape=invhouse,label="PMT RWF", fontsize=40,width=0.1] simulate_pmt[fontcolor=red, fontname=Courier, fontsize=40]; write_wf_pmt2[fontcolor=red, fontname=Courier, label="write_wf", fontsize=40]; read_wf_pmt -> simulate_pmt [ label = " RWF", fontname=Courier, fontsize=40]; simulate_pmt -> write_wf_pmt2 [ label = " RWF", fontname=Courier, fontsize=40 ]; write_wf_pmt2 -> PMT_RWF_out; MC_SiPM [shape=box, label="MC SiPM", fontsize=40, width=0.1] SiPM_RWF_out [shape=invhouse,label="SiPM RWF", fontsize=40,width=0.1] read_wf_sipm [fontcolor=red, fontname=Courier, label="read_wf", fontsize=40]; simulate_sipm[fontcolor=red, fontname=Courier, fontsize=40]; write_wf_sipm[fontcolor=red, fontname=Courier, label="write_wf", fontsize=40]; MC_SiPM -> read_wf_sipm; read_wf_sipm -> simulate_sipm [ label = " RWF", fontname=Courier, fontsize=40]; simulate_sipm -> write_wf_sipm [ label = " RWF", fontname=Courier , fontsize=40]; write_wf_sipm -> SiPM_RWF_out; MC_Track_in [shape=box, label="MC Track", fontsize=40, width=0.1] MC_Track_out [shape=invhouse, label="MC Track", fontsize=40, width=0.1] MC_Track_in -> MC_Track_out; FEE_TBL_in [shape=box, label="FEE TBL", fontsize=40, width=0.1] FEE_TBL_out [shape=invhouse, label="FEE TBL", fontsize=40, width=0.1] FEE_TBL_in -> FEE_TBL_out; Run_info_in [shape=box, label="RUN INFO", fontsize=40, width=0.1] Run_info_out [shape=invhouse, label="RUN INFO", fontsize=40, width=0.1] get_run_and_event_info [fontcolor=red, fontname=Courier, fontsize=40]; gen_uniq_evt_no_from_file_hash [fontcolor=red, fontname=Courier, fontsize=40]; run_and_event_writer [fontcolor=red, fontname=Courier, fontsize=40]; Run_info_in -> get_run_and_event_info; get_run_and_event_info -> gen_uniq_evt_no_from_file_hash [ label = " RUN_INFO", fontname=Courier , fontsize=40]; gen_uniq_evt_no_from_file_hash -> run_and_event_writer [ label = " RUN_INFO", fontname=Courier , fontsize=40]; run_and_event_writer -> Run_info_out; {rank = same; MC_PMTRD; MC_SiPM; MC_Track_in; FEE_TBL_in; Run_info_in} {rank = same; SiPM_RWF_out; PMT_CWF_out; PMT_RWF_out; MC_Track_out; FEE_TBL_out; Run_info_out} }