def D():
kk = Kakuro()
kk.setBoard(self.variables["SizeX"],self.variables["SizeY"], ".")
kk.difficulty = self.variables["HideChance"]/100
kk.buildBoard()
self.gameEngine = puzzle_game_main.mainGame(kk, kk.title)
self.gameEngine.build(self.variables["Time"]*60, self.variables["CheckTime"]*60)
def C():
mz = MazeB()
mz.setBoard(self.variables["SizeX"],self.variables["SizeY"], ".")
#mz.setOnePath(self.variables["OnePath"])
mz.buildBoard()
self.gameEngine = puzzle_game_main.mainGame(mz, mz.title)
self.gameEngine.build(self.variables["Time"]*60)
def F():
nn = Nonogram()
if self.variables["NonogramFile"] == 0:
#load an image based on the input
dir_loc = "NonoImages/" + self.variables["Size_Nono"] + "/"
nn.loadImage(dir_loc + random.choice(os.listdir(dir_loc)), size=self.variables["Size_Nono"])
else: nn.loadImage(self.variables["NonogramFile"], self.variables["Size_Nono"])
nn.buildBoard()
self.gameEngine = puzzle_game_main.mainGame(nn, nn.title)
self.gameEngine.build(self.variables["Time"]*60)
def A():
ns = NumberSearch()
ns.setBoard(self.variables["SizeX"], self.variables["SizeY"], ".") #width, height, filler
ns.generateKeys(self.variables["HowManyNum"], self.variables["NumLength"]-2, self.variables["NumLength"]) #generate keys of 10 that has a length between 5 and 8
dirModes = {
"Down Right": 0,
"Down Right Diagonal": 1,
"All Possible Direction": 2
}
ns.setDirection(dirModes[self.variables["Direction"]])
ns.buildBoard() #build the board
self.gameEngine = puzzle_game_main.mainGame(ns, ns.title)
self.gameEngine.build(self.variables["Time"]*60)
def E():
hd = Hidato()
hd.diagonals = (self.variables["Direction"] == "Diagonal Included")
hd.difficulty = self.variables["HideChance"]/100
if (self.variables["SizeX"]+self.variables["SizeY"])//2 > 6:
hd.pureRandomRate = 0.75
hd.extremeFast = True
hd.setBoard(self.variables["SizeX"], self.variables["SizeY"], '.')
hd.buildBoard()
self.gameEngine = puzzle_game_main.mainGame(hd, hd.title)
self.gameEngine.build(self.variables["Time"]*60, diagonals=(self.variables["Direction"] == "Diagonal Included"))
def G():
def getAQuote():
with open('quotes.json', 'r', encoding="utf-8") as f:
data = json.load(f)
pick = random.choice(data['quotes'])
return [pick["quote"], pick["author"]]
#return load
cc = Cryptogram()
x = getAQuote()
cc.load_Text(x[0],x[1])
cc.revealAmount = self.variables["InitialLetters"]
cc.process_Text()
self.gameEngine = puzzle_game_main.mainGame(cc, cc.title)
self.gameEngine.build(self.variables["Time"]*60)
def B():
cw = Crossword()
cw.setBoard(self.variables["SizeX"], self.variables["SizeY"], ".")
dir_loc = "CrosswordTemplates/"
cw.loadText(dir_loc + random.choice(os.listdir(dir_loc)))
dirModes = {
"Down Right": 0,
"Down Right and Reverse":1
}
cw.setDirection(dirModes[self.variables["Direction"]])
cw.difficulty = self.variables["HideChance"]/100
cw.buildBoard()
#cw.printBoard()
self.gameEngine = puzzle_game_main.mainGame(cw, cw.title)
self.gameEngine.build(self.variables["Time"]*60)