def nowPlaying_unicode():
out = ""
out_1 = ""
out_1 += " "
out_2 = ""
p = ""
if globVar.player == "W":
p += colors.w_king
elif globVar.player == "b":
p += colors.b_king
out_1 += "╔"
for i in range(21):
out_1 += "═"
out_1 += "╗ "
if ((globVar.w_check and globVar.player == "W")
or (globVar.b_check and globVar.player == "b")):
out_1 += "\n ║" + " CHECK! " + p
out_2 += " ║ \n"
elif globVar.checkmate:
out_1 += "\n ║" + " CHECKMATE! "
out_2 += "║ \n"
else:
out_1 += "\n ║" + " NOW PLAYING: " + p
out_2 += " ║ \n"
out_2 += " ╚"
for i in range(21):
out_2 += "═"
out_2 += "╝ "
out = colors.normal(out_1) + colors.normal(out_2)
return out + colors.RESET
def drawBoard_unicode():
clear()
out = ""
out_1 = nowPlaying_unicode()
out_2 = ""
numLabel = 8
letterLabel = 'A'
out_2 += colors.normal("\n ")
for i in range(8):
out_2 += colors.normal(str(letterLabel + " "))
letterLabel = chr(ord(letterLabel) + 1)
out_2 += " \n "
for i in range(21):
out_2 += " "
out_2 += "\n"
for i in range(8):
out_2 += ' {} '.format(numLabel)
for j in range(8):
# out_2 += colors.RESET
out_2 += colors.normal(str(board.Grid(i, j)))
numLabel -= 1
out_2 += colors.RESET + colors.normal(" \n")
for i in range(25):
out_2 += colors.normal(" ")
out_2 += colors.normal("\n")
out = out_1 + out_2 + colors.RESET
print(out, end="")
def remaining_unicode():
w_pawn_count = utils.typeCounter("pawn", "W")
w_rook_count = utils.typeCounter("rook", "W")
w_knight_count = utils.typeCounter("knight", "W")
w_bishop_count = utils.typeCounter("bishop", "W")
w_queen_count = utils.typeCounter("queen", "W")
w_king_count = utils.typeCounter("king", "W")
b_pawn_count = utils.typeCounter("pawn", "b")
b_rook_count = utils.typeCounter("rook", "b")
b_knight_count = utils.typeCounter("knight", "b")
b_bishop_count = utils.typeCounter("bishop", "b")
b_queen_count = utils.typeCounter("queen", "b")
b_king_count = utils.typeCounter("king", "b")
out = ""
temp_out = ""
# temp_out += " REMAINING: \n"
out += colors.normal(temp_out)
temp_out = colors.white_header(" White: ")
out += temp_out
temp_out = colors.header_separator("│")
out += temp_out + colors.RESET
temp_out = colors.black_header(" Black: ")
out += temp_out + "\n"
# print white pawn
temp_out = colors.normal(" {} ".format(w_pawn_count))
temp_out += colors.normal(colors.w_pawn)
out += temp_out
# print white rook
temp_out = colors.normal(" {} ".format(w_rook_count))
temp_out += colors.normal(colors.w_rook)
temp_out += colors.normal(" │")
out += temp_out
# print black pawn
temp_out = colors.normal(" {} ".format(b_pawn_count))
temp_out += colors.normal(colors.b_pawn)
out += temp_out
# print black rook
temp_out = colors.normal(" {} ".format(b_rook_count))
temp_out += colors.normal(colors.b_rook)
temp_out += colors.normal(" \n")
out += temp_out
### ROW 2 ###
# print white knight
temp_out = colors.normal(" {} ".format(w_knight_count))
temp_out += colors.normal(colors.w_knight)
out += temp_out
# print white bishop
temp_out = colors.normal(" {} ".format(w_bishop_count))
temp_out += colors.normal(colors.w_bishop)
temp_out += colors.normal(" │")
out += temp_out
# print black knight
temp_out = colors.normal(" {} ".format(b_knight_count))
temp_out += colors.normal(colors.b_knight)
out += temp_out
# print black bishop
temp_out = colors.normal(" {} ".format(b_bishop_count))
temp_out += colors.normal(colors.b_bishop)
temp_out += colors.normal(" \n")
out += temp_out
### ROW 3 ###
# print white queen
temp_out = colors.normal(" {} ".format(w_queen_count))
temp_out += colors.normal(colors.w_queen)
out += temp_out
# print white king
temp_out = colors.normal(" {} ".format(w_king_count))
temp_out += colors.normal(colors.w_king)
temp_out += colors.normal(" │")
out += temp_out
# print black queen
temp_out = colors.normal(" {} ".format(b_queen_count))
temp_out += colors.normal(colors.b_queen)
out += temp_out
# print black king
temp_out = colors.normal(" {} ".format(b_king_count))
temp_out += colors.normal(colors.b_king)
temp_out += colors.normal(" \n\n")
out += temp_out
print(out + colors.RESET, end="")