#-------------------------------------------------
 #   Project: Pick Up Game
  # Standard: 91883
   #  School: Tauranga Boys' College
    # Author: Hayden De Rohan
     #  Date: 22/03/23
      #-------------------------------------------

# Imports


import time


# Variables


Rounds = int
Player_1, Player_1_Score = str, 0
Player_2, Player_2_Score = str, 0
Players = []
Chips = 21


#Constants

MAX_ROUNDS = 7 

# FUCNTIONS


#function for the Rules to make the main function look cleaner
def Rules() :

    print("READ IF IT'S YOUR FIRST TIME PLAYING ELSE JUST INGORE")
    print("Players take turns taking 1-3 chips from a pool of 21")
    print("The goal is to take the last remaining token to gain a point")
    print("The player with the most points by the end of your set amount of rounds wins overall - rounds can be 1-7")
    print("Good luck")


#Displays chips remainng, making this a function makes it easy to access
def ChipsLeft() :

    global Chips
    if Chips < 0 :
        fade_in_print("There is [0] chips remaining")  
    else :
        fade_in_print("There is [{}] chips remaining".format(Chips))


# Asks for a input by player 1 and validates saves name input as a variable "Player_1"
def NamingPlayer1() :
    while True :

        SmallSpacing()
        Player_Name = str(input("What is Player 1's name? -- "))

        if Player_Name.isalpha() == True :

            global Player_1 
            Player_1 = Player_Name
            Players.append(Player_1)

            SmallSpacing()
            fade_in_print("Player 1's name is [{}]".format(Player_1))
            break

        else :

            SmallSpacing()
            fade_in_print("Plase try a name without spacing or numbers")


# Asks for a input by player 2 and validates saves name input as a variable "Player_2'
#I've split the naming of players into 2 parts because I wasn't able to figure out a way to merge the two together
def NamingPlayer2() :
    while True :

        SmallSpacing()
        Player_Name = str(input("What is Player 2's name? -- "))

        if Player_Name.isalpha() == True :

            global Player_2 
            Player_2 = Player_Name
            Players.append(Player_2)

            SmallSpacing()
            fade_in_print("Player 2's name is [{}]".format(Player_2))
            break

        else :

            SmallSpacing()
            fade_in_print("Plase try a name without spacing or numbers")    


# Asks players for how many rounds with validation
def NumRounds() :
    while True :
        try :
            SmallSpacing()
            RequestedRounds = int(input("How many rounds do you wish to play? -- "))
            if RequestedRounds < 1 or RequestedRounds > MAX_ROUNDS :
                fade_in_print("A number between 1 and 7 games will be too long otherwise")
            else :

                global Rounds
                Rounds = RequestedRounds
                
                SmallSpacing()
                fade_in_print("You'll be playing {} rounds".format(Rounds))
                break

        except :   
            fade_in_print("Try an integer rather than what you did")


#Displays the players current scores making this a function makes for easy access
def Scores() :

    SmallSpacing()
    print("[{}] has a score of ".format(Player_1), Player_1_Score)
    print("[{}] has a score of ".format(Player_2), Player_2_Score)
    SmallSpacing()


#The merged version of the previous two functions for handling player turns handled in one function
def player_turn(player_name):
    global Chips

    SmallSpacing()
    fade_in_print("It's {}'s turn".format(player_name))

    while True :
        try:
            SmallSpacing()
            ChipsTaken = int(input("How many chips will you take? [1,2,3] -- "))

            if ChipsTaken < 1 or ChipsTaken > 3:
                SmallSpacing()
                fade_in_print("1,2 or 3 bud")
            else:
                SmallSpacing()
                Chips -= ChipsTaken
                break
        except:
            SmallSpacing()
            fade_in_print("Try an integer")


# Quick access for time.sleep()
def Sleep() :

    time.sleep(0.75)


# Makes text look nicer
def fade_in_print(text, delay=0.01875):
    for i in range(len(text)):
        print(text[i], end='', flush=True)
        time.sleep(delay)
    print()


# Makes blank spaces for better looks
def SmallSpacing() :
    print()


# Calls all main import functions and puts the main game in a small loop for visual clarity  
def MainFunc()  :
    global Player_1_Score
    global Player_2_Score

    Rules()
    NamingPlayer1()
    NamingPlayer2()
    NumRounds()

    # Loop main functions in rounds
    for i in range(0, (Rounds)):
        print(i)
        global Chips

        Chips = 3
        Scores()
        Sleep()
        ChipsLeft()
        Sleep()

        while Chips > 0:

            # Cycle between the two players
            for player in Players:
                #print("Round = ", i)

                player_turn(player)
                Sleep()
                ChipsLeft()
                Sleep()

                if Chips <= 0:

                    if player == Player_1:
                        Player_1_Score += 1
                    else:
                        Player_2_Score += 1

                    SmallSpacing()
                    fade_in_print("{} has won and they get a point".format(player))
                    Sleep()

                    if (i) <= Rounds:
                        fade_in_print("Starting round [{}]".format(i + 1))
                        SmallSpacing()
                    else:
                        break  # Exit the while loop and continue to the next round

            if Chips <= 0:
                break  # Exit the while loop and continue to the next round


            

    SmallSpacing()
    print("- Final Scores -")
    Sleep()
    Scores()


# Calls the main function
if __name__ == "__main__" :

    SmallSpacing()

    fade_in_print(" -- Game Worked :D -- ")

    SmallSpacing()

    MainFunc()  

else :

    fade_in_print("Some funky error happened relaunch the program :D")