Written in Python 3.

Written in Python 3. I need help writing move_maker and move_chooser

## Here's the crude, unpolished first version of a user

## interface for your miniChess function

## It doesn't really know much about who wins the game

## or when...although it does know that if it can't make

## a move, the human player wins.

## It does not validate the coordinates for the move

## that is entered by the user. You can move any pawn

## on either side to any square. So be careful.

## We have supplied "dummy" move_maker and

## move_chooser functions so that this

## program will run without causing an

## error. But the program will not play

## the game correctly until you replace

## our two functions with your functions.

## Put your definitions for move_maker and

## move_chooser up here in this space.

##

## Replace the two function definitions below

## with your functions.

##

## DO NOT LEAVE OUR FUNCTIONS HERE

def move_maker(board,color):

  return [board]

def move_chooser(list_of_boards, color):

  return list_of_boards[0]

## keep everything below as is ======================================

## print a board

## 0 prints as '-', 1 prints as 'w', 2 prints as 'b'

def printBoard(board):

  print(" ", end = "")

  for i in range(0, len(board[0])):

    print(str(i)+" ", end = "")

  print("n")

  row = 0

  for r in board:

    print(row, " ", end = "")

    for c in r:

      if c == 1:

        print("w ", end = "")

      elif c == 2:

        print("b ", end = "")

      else:

        print("- ", end = "")

    print()

    row = row + 1

  print()

## initial board, with dimension

## passed as the argument. 1s at the top,

## 2s at the bottom, 0s everywhere else

def makeInitBoard(dim):

  board = []

  for i in range(0,dim):

    row = []

    for j in range(0,dim):

      row.append(0)

    board.append(row)

  for i in range(0,dim):

    board[0][i] = 1

    board[dim - 1][i] = 2

  return board

## this is the user interface for the miniChess game.

## just run the program and type 'miniChess()' in the

## interaction window

def miniChess():

  from random import randint

  print("Welcome to miniChess")

  ## ask for board size and create initial board

  dim = int(input("What size board would you like? n(enter an integer greater than 2): "))

  bheight = dim

  bwidth = dim

  b = makeInitBoard(dim)

  print("nHere's the initial board...n")

  printBoard(b)

  ## ask user to select color of pawns

  ## if user selects white, then the program's color is 2 (i.e., black)

  ## if user selects black, then the program's color is 1 (i.e., white)

  while True:

    answer = input("Choose the white pawns or black pawns (enter 'w' or 'b' or 'quit'): ")

    if answer == "w":

      mycolor = 2

      break

    if answer == "b":

      mycolor = 1

      break

    if answer == "quit":

      print("Ending the game")

      return

  ## if program has white pawns, generate program's first move

  if mycolor == 1:

    print("Here's my opening move...n")

    column = randint(0, bwidth - 1)

    b[1][column] = b[0][column]

    b[0][column] = 0

    printBoard(b)

  ## game loop

  while True:

    ## ask for user's move

    ## coordinates are not validated at this time

    print("nEnter the coordinates of the pawn you wish to move:")

    fromrow = int(input(" row: "))

    fromcol = int(input(" col: "))

    print("Enter the coordinates of the destination square: ")

    torow = int(input(" row: "))

    tocol = int(input(" col: ")) # oops

    b[torow][tocol] = b[fromrow][fromcol]

    b[fromrow][fromcol] = 0

    print("This is your move...n")

    printBoard(b)

    ## here is where the program uses the functions created by the student

    possiblemoves = move_maker(b, mycolor) # don't change this function call

    if possiblemoves == []:

      print("I can't movenCongratulations! You win!")

      return

    b = move_chooser(possiblemoves, mycolor) # don't change this function call

    print("Here's my response...n")

    printBoard(b)