def _on_click(self) -> None:
'''
Is called when the play button is clicked. It asks for the user input and checks if they are valid.
Then it redraws the board based on the input and destroys the play button. If invalid input is put in
then the user is notified.
'''
canvas_width = self._canvas.winfo_width()#getting width of canvas
canvas_height = self._canvas.winfo_height()#getting height of canvas
info = gameInfo()#Initializing info
info.show()#makes new window to get info
if info.was_ok_clicked():#Checks if the ok button was clicked
self._spaces = []#Takes out the inital pieces on the board before resizing
row_number = info.get_row_number()#Gets the input for row
col_number = info.get_col_number()#Gets input for column
start_turn = info.get_start_turn()#Gets input for start_turn
top_left = info.get_top_left()#Gets input for topleft piece
win_method = info.get_win_method()#Gets input for win method
self._greeting_text.set('Game Started')#Says game has begun
self._row.set(row_number)#Sets row
self._col.set(col_number)#Sets column
self._startturn.set(start_turn)#Sets start player
self._topleft.set(top_left)#Sets top left piece
self._winmethod.set(win_method)#Sets win method
if row_number not in ['4','6','8','10','12','14','16'] or col_number not in ['4','6','8','10','12','14','16']:#validates row and column valid
self._greeting_text.set('Invalid entry. Please enter even number of rows and columns between 4 and 16')
info._dialog_window.destroy()
if start_turn not in ['B','W','b','w']:#Validates start turn
self._greeting_text.set("Invalid entry. Please enter 'B' or 'W' for start turn")
if top_left not in ['B','b','W','w']:#Validates top left
self._greeting_text.set("Invalid entry. Please enter 'B' or 'W' for top left piece")
if win_method not in ['M','m','L','l']:#Validates win method
self._greeting_text.set("Invalid entry. Please enter 'M' or 'L' for win method")
if self._greeting_text.get() == 'Game Started':#If all input was valid set the initial pieces
self._state = gameLogic.gameState(int(row_number),int(col_number),str(start_turn),str(top_left),str(win_method))
if self._state._topLeft == gameLogic.BLACK:
self._spaces.append((((int(self._col.get())/2)-1)/int(self._col.get()),((int(self._row.get())/2)-1)/int(self._row.get()), (int(self._col.get())/2)/int(self._col.get()),(int(self._row.get())/2)/int(self._row.get()),'black', 'black'))
self._spaces.append((((int(self._col.get())/2))/int(self._col.get()),((int(self._row.get())/2))/int(self._row.get()), ((int(self._col.get())/2)+1)/int(self._col.get()),((int(self._row.get())/2)+1)/int(self._row.get()),'black', 'black'))
self._spaces.append((((int(self._col.get())/2)-1)/int(self._col.get()),((int(self._row.get())/2))/int(self._row.get()), (int(self._col.get())/2)/int(self._col.get()),((int(self._row.get())/2)+1)/int(self._row.get()), 'black', 'white'))
self._spaces.append((((int(self._col.get())/2))/int(self._col.get()),((int(self._row.get())/2)-1)/int(self._row.get()), ((int(self._col.get())/2)+1)/int(self._col.get()),(int(self._row.get())/2)/int(self._row.get()),'black', 'white'))
else:
self._spaces.append((((int(self._col.get())/2)-1)/int(self._col.get()),((int(self._row.get())/2)-1)/int(self._row.get()), (int(self._col.get())/2)/int(self._col.get()),(int(self._row.get())/2)/int(self._row.get()),'black', 'white'))
self._spaces.append((((int(self._col.get())/2))/int(self._col.get()),((int(self._row.get())/2))/int(self._row.get()), ((int(self._col.get())/2)+1)/int(self._col.get()),((int(self._row.get())/2)+1)/int(self._row.get()),'black', 'white'))
self._spaces.append((((int(self._col.get())/2)-1)/int(self._col.get()),((int(self._row.get())/2))/int(self._row.get()), (int(self._col.get())/2)/int(self._col.get()),((int(self._row.get())/2)+1)/int(self._row.get()),'black', 'black'))
self._spaces.append((((int(self._col.get())/2))/int(self._col.get()),((int(self._row.get())/2)-1)/int(self._row.get()), ((int(self._col.get())/2)+1)/int(self._col.get()),(int(self._row.get())/2)/int(self._row.get()),'black', 'black'))
self._play_button.destroy()#Destroys the play button when the game starts
self._redraw_board()
except:
pass
while True:
try:
col = input("Enter an even number of columns you want on the board: ").strip() # Gets columns
col = assistCol(col) # Checks validations
break
except ValueError:
if any(c.isalpha() for c in col): # In case letters were entered
print("Please do not enter letters.")
elif any(c in specialChar for c in col): # In case characters in array above were entered
print("Please do not enter in any special characters")
elif any(c in [".", "/"] for c in col): # In case of decimals or fractions
print("Please do not use decimals.")
except:
pass
return [rows, col]
if __name__ == "__main__":
"""
Main method executes program
"""
count = 0
info = getInfo() # Gets info
game = gameLogic.gameState(info[0], info[1], info[2], info[3], info[4]) # Initializes board
while True:
printBoard(game, count) # Prints the board
count = 1
makeMove(game, game.getTurn()) # Makes moves
def __init__(self):
'''
The initializing method that sets all the variables. It also contains
all the labels and places them on the grid. It also has a button to begin playing.
It basically starts the game.
'''
self._root_window = tkinter.Tk()#the window with everything
#The button that will pop another window to enter game info
self._play_button = tkinter.Button(
master = self._root_window, text = 'Play', font = DEFAULT_FONT,
command = self._on_click)
#Putting the button on the grid
self._play_button.grid(
row = 3, column = 0, padx = 10, pady = 10,
sticky = tkinter.N)
self._greeting_text = tkinter.StringVar()#Variable to tell whether game has begun
self._greeting_text.set('Reset the game with different options by pressing play!')#default
self._row = tkinter.IntVar()#Variable to get input for rows
self._row.set('4')
self._col = tkinter.IntVar()#Variable to get input for columns
self._col.set('4')
self._startturn = tkinter.StringVar()#Variable to get input for starting player turn
self._startturn.set('B')
self._topleft = tkinter.StringVar()#Variable to get input for top Left piece on board
self._topleft.set('B')
self._winmethod = tkinter.StringVar()#Variable to get input for how to win
self._winmethod.set('M')
#Initializing the game
self._state = gameLogic.gameState(int(str(self._row.get())),int(str(self._col.get())),str(self._startturn.get()),str(self._topleft.get()),str(self._winmethod.get()))
#Label for whether game has started yet.
greeting_label = tkinter.Label(
master = self._root_window, textvariable = self._greeting_text,
font = DEFAULT_FONT)
#Puts above label on grid
greeting_label.grid(
row = 1, column = 0, padx = 10, pady = 10,
sticky = tkinter.S)
self._spaces = []#array to hold coordinates for pieces
#Makes a canvas for the board
self._canvas = tkinter.Canvas(
master = self._root_window, width = 500, height = 450,
background = '#008000')
#Puts canvas on grid
self._canvas.grid(
row = 0, column = 0, padx = 10, pady = 10,
sticky = tkinter.N + tkinter.S + tkinter.E + tkinter.W)
#Label for first player and score
self._player1 = tkinter.Label(self._root_window, text = 'WHITE: \n'+self._state.getWhiteCount())
#Puts above label on grid
self._player1.grid(row = 0, column = 1, padx = 20, pady = 10,
sticky = tkinter.W)
#Label for second player and score
self._player2 = tkinter.Label(self._root_window, text = 'BLACK: \n'+self._state.getBlackCount())
#Puts above label on grid
self._player2.grid(row = 0, column = 2, padx = 20, pady = 10,
sticky = tkinter.W)
#Initializes the board with default options which can later be changed.
if self._state._topLeft == gameLogic.BLACK:
self._spaces.append((((int(self._col.get())/2)-1)/int(self._col.get()),((int(self._row.get())/2)-1)/int(self._row.get()), (int(self._col.get())/2)/int(self._col.get()),(int(self._row.get())/2)/int(self._row.get()),'black', 'black'))
self._spaces.append((((int(self._col.get())/2))/int(self._col.get()),((int(self._row.get())/2))/int(self._row.get()), ((int(self._col.get())/2)+1)/int(self._col.get()),((int(self._row.get())/2)+1)/int(self._row.get()),'black', 'black'))
self._spaces.append((((int(self._col.get())/2)-1)/int(self._col.get()),((int(self._row.get())/2))/int(self._row.get()), (int(self._col.get())/2)/int(self._col.get()),((int(self._row.get())/2)+1)/int(self._row.get()), 'black', 'white'))
self._spaces.append((((int(self._col.get())/2))/int(self._col.get()),((int(self._row.get())/2)-1)/int(self._row.get()), ((int(self._col.get())/2)+1)/int(self._col.get()),(int(self._row.get())/2)/int(self._row.get()),'black', 'white'))
else:
self._spaces.append((((int(self._col.get())/2)-1)/int(self._col.get()),((int(self._row.get())/2)-1)/int(self._row.get()), (int(self._col.get())/2)/int(self._col.get()),(int(self._row.get())/2)/int(self._row.get()),'black', 'white'))
self._spaces.append((((int(self._col.get())/2))/int(self._col.get()),((int(self._row.get())/2))/int(self._row.get()), ((int(self._col.get())/2)+1)/int(self._col.get()),((int(self._row.get())/2)+1)/int(self._row.get()),'black', 'white'))
self._spaces.append((((int(self._col.get())/2)-1)/int(self._col.get()),((int(self._row.get())/2))/int(self._row.get()), (int(self._col.get())/2)/int(self._col.get()),((int(self._row.get())/2)+1)/int(self._row.get()),'black', 'black'))
self._spaces.append((((int(self._col.get())/2))/int(self._col.get()),((int(self._row.get())/2)-1)/int(self._row.get()), ((int(self._col.get())/2)+1)/int(self._col.get()),(int(self._row.get())/2)/int(self._row.get()),'black', 'black'))
self._canvas.bind('<Configure>', self._on_canvas_resized)#Resizes board on initializing
self._canvas.bind('<Button-1>', self._on_canvas_clicked)#Calls -on_canvas_clicked when play button is pressed
self._root_window.rowconfigure(0, weight = 1)
self._root_window.columnconfigure(0, weight = 1)
