def getRouteMatchScore(car, passenger):
cursor = RouteInfo.initDatabase()
#车主起点到车主终点行车路径规划距离D0
distance_0 = RouteInfo.queryDistanceFromDriveTable( car['start_simple_lng'], car['start_simple_lat'],
car['end_simple_lng'], car['end_simple_lat'])
#车主起点到乘客起点行车路径规划距离D1
distance_1 = RouteInfo.queryDistanceFromDriveTable( car['start_simple_lng'], car['start_simple_lat'],
passenger['start_simple_lng'], passenger['start_simple_lat'])
#乘客起点到乘客终点行车路径规划距离Ｄ2
distance_2 = RouteInfo.queryDistanceFromDriveTable( passenger['start_simple_lng'], passenger['start_simple_lat'],
passenger['end_simple_lng'], passenger['end_simple_lat'])
#乘客终点到司机终点行车路径规划距离Ｄ3
distance_3 = RouteInfo.queryDistanceFromDriveTable( passenger['end_simple_lng'], passenger['end_simple_lat'],
car['end_simple_lng'], car['end_simple_lat'])
#计算车主绕行距离： d = (D1+D2+D3) - D0
car_extra_distance = (distance_1 + distance_2 +distance_3) - distance_0
#计算车主绕行因子： r1 = d / D0, ( 0< r1 < 1 ) 越小越好
car_extra_factor= car_extra_distance / distance_0
#计算车主收益因子： r2 = D2 / D0，(0< r2 ) 越大越好
car_earn_factor= distance_2 /distance_0
car_extra_plus = 1.5
if( car_earn_factor< 0.1 ):
match_factor = 0
elif(car_extra_factor==0 and car_earn_factor == 0 ):
match_factor = 0
else:
match_factor = car_earn_factor - car_extra_plus*car_extra_factor
#print "getRouteMatchScore, d0=%d, d1=%d, d2=%d, d3=%d"%(distance_0, distance_1, distance_2, distance_3)
# print "车主绕行距离=%d, 车主绕行因子=%f, 车主收益因子=%f"%( car_extra_distance, car_extra_factor, car_earn_factor)
return (match_factor, car_extra_distance, car_extra_factor, car_earn_factor)
def parseRoutes(data):
for route in data["routes"]:
sourceToDestination = RouteInfo.RouteInfo(route["ports"][0],
route["ports"][1],
route["distance"])
destinationToSource = RouteInfo.RouteInfo(route["ports"][1],
route["ports"][0],
route["distance"])
QueryingData.routeList.append(sourceToDestination)
QueryingData.routeList.append(destinationToSource)
UserQuerying.addHubCity(route["ports"][0])
UserQuerying.addHubCity(route["ports"][1])
def findMatchRoute(test_car_route_id ):
#test_car_route_id = 2178
table_name = 'recommend_'+ str(test_car_route_id) +'_tb'
start_time = datetime.datetime.now()
#go through all route in database
cursor = RouteInfo.initDatabase()
#新建这条路线的匹配表
RouteInfo.createRecommendFactorTable(cursor, table_name)
#车主信息
car = dict()
try:
get_car_sql = "SELECT * from recommend_route_tb where route_id=%d "%test_car_route_id
print get_car_sql
count = cursor.execute( get_car_sql)
print 'database return %d line'%(count)
result = cursor.fetchone()
except Exception, e:
print e
valid = QueryData.getroute(city_code)
if valid == False:
print "No such code."
elif i == 5:
EditRoute.editnetwork()
elif i == 6:
EditRoute.addnetwork()
elif i == 7:
SaveFile.saveFile()
elif i == 8:
RouteInfo.routeinfo()
elif i == 9:
MapParser.newMapParser()
elif i == 10:
RouteInfo.shortestroute()
elif i == 0:
print "See ya!"
break
else:
print "Invalid Number!"
def start(self):
MapParser.MapParser()
s = "Type the number for corresponding options:\n" \
"1. Get all the cities from CSAir\n" \
"2. Get a specific information about one city\n" \
"3. Get all kinds of stats\n" \
"4. Get a specific route\n" \
"5. Edit the current city's information\n" \
"6. Add/Remove cities and routes\n" \
"7. Save the changed list to JSON File\n" \
"8. Calculuate the total flight\n" \
"9. Update CSAir with new Champaign hub town\n" \
"10. Calculate the shortest route between to cities.\n" \
"0. Exit the program"
while True:
print s
i = raw_input("Enter the number.")
i = int(i)
if i == 1:
cityList = QueryData.citylist()
print "Here are the lists!"
for city in cityList:
print city
elif i == 2:
city_name = raw_input("Enter the city name.")
valid = QueryData.getcitydata(city_name)
if valid == False :
print "No such city."
elif i == 3:
QueryData.getstat()
elif i == 4:
city_code = raw_input("Enter the city code.")
valid = QueryData.getroute(city_code)
if valid == False :
print "No such code."
elif i == 5:
EditRoute.editnetwork()
elif i == 6:
EditRoute.addnetwork()
elif i == 7:
SaveFile.saveFile()
elif i == 8:
RouteInfo.routeinfo()
elif i == 9:
MapParser.newMapParser()
elif i == 10:
self.routeInfo.shortestroute()
elif i == 0:
print "See ya!"
break
else:
print "Invalid Number!"
def __init__(self):
self.run = True
self.routeInfo = RouteInfo.RouteInfo()
def start(self):
MapParser.MapParser()
s = "Type the number for corresponding options:\n" \
"1. Get all the cities from CSAir\n" \
"2. Get a specific information about one city\n" \
"3. Get all kinds of stats\n" \
"4. Get a specific route\n" \
"5. Edit the current city's information\n" \
"6. Add/Remove cities and routes\n" \
"7. Save the changed list to JSON File\n" \
"8. Calculuate the total flight\n" \
"9. Update CSAir with new Champaign hub town\n" \
"10. Calculate the shortest route between to cities.\n" \
"0. Exit the program"
while True:
print s
i = raw_input("Enter the number.")
i = int(i)
if i == 1:
cityList = QueryData.citylist()
print "Here are the lists!"
for city in cityList:
print city
elif i == 2:
city_name = raw_input("Enter the city name.")
valid = QueryData.getcitydata(city_name)
if valid == False:
print "No such city."
elif i == 3:
QueryData.getstat()
elif i == 4:
city_code = raw_input("Enter the city code.")
valid = QueryData.getroute(city_code)
if valid == False:
print "No such code."
elif i == 5:
EditRoute.editnetwork()
elif i == 6:
EditRoute.addnetwork()
elif i == 7:
SaveFile.saveFile()
elif i == 8:
RouteInfo.routeinfo()
elif i == 9:
MapParser.newMapParser()
elif i == 10:
self.routeInfo.shortestroute()
elif i == 0:
print "See ya!"
break
else:
print "Invalid Number!"
valid = QueryData.getroute(city_code)
if valid == False :
print "No such code."
elif i == 5:
EditRoute.editnetwork()
elif i == 6:
EditRoute.addnetwork()
elif i == 7:
SaveFile.saveFile()
elif i == 8:
RouteInfo.routeinfo()
elif i == 9:
MapParser.newMapParser()
elif i == 10:
RouteInfo.shortestroute()
elif i == 0:
print "See ya!"
break
else:
print "Invalid Number!"
valid = QueryData.getroute(city_code)
if valid == False :
print "No such code."
elif i == 5:
EditRoute.editnetwork()
elif i == 6:
EditRoute.addnetwork()
elif i == 7:
SaveFile.saveFile()
elif i == 8:
RouteInfo.routeinfo()
elif i == 9:
MapParser.newMapParser()
elif i == 10:
print "Try the other interface."
elif i == 0:
print "See ya!"
break
else:
print "Invalid Number!"
def setupData():
#1
RouteInfo.initialRouteDatabase()
#2
RouteInfo.updateAddressInRouteTable()
RouteInfo.updateAddressInPointAreaTable()
RouteInfo.updateAreaIdInRouteTable()
#3
#新建驾车路径的数据库
#RouteInfo.createDriveRouteTable()
#计算所有路线自己的路线
start_time = datetime.datetime.now()
RouteInfo.queryPathOneself()
end_time = datetime.datetime.now()
elapsed = (end_time - start_time ).seconds
print( ' query one point all drive route total used time: ', elapsed)
#实验用司机路线 route_id=2178,
#中关村街道恒兴大厦(东门) start_simple( 116.335, 39.985), area_id =1
#通州区梨园地区新华联家园(南区) end_simple( 116.645, 39.890), area_id=326
#实验路线的起点到其它所有点的规划
area_id = 1
start_time = time.clock( )
RouteInfo.queryPathOneToOthers( area_id )
print ''
print '*'*80
elapsed = (time.clock() - start_time )
print( ' query one point all drive route total used time: ', elapsed)
#实验路线的终点到其它所有点的驾车路线规划
area_id = 326
start_time = datetime.datetime.now()
RouteInfo.queryPathOneToOthers( area_id )
print ''
print '*'*80
end_time = datetime.datetime.now()
elapsed = (end_time - start_time ).seconds
print( ' query one point all drive route total used time: ', elapsed)
#***********************************************************************************
#main function
#实验用司机路线 route_id=2178,
#中关村街道恒兴大厦(东门) start_simple( 116.335, 39.985), area_id =1
#通州区梨园地区新华联家园(南区) end_simple( 116.645, 39.890), area_id=326
example_car_route_list=[2178, 20, 814, 928, 3690, 1090, 1591, 2531, 788, 1377, 1490]
#findMatchRoute(1377)
for route_id in example_car_route_list:
#findMatchRoute(route_id)
RouteInfo.updateRecommendRouteInRouteTable( route_id)
print 'finish '
#SELECT * FROM youche_info.recommend_2178_tb order by car_extra_factor limit 30;
#SELECT * FROM `recommend_route_tb` WHERE start_address LIKE '%大兴%'
#SELECT * FROM youche_info.recommend_20_tb where car_extra_factor <0.1 order by car_earn_factor desc limit 30;
#SELECT * FROM youche_info.recommend_2178_tb order by match_factor desc limit 100;
#SELECT * FROM youche_info.recommend_route_tb where recommend_route_id IS NULL limit 100;