def test_scenario_requisites(request):
print("\n--Starting:", request.node.name)
base_scenario = {}
project_cards_list = []
project_cards_list.append(
ProjectCard.read(
os.path.join(os.getcwd(), 'example', 'stpaul', 'project_cards',
'4_test_project_card.yml')))
project_cards_list.append(
ProjectCard.read(
os.path.join(os.getcwd(), 'example', 'stpaul', 'project_cards',
'5_test_project_card.yml')))
project_cards_list.append(
ProjectCard.read(
os.path.join(os.getcwd(), 'example', 'stpaul', 'project_cards',
'6_test_project_card.yml')))
scen = Scenario.create_scenario(base_scenario=base_scenario,
project_cards_list=project_cards_list)
print(str(scen), "\n")
scen.check_scenario_requisites()
if scen.has_requisite_error:
print('Missing pre- or co-requisite projects found for scenario!')
print('Requisite checks done:', scen.requisites_checked)
print("--Finished:", request.node.name)
def test_scenario_conflicts(request):
project_cards_list = []
project_cards_list.append(
ProjectCard.read(
os.path.join(STPAUL_DIR, "project_cards",
"a_test_project_card.yml")))
project_cards_list.append(
ProjectCard.read(
os.path.join(STPAUL_DIR, "project_cards",
"b_test_project_card.yml")))
project_cards_list.append(
ProjectCard.read(
os.path.join(STPAUL_DIR, "project_cards",
"c_test_project_card.yml")))
scen = Scenario.create_scenario(base_scenario={},
project_cards_list=project_cards_list)
print(str(scen), "\n")
scen.check_scenario_conflicts()
if scen.has_conflict_error:
print("Conflicting project found for scenario!")
print("Conflict checks done:", scen.conflicts_checked)
print("--Finished:", request.node.name)
def test_scenario_requisites(request):
print("\n--Starting:", request.node.name)
base_scenario = {}
project_cards_list = []
project_cards_list.append(
ProjectCard.read(
os.path.join(STPAUL_DIR, "project_cards",
"a_test_project_card.yml")))
project_cards_list.append(
ProjectCard.read(
os.path.join(STPAUL_DIR, "project_cards",
"b_test_project_card.yml")))
project_cards_list.append(
ProjectCard.read(
os.path.join(STPAUL_DIR, "project_cards",
"c_test_project_card.yml")))
scen = Scenario.create_scenario(base_scenario=base_scenario,
project_cards_list=project_cards_list)
print(str(scen), "\n")
scen.check_scenario_requisites()
if scen.has_requisite_error:
print("Missing pre- or co-requisite projects found for scenario!")
print("Requisite checks done:", scen.requisites_checked)
print("--Finished:", request.node.name)
def test_project_sort(request):
print("\n--Starting:", request.node.name)
base_scenario = {}
project_cards_list = []
project_cards_list.append(
ProjectCard.read(
os.path.join(os.getcwd(), 'example', 'stpaul', 'project_cards',
'4_test_project_card.yml')))
project_cards_list.append(
ProjectCard.read(
os.path.join(os.getcwd(), 'example', 'stpaul', 'project_cards',
'5_test_project_card.yml')))
project_cards_list.append(
ProjectCard.read(
os.path.join(os.getcwd(), 'example', 'stpaul', 'project_cards',
'6_test_project_card.yml')))
scen = Scenario.create_scenario(base_scenario=base_scenario,
project_cards_list=project_cards_list)
print("\n> Prerequisites:")
import pprint
pprint.pprint(scen.prerequisites)
print("\nUnordered Projects:", scen.project_names())
scen.check_scenario_conflicts()
scen.check_scenario_requisites()
scen.order_project_cards()
print("Ordered Projects:", scen.project_names())
print("--Finished:", request.node.name)
def test_scenario_conflicts(request):
project_cards_list = []
project_cards_list.append(
ProjectCard.read(
os.path.join(os.getcwd(), 'example', 'stpaul', 'project_cards',
'4_test_project_card.yml')))
project_cards_list.append(
ProjectCard.read(
os.path.join(os.getcwd(), 'example', 'stpaul', 'project_cards',
'5_test_project_card.yml')))
project_cards_list.append(
ProjectCard.read(
os.path.join(os.getcwd(), 'example', 'stpaul', 'project_cards',
'6_test_project_card.yml')))
scen = Scenario.create_scenario(base_scenario={},
project_cards_list=project_cards_list)
print(str(scen))
scen.check_scenario_conflicts()
if scen.has_conflict_error:
print('Conflicting project found for scenario!')
print('Conflict checks done:', scen.conflicts_checked)
print("--Finished:", request.node.name)
def test_project_sort(request):
print("\n--Starting:", request.node.name)
base_scenario = {}
project_cards_list = []
project_cards_list.append(
ProjectCard.read(
os.path.join(STPAUL_DIR, "project_cards",
"a_test_project_card.yml")))
project_cards_list.append(
ProjectCard.read(
os.path.join(STPAUL_DIR, "project_cards",
"b_test_project_card.yml")))
project_cards_list.append(
ProjectCard.read(
os.path.join(STPAUL_DIR, "project_cards",
"c_test_project_card.yml")))
scen = Scenario.create_scenario(base_scenario=base_scenario,
project_cards_list=project_cards_list)
print("\n> Prerequisites:")
import pprint
pprint.pprint(scen.prerequisites)
print("\nUnordered Projects:", scen.get_project_names())
scen.check_scenario_conflicts()
scen.check_scenario_requisites()
scen.order_project_cards()
print("Ordered Projects:", scen.get_project_names())
print("--Finished:", request.node.name)
def test_project_card_write(request):
print("\n--Starting:", request.node.name)
in_dir = os.path.join(STPAUL_DIR, "project_cards")
in_file = os.path.join(in_dir, "1_simple_roadway_attribute_change.yml")
outfile = os.path.join(SCRATCH_DIR,
"t_simple_roadway_attribute_change.yml")
project_card = ProjectCard.read(in_file)
project_card.write(outfile)
test_card = ProjectCard.read(in_file)
for k, v in project_card.__dict__.items():
assert v == test_card.__dict__[k]
def test_create_ml_network_shape(request):
print("\n--Starting:", request.node.name)
print("Reading network ...")
net = _read_stpaul_net()
print("Reading project card ...")
project_card_name = "4_simple_managed_lane.yml"
project_card_path = os.path.join(STPAUL_DIR, "project_cards",
project_card_name)
project_card = ProjectCard.read(project_card_path, validate=False)
project_card_dictionary = project_card.__dict__
orig_links_count = len(net.links_df)
orig_shapes_count = len(net.shapes_df)
net.apply(project_card_dictionary)
ml_net = net.create_managed_lane_network()
rev_links_count = len(ml_net.links_df)
rev_shapes_count = len(ml_net.shapes_df)
assert (rev_links_count - orig_links_count) == (rev_shapes_count -
orig_shapes_count)
# 2 new ML links, each ML link has 2 more access/egress links
# total new links for 2 ML links will be 6 (2*3)
assert rev_shapes_count == orig_shapes_count + 2 * 3
assert rev_links_count == orig_links_count + 2 * 3
print("--Finished:", request.node.name)
def test_add_roadway_shape(request):
print("\n--Starting:", request.node.name)
print("Reading network ...")
net = _read_stpaul_net()
print("Reading project card ...")
project_card_name = "10_simple_roadway_add_change.yml"
project_card_path = os.path.join(STPAUL_DIR, "project_cards",
project_card_name)
project_card = ProjectCard.read(project_card_path, validate=False)
project_card_dictionary = project_card.__dict__
orig_links_count = len(net.links_df)
orig_shapes_count = len(net.shapes_df)
net.add_new_roadway_feature_change(project_card_dictionary.get("links"),
project_card_dictionary.get("nodes"))
rev_links_count = len(net.links_df)
rev_shapes_count = len(net.shapes_df)
assert (rev_links_count - orig_links_count) == (rev_shapes_count -
orig_shapes_count)
assert rev_shapes_count == orig_shapes_count + 2
assert rev_links_count == orig_links_count + 2
print("--Finished:", request.node.name)
def test_select_roadway_features_from_projectcard(request):
print("\n--Starting:",request.node.name)
print("Reading network ...")
net = RoadwayNetwork.read(link_file= STPAUL_LINK_FILE, node_file=STPAUL_NODE_FILE, shape_file=STPAUL_SHAPE_FILE, fast=True)
print("Reading project card ...")
#project_card_name = '1_simple_roadway_attribute_change.yml'
#project_card_name = '2_multiple_roadway.yml'
project_card_name = '3_multiple_roadway_attribute_change.yml'
project_card_path = os.path.join(os.getcwd(),'example','stpaul','project_cards',project_card_name)
project_card = ProjectCard.read(project_card_path)
print("Selecting roadway features ...")
sel = project_card.facility
print("Selection:\n",sel)
selected_links = net.select_roadway_features(sel)
if not type(selected_links) == GeoDataFrame:
print("Couldn't find path from {} to {}".format(sel['A'],sel['B']))
else:
print("Features selected:",len(selected_links))
print("--Finished:",request.node.name)
def test_add_managed_lane(request):
print("\n--Starting:", request.node.name)
net = _read_stpaul_net()
print("Reading project card ...")
project_card_name = "5_managed_lane.yml"
project_card_path = os.path.join(STPAUL_DIR, "project_cards", project_card_name)
project_card = ProjectCard.read(project_card_path)
print("Selecting roadway features ...")
selected_link_indices = net.select_roadway_features(project_card.facility)
attributes_to_update = [p["property"] for p in project_card.properties]
orig_links = net.links_df.loc[selected_link_indices, attributes_to_update]
print("Original Links:\n", orig_links)
net.apply_managed_lane_feature_change(
net.select_roadway_features(project_card.facility), project_card.properties
)
rev_links = net.links_df.loc[selected_link_indices, attributes_to_update]
print("Revised Links:\n", rev_links)
net.write(filename="test_ml", path=SCRATCH_DIR)
print("--Finished:", request.node.name)
def test_apply_roadway_feature_change(request,
apply_feature_change_project_card):
print("\n--Starting:", request.node.name)
my_net = _read_stpaul_net()
print("Reading project card", apply_feature_change_project_card, "...")
project_card_path = os.path.join(STPAUL_DIR, "project_cards",
apply_feature_change_project_card)
project_card = ProjectCard.read(project_card_path)
print("Selecting roadway features ...")
selected_link_indices = my_net.select_roadway_features(
project_card.facility)
attributes_to_update = [
p["property"] for p in project_card.properties
if p["property"] in my_net.links_df.columns
]
orig_links = my_net.links_df.loc[selected_link_indices,
attributes_to_update]
print("Original Links:\n", orig_links)
my_net.apply_roadway_feature_change(
my_net.select_roadway_features(project_card.facility),
project_card.properties)
rev_links = my_net.links_df.loc[selected_link_indices,
attributes_to_update]
print("Revised Links:\n", rev_links)
print("--Finished:", request.node.name)
def test_write_model_net(request):
print("\n--Starting:", request.node.name)
print("Reading network ...")
net = RoadwayNetwork.read(
link_file=STPAUL_LINK_FILE,
node_file=STPAUL_NODE_FILE,
shape_file=STPAUL_SHAPE_FILE,
fast=True,
)
print("Reading project card ...")
project_card_name = "5_managed_lane.yml"
project_card_path = os.path.join(STPAUL_DIR, "project_cards", project_card_name)
project_card = ProjectCard.read(project_card_path)
net.apply(project_card.__dict__)
net.links_df.to_csv(os.path.join(SCRATCH_DIR, "in_ml_links.csv"), index=False)
net.nodes_df.to_csv(os.path.join(SCRATCH_DIR, "in_ml_nodes.csv"), index=False)
net.shapes_df.to_csv(os.path.join(SCRATCH_DIR, "in_ml_shape.csv"), index=False)
ml_net = net.create_managed_lane_network(in_place=False)
ml_net.links_df.to_csv(os.path.join(SCRATCH_DIR, "out_ml_links.csv"), index=False)
ml_net.nodes_df.to_csv(os.path.join(SCRATCH_DIR, "out_ml_nodes.csv"), index=False)
ml_net.shapes_df.to_csv(os.path.join(SCRATCH_DIR, "out_ml_shape.csv"), index=False)
print("--Finished:", request.node.name)
def test_add_adhoc_field_from_card(request):
"""
Makes sure new fields can be added from a project card and that
they will be the right type.
"""
print("\n--Starting:", request.node.name)
net = _read_stpaul_net()
project_card_name = "new_fields_project_card.yml"
print("Reading project card", project_card_name, "...")
project_card_path = os.path.join(STPAUL_DIR, "project_cards", project_card_name)
project_card = ProjectCard.read(project_card_path)
print("Selecting roadway features ...")
selected_link_indices = net.select_roadway_features(project_card.facility)
attributes_to_update = [p["property"] for p in project_card.properties]
net.apply_roadway_feature_change(
net.select_roadway_features(project_card.facility), project_card.properties
)
rev_links = net.links_df.loc[selected_link_indices, attributes_to_update]
rev_types = [(a, net.links_df[a].dtypes) for a in attributes_to_update]
# rev_types = net.links_df[[attributes_to_update]].dtypes
print("Revised Links:\n", rev_links, "\nNew Property Types:\n", rev_types)
assert net.links_df.loc[selected_link_indices[0], "my_ad_hoc_field_float"] == 1.1
assert net.links_df.loc[selected_link_indices[0], "my_ad_hoc_field_integer"] == 2
assert (
net.links_df.loc[selected_link_indices[0], "my_ad_hoc_field_string"] == "three"
)
print("--Finished:", request.node.name)
def test_read_write_project_card(request):
card_dir = os.path.join(".", "tests", "projects", "project_AB")
card_file = os.path.join(card_dir, "project_A.yml")
output_file = "test_card.yml"
card = ProjectCard.read(card_file, validate=False)
card.__dict__.pop("file")
card.__dict__.pop("valid")
card.write(filename=output_file)
card_from_disk = ProjectCard.read(output_file, validate=False)
card_from_disk.__dict__.pop("file")
card_from_disk.__dict__.pop("valid")
os.remove(output_file)
assert (card.__dict__ == card_from_disk.__dict__) is True
def test_dot_wrangler_roadway(request):
print("\n--Starting:", request.node.name)
print("Reading .wrangler project card ...")
project_card_name = "add_highway_lanes.wrangler"
project_card_path = os.path.join(STPAUL_DIR, "project_cards",
project_card_name)
project_card = ProjectCard.read(project_card_path, validate=False)
print(project_card)
assert ("self.links_df.loc[self.links_df['lanes'] == 4, 'lanes'] = 12"
in project_card.pycode)
def test_project_card_read(request):
print("\n--Starting:", request.node.name)
in_dir = os.path.join(
os.path.dirname(os.path.dirname(os.path.realpath(__file__))),
'example', 'stpaul', 'project_cards')
in_file = os.path.join(in_dir, "1_simple_roadway_attribute_change.yml")
project_card = ProjectCard.read(in_file)
WranglerLogger.info(project_card.__dict__)
print(str(project_card))
assert (project_card.category == "Roadway Attribute Change")
print("--Finished:", request.node.name)
def test_managed_lane_project_card(request):
print("\n--Starting:", request.node.name)
print("Reading project card ...")
project_card_name = "5_managed_lane.yml"
project_card_path = os.path.join(os.getcwd(), "examples", "stpaul",
"project_cards", project_card_name)
project_card = ProjectCard.read(project_card_path)
print(project_card)
print("--Finished:", request.node.name)
def write_project_card(self, filename):
"""
Writes project cards.
Args:
filename (str): File path to output .yml
Returns:
None
"""
ProjectCard(self.card_data).write(filename)
WranglerLogger.info("Wrote project card to: {}".format(filename))
def test_project_card(request):
print("\n--Starting:", request.node.name)
transit_net = TransitNetwork.read(STPAUL_DIR)
project_card_path = os.path.join(
STPAUL_DIR, "project_cards", "12_transit_shape_change.yml"
)
project_card = ProjectCard.read(project_card_path)
transit_net.apply_transit_feature_change(
transit_net.select_transit_features(project_card.facility),
project_card.properties
)
# Shapes
result = transit_net.feed.shapes[transit_net.feed.shapes["shape_id"] ==
"2940002"]["shape_model_node_id"].tolist()
answer = ["45983", "126312", "126316", "46663", "46665", "150855", "11188",
"84899", "46666", "77077", "68609", "39425", "62146", "41991", "70841",
"45691", "69793", "45683", "45685", "7688", "45687", "100784", "100782",
"45688", "37609", "19077", "38696", "91685", "38698", "138152", "91825",
"71086", "133190", "133187", "133188", "133183", "133179", "133177",
"44298", "67125", "68417", "72311", "75802", "46083", "75783", "71964",
"71456", "44190", "61464", "75786", "74898", "73817", "51814", "75787",
"75122", "75788", "123002", "123003", "39803", "75789", "70300", "68072",
"68039", "68041", "68043", "68044", "40878", "32484", "32474", "32485",
"32499", "32532", "32544", "32479", "32491", "32502", "10658", "10655",
"10651", "10652", "10649", "111619", "10643", "10642", "10640", "74056",
"70553", "12145", "12147", "56079", "12142", "79492", "76595", "51578",
"74179", "82208", "41799", "123353", "123351", "51651", "67557", "12136",
"12135", "67419", "56842", "80494", "128663", "52195", "12137", "12146",
"25816", "25809", "115180", "9910", "115159", "115154", "162573", "10409",
"164501", "170453", "158052", "145473", "25658", "91126", "90985", "90993",
"145453", "112931", "157281", "163689", "163713", "117979", "116895",
"138571", "87210", "97813", "165113", "133948", "101458", "105285",
"100603", "165025", "127797", "7753", "127801", "28889", "28890", "127804",
"7754", "127802", "48699", "125802", "125237", "96386", "96366", "96367",
"145532", "94231", "6578", "7278", "9831", "10910", "10242", "112268",
"110085", "114928", "114941", "11694", "11654", "11705", "154299", "11708",
"11710", "11704", "11674", "11668", "11677", "9483", "161536", "88542",
"22645", "19792", "126666", "170579", "145513", "155886", "101864",
"100562", "51955", "23270", "23263", "23271", "139930"]
assert result == answer
# Stops
result = transit_net.feed.stop_times[transit_net.feed.stop_times["trip_id"] ==
"14944022-JUN19-MVS-BUS-Weekday-01"]["stop_id"].tolist()
result_tail = result[-5:]
answer_tail = ["16842", "16837", "16836", "16833", "17040"]
assert result_tail == answer_tail
print("--Finished:", request.node.name)
def test_select_roadway_features_from_projectcard(request):
print("\n--Starting:", request.node.name)
net = _read_stpaul_net()
print("Reading project card ...")
project_card_name = "3_multiple_roadway_attribute_change.yml"
project_card_path = os.path.join(STPAUL_DIR, "project_cards", project_card_name)
project_card = ProjectCard.read(project_card_path)
print("Selecting roadway features ...")
sel = project_card.facility
selected_link_indices = net.select_roadway_features(sel)
print("Features selected:", len(selected_link_indices))
print("--Finished:", request.node.name)
def test_query_builder(request, test_spec):
selection, answer = test_spec
sel_query = ProjectCard.build_link_selection_query(
selection=selection["selection"],
unique_model_link_identifiers=RoadwayNetwork.
UNIQUE_MODEL_LINK_IDENTIFIERS,
ignore=selection["ignore"],
)
print("\nsel_query:\n", sel_query)
print("\nanswer:\n", answer)
assert sel_query == answer
print("--Finished:", request.node.name)
def test_add_roadway_links(request):
print("\n--Starting:", request.node.name)
net = _read_stpaul_net()
print("Reading project card ...")
# project_card_name = "10_simple_roadway_add_change.yml"
project_card_name = "10a_incorrect_roadway_add_change.yml"
project_card_path = os.path.join(STPAUL_DIR, "project_cards", project_card_name)
project_card = ProjectCard.read(project_card_path)
project_card_dictionary = project_card.__dict__
net.add_new_roadway_feature_change(
project_card_dictionary.get("links"), project_card_dictionary.get("nodes")
)
print("--Finished:", request.node.name)
def test_query_roadway_property_by_time_group(request, variable_query):
print("\n--Starting:", request.node.name)
net = _read_stpaul_net()
print("Applying project card...")
project_card_path = os.path.join(STPAUL_DIR, "project_cards", "5_managed_lane.yml")
project_card = ProjectCard.read(project_card_path, validate=False)
net.apply_managed_lane_feature_change(
net.select_roadway_features(project_card.facility), project_card.properties
)
print("Querying Attribute...")
print("QUERY:\n", variable_query)
v_series = net.get_property_by_time_period_and_group(
variable_query["v"],
category=variable_query["category"],
time_period=variable_query["time_period"],
)
selected_link_indices = net.select_roadway_features(project_card.facility)
print("CALCULATED:\n", v_series.loc[selected_link_indices])
print("ORIGINAL:\n", net.links_df.loc[selected_link_indices, variable_query["v"]])
def test_roadway_feature_change(request):
print("\n--Starting:",request.node.name)
print("Reading network ...")
net = RoadwayNetwork.read(link_file= STPAUL_LINK_FILE, node_file=STPAUL_NODE_FILE, shape_file=STPAUL_SHAPE_FILE, fast=True)
project_card_set = [
(net, '1_simple_roadway_attribute_change.yml'),
(net, '2_multiple_roadway.yml'),
(net, '3_multiple_roadway_attribute_change.yml'),
]
for my_net, project_card_name in project_card_set:
project_card_path = os.path.join(os.getcwd(),'example','stpaul','project_cards',project_card_name)
print("Reading project card from:\n {}".format(project_card_path))
project_card = ProjectCard.read(project_card_path)
roadway_feature_change(my_net, project_card)
print("--Finished:",request.node.name)
def test_create_default_geometry(request):
print("\n--Starting:", request.node.name)
print("Reading network ...")
net = _read_stpaul_net()
print("Reading project card ...")
project_card_name = "10_simple_roadway_add_change.yml"
project_card_path = os.path.join(STPAUL_DIR, "project_cards",
project_card_name)
project_card = ProjectCard.read(project_card_path, validate=False)
project_card_dictionary = project_card.__dict__
net.add_new_roadway_feature_change(project_card_dictionary.get("links"),
project_card_dictionary.get("nodes"))
links_without_geometry = net.links_df[net.links_df["geometry"] == ""]
assert len(links_without_geometry) == 0
print("--Finished:", request.node.name)
def test_existing_managed_lane_apply(request):
print("\n--Starting:", request.node.name)
print("Reading network ...")
net = RoadwayNetwork.read(
link_file=STPAUL_LINK_FILE,
node_file=STPAUL_NODE_FILE,
shape_file=STPAUL_SHAPE_FILE,
fast=True,
)
print("Reading project card ...")
project_card_name = "4_simple_managed_lane.yml"
project_card_path = os.path.join(STPAUL_DIR, "project_cards",
project_card_name)
project_card = ProjectCard.read(project_card_path)
print("Selecting roadway features ...")
selected_link_indices = net.select_roadway_features(project_card.facility)
if "managed" in net.links_df.columns:
existing_ml_links = len(
(net.links_df[net.links_df["managed"] == 1]).index)
else:
existing_ml_links = 0
print("Existing # of ML links in the network:", existing_ml_links)
net.apply_managed_lane_feature_change(
net.select_roadway_features(project_card.facility),
project_card.properties)
new_ml_links = len((net.links_df[net.links_df["managed"] == 1]).index)
print("New # of ML links in the network:", new_ml_links)
assert new_ml_links == existing_ml_links + len(selected_link_indices)
print("--Finished:", request.node.name)
def read_project_cards(card_dir: str = CARD_DIR) -> list:
"""
Returns a list of project cards from a directory.
Args:
card_dir: a folder location storing project cards
Returns:
List of tuples, with the ProjectCard and card filename
"""
card_file_list = []
for (dirpath, dirnames, filenames) in os.walk(card_dir):
for filename in filenames:
name, extension = os.path.splitext(filename)
if extension in [".yml", ".yaml"]:
card_file = os.path.join(dirpath, filename)
card = ProjectCard.read(card_file, validate=False)
card_file_list.append((card, card_file))
return card_file_list
def test_highway_change_project_card_valid(request, logfilename):
print("\n--Starting:", request.node.name)
print("Reading: {}".format(logfilename))
lf = Project.read_logfile(logfilename)
test_project = Project.create_project(roadway_log_file=logfilename,
base_roadway_dir=ROADWAY_DIR)
test_project.write_project_card(
os.path.join(
SCRATCH_DIR,
"t_" + os.path.splitext(os.path.basename(logfilename))[0] + ".yml",
))
from network_wrangler import ProjectCard
valid = ProjectCard.validate_project_card_schema(
os.path.join(
SCRATCH_DIR,
"t_" + os.path.splitext(os.path.basename(logfilename))[0] + ".yml",
))
assert valid == True
def test_apply_summary_wrappers(request):
print("\n--Starting:", request.node.name)
card_filenames = [
"3_multiple_roadway_attribute_change.yml",
"multiple_changes.yml",
"4_simple_managed_lane.yml",
]
project_card_directory = os.path.join(STPAUL_DIR, "project_cards")
project_cards_list = [
ProjectCard.read(os.path.join(project_card_directory, filename),
validate=False) for filename in card_filenames
]
base_scenario = {
"road_net":
RoadwayNetwork.read(
link_file=STPAUL_LINK_FILE,
node_file=STPAUL_NODE_FILE,
shape_file=STPAUL_SHAPE_FILE,
fast=True,
),
"transit_net":
TransitNetwork.read(STPAUL_DIR),
}
my_scenario = Scenario.create_scenario(
base_scenario=base_scenario, project_cards_list=project_cards_list)
my_scenario.apply_all_projects()
my_scenario.scenario_summary()
print("--Finished:", request.node.name)