Path: blob/main/tests/netconvert/import/SUMO/testsuite.netconvert.fast
169686 views
# Tests parsing of stopOffsets (lane / edge child elements) stopOffsets # whether connectiosn are correctly read and processed connections customTLS # network with one actuated and one static tls, # test rebuilding with different tlType rebuild_tlType # handle them! internal_lanes # demonstrate the ability to import traffic lights traffic_lights # load network where one linkIndex is used to control multiple connections traffic_lights_resused_linkIndex # whether discarding traffic lights works traffic_lights-discard # re-import network with right_on_red logic traffic_light_right_on_red # demonstrate the ability to import actuated traffic lights traffic_light_actuated # handle shape, allow, disallow, type attributes # dismiss vclass information dismiss-vclasses # handle non-default spreadType spreadType # apply offset to a loaded network offset # load network without internal lanes and output a network without internal lanes by default no_internal_lanes # load network without internal lanes and set option to output a network with internal lanes no_internal_lanes_modify # when importing networks with roundabouts, the ouput network should have the same roundabouts # see ticket775 roundabouts # modify edges within a roundabout using option --geometry.remove roundabout_modify # test discarding traffic lights for geometry-like junctions tls.discard-simple # test discarding traffic lights for geometry-like junctions, protect joined tls tls.discard-simple_joined # see ticket917 infer_option_street_names add_split # add split at an edge that is controlled by a tls add_split_at_tls # importing a complex network with deprecated vclasses adlershof_dlr_deprecated_vclass joined_traffic_lights_with_controlledInner joined_traffic_light_with_internal_junctions # import network with a rail signal rail_signal # add another tls program to an existing tls definition add_tls_prgram # apply option --geometry.remove to a loaded .net.xml geometry.remove # import lefthand and junctionCornerDetail network_attributes remove_lane # load a network with edge types and write it to plain-xml and .net.xml edge_types params # discarding params discard_params short_edge # merge 2 networks without geo-referencing that are shifted appropriately merge # merge 2 networks without geo-referencing that are shifted appropriately. Networks overlap (with identical ids) merge_overlap # merge 2 geo-referenced networks merge_geo merge_geo_overlap # see #12824 #merge_geo_overlap2 # load geo-encoded patch into geo network patch_geo # re-import limited speed on junctions based on radius limit-turn-speed # re-import limited speed on junctions based on radius and overwrite with a new limit argument limit-turn-speed_overwrite # import check-lane-foes options from .net.xml checkLaneFoes # test computation of lane shapes from edge shapes with elevation elevation # load a network with junction names and write it to plain-xml and .net.xml junction_name # use stored option in network (#4397) internalJunctionVehicleWidth # load bidi attribute from input network bidi