testsuite.netconvert

# a roundabout from the TAPASCologne scenario
# (at 51.049877, 6.840966)
test1

# continuation with changes in modes
cont2to2_buslane_gap

# continuation with changes in modes
cont2to3_buslane_gap

# complete 4-arm intersection with 2 lanes for every edge and priority for the vertical streams
4arm_2lane_prio_vert

# complete 4-arm intersection with 2 lanes for every incoming edge, 1 lane for every outgoing edge and priority for the vertical streams
4arm_2lane1_prio_vert

# complete 4-arm intersection with 3 lanes for every edge and priority for the vertical streams
4arm_3lane_prio_vert

# complete 4-arm intersection with 4 lanes for every edge and priority for the vertical streams
4arm_4lane_prio_vert

# complete 4-arm intersection with 2 lanes for every edge and priority for a turning  streamst
4arm_2lane_prio_turn

# complete 4-arm intersection with 3 lanes for every edge and priority for a turning stream
4arm_3lane_prio_turn

# complete 4-arm intersection with 4 lanes for every edge and priority for a turning stream
4arm_4lane_prio_turn

# complete 4-arm intersection with 2 lanes for every edge and tls
4arm_2lane_tls

# complete 4-arm intersection with 3 lanes for every edge and tls
4arm_3lane_tls

# complete 4-arm intersection with 4 lanes for every edge and tls
4arm_4lane_tls

# complete 4-arm intersection with 2 lanes for every edge and tls
4arm_2lane_tls_prio_turn

# vehicular lanes should be built rather than bicycle lanes
bike_lane_ends

# the lane which allows passenger and bicycle should have connections to all following lanes (passenger-only lanes as well as bike lane)
bike_lane_starts
3arm_bike_lane
3arm_bike_lane2

# edge with bicycle lane connects to a bike path
bike_path_branches

# special case a)
case_a_with_sidewalk

# consider permissions when computing turn-around
tram_turnaround

# complete 4-arm intersection, real world example (Berlin)
4arm_rw1

# complete 4-arm intersection, real world example (Berlin)
4arm_rw2

# complete 4-arm intersection, real world example (Berlin)
4arm_rw3

# add a lane on the right but it's a dead-end
add_right_deadend

# add a lane on the right for turning
add_right_turn

# add 2 lanes on the right for turning
add2_right_turn

# add 2 lanes and one is for turning right
add2_right_straight

# add a lane on the left for turning
add_left_turn

# add 2 lanes on the left for turning
add2_left_turn

# add 2 lanes and one is for turning left
add2_left_straight

# add a lane on the right and a lane on the left for turning
add_right_left_turn

# connect to all lanes on target if it prohibits lane changing (#8391)
target_prohibits_change

# connect to all lanes on target if it prohibits lane changing (#8391)
target_prohibits_change2

# connect to all lanes on target if it prohibits lane changing (#8391)
target_prohibits_turns

# test missing connection in osm derived data (#10502)	
bus_only

# test faulty connection in osm derived data (#12327)	
bus_bay_bikelanes

# test faulty connection in osm derived data (#12327)	
bus_bay_bikelanes2

# test for #13087
bus_switch_lane

# test for #16291
bus_only_preferred

# test for #15161
verge_left

# test for #15161
verge_left2

# test for #15943
turn_lane_bike

# test for #16127
accel_prohibits_change

# two consecutive edges with acceleration lane
accel_prohibits_change2
ramps