def __init__(self): # Создаёт новую игру (при этом не удаляя старую). Генерирует поле, начальные позиции персонажей и т.д.
self.board = pygame.Surface([self.FSize * 60] * 2)
for i in range(self.FSize):
self.field.append([])
for j in range(self.FSize):
dmg = randint(1, 3)
CType = randint(0, 2)
if CType == 0:
cl = TFireCell(self.im_lib[CType][dmg - 1], [i * 60, j * 60], damage = dmg)
elif CType == 1:
cl = TGroundCell(self.im_lib[CType][dmg - 1], [i * 60, j * 60], damage = dmg)
elif CType == 2:
cl = TWaterCell(self.im_lib[CType][dmg - 1], [i * 60, j * 60], damage = dmg)
self.field[-1].append(cl)
self.board.blit(cl.img, [i * 60, j * 60])
EImg = ImLoad('assets/enemy.bmp')
for i in range(randint(2, 5)):#3):
self.enemyes.append(enemy([randint(0, self.FSize - 1) * 60, randint(0, self.FSize - 1) * 60], EImg))
slides = [[ImLoad('assets/TheGreatHelmet1.bmp'), ImLoad('assets/TheGreatHelmet2.bmp'), ImLoad('assets/TheGreatHelmet3.bmp'), ImLoad('assets/TheGreatHelmet2.bmp')],
[ImLoad('assets/TheGreatHammer1.bmp'), ImLoad('assets/TheGreatHammer2.bmp'), ImLoad('assets/TheGreatHammer3.bmp'), ImLoad('assets/TheGreatHammer2.bmp')],
[ImLoad('assets/finish.bmp')]]
self.items = [helmet(self.field[randint(0, self.FSize - 1)][randint(1, self.FSize - 1)], slides[0], 0.15),
hammer(self.field[randint(0, self.FSize - 1)][randint(1, self.FSize - 1)], slides[1], 0.1),
finish(self.field[randint(0, self.FSize - 1)][randint(1, self.FSize - 1)], slides[2], 0.1)]
self.max_items = len(self.items)
poly_collection = db.poly
#constants
fieldname = "year"
#read in file
file = open('sample.csv','rb')
reader = csv.DictReader(file,delimiter=',')
for item in reader :
collection.insert(item)
keys = uniquekeys(collection)
#Regular
print "Absolute:"
hammer(flags,info,collection,keys)
db.drop_collection("flags")
db.drop_collection("info")
db.drop_collection("poly")
flags = db.flags
info = db.info
poly_collection = db.poly
#with polyfit
for doc in mr_poly(collection,fieldname,keys).find():
new = {}
new["value"] = polyfit(doc["value"]["x"],doc["value"]["y"],1)[0]
#initialize collection
conn = Connection()
db = conn.profalyzer
db.drop_collection("profs")
db.drop_collection("flags")
db.drop_collection("info")
collection = db.profs
flags = db.flags
info = db.info
#read in file while dumping
file = open("results_SYDE(2003-2011).txt","r")
for row in file.readlines():
new = {}
old = ast.literal_eval(row)
new["instructor"] = old["instructor"].split(",")[0]
new["year"] = str(old["term"]["year"])
new["course"] = str(old["course"]["code"])
new["value"] = old["data"][17]["average"]
collection.insert(new)
file.close()
keys = uniquekeys(collection)
file = open("all_avgs_std_devs.txt","w")
for doc in hammer(flags,info,collection,keys).find():
file.write(str(doc) + "\n")
file.close()
