shopGame.py

import pygame
import time
import random
from enum import Enum
from customersOperations import Customer, generateCustomer,  CustomerState
from traderOperations import *
LOT=[]
mapx=15
mapy=50
startx=-1500
starty=-100
tilemap=[]
selectedtrader=0
pygame.init()
buyrect=pygame.Rect(650,60,80,30)
screen = pygame.display.set_mode((800, 600))
mealList=['Bread', 'Potatoes', 'Waffles','Spaghetti','Soup','Pizza','Ice Cream','Sushi','Chicken','Roast Beef']
possibleFoods = mealList
Done=False
readyToServe = False
timeLastServed=time.time()
servingSpeed=1
money=100
shopImage=pygame.image.load("buildingTiles_113.png")
roadImage=pygame.image.load("roads.png")
treeImage=pygame.image.load("cityTiles_067.png")
groundImage=pygame.image.load("cityTiles_066.png")
grassImage=pygame.image.load("cityTiles_066.png")
busImage=pygame.image.load("cityTiles_002.png")
Image=pygame.image.load("cityTiles_073.png")
ourImage=pygame.image.load("buildingTiles_100.png")
carImage=pygame.image.load("carBlue2_003.png")
pygame.font.init()
myfont=pygame.font.SysFont('Times New Roman',24)
t=time.time()
imageList=[busImage,roadImage,grassImage,groundImage,treeImage,shopImage,Image,ourImage,carImage]
stock =	{
  "Potatoes": 5,
  "Bread": 6,
  'Waffles':0,
  'Spaghetti': 0,
  'Soup': 0,
  'Pizza': 0,
  'Ice Cream': 0,
  'Sushi': 0,
  'Chicken': 0,
  'Roast Beef': 0
}
prices =	{
  "Potatoes": 3,
  "Bread": 5,
  'Waffles':0,
  'Spaghetti':0,
  'Soup':0,
  'Pizza':0,
  'Ice Cream':0,
  'Sushi':0,
  'Chicken':0,
  'Roast Beef':0
}
amountOfads=0
rationalPrices =	{
  "Potatoes": 5,
  "Bread": 5,
  'Waffles':10,
  'Spaghetti':10,
  'Soup':5,
  'Pizza':10,
  'Ice Cream':5,
  'Sushi':5,
  'Chicken':10,
  'Roast Beef':10
}
#sustomerState = Enum('CustomerState', 'onStreet goingToShop waiting leavingShop')


customers = []
def makeTileMap():
	for i in range(mapy):
		list=[]
		for o in range(mapx):
			if o==5:
				list.append(random.randint(0,1))
			else:
				list.append(random.randint(2,4))
		tilemap.append(list)
	for i in range(0,5*2, 2):
		tilemap[12+i][6]=5
		tilemap[12+i+1][6]=4
		tilemap[12+i+1][5]=6
	tilemap[20][4]=7
makeTileMap()
for i in range(0, 10, 2):

	LOT.append(generateTrader(200,i*100, possibleFoods,pygame.Rect(6*132+(12+i)*66+startx,(12+i)*33+starty-imageList[tilemap[12+i][6]].get_rect().size[1],132,127)))

print(tilemap)
def drawSlider(food, mousePos, clickedOn):
	rect=pygame.Rect(5,(possibleFoods.index(food)+1)*25+160,150,10)
	textsurface=myfont.render(food+" , "+str(prices[food]),False,(255,255,255))
	screen.blit(textsurface,(50,(possibleFoods.index(food)+1)*25+170))
	pygame.draw.rect(screen,(255,255,255),rect)
	if rect.contains(pygame.Rect(mousePos[0], mousePos[1], 1, 1)) and clickedOn:
		newPrice = int((mousePos[0]-5)/3)

		prices[food]=newPrice
	sliderect=pygame.Rect((prices[food]*3)-10,((possibleFoods.index(food)+1)*25)+155,20,20)
	pygame.draw.rect(screen,(0, 150, 50),sliderect)
'''
=======================================
=======================================
draw map
=======================================
=======================================
'''
def drawmapI():
	for i in range(mapy):
		for o in range(mapx):
			screen.blit(imageList[tilemap[i][o]],(o*132+i*66+startx,i*33+starty-imageList[tilemap[i][o]].get_rect().size[1]))
def drawmap():
	for i in range(mapy):
		for o in range(0,12):
			screen.blit(imageList[tilemap[i][o]],(o*132+i*66+startx,i*33+starty-imageList[tilemap[i][o]].get_rect().size[1]))
def moveCustomers():
	#print("attempting to move",)
	global money
	global timeLastServed
	for c in customers:
		if c.state == CustomerState.onStreet:
			c.y += 2.5
			c.x += 5
		elif c.state == CustomerState.goingToShop:
			c.x += 5
			c.y += 2.5
		elif c.state==CustomerState.waiting:
			#print(time.time()-timeLastServed)
			if time.time()-timeLastServed>=servingSpeed:
				timeLastServed=time.time()
				c.state=CustomerState.leavingShop
				if stock[c.desiredMeal] >0 and c.budget>prices[c.desiredMeal] :
					amountOverpriced = (prices[c.desiredMeal]-rationalPrices[c.desiredMeal])*2.5
					if random.randrange(0,100 + amountOfads)>amountOverpriced:
						money+=prices[c.desiredMeal]
						stock[c.desiredMeal] -= 1
		if c.state == CustomerState.leavingShop:
			c.y += 2.5
			c.x += 5
#or i in customers:
	#print(i)
customerSpawnTime=time.time()

selectedtrader=LOT[0]

checkTiming = False

'''
=======================================
=======================================
while loop
=======================================
=======================================
'''

drawmapI()
while not Done:
	money-=(time.time() - t)/4
	t = time.time()
	drawmapI()
	mousePos=pygame.mouse.get_pos()
	clicked=False
	if checkTiming:
		t2 = time.time()
		print("map drawing took " + str(t2 - t) + 'seconds')

	for event in pygame.event.get():
		if event.type== pygame.KEYDOWN:
			selectedtrader.handleKeypress(event)
		if event.type == pygame.QUIT:
			done = True
		if event.type==pygame.MOUSEBUTTONDOWN:
			clicked=True
			mousePos=pygame.mouse.get_pos()

	if checkTiming:
		t3 = time.time()
		print("Event Handling took " + str(t3 - t2) + 'seconds')

	mouseRect=pygame.Rect(mousePos[0],mousePos[1],1,1)

	if buyrect.contains(mouseRect) and clicked and money> selectedtrader.prices[selectedtrader.item]:
		if not selectedtrader.item=='Ad':
			stock[selectedtrader.item] += 1
			print("buy"+selectedtrader.item)
			money-=selectedtrader.prices[selectedtrader.item]
		else:
			amountOfads+=20
			money-=selectedtrader.prices[selectedtrader.item]
	for i in range(len(LOT)):

		if LOT[i].rect.contains(pygame.Rect(mousePos[0], mousePos[1], 1, 1)) and clicked:
			selectedtrader=LOT[i]

	trade(selectedtrader,screen)
	if checkTiming:
		t4=time.time()
		print("trader Handling took " + str(t4 - t3) + 'seconds')




	if time.time()-customerSpawnTime>=random.randint(1,3):
		customers.append(generateCustomer(possibleFoods))
		customerSpawnTime=time.time()
	moveCustomers()
	for i in customers:
		if i.y==360 and i.desiredMeal in mealList and i.state == CustomerState.onStreet and i.budget>=prices[i.desiredMeal] and stock[i.desiredMeal]>0 and prices[i.desiredMeal]:
			amountOverpriced = (prices[i.desiredMeal]-rationalPrices[i.desiredMeal])*2.5
			if random.randrange(0,100)>amountOverpriced:
				#print("yay! a customer entered with the meal of: " + i.desiredMeal)
				i.state = CustomerState.goingToShop
		if i.x>=600 and i.state==CustomerState.goingToShop:
			print("h")
			i.state = CustomerState.waiting
		screen.blit(carImage,(i.x,i.y))
	if checkTiming:
		t5=time.time()
		print("trader Handling took " + str(t5 - t4) + 'seconds')
		#rect = pygame.Rect(i.x,i.y,10,10)
		#pygame.draw.rect(screen, (0, 0,255 -  possibleFoods.index(i.desiredMeal)*(255/len(possibleFoods))), rect)
	# print("")
	for meal in mealList:
		drawSlider(meal,mousePos,clicked)
	textsurface=myfont.render("Money: "+str(round(money, 2)),False,(255,255,255))
	screen.blit(textsurface,(5,5))
	for i in range(len(mealList)):
		textsurface=myfont.render(mealList[i]+str(stock[mealList[i]]),False,(255,255,255))
		screen.blit(textsurface,(5,(i+1)*15))
	textsurface=myfont.render('Amount of ads:'+str(amountOfads),False,(255,255,255))
	screen.blit(textsurface,(5,165))
	pygame.display.flip()
	if money<=0:
		print("you  loser, you just lost again!!!!!")
		Done=True
	if checkTiming:
		t6=time.time()
		print("Meal Handling took " + str(t6 - t5) + 'seconds')



		print("One loop took " + str( time.time() - t) + 'seconds')