def printBoard(a: gameLogic.gameState, count: int):
"""
Prints the current board with the row and column numbers. It uses unicode to
print black dots for black and white one for white and '-' for blank spaces.
Then it prints the score and whose turn it is.
"""
blackCount, whiteCount, rowNum, colNum = 0, 0, 1, 1
B = u" \u25CF " # Black dot
W = u" \u25CB " # White dot
print("=================================================") # Division between each board print
print("\t Current Board:")
print("=================================================") # Division between each board print
topRow = ""
print(" ", end=" ")
for col in range(0, a.getCol()): # Prints the column numbers at the top of the board
if col < 9: # To format spaces properly add 0 before all single digits.
print("0{}".format(colNum), end=" ")
colNum += 1
else:
print("{} ".format(colNum), end="") # Prints two-digit column numbers.
colNum += 1
print()
for row in range(0, a.getRows()): # Runs through rows
currentRow = ""
for col in range(0, a.getCol()): # Runs through columns
if a.getBoard()[col][row] == gameLogic.NONE: # Checks if space is empty and places '-' in it if true
currentRow += " - "
elif a.getBoard()[col][row] == gameLogic.BLACK: # Places black dot if piece is black
currentRow += B
blackCount += 1
elif a.getBoard()[col][row] == gameLogic.WHITE: # Places white dot if piece is white
currentRow += W
whiteCount += 1
if rowNum < 10: # Formats column numbers if less than 10
print("0{}".format(rowNum), end="")
print(currentRow)
rowNum += 1
else: # Formats colum numbers with two digits.
print("{}".format(rowNum), end="")
print(currentRow)
rowNum += 1
print("BLACK: {}\tWHITE: {}".format(blackCount, whiteCount)) # Prints current score of black and white
gameLogic.checkWin(a, a.getTurn(), count) # Checks if game has ended
printTurn(a) # Prints whose turn it is.
def _redraw_board(self) -> None:
'''
Redraws the board. It deletes everything previously on the window and then adds
player 1, player 2 player turn and winner labels onto the grid. Then it redraws the board
with the correct grid size and the new pieces.
'''
state = self._state#game state
self._canvas.delete(tkinter.ALL)#deletes everything on the board
canvas_width = self._canvas.winfo_width()#Canvas width
canvas_height = self._canvas.winfo_height()#canvas height
self._player2 = tkinter.Label(self._root_window, text = 'BLACK: \n'+state.getBlackCount())#Label for black player and score
self._player2.grid(row = 0, column = 2, padx = 20, pady = 10,#Puts it on grid
sticky = tkinter.W)
self._player1 = tkinter.Label(self._root_window, text = 'WHITE: \n'+state.getWhiteCount())#Label for white player and score
self._player1.grid(row = 0, column = 1, padx = 20, pady = 10,#Puts it on the grid
sticky = tkinter.W)
if gameLogic.checkWin(state,state.getTurn(),1)=='':#If no winner
self._playerTurn = tkinter.Label(self._root_window, text = 'It is '+state.getGuiTurn()+"'s turn.")#Label for player turn
self._playerTurn.grid(row=0,column=1,padx=10,pady=10,#Puts it on the grid
sticky = tkinter.N)
self._winner = tkinter.Label(self._root_window, text = gameLogic.checkWin(state,state.getTurn(),1))#Label for winner
self._winner.grid(row=0,column=1,padx=10,pady=10,#Puts it on the grid
sticky = tkinter.S)
else:
self._playerTurn = tkinter.Label(self._root_window, text = ' ')#Label for player turn
self._playerTurn.grid(row=0,column=1,padx=10,pady=10,#Puts label on the grid
sticky = tkinter.N)
self._winner = tkinter.Label(self._root_window, text = gameLogic.checkWin(state,state.getTurn(),1))#Label for winner
self._winner.grid(row=0,column=1,padx=10,pady=10,#Puts it on the grid
sticky = tkinter.S)
for i in range(0,self._state._rows):#Prints the board
for x in range(0,self._state._col):
self._canvas.create_rectangle(x*(canvas_width)/self._state._col,i*canvas_height/self._state._rows,(x+1)*(canvas_width)/self._state._col,(i+1)*canvas_height/self._state._rows)
for spot in self._spaces:#Prints the pieces on the board
self._canvas.create_oval(spot[0]*(canvas_width),spot[1]*canvas_height,spot[2]*(canvas_width),spot[3]*canvas_height,outline = spot[4],fill = spot[5])
