def main():
parser = argparse.ArgumentParser()
parser.add_argument("csv_file_path")
parser.add_argument("--encoding", default="utf_8")
options = parser.parse_args()
_utObject = utils()
testCsv, aircraftCode, aircraftRange = _utObject.input(options)
# print("TESTCSV:::::::::",testCsv)
# print(aircraftCode)
# print(aircraftRange)
outputList = []
_airdict = Airport()
parsedAirportDict = _airdict.parseAirport('airport.csv')
for tCi, tC in enumerate(testCsv):
#Iterates over IATA code in testCsv storing their into a dictionary as tuples
#Saving lat and long values for each IATA
distances = {}
for row in tC:
data = parsedAirportDict.get(row)
distances[row] = data
# print(distances)
#Calculating all possible distances between routes and storing them in a dict
dict_air = {}
for airs in distances:
src = airs
indivDist = []
for airs2 in distances:
dest = airs2
indivDist.append(
_airdict.distanceBetweenAirports(distances[src][0],
distances[src][1],
distances[dest][0],
distances[dest][1]))
dict_air[src] = indivDist
#print(dict_air)
#transform nodes(keys) of dict into a sequence
graph_nodes = (list(dict_air.keys()))
# _min_distance_obj = MinDist()
# shortest_path = _min_distance_obj.bruteForce(graph_nodes,dict_air)
airports_visited = []
min_dist = []
airIndices = []
new_source = graph_nodes[0]
# airIndices.append(0)
for s in graph_nodes:
# print("Destination:", new_source)
airports_visited.append(new_source)
distances = dict_air.get(new_source)
for i in airIndices:
# print(s)
distances[i] = 9999999
# print(distances)
index = -1
for i, element in enumerate(distances):
if element == 0:
index = i
distances[i] = 9999999
airIndices.append(index)
mDist = min(distances)
#print(mDist)
airpIndex = distances.index(mDist)
airIndices.append(airpIndex)
#print("Index:",airpIndex)
new_source = graph_nodes[airpIndex]
min_dist.append(min(distances))
#Popping last element off stack to get 4 shortest distances
min_dist.pop()
#print(min_dist)
finalSource = airports_visited[-1]
finalDestination = airports_visited[0]
finalSourceDist = parsedAirportDict.get(finalSource)
finalDestinationDist = parsedAirportDict.get(finalDestination)
finalDistance = _airdict.distanceBetweenAirports(
finalSourceDist[0], finalSourceDist[1], finalDestinationDist[0],
finalDestinationDist[1])
#print(finalDistance)
#Append final dist to list of distances
airports_visited.append(finalDestination)
print("Itinerary:", airports_visited, '\n')
min_dist.append(finalDistance)
print("Itinerary Distances:", min_dist, '\n')
print('________________________________________________', '\n')
#Destination is the last index of airports_visited list
_currencyobject = Currency()
parsedCurrencyCost = _currencyobject.currencyParser(
'Currency_code_concat.csv')
billingCountry = airports_visited[-1]
_costObject = Cost()
toEuroRate = _costObject.toEuroRate(billingCountry, 'airport.csv',
'countrycurrency.csv',
'currencyrates.csv')
print(toEuroRate)
print("Cost of round trip: ", "€", (sum(min_dist) // toEuroRate))
#Also calculate distance from last dest in list to home
#
print('________________________________________________')
print("Checking if Itinerary is possible with provided aircraft")
journeyPossible = _airdict.isItineraryPossible(aircraftRange[tCi],
min_dist)
if journeyPossible == False:
print(
"Sorry, with the provided aircraft this journey cannot be made. Try again!"
)
airports_visited.append("No Route")
outputList.append(airports_visited)
else:
remainingFuel = aircraftRange[tCi]
print("\t\t\tRemaining Fuel::: ", remainingFuel)
totalCosttoRefuel = 0
toEuroRate = _costObject.toEuroRate(airports_visited[0],
'airport.csv',
'countrycurrency.csv',
'currencyrates.csv')
print("\t\t\t\t\tItinerary Scheduled: ", airports_visited)
print("\t\t\t\t\tItinerary Scheduled: ", min_dist)
totalCosttoRefuel += aircraftRange[tCi] * toEuroRate
for i, val in enumerate(min_dist):
toEuroRate = _costObject.toEuroRate(airports_visited[i + 1],
'airport.csv',
'countrycurrency.csv',
'currencyrates.csv')
print("\t\t\tAT Airport: ", airports_visited[i + 1])
print("\t\t\tAT Airport: ", airports_visited[i + 1],
"the EURO Rate is: ", toEuroRate)
if remainingFuel >= val:
print("\t\t\t\tProceeding")
remainingFuel -= val
else:
print("\t\t\tRefueling")
costOfRefuel = (aircraftRange[tCi] -
remainingFuel) * toEuroRate
totalCosttoRefuel += costOfRefuel
remainingFuel = aircraftRange[tCi] - val
print("\t\t\t\t", costOfRefuel)
print("\t\t\t\tRemaining", remainingFuel)
airports_visited.append(totalCosttoRefuel)
outputList.append(airports_visited)
print("TOTAL COST FOR ITINERARY IS: ", totalCosttoRefuel)
print("Generating output csv file")
_utObject.tocsv(outputList)
