Chutes v1 - no Main

# Chutes and Ladders
# Brian Dickman
# Lutheran High School
# Intro to Computer Programming
# February 2016

#IMPORTS
import random

#DECLARATION
board = []
locations = []
currentPlayer = 1
noWinner = True
numPlayers = 1      # will change based on user input

# spin function - returns integer between 1 and 6
def spin():
    return random.randint(1,6)

# resetBoard function - defines all board positions and location of chutes and ladders
def resetBoard():
    global board

    for spot in range(1,101):
        #print(str(spot))
        board.append(0)

    # Add new values for ladders
    board[0] = 38   #if you land on space #1, go to space #38
    board[3] = 14   #if you land on space #4, go to space #14

    print("The game board is reset")

# resetPlayers function - moves all players
def resetPlayers():
    global locations
    global numPlayers

    for player in range(1, numPlayers+1):
        locations.append([player,0])

    print("Number of players...")
    print(numPlayers)

#
def getNewLocation(landing):

    print("Landed on space...")
    print(landing)
    iLanding = landing -1
    if (board[iLanding] > 0):
        if (board[iLanding]>landing):
            print("You climbed a ladder")
        else:
            print("Oh No! You landed on a slide!")
        print ("Your new location...")
        print(board[iLanding])
        return board[iLanding]
    else:
        return landing

# movePlayer function -
def movePlayer(thePlayer):

    global noWinner
    global locations
    global board

    print("Player: ")
    print(thePlayer)

    thePlayer = thePlayer - 1

    theSpin = spin()
    print ("Spin")
    print(theSpin)
    newLocation = locations[thePlayer][1] + theSpin
    if (newLocation <= 100):
        #user is on board and did not win
        newLocation = getNewLocation(newLocation)
        locations[thePlayer][1] = newLocation
        if (newLocation == 100):
            print ("YOU WIN!")
            noWinner = False

    print ("You are now at space ",str(locations[thePlayer][1]))


def nextPlayer():
    global currentPlayer
    global numPlayers

    currentPlayer = currentPlayer + 1
    if (currentPlayer > numPlayers):
        currentPlayer = 1