def startGame(settings, restart, code, load, loadData):
def drawInterface():
guesses = settings["guesses"]
colourNo = settings["colours"]
pegNo = settings["pegs"]
colourList = settings["colourList"]
# Draw interface frame layout
#================================================
frame = GUI.Frame(gameScr, relief=GUI.RAISED, borderwidth=1, bg="white")
frame.pack(fill=GUI.BOTH, expand=1)
# Draw game board
#================================================
hintWidth = 8 + int((pegNo + 1) / 2) * 12
gridWidth = 50 * pegNo + hintWidth
cvsGrid = GUI.Canvas(frame, width=gridWidth, height=((guesses + 1) * 50 + guesses), bg="white")
cvsGrid.pack(side=GUI.RIGHT)
gridPegs = []
hintPegs = []
row = 0
while row < guesses + 1:
gridPegs.append([])
hintPegs.append([])
col = 0
while col < pegNo:
# Draw rows of pegs
#================================================
xPos = 50 * col + 3
yPos = 50 * row + row + 3
gridPegs[row].append(cvsGrid.create_oval(xPos, yPos, xPos + 44, yPos + 44, fill="black"))
# Draw hint pegs
#================================================
if row < guesses:
hintX = 50 * pegNo + 6 + int(col / 2) * 12
if col % 2 == 0:
hintY = 50 * row + 15 + row
else:
hintY = 50 * row + 27 + row
hintPegs[row].append(cvsGrid.create_oval(hintX, hintY, hintX + 8, hintY + 8, fill="black"))
# Separate rows with lines
#================================================
if row != 0:
cvsGrid.create_line(0, yPos - 3, gridWidth, yPos - 3)
col += 1
row += 1
# Draw common interface buttons
#================================================
btnQuit = GUI.Button(gameScr, text="Quit Game", fg="red", command=quitGame)
btnQuit.pack(side=GUI.RIGHT)
btnMenu = GUI.Button(gameScr, text="Back to Menu", command=openMenu)
btnMenu.pack(side=GUI.RIGHT)
btnRestart = GUI.Button(gameScr, text="Restart Game", command=restartGame)
btnRestart.pack(side=GUI.RIGHT)
btnNew = GUI.Button(gameScr, text="New Game", command=newGame)
btnNew.pack(side=GUI.RIGHT)
# Draw human codebreaker buttons
#================================================
if settings["mode"] == 1:
for i in range(0, colourNo):
btnColour = GUI.Button(frame, text=colourList[i], bg=colourList[i], width=12, height=5, command=lambda a=colourList[i]: selectPeg(a))
btnColour.pack(anchor=GUI.W)
btnDel = GUI.Button(frame, text="Undo", width=12, command=undo)
btnDel.pack(anchor=GUI.W)
btnSave = GUI.Button(gameScr, text="Save Game", command=lambda a=settings, b=gameEnded: file.saveGame(a, b))
btnSave.pack(side=GUI.RIGHT)
# Draw CPU codebreaker buttons
#================================================
if settings["mode"] == 2:
btnAI = GUI.Button(gameScr, text="Start AI", fg="blue", command=lambda a=settings, b=GUI, c=gameScr, d=gameEnded, e=selectPeg: AI.startAI(a, b, c, d, e))
btnAI.pack(side=GUI.RIGHT)
# Set up canvas objects for manipulation
#================================================
settings["grid"] = gridPegs
settings["hints"] = hintPegs
settings["canvas"] = cvsGrid
# Resume a loaded game
#================================================
if load == True:
loadGrid = loadData[0]
loadHints = loadData[1]
for row in range(0, settings["guesses"]):
for col in range(0, settings["pegs"]):
settings["canvas"].itemconfig(settings["grid"][row][col], fill=loadGrid[row][col])
settings["canvas"].itemconfig(settings["hints"][row][col], fill=loadHints[row][col])
def quitGame():
if tkMessageBox.askyesno("Quit", "Are you sure you want to quit this game?"):
sys.exit()
def restartGame():
if not settings["AIstarted"]:
if tkMessageBox.askyesno("Restart", "Are you sure you want to restart this game?"):
settings["restart"] = True
gameScr.destroy()
else:
tkMessageBox.showinfo("Start AI", "Please wait for the AI to finish guessing.")
def newGame():
if not settings["AIstarted"]:
if tkMessageBox.askyesno("New", "Are you sure you want to start a new game?"):
gameScr.destroy()
else:
tkMessageBox.showinfo("Start AI", "Please wait for the AI to finish guessing.")
def undo():
if not gameEnded() and not settings["col"] == 0:
canvas = settings["canvas"]
row = settings["row"]
col = settings["col"] - 1
if col >= 0:
canvas.itemconfig(settings["grid"][row][col], fill="black")
settings["col"] -= 1
elif gameEnded():
tkMessageBox.showinfo("Undo", "You can't undo once the game has ended.")
elif settings["col"] == 0 and settings["row"] == 0:
tkMessageBox.showinfo("Undo", "There is nothing to undo!")
else:
tkMessageBox.showinfo("Undo", "You can't undo a finished guess, that's cheating!")
def selectPeg(pegColour):
canvas = settings["canvas"]
if not gameEnded():
row = settings["row"]
col = settings["col"]
canvas.itemconfig(settings["grid"][row][col], fill=pegColour)
settings["col"] += 1
if settings["col"] == settings["pegs"]: # If the row has been filled
correct = checkRow()
if correct == False:
settings["row"] += 1
settings["col"] = 0
else:
endGame(True)
else:
tkMessageBox.showinfo("Game Over", "You have already guessed the code.")
if settings["row"] == settings["guesses"]:
endGame(False)
return
def gameEnded():
canvas = settings["canvas"]
if canvas.itemcget(settings["grid"][settings["guesses"]][0], "fill") == "black" and settings["row"] != settings["guesses"]: # If the game is still going
return False
else:
return True
def checkRow():
rowNo = settings["row"]
canvas = settings["canvas"]
correct = True
hints = []
code = settings["code"][:]
# First, check correct positions
#================================================
p = 0
while p < settings["pegs"]:
pegColour = canvas.itemcget(settings["grid"][rowNo][p], "fill")
if pegColour == settings["code"][p]:
hints.append(0) # 0 means colour is in correct position
code[p] = "used" # Set the colour to used so we don't use it for hints again
else:
correct = False
p += 1
# Next, check correct colours in wrong positions
#================================================
p = 0
while p < settings["pegs"]:
pegColour = canvas.itemcget(settings["grid"][rowNo][p], "fill")
if pegColour in code and pegColour != settings["code"][p]:
hints.append(1) # 1 means colour exists but is not in correct position
i = 0
while i < settings["pegs"]:
if code[i] == pegColour:
code[i] = "used"
break
i += 1
p += 1
hints.sort()
# Fill in the hint pegs
#================================================
h = 0
while h < len(hints):
if hints[h] == 0:
canvas.itemconfig(settings["hints"][rowNo][h], fill="red")
elif hints[h] == 1:
canvas.itemconfig(settings["hints"][rowNo][h], fill="white")
h += 1
return correct
def endGame(win):
canvas = settings["canvas"]
code = settings["code"]
p = 0
while p < settings["pegs"]:
canvas.itemconfig(settings["grid"][settings["guesses"]][p], fill=code[p])
p += 1
if win == True:
tkMessageBox.showinfo("Win", "Congratulations, you found the code in " + str(settings["row"] + 1) + " guesses!")
else:
tkMessageBox.showinfo("Lose", "Sorry, you've used all of your " + str(settings["guesses"]) + " guesses!")
def openMenu():
if not settings["AIstarted"]:
if tkMessageBox.askyesno("Menu", "Are you sure you want to leave this game and return to the menu?"):
settings["menu"] = True
gameScr.destroy()
else:
tkMessageBox.showinfo("Start AI", "Please wait for the AI to finish guessing.")
# Set up variables
#====================================================
settings["colourList"] = ["red", "green", "blue", "yellow", "purple", "orange", "pink", "white"]
settings["guesses"] = 12
settings["restart"] = False
settings["menu"] = False
settings["AIstarted"] = False
if load == False:
settings["row"] = 0
settings["col"] = 0
# Draw interface
#====================================================
gameScr = GUI.Tk()
drawInterface()
# Generate/reload the answer
#====================================================
if restart == True:
settings["code"] = code
elif load == False:
settings["code"] = AI.codeMaker(settings["pegs"], settings["colours"], settings["colourList"])
gameScr.mainloop()
# Return instructions for menu when game is stopped
#================================================
return (settings["restart"], settings["code"], settings["menu"])
