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Copy pathBART-network-V12-Incentive.py
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BART-network-V12-Incentive.py
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# Import required modules
import networkx as nx
import numpy
O = raw_input("Enter Origin Station Code")
D = raw_input("Enter Destination Station Code")
r = numpy.zeros(shape=(15,6))
#Define the problem
X = nx.Graph()
C = nx.Graph()
BTICKT = nx.Graph()
X.add_weighted_edges_from([('FR', 'BF', {'dist':16, 'time':18}), ('FR', 'WO', {'dist':27, 'time':38}), ('FR', 'EM', {'dist':35, 'time':46}), ('FR', 'DC', {'dist':43, 'time':63}), ('FR', '12', {'dist':26, 'time':36}), ('FR', 'RC', {'dist':38, 'time':62}), ('DU', 'BF', {'dist':12, 'time':17}), ('DU', 'WO', {'dist':26, 'time':38}), ('DU', 'EM', {'dist':34, 'time':45}), ('DU', 'DC', {'dist':42, 'time':63}), ('RC', '12', {'dist':12, 'time':24}), ('RC', 'WO', {'dist':12, 'time':28}), ('RC', 'EM', {'dist':20, 'time':35}), ('RC', 'DC', {'dist':28, 'time':53}), ('PB', '12', {'dist':32, 'time':41}), ('PB', 'WO', {'dist':33, 'time':46}), ('PB', 'EM', {'dist':41, 'time':53}), ('PB', 'DC', {'dist':49, 'time':60}), ('DC', 'EM', {'dist':8, 'time':17}), ('DC', 'WO', {'dist':16, 'time':24}), ('DC', 'BF', {'dist':27, 'time':44}), ('DC', '12', {'dist':17, 'time':27}), ('BF', 'WO', {'dist':11, 'time':20}), ('BF', 'EM', {'dist':19, 'time':27}), ('BF', '12', {'dist':10, 'time':18}), ('BF', 'RC', {'dist':22, 'time':43}), ('WO', 'EM', {'dist':8, 'time':7}), ('WO', '12', {'dist':1, 'time':3}),('EM', '12', {'dist':9, 'time':10})])
#Time Weightages
C.add_weighted_edges_from([('FR', 'BF', {'dist':16, 'time':24}), ('FR', 'WO', {'dist':27, 'time':34}), ('FR', 'EM', {'dist':35, 'time':43}), ('FR', 'DC', {'dist':43, 'time':47}), ('FR', '12', {'dist':26, 'time':32}), ('FR', 'RC', {'dist':38, 'time':43}), ('FR', 'DU', {'dist':20, 'time':25}), ('FR', 'PB', {'dist':52, 'time':58}), ('DC', 'EM', {'dist':11, 'time':15}), ('DC', 'PB', {'dist':48, 'time':54}), ('DC', 'RC', {'dist':25, 'time':32}), ('DC', '12', {'dist':19, 'time':26}), ('DC', 'WO', {'dist':17, 'time':23}), ('DC', 'BF', {'dist':31, 'time':39}), ('DC', 'DU', {'dist':42, 'time':47}), ('DU', 'BF', {'dist':13, 'time':17}), ('DU', 'EM', {'dist':33, 'time':42}), ('DU', 'WO', {'dist':26, 'time':33}), ('DU', '12', {'dist':25, 'time':30}), ('DU', 'RC', {'dist':35, 'time':40}), ('DU', 'PB', {'dist':34, 'time':38}), ('EM', 'WO', {'dist':8, 'time':18}), ('EM', '12', {'dist':11, 'time':21}), ('EM', 'RC', {'dist':16, 'time':26}), ('EM', 'PB', {'dist':39, 'time':48}), ('EM', 'BF', {'dist':23, 'time':33}), ('PB', 'BF', {'dist':40, 'time':46}), ('PB', 'WO', {'dist':39, 'time':40}), ('PB', '12', {'dist':39, 'time':36}), ('PB', 'RC', {'dist':32, 'time':38}), ('RC', 'WO', {'dist':10, 'time':16}), ('RC', '12', {'dist':12, 'time':18}), ('RC', 'BF', {'dist':24, 'time':31}), ('WO', '12', {'dist':2, 'time':6}), ('WO', 'BF', {'dist':15, 'time':22}), ('BF', '12', {'dist':15, 'time':19})])
BTICKT.add_weighted_edges_from([('FR', 'BF', 1.75), ('FR', 'WO', 4.10), ('FR', 'EM', 5.60), ('FR', 'DC', 6.00), ('FR', '12', 4.00), ('FR', 'RC', 4.85), ('FR', 'DU', 4.35), ('FR', 'PB', 6.40), ('DC', 'EM', 2.95), ('DC', 'PB', 6.35), ('DC', 'RC', 4.65), ('DC', '12', 3.80), ('DC', 'WO', 3.75), ('DC', 'BF', 4.75), ('DC', 'DU', 6.00), ('DU', 'BF', 1.75), ('DU', 'EM', 5.55), ('DU', 'WO', 4.10), ('DU', '12', 4.00), ('DU', 'RC', 4.85), ('DU', 'PB', 6.35), ('EM', 'WO', 2.90), ('EM', '12', 3.10), ('EM', 'RC', 4.25), ('EM', 'PB', 5.95), ('EM', 'BF', 4.30), ('PB', 'BF', 5.10), ('PB', 'WO', 4.45), ('PB', '12', 4.30), ('PB', 'RC', 4.90), ('RC', 'WO', 2.75), ('RC', '12', 2.60), ('RC', 'BF', 3.60), ('WO', '12', 1.75), ('WO', 'BF', 2.75), ('BF', '12', 2.60)])
def original_path(origin, destination):
w = nx.shortest_path(X, origin, destination, weight='dist')
distance = []
for wnode in range(len(w)-1):
distance.append(X.edge[w[wnode]][w[wnode+1]]['weight']['time'])
return distance
def find_path(origin,destination):
l = nx.shortest_path(X, origin, destination, weight='dist')
cl = nx.shortest_path(C, origin, destination, weight='dist')
#Create extra nodes in between
for m in range(len(l)-1):
a = " "
n = m+1
a = str(l[m]) + str(l[n])
if len(l) < 5:
X.add_edge(l[m], a, {'time':0})
X.add_edge(a, l[n], {'time':0})
if X.has_edge(l[m], l[n]):
X.remove_edge(l[m], l[n])
return nx.shortest_path(X, origin, destination, weight='time')
pdistance = original_path(O, D)
ppath = find_path(O, D)
if len(ppath) == 3:
if ppath[0] == 'DC': # Daly City *********************************************************
if ppath[2] == 'EM' or ppath[2] == 'WO':
X.node['DC']['stime'] = 1
dclist = []
for t in range(1,60,15):
newt = t
dclist.append(newt)
newt = newt + 5
dclist.append(newt)
newt = newt + 3
dclist.append(newt)
newt = newt+ 4
dclist.append(newt)
if ppath[2] == 'DU':
X.node['DC']['stime'] = 6
dclist = []
for t in range(6,60,15):
dclist.append(t)
if ppath[2] == 'FR':
X.node['DC']['stime'] = 13
dclist=[]
for t in range(13,60,15):
dclist.append(t)
if ppath[2] == 'PB':
X.node['DC']['stime'] = 9
dclist=[]
for t in range(9,60,15):
dclist.append(t)
if ppath[2] == 'RC':
X.node['DC']['stime'] = 1
dclist = []
for t in range(1,60,15):
dclist.append(t)
if ppath[2] == '12':
X.node['DC']['stime']=1
dclist = []
for t in range(1,60,15):
newt = t
dclist.append(newt)
newt = newt + 8
dclist.append(newt)
if ppath[2] == 'BF':
X.node['DC']['stime'] = 6
dclist = []
for t in range(6,60,15):
newt = t
dclist.append(newt)
newt = newt + 7
dclist.append(newt)
if ppath[0] == 'EM': # Embarcadero ********************************************************
if ppath[2] == 'DC':
X.node['EM']['stime'] = 2
emlist = []
for t in range(2,60,15):
newt = t
emlist.append(newt)
newt = newt + 3
emlist.append(newt)
newt = newt + 2
emlist.append(newt)
newt = newt + 6
emlist.append(newt)
if ppath[2] == 'WO':
X.node['EM']['stime'] = 0
emlist = []
for t in range(0,60,15):
newt = t
emlist.append(newt)
newt = newt + 3
emlist.append(newt)
newt = newt + 5
emlist.append(newt)
newt = newt + 3
emlist.append(newt)
if ppath[2] == 'DU':
X.node['EM']['stime'] = 9
emlist = []
for t in range(9,60,15):
emlist.append(t)
if ppath[2] == 'FR':
X.node['EM']['stime'] = 0
emlist = []
for t in range(0,60,15):
emlist.append(t)
if ppath[2] == 'PB':
X.node['EM']['stime'] = 11
emlist = []
for t in range(11,60,15):
emlist.append(t)
if ppath[2] == 'RC':
X.node['EM']['stime'] = 3
emlist = []
for t in range(3,60,15):
emlist.append(t)
if ppath[2] == 'BF':
X.node['EM']['stime'] = 0
emlist = []
for t in range(0,60,15):
newt = t
emlist.append(newt)
newt = newt + 8
emlist.append(newt)
if ppath[2] == '12':
X.node['EM']['stime'] = 3
emlist = []
for t in range(3,60,15):
newt = t
emlist.append(newt)
newt = newt + 8
emlist.append(newt)
if ppath[0] == 'WO': # West Oakland *************************************************
if ppath[2] == 'DC' or ppath[2] == 'EM':
X.node['WO']['stime'] = 6
wolist = []
for t in range(6,60,15):
newt = t
wolist.append(newt)
newt = newt + 4
wolist.append(newt)
newt = newt + 3
wolist.append(newt)
newt = newt + 1
wolist.append(newt)
if ppath[2] == 'BF':
X.node['WO']['stime'] = 0
wolist = []
for t in range(0,60,15):
newt = t
wolist.append(newt)
newt = newt + 7
wolist.append(newt)
if ppath[2] == 'FR':
X.node['WO']['stime'] = 7
wolist = []
for t in range(7,60,15):
wolist.append(t)
if ppath[2] == 'DU':
X.node['DU']['stime'] = 0
wolist = []
for t in range(0,60,15):
wolist.append(t)
if ppath[2] == '12':
X.node['WO']['stime'] = 3
wolist = []
for t in range(3,60,15):
newt = t
wolist.append(newt)
newt = newt + 7
wolist.append(newt)
if ppath[2] == 'RC':
X.node['WO']['stime'] = 10
wolist = []
for t in range(10,60,15):
wolist.append(t)
if ppath[2] == 'PB':
X.node['WO']['stime'] = 3
wolist = []
for t in range(3,60,15):
wolist.append(t)
if ppath[0] == '12': #12th Street Oakland *************************************************
if ppath[2] == 'BF' or ppath[2] == 'FR':
X.node['12']['stime'] = 0
twlist = []
for t in range(0,60,15):
twlist.append(t)
if ppath[2] == 'DC' or ppath[2] == 'EM' or ppath[2] == 'WO':
X.node['12']['stime'] = 4
twlist = []
for t in range(6,60,15):
if t == 6:
twlist.append(t)
newt = t
newt = newt + 2
twlist.append(newt)
newt = newt + 13
twlist.append(newt)
if ppath[2] == 'PB':
X.node['12']['stime'] = 6
twlist = []
for t in range(6,60,15):
twlist.append(t)
if ppath[2] == 'RC':
X.node['12']['stime'] = 4
twlist = []
for t in range(6,60,15):
if t == 6:
twlist.append(t)
newt = t
newt = newt + 7
twlist.append(newt)
newt = newt + 8
twlist.append(newt)
if ppath[0] == 'PB': #Pittsburg **********************************************************
pblist = []
if ppath[2] == 'DC' or ppath[2] == '12' or ppath[2] == 'EM' or ppath[2] == 'WO':
X.node['PB']['start'] = 2
X.node['PB']['interval'] = 15
#pblist = []
for t in range(2,60,15):
pblist.append(t)
if ppath[0] == 'DU': #Dublin *************************************************************
dulist = []
if ppath[2] == 'DC' or ppath[2] == 'BF' or ppath[2] == 'WO' or ppath[2] == 'EM':
X.node['DU']['stime'] = 13
X.node['DU']['interval'] = 15
for t in range(13,60,15):
dulist.append(t)
if ppath[0] == 'FR': #Fremont Station ****************************************************
if ppath[2] == 'DC' or ppath[2] == 'EM' or ppath[2] == 'WO':
X.node['FR']['stime'] = 6
X.node['FR']['interval'] = 15
frlist = []
for t in range(6, 60, 15):
frlist.append(t)
if ppath[2] == 'RC' or ppath[2] == '12':
X.node['FR']['stime'] = 0
X.node['FR']['interval'] = 15
frlist = []
for t in range(0,60,15):
frlist.append(t)
if ppath[2] == 'BF':
X.node['FR']['stime'] = 0
frlist = []
for t in range(0,60,15):
if t == 0:
frlist.append(t)
newt = t
newt = newt + 6
frlist.append(newt)
newt = newt + 9
frlist.append(newt)
if ppath[0] == 'RC': #Richmond Station ************************************************
if ppath[2] == 'FR' or ppath[2] == 'BF':
X.node['RC']['stime'] = 5
X.node['RC']['interval'] = 15
rclist = []
for t in range(5,60,15):
rclist.append(t)
if ppath[2] == 'DC' or ppath[2] == 'EM' or ppath[2] == 'WO':
X.node['RC']['stime'] = 12
X.node['RC']['interval'] = 15
rclist = []
for t in range(12,60,15):
rclist.append(t)
if ppath[2] == '12':
X.node['RC']['stime'] = 5
rclist = []
for t in range(0,60,15):
if t == 5:
rclist.append(t)
newt = t
newt = newt + 7
rclist.append(newt)
newt = newt + 3
rclist.append(newt)
if ppath[0] == 'BF': #Bay Fair ********************************************************
if ppath[2] == 'DU':
X.node['BF']['stime'] = 5
X.node['BF']['interval'] = 15
bflist = []
for t in range(5,60,15):
bflist.append(t)
if ppath[2] == 'FR':
X.node['BF']['stime'] = 3
X.node['BF']['interval'] = 15
bflist = []
for t in range(5,60,15):
bflist.append(t)
if ppath[2] == 'RC' or ppath[2] == '12':
X.node['BF']['stime'] = 3
X.node['BF']['interval'] = 15
bflist = []
for t in range(5,60,15):
bflist.append(t)
if ppath[2] == 'DC' or ppath[2] == 'EM' or ppath[2] == 'WO':
X.node['BF']['stime'] = 0
X.node['BF']['interval'] = 15
bflist = []
for t in range(5,60,15):
bflist.append(t)
if len(ppath) > 4:
if ppath[0] == 'RC': #Richmond*********************************************************
if ppath[2] == '12':
X.node['RC']['stime'] = 5
rclist = []
for t in range(0,60,15):
if t == 5:
rclist.append(t)
newt = t
newt = newt + 7
rclist.append(newt)
newt = newt + 3
rclist.append(newt)
if ppath[4] == 'PB':
X.node['12']['stime'] = 6
X.node['12']['interval'] = 15
twlist = []
for t in range(6,60,15):
twlist.append(t)
if ppath[2] == 'BF':
X.node['RC']['stime'] = 5
X.node['RC']['interval'] = 15
rclist = []
for t in range(5,60,15):
rclist.append(t)
if ppath[4] == 'DU':
X.node['BF']['stime'] = 5
X.node['BF']['interval'] = 15
bflist = []
for t in range(5,60,15):
bflist.append(t)
if ppath[0] == 'PB': #Pittsburg **********************************************************
pblist = []
if ppath[2] == '12':
X.node['PB']['stime'] = 2
#pblist = []
for t in range(2,60,15):
pblist.append(t)
if ppath[4] == 'RC':
X.node['12']['stime'] = 4
twlist = []
for t in range(6,60,15):
newt = t
twlist.append(newt)
newt = newt + 7
twlist.append(newt)
if ppath[4] == 'FR' or ppath[4] == 'BF':
X.node['12']['stime'] = 0
twlist = []
for t in range(0,60,15):
twlist.append(t)
if len(ppath) > 5:
if ppath[6] == 'DU':
X.node['BF']['stime'] == 5
bflist = []
for t in range(5,60,15):
bflist.append(t)
if ppath[0] == 'BF': #Bay Fair ************************************************************
if ppath[2] == '12':
X.node['BF']['stime'] = 3
bflist = []
for t in range(3,60,15):
bflist.append(t)
if ppath[4] == 'PB':
X.node['12']['stime'] = 6
twlist = []
for t in range(6,60,15):
twlist.append(t)
if ppath[0] == 'DU': # Dublin *************************************************************
dulist = []
if ppath[2] == 'BF':
X.node['DU']['stime'] = 13
#dulist = []
for t in range(13,60,15):
dulist.append(t)
if ppath[4] == 'RC':
X.node['BF']['stime'] = 3
bflist = []
for t in range(3,60,15):
bflist.append(t)
if ppath[4] == 'FR':
X.node['BF']['stime'] = 3
bflist = []
for t in range(3,60,15):
bflist.append(t)
if ppath[4] == '12':
X.node['BF']['stime'] = 3
bflist = []
for t in range(3,60,15):
bflist.append(t)
if len(ppath) > 5:
if ppath[6] == 'PB':
X.node['12']['stime'] = 6
twlist = []
for t in range(6,60,15):
twlist.append(t)
if ppath[0] == 'FR': #Fremont**************************************************************
if ppath[2] == 'BF':
X.node['FR']['stime'] = 0
frlist = []
for t in range(0,60,15):
if t == 0:
frlist.append(t)
newt = t
newt = newt + 6
frlist.append(newt)
newt = newt + 9
frlist.append(newt)
if ppath[4] == 'DU':
X.node['BF']['stime'] = 5
X.node['BF']['interval'] = 15
bflist = []
for t in range(5,60,15):
bflist.append(t)
if ppath[2] == 'WO':
X.node['FR']['stime'] = 6
X.node['FR']['interval'] = 15
frlist = []
for t in range(6, 60, 15):
frlist.append(t)
if ppath[4] == 'PB':
X.node['WO']['stime'] = 3
X.node['WO']['interval'] = 15
wolist = []
for t in range(3, 60, 15):
wolist.append(t)
if ppath[2] == '12':
X.node['FR']['stime'] = 0
X.node['FR']['interval'] = 15
frlist = []
for t in range(0,60,15):
frlist.append(t)
if ppath[4] == 'PB':
X.node['12']['stime'] = 6
X.node['12']['interval'] = 15
twlist = []
for t in range(6, 60, 15):
twlist.append(t)
xlist = []
ylist = []
zlist = []
if ppath[0] == 'FR':
xlist = frlist
if ppath[0] == 'RC':
xlist = rclist
if ppath[0] == 'DC':
xlist = dclist
if ppath[0] == 'EM':
xlist = emlist
if ppath[0] == 'WO':
xlist = wolist
if ppath[0] == '12':
xlist = twlist
if ppath[0] == 'BF':
xlist = bflist
if ppath[0] == 'DU':
xlist = dulist
if ppath[0] == 'PB':
xlist = pblist
if len(ppath) > 3:
if ppath[2] == 'BF':
ylist = bflist
if ppath[2] == '12':
ylist = twlist
if ppath[2] == 'WO':
ylist = wolist
if len(ppath) > 5:
if ppath[4] == '12':
zlist = twlist
if ppath[4] == 'BF':
zlist = bflist
if ppath[4] == 'WO':
zlist = wolist
for start in range(0,15,1):
for time in xlist:
if start > time:
pass
if start <= time:
delay = time - start
break
if len(ppath) > 3:
midtime = pdistance[0]
totaldist = delay + midtime
for time in ylist:
if midtime > time:
pass
if midtime <= time:
delay2 = time - midtime
break
else:
totaldist = pdistance[0] + delay
if len(ppath) > 3:
totaldist = delay2 + totaldist + pdistance[1]
cartime = C.edge[O][D]['weight']['time']
cardist = C.edge[O][D]['weight']['dist']
#calculate travel cost (include ticket fare, value of time for income groups, parking and toll costs for SF destinations)
#Include wear and tear cost, price of car + insurance etc. in the cost of driving
#VOT
vot = numpy.array([2.87, 7.45, 12.84, 20.58, 44.17, 74.92])
parking = 15
toll = 5
oakpark = 12
ctime_cost = vot * cartime
btime_cost = vot * totaldist
carp_time = numpy.zeros(6)
cp_cost = (cartime*0.15)
for i in range(len(ctime_cost)):
carp_time[i] = ctime_cost[i] + cp_cost
cp_cost = cp_cost + (cartime*0.15)
carfuel = ((4.0/30)*cardist) + (cardist*(0.7))
if D == 'EM':
carfuel = parking + carfuel
if O != 'DC':
carfuel = carfuel + toll
carp_fuel = (((4.0/30)*cardist) + (cardist*(0.7)))/3
if D == 'EM':
carp_fuel = parking/3 + carp_fuel
if O != 'DC':
carp_fuel = carp_fuel + 2.50
if D == '12':
carfuel = oakpark + carfuel
carp_fuel = oakpark/3 + carp_fuel
bart_cost = btime_cost
car_cost = ctime_cost + carfuel
carp_cost = carp_time + carp_fuel
for i in range(len(vot)):
if car_cost[i] < bart_cost[i] and car_cost[i] < carp_cost[i]:
r[start,i] = 1
elif bart_cost[i] < car_cost[i] and bart_cost[i] < carp_cost[i]:
r[start,i] = 2
elif carp_cost[i] < car_cost[i] and carp_cost[i] < bart_cost[i]:
r[start,i] = 3
#print carfuel, ctime_cost
#print BTICKT.edge[O][D]['weight'], btime_cost
opmode = []
for col in range(0,15):
opmode.append([])
for row in range(0,6):
if r[col, row] == 1:
opmode[col].append('CAR')
if r[col,row] == 2:
opmode[col].append('BART')
if r[col,row] == 3:
opmode[col].append('Carpool')
for col in range(0,15):
print opmode[col]
"""
file = "C:\\mode.txt"
numpy.savetxt(file,r)"""