def getShortestTrip(self, source, destination, stops):
data = createDict()
distance1 = 0
distance2 = 0
total = 0
output = []
for var in stops:
zip1 = data[source[-5:]]
zip2 = data[var[-5:]]
distance1 = calculateDistance(zip1, zip2)
zip1 = data[var[-5:]]
zip2 = data[destination[-5:]]
distance2 = calculateDistance(zip1, zip2)
total = distance1 + distance2
output.append(total)
# minimum = min(output)
# print (minimum)
return output
def getCost(sourceZip, destinationZip):
part1 = getTuple(sourceZip)
part2 = getTuple(destinationZip)
output = calculateDistance(part1, part2)
output *= .01
output = float(format(output, '.2f'))
return output
def calculateLength(self, locationMap):
source = self.source[-5:]
dest = self.destination[-5:]
zip1 = locationMap[source]
zip2 = locationMap[dest]
distance = calculateDistance(zip1, zip2)
distance = format(distance, '.2f')
distance = float(distance)
return distance
def calculateLength(self, locationMap):
totalDistance = 0
for var in self.legs:
source = var.source[-5:]
dest = var.destination[-5:]
zip1 = locationMap[source]
zip2 = locationMap[dest]
distance = calculateDistance(zip1, zip2)
distance = format(distance, '.2f')
distance = float(distance)
totalDistance += distance
totalDistance = format(totalDistance, '.2f')
totalDistance = float(totalDistance)
return(totalDistance)
def calculateLength(self, locationMap):
zip1 = self.source.split()[-1].strip("\"")
zip2 = self.destination.split()[-1].strip("\"")
dist = round(measurement.calculateDistance(locationMap[zip1], locationMap[zip2]), 2)
return dist