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| import sys,os,time,copy,math | |
| from random import randrange | |
| class Map: | |
| def __init__(self,size): | |
| #Generates map. | |
| #Generates a forest based on the attributes# | |
| #Lumberjack - 10% # | |
| #Trees - | |
| #Bears - | |
| self.map = [["." for x in xrange(size)] for x in xrange(size)] | |
| self.lumberjacks = [] | |
| self.trees = [] | |
| self.bears = [] | |
| self.tickCount = 0 | |
| self.yearlyLumber = 0 | |
| self.monthlyLog = [] | |
| self.yearlyLog = [] | |
| self.monthlySaplings = 0 | |
| #Spawns lumberjacks - 10%# | |
| for i in range(0,int(round(((size*size)*0.1)))): | |
| x,y = findLocation(self.map) | |
| lumberjack = Lumberjack(x,y) | |
| self.lumberjacks.append(lumberjack) | |
| self.calculateMap(size) | |
| #Spawns trees - 50% # | |
| for i in range(0,int(round(((size*size)*0.5)))): | |
| x,y = findLocation(self.map) | |
| tree = Tree("Tree",x,y) | |
| self.trees.append(tree) | |
| self.calculateMap(size) | |
| #Spawns bears - 2% # | |
| for i in range(0,int(round(((size*size)*0.02)))): | |
| x,y = findLocation(self.map) | |
| bear = Bear(x,y) | |
| self.bears.append(bear) | |
| self.calculateMap(size) | |
| def displayMap(self): | |
| #Displays the map as 2D ASCII# | |
| mapDisplay = "" | |
| for x in self.map: | |
| for y in x: | |
| mapDisplay = mapDisplay + str(y) | |
| mapDisplay = mapDisplay + "\n" | |
| print(mapDisplay) | |
| def calculateMap(self,size): | |
| self.map = [["." for x in xrange(size)] for x in xrange(size)] | |
| for tree in self.trees: | |
| x,y = tree.getLocation() | |
| self.map[y][x] = tree | |
| for lumberjack in self.lumberjacks: | |
| x,y = lumberjack.getLocation() | |
| self.map[y][x] = lumberjack | |
| for bear in self.bears: | |
| x,y = bear.getLocation() | |
| self.map[y][x] = bear | |
| def tick(self): | |
| self.tickCount += 1 | |
| self.monthlyLog = [] | |
| #Tree tick | |
| for tree in self.trees: | |
| #Drop sapling | |
| drop = tree.dropChance(self.map) | |
| if(drop != None): | |
| tree = Tree("Sapling",drop[0],drop[1]) | |
| self.trees.append(tree) | |
| self.calculateMap(len(self.map[0])) | |
| self.monthlySaplings += 1 | |
| #Age up | |
| type = tree.monthUp() | |
| self.monthlyLog.append("["+str(self.monthlySaplings) + "] new saplings.") | |
| self.monthlySaplings = 0 | |
| lumber = 0 | |
| #Lumberjack tick | |
| for lumberjack in self.lumberjacks: | |
| noOfLumber = lumberjack.move(self.map) | |
| if(noOfLumber > 0): | |
| lumber = lumber + noOfLumber | |
| self.yearlyLumber += noOfLumber | |
| location = lumberjack.getLocation() | |
| for i, tree in enumerate(self.trees): | |
| if(tree.getLocation() == location): | |
| del self.trees[i] | |
| self.calculateMap(len(self.map[0])) | |
| #Bear tick | |
| for bear in self.bears: | |
| if(bear.move(self.map) == 1): | |
| location = bear.getLocation() | |
| for i, lumberjack in enumerate(self.lumberjacks): | |
| if(lumberjack.getLocation() == location): | |
| del self.lumberjacks[i] | |
| self.calculateMap(len(self.map[0])) | |
| # Each year # | |
| if(self.tickCount % 12 == 0): | |
| self.yearlyLog = [] | |
| self.yearlyLog.append("["+str(self.yearlyLumber)+"] pieces of lumber harvested by Lumberjacks.") | |
| if(self.yearlyLumber > len(self.lumberjacks)): | |
| amountToHire = int((self.yearlyLumber - len(self.lumberjacks)) / 10) | |
| for i in range(0,amountToHire): | |
| x,y = findLocation(self.map) | |
| lumberjack = Lumberjack(x,y) | |
| self.lumberjacks.append(lumberjack) | |
| #self.yearlyLog.append("Added jack at "+str(x)+","+str(y)) | |
| self.calculateMap(len(self.map[0])) | |
| self.yearlyLog.append("["+str(amountToHire)+"] new lumberjack(s)") | |
| elif(self.yearlyLumber < len(self.lumberjacks)): | |
| if(len(self.lumberjacks) > 1): | |
| amountToFire = int(math.ceil((len(self.lumberjacks) - self.yearlyLumber) / 10)) | |
| for i in range(0,amountToFire): | |
| del self.lumberjacks[random(len(self.lumberjacks))] | |
| self.yearlyLog.append("A lumberjack has been fired") | |
| self.yearlyLog.append("["+str(len(self.lumberjacks))+"] Lumberjacks.") | |
| #Bear year# | |
| mawCount = 0 | |
| for bear in self.bears: | |
| mawCount += bear.getMaws() | |
| bear.newYear() | |
| self.yearlyLog.append("["+str(mawCount)+"] maws.") | |
| if(mawCount > 0): | |
| del self.bears[random(len(self.bears))] | |
| self.yearlyLog.append("[1] bear has been captured and taken to the Zoo.") | |
| if(len(self.lumberjacks) == 0): | |
| x,y = findLocation(self.map) | |
| lumberjack = Lumberjack(x,y) | |
| self.lumberjacks.append(lumberjack) | |
| elif(mawCount == 0): | |
| x,y = findLocation(self.map) | |
| bear = Bear(x,y) | |
| self.bears.append(bear) | |
| self.yearlyLog.append("[1] bear has roamed into the area.") | |
| ## Log information. ## | |
| self.monthlyLog.append("["+str(lumber)+"] pieces of lumber harvested by Lumberjacks.") | |
| def log(self): | |
| mawCount = 0 | |
| print("Year "+str(int(self.tickCount / 12))+ ", Month "+ str((self.tickCount % 12)+1)) | |
| print("========Monthly Log========") | |
| for logItem in self.monthlyLog: | |
| print(logItem) | |
| print("\n========Yearly log========") | |
| for logItem in self.yearlyLog: | |
| print(logItem) | |
| if(self.tickCount % 12 == 0): | |
| self.yearlyLumber = 0 | |
| class Tree: | |
| def __init__(self,treeType,x,y): | |
| self.type = treeType | |
| self.x = x | |
| self.y = y | |
| if(treeType == "Sapling"): | |
| self.age = 0 | |
| elif(treeType == "Tree"): | |
| self.age = 12 | |
| elif(treeType == "Elder"): | |
| self.age = 120 | |
| def __str__(self): | |
| if(self.type == "Sapling"): | |
| return "S" | |
| elif(self.type == "Tree"): | |
| return "T" | |
| else: | |
| return "E" | |
| def getDisplay(self): | |
| if(self.type == "Sapling"): | |
| return "S" | |
| elif(self.type == "Tree"): | |
| return "T" | |
| elif(self.type == "Elder"): | |
| return "E" | |
| def monthUp(self): | |
| self.age = self.age + 1 | |
| if(self.age >= 120): | |
| self.type = "Elder" | |
| elif(self.age >= 12): | |
| self.type = "Tree" | |
| def drop(self,map,maxSize): | |
| validDrop = [] | |
| for x in range(-1,2): | |
| for y in range(-1,2): | |
| checkX = self.x + x | |
| checkY = self.y + y | |
| if(checkX != -1 and checkX != maxSize): | |
| if(checkY != -1 and checkY != maxSize): | |
| if(map[checkY][checkX] == "."): | |
| validDrop.append((checkX,checkY)) | |
| if(len(validDrop) == 0): | |
| return None | |
| else: | |
| index = random(len(validDrop)) | |
| return(validDrop[index]) | |
| def getLocation(self): | |
| return self.x,self.y | |
| def dropChance(self,map): | |
| maxSize = len(map[0]) | |
| randomNo = random(100) | |
| if(self.type == "Tree"): | |
| if(randomNo < 10): | |
| return self.drop(map,maxSize) | |
| if(self.type == "Elder"): | |
| if(randomNo < 20): | |
| return self.drop(map,maxSize) | |
| class Lumberjack: | |
| def __init__(self,x,y): | |
| self.x = x | |
| self.y = y | |
| self.woodCount = 0 | |
| def __str__(self): | |
| return "L" | |
| def move(self,map): | |
| maxSize = len(map[0]) | |
| validMove = [] | |
| for i in range(0,3): | |
| for x in range(-1,2): | |
| for y in range(-1,2): | |
| checkX = self.x + x | |
| checkY = self.y + y | |
| if(checkX != -1 and checkX != maxSize): | |
| if(checkY != -1 and checkY != maxSize): | |
| if(str(map[checkY][checkX]) != "S"): | |
| validMove.append((checkX,checkY)) | |
| index = random(len(validMove)) | |
| self.x = validMove[index][1] | |
| self.y = validMove[index][0] | |
| if(str(map[self.y][self.x]) == "T"): | |
| self.woodCount = self.woodCount + 1 | |
| return 1 | |
| elif(str(map[self.y][self.x]) == "E"): | |
| self.woodCount = self.woodCount + 2 | |
| return 2 | |
| def getLocation(self): | |
| return self.x,self.y | |
| class Bear: | |
| def __init__(self,x,y): | |
| self.x = x | |
| self.y = y | |
| self.mawCount = 0 | |
| def __str__(self): | |
| return "B" | |
| def newYear(self): | |
| self.mawCount = 0 | |
| def getMaws(self): | |
| return self.mawCount | |
| def move(self,map): | |
| maxSize = len(map[0]) | |
| validMove = [] | |
| for i in range(0,5): | |
| for x in range(-1,2): | |
| for y in range(-1,2): | |
| checkX = self.x + x | |
| checkY = self.y + y | |
| if(checkX != -1 and checkX != maxSize): | |
| if(checkY != -1 and checkY != maxSize): | |
| validMove.append((checkX,checkY)) | |
| index = random(len(validMove)) | |
| self.x = validMove[index][1] | |
| self.y = validMove[index][0] | |
| if(str(map[self.y][self.x]) == "L"): | |
| if(random(100) < 50): | |
| self.mawCount += 1 | |
| return 1 | |
| else: | |
| return 0 | |
| def getLocation(self): | |
| return self.x,self.y | |
| def findLocation(map): | |
| x = random(len(map[0])) | |
| y = random(len(map[0])) | |
| while(str(map[y][x]) != "."): | |
| x = random(len(map[0])) | |
| y = random(len(map[0])) | |
| return x,y | |
| def random(size): | |
| return randrange(0,size) | |
| def tick(): | |
| print("Tick") | |
| try: | |
| if __name__ == "__main__": | |
| map = Map(int(sys.argv[1])) | |
| while(True): | |
| map.tick() | |
| os.system("cls") | |
| map.displayMap() | |
| map.calculateMap(int(sys.argv[1])) | |
| map.log() | |
| time.sleep(1) | |
| except KeyboardInterrupt: | |
| sys.exit("\nFinished simulation") | |
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