class ReadIn:
def __init__(self):
#read in "eurail.txt" and store in myGraph
self.dijkstra=Modified_dijkstra()
self.drawMap=drawMap()
myFile=open("eurail.txt",'r')
for line in myFile:
if line !='\n':
line=line.split(",")
vertex1=self.dijkstra.insert_vertex(line[0])
vertex2=self.dijkstra.insert_vertex(line[1])
self.dijkstra.insert_edge(vertex1,vertex2,self.convert_time(line[2]))
self.dijkstra.insert_edge(vertex2,vertex1,self.convert_time(line[2]))
#self.drawMap.add_Location(vertex1)
#self.drawMap.add_Location(vertex2)
def convert_time(self,time):
timeList=time.split(":")
return int(timeList[0])*60+int(timeList[1])
def user_input(self):
orig=input("Please enter an origination: ")
dest=input("Please enter a destination: ")
#self.myGraph.iterate()
self.dijkstra.get_answer(orig, dest)
self.drawMap.highlight(self.dijkstra.get_pathList(), self.dijkstra.get_edgeList())
self.drawMap.draw_transport()
def __init__(self):
#read in "eurail.txt" and store in myGraph
self.dijkstra=Modified_dijkstra()
self.drawMap=drawMap()
myFile=open("eurail.txt",'r')
for line in myFile:
if line !='\n':
line=line.split(",")
vertex1=self.dijkstra.insert_vertex(line[0])
vertex2=self.dijkstra.insert_vertex(line[1])
self.dijkstra.insert_edge(vertex1,vertex2,self.convert_time(line[2]))
self.dijkstra.insert_edge(vertex2,vertex1,self.convert_time(line[2]))
