segment_quad_tree.py

 
 
import basf2
 
from tracking.run.event_generation import StandardEventGenerationRun
from trackfindingcdc.quadtree.quadTreePlotter import SegmentQuadTreePlotter
from trackfindingcdc.cdcdisplay import CDCSVGDisplayModule
from trackfinderoutputcombiner.validation import add_mc_track_finder
 
import logging
import sys
 
 
class SegmentQuadTreeRun(StandardEventGenerationRun):
 
    """ Create segments and plot them in a segment quad tree """
 
    
    display_module_segments = CDCSVGDisplayModule(
        
        interactive=True
        
    )
    
    display_module_segments.draw_gftrackcand_trajectories = False
    
    display_module_segments.draw_gftrackcands = True
    
    display_module_segments.draw_clusters = False
    
    display_module_segments.track_cands_store_array_name = "MCTrackCands"
 
    
    display_module_tracks = CDCSVGDisplayModule(
        
        interactive=True
        
    )
    
    display_module_tracks.draw_gftrackcands = True
    
    display_module_tracks.track_cands_store_array_name = "TrackCands"
 
    
    display_module_mc = CDCSVGDisplayModule(
        
        interactive=True
        
    )
    
    display_module_mc.draw_gftrackcand_trajectories = True
    
    display_module_mc.draw_segments_mctrackid = True
    
    display_module_mc.track_cands_store_array_name = "MCTrackCands"
 
    
    plotter_module = SegmentQuadTreePlotter()
    
    plotter_module.draw_quad_tree_content = True
    
    plotter_module.draw_segment_intersection = True
    
    plotter_module.draw_mc_information = True
 
    def create_path(self):
        """ Make SegmentFinding and QuadTreeFinding and plotting/display/validation"""
        main_path = super(SegmentQuadTreeRun, self).create_path()
 
        add_mc_track_finder(main_path)
        main_path.add_module("TFCDC_WireHitPreparer")
        main_path.add_module("TFCDC_ClusterPreparer")
 
        segment_finder = basf2.register_module("TFCDC_SegmentFinderFacetAutomaton")
        segment_finder.param({
            "WriteFacets": True,
            "SegmentOrientation": "none",
        })
        main_path.add_module(segment_finder)
 
        # main_path.add_module(Filler())
 
        segment_quad_tree = basf2.register_module("SegmentQuadTree")
        segment_quad_tree.param({
            "Level": 4,
            "MinimumItems": 1,
            "DoPostprocessing": True,
        })
        segment_quad_tree.set_log_level(basf2.LogLevel.DEBUG)
        segment_quad_tree.set_debug_level(100)
        main_path.add_module(segment_quad_tree)
        main_path.add_module(self.display_module_tracksdisplay_module_tracks)
 
        return main_path
 
 
def main():
    run = SegmentQuadTreeRun()
    run.configure_and_execute_from_commandline()
 
 
if __name__ == "__main__":
    logging.basicConfig(stream=sys.stdout, level=logging.INFO, format='%(levelname)s:%(message)s')
    main()