#Date: 11/11/2016
#Class: CS4310
#Assignment: Assignment 7
#Author(s): Alex Dekau
from MyGraph import MyGraph
graph = MyGraph()
# Verticies
graph.new_vertex("A") #0
graph.new_vertex("B") #1
graph.new_vertex("C") #2
#Edges-Undirected
graph.new_edge(0, 1) #0
graph.new_edge(0, 1, True) #1
graph.new_edge(1, 2) #2
graph.new_edge(2, 1, True) #3
graph.new_edge(2, 2) #4
print "Vertex A incoming"
print graph.V[0].Ei
print "Vertex A outgoing"
print graph.V[0].Eo
print "Vertex B incoming"
print graph.V[1].Ei
print "Vertex B outgoing"
print graph.V[1].Eo
print "Vertex C incoming"
print graph.V[2].Ei
#Date: 11/11/2016
#Class: CS4310
#Assignment: Assignment 7
#Author(s): Alex Dekau
from MyGraph import MyGraph
graph = MyGraph("Assignment 7")
HNL = graph.new_vertex("HNL")
LAX = graph.new_vertex("LAX")
SFO = graph.new_vertex("SFO")
ORD = graph.new_vertex("ORD")
DFW = graph.new_vertex("DFW")
LGA = graph.new_vertex("LGA")
PVD = graph.new_vertex("PVD")
MIA = graph.new_vertex("MIA")
HNL_LAX = graph.new_edge(HNL, LAX, value=2555)
LAX_SFO = graph.new_edge(LAX, SFO, value=337)
LAX_DFW = graph.new_edge(LAX, DFW, value=1233)
LAX_ORD = graph.new_edge(LAX, ORD, True, value=1743)
SFO_ORD = graph.new_edge(SFO, ORD, value=1843)
ORD_PVD = graph.new_edge(ORD, PVD, value=849)
ORD_DFW = graph.new_edge(ORD, DFW, value=802)
DFW_LGA = graph.new_edge(DFW, LGA, value=1387)
DFW_MIA = graph.new_edge(DFW, MIA, value=1120)
LGA_MIA = graph.new_edge(LGA, MIA, value=1099)
PVD_LGA = graph.new_edge(PVD, LGA, True, value=142)
PVD_MIA = graph.new_edge(PVD, MIA, value=1205)
