def run(numOfConsumer, conCoeffA, conCoeffB, numOfPro, proCoeffAList,
proCoeffBList, maxSlot):
consumerList = []
for i in range(numOfConsumer):
valueDict = {}
valueDict[1] = randint(10,60)
valueDict[2] = valueDict[1] + randint(10,60)
valueDict[3] = valueDict[2] + randint(10,60)
valueDict[4] = valueDict[3] + randint(10,60)
valueDict[5] = valueDict[4] + randint(10,60)
#print(valueDict)
consumer = Consumer(i, valueDict)
consumer.set_bidList(conCoeffA, conCoeffB)
consumerList.append(consumer)
propertyDict = {1:[], 2:[], 3:[], 4:[], 5:[]}
numOfPro = 20
for n in range(numOfPro):
star = randint(1,5)
if star == 1:
cost = randint(10,40)
elif star == 2:
cost = randint(30,100)
elif star == 3:
cost = randint(50,160)
elif star == 4:
cost = randint(70, 220)
elif star == 5:
cost = randint(90,280)
#print(cost)
pro = Property(n, star, cost, randint(1,5))
pro.set_priceList(proCoeffAList, proCoeffBList, maxSlot)
propertyDict[star].append(pro)
priceline = NYOP()
priceline.compute(consumerList, propertyDict)
#print("priceline's profit", priceline.profit)
aveConU = sum(c.utility for c in consumerList)/numOfConsumer
#print("average consumer utility", aveConU)
sumProProfit = 0
for k in propertyDict.keys():
sumProProfit += sum(p.profit for p in propertyDict[k])
aveProProfit = sumProProfit/numOfPro
#print("average property profit", aveProProfit)
return (priceline.profit, aveConU, aveProProfit)
