PythonProjectIdeas/Connect4Part2.py at main · npstation2018/PythonProjectIdeas · GitHub

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import random

print("Welcome to Connect Four")
print("-----------------------")

possibleLetters = ["A","B","C","D","E","F","G"]
gameBoard = [["","","","","","",""], ["","","","","","",""], ["","","","","","",""], ["","","","","","",""], ["","","","","","",""], ["","","","","","",""]]

rows = 6
cols = 7

def printGameBoard():
  print("\n     A    B    C    D    E    F    G  ", end="")
  for x in range(rows):
    print("\n   +----+----+----+----+----+----+----+")
    print(x, " |", end="")
    for y in range(cols):
      if(gameBoard[x][y] == "🔵"):
        print("",gameBoard[x][y], end=" |")
      elif(gameBoard[x][y] == "🔴"):
        print("", gameBoard[x][y], end=" |")
      else:
        print(" ", gameBoard[x][y], end="  |")
  print("\n   +----+----+----+----+----+----+----+")

def modifyArray(spacePicked, turn):
  gameBoard[spacePicked[0]][spacePicked[1]] = turn

def checkForWinner(chip):
  # Check horizontal spaces
  for y in range(rows):
    for x in range(cols - 3):
      if gameBoard[x][y] == chip and gameBoard[x+1][y] == chip and gameBoard[x+2][y] == chip and gameBoard[x+3][y] == chip:
        print("\nGame over!", chip, "wins! Thank you for playing :)")
        return True

  # Check vertical spaces
  for x in range(rows):
    for y in range(cols - 3):
      if gameBoard[x][y] == chip and gameBoard[x][y+1] == chip and gameBoard[x][y+2] == chip and gameBoard[x][y+3] == chip:
        print("\nGame over!", chip, "wins! Thank you for playing :)")
        return True

  # Check upper right to bottom left diagonal spaces
  for x in range(rows - 3):
    for y in range(3, cols):
      if gameBoard[x][y] == chip and gameBoard[x+1][y-1] == chip and gameBoard[x+2][y-2] == chip and gameBoard[x+3][y-3] == chip:
        print("\nGame over!", chip, "wins! Thank you for playing :)")
        return True

  # Check upper left to bottom right diagonal spaces
  for x in range(rows - 3):
    for y in range(cols - 3):
      if gameBoard[x][y] == chip and gameBoard[x+1][y+1] == chip and gameBoard[x+2][y+2] == chip and gameBoard[x+3][y+3] == chip:
        print("\nGame over!", chip, "wins! Thank you for playing :)")
        return True
  return False

def coordinateParser(inputString):
  coordinate = [None] * 2
  if(inputString[0] == "A"):
    coordinate[1] = 0
  elif(inputString[0] == "B"):
    coordinate[1] = 1
  elif(inputString[0] == "C"):
    coordinate[1] = 2
  elif(inputString[0] == "D"):
    coordinate[1] = 3
  elif(inputString[0] == "E"):
    coordinate[1] = 4
  elif(inputString[0] == "F"):
    coordinate[1] = 5
  elif(inputString[0] == "G"):
    coordinate[1] = 6
  else:
    print("Invalid")
  coordinate[0] = int(inputString[1])
  return coordinate

def isSpaceAvailable(intendedCoordinate):
  if(gameBoard[intendedCoordinate[0]][intendedCoordinate[1]] == '🔴'):
    return False
  elif(gameBoard[intendedCoordinate[0]][intendedCoordinate[1]] == '🔵'):
    return False
  else:
    return True

turnCounter = 0