def commandRouter( lineJson ):
"""Routes the command to the right function. Throws `Warning` if
command not matched."""
cmd = lineJson['command']
opt = lineJson['options']
# Make `case`-like functionality with if/elif checks
if cmd == "getContent":
Routes.getContent()
elif cmd == "getGraphviz":
Routes.getGraphviz()
elif cmd == "getTessellation":
acc = opt['accuracy'] # Throws KeyError
Routes.getTessellation( acc )
elif cmd == "changeParam":
objName = opt['objName']
param = opt['param']
val = opt['val']
Routes.changeParam( objName, param, val )
else:
# if not matched, throw error
raise Warning("Command not matched")
def getOfFile():
allObjects = getOfConfigFile()
adresse = str(path["routesFilePath"])
routes = Routes.initRT(adresse)
adresse = path["characteristicsPointsFilePath"]
charactPoints, tahitiAirports = CharacteristicPoints.initCP(adresse)
adresse = path["fdpFilePath"]
fdp = Fdp.initFDP(adresse)
adresse = path["aoiFilePath"]
aoi = Aoi.initAOI(adresse)
adresse = path["fplFilePath"]
fpl = Fpl.initFPL(adresse, charactPoints, routes["codedRoutes"], tahitiAirports)
adresse = path["adsFilePath"]
ads = Ads.initADS(adresse, charactPoints, routes["codedRoutes"], fpl)
allObjects["routes"] = routes
allObjects["charactPoints"] = charactPoints
allObjects["tahitiAirport"] = tahitiAirports
allObjects["fdp"] = fdp
allObjects["aoi"] = aoi
allObjects["fpl"] = fpl
allObjects["ads"] = ads
return allObjects
def OptimalEvacuation(
start_pos, realRoute, resultFlag, disaster,
disasterScale): #最適な避難場所の探索、及び最適な避難経路の探索、実際に避難した経路と最適な避難場所を同じ画像に出力
if (resultFlag):
#そこから取得
with open("../data/result.json", encoding="utf-8_sig") as f:
resultJson = json.load(f)
places = resultJson["EvacuationPlaces"]
goal_pos = places["0"]["coordinates"]
optimal_goal = HazapModules.Coordinates()
optimal_goal.lat, optimal_goal.lon = float(goal_pos[0]), float(
goal_pos[1])
else:
places = getplace.searchplace(start_pos, disaster,
disasterScale) #最適な避難場所を取得
resultJson = {}
resultJson["EvacuationPlaces"] = places
with open("../data/result.json", "w", encoding="utf-8_sig") as f:
json.dump(resultJson, f, ensure_ascii=False, indent=4)
goal_pos = places[0]["coordinates"]
optimal_goal = HazapModules.Coordinates()
optimal_goal.lat, optimal_goal.lon = float(goal_pos[0]), float(
goal_pos[1])
Routes.Search_route(start_pos, optimal_goal, realRoute,
resultFlag) #最適なルートを作成
return places #評価の高かった場所のリストを返す
def authenticate():
req_data = request.get_json()
print req_data
username = req_data['username']
password = req_data['password']
print username, password
return Routes.auth(username, password)
def __init__(self, db):
'''
General description:
This function initializes the database variables and \
index to refer in functions.
'''
DBUtil.__init__(self, db)
self.collection = db.PermissionGroup
self.permissiondb = Permissions.Permissions(db)
self.routesb = Routes.Routes(db)
# indexes
self.collection.create_index(
[('groupname', ASCENDING)],
unique=True,
)
def initial_setup():
Database.wait_for_available()
Logger.log.info('Setting up database structure')
# Make a database connection
session = Database.connect(create_all=True)
if session.query(db.Route).count() > 0 or session.query(
db.Station).count() > 0:
Logger.log.error(
"ERROR: Initial setup cannot continue, this database already has route and station data."
)
sys.exit(1)
routes = Routes.get_route_objects()
for route in routes:
session.add(route)
# Get the station objects and add them to the database
stations = APIFunctionsV3.get_stations(session)
for station in stations:
session.add(station)
session.commit()
def model_frequency_for_route(session, route_name):
return model_frequency(todays_vehicles_for_route(session, Routes.route_ids(session)[route_name]), route_name)
def hello():
return Routes.hello()
def RunServer(args=[]):
Database.Initialize()
Routes.Serve()
