emoji-match-final

#import neccessary libraries
import os
from random import shuffle, choice, randint
from guizero import App, Box, Picture, PushButton, Text, warn
from time import sleep

#create the app and put it in a box and create seperate boxes for display and choice
app = App()
pic_box = Box(app, align = "left")
button_box = Box(app, align = "right")

#create text to display result and a timer
players_turn = Text(app, text = "Go P1", align = "top")
result = Text(app, align = "top")
time = Text(app, text = 10, align = "top")

#player1 score, round and streak counter
score1 = Text(app, text = 0, align = "top")
rounds1 = Text(app, text = 0, align = "bottom")
streak1 = Text(app, text = 0, visible = False)

#player2 score, round and streak counter
score2 = Text(app, text = 0, align = "top")
rounds2 = Text(app, text = 0, align = "bottom")
streak2 = Text(app, text = 0, visible = False)

#player_turn counter
player_turn = 0

#display whether used choice matched
def match_emoji(matched, turn):
    round1_time = 30
    round2_time = 30
    if matched:
        #if matched, say so and increase socre and streak by 1
        result.value = "YES!"

        #update scores if player 1 turn
        if turn == 0:
            score1.value = int(score1.value) + 1
            streak1.value = int(streak1.value) + 1
            rounds1.value = int(rounds1.value) + 1

            #if the user has streak of 3, award bonus point and 10s time
            if int(streak1.value) % 3 == 0:
                score1.value = int(score1.value) + 1
                round1_time += 10

        #if player 2 turn, update scores
        if turn == 1:
            score2.value = int(score2.value) + 1
            streak2.value = int(streak2.value) + 1
            rounds2.value = int(rounds2.value) + 1

            # if the user has a streak of 3, award bonus point and time
            if int(streak2.value) % 3 == 0:
                score2.value = int(score2.value) + 1
                round2_time += 10

        #start next round
        global player_turn
        if turn == 0:
            player_turn += 1
            players_turn.value = "Go P2"
            setup_game(round2_time, player_turn)
        elif turn == 1:
            player_turn += 1
            players_turn.value = "Go P1"
            setup_game(round1_time, player_turn)

    #if incorrect, say so and decrease score by 1; set streak to 0
    else:
        result.value = "NO!"
        if turn == 0:
            score1.value = int(score1.value) - 1
            streak1.value = 0
        elif turn == 1:
            score2.value = int(score2.value) - 1
            streak2.value = 0

# create a box to house the grid
pictures_box = Box(pic_box, layout="grid")
buttons_box = Box(button_box, layout="grid")

# create an empty list to which pictures will be added
pictures = []
buttons = []

#use a loop from 1-3 (y) within a loop of 1-3 (x) to create a 3x3 grid to display emojis
for x in range(0,3):
    for y in range(0,3):
        # put the pictures into the list
        picture = Picture(pictures_box, grid=[x,y])
        pictures.append(picture)

        #put picture buttons in grid
        button = PushButton(buttons_box, grid = [x,y])
        buttons.append(button)

#Function to setup new game
def setup_game(length, player_turn):
    #set time to 30 seconds
    time.value = length
    #import emojis library and set the path to the emoji folder on your computer
    emojis_dir = "emojis"
    #create a list of the locations of the emoji images
    emojis = [os.path.join(emojis_dir, f) for f in os.listdir(emojis_dir) if os.path.isfile(os.path.join(emojis_dir, f))]
    #shuffle the emojis
    shuffle(emojis)

    #clear result text
    result.value = " "
    #Isolate a single emoji from list to match in pictures and buttons lists
    matched_emoji = emojis.pop()

    #choose a random position to insert the picture in the pictures list
    random_picture = randint(0,8)

    #choose a random position to insert the picture in the buttons list
    random_button = randint(0,8)

    # for each picture in the list
    for picture in pictures:
        #if the current picture is the randomly chosen match, insert the matched_emoji
        if picture == pictures[random_picture]:
            picture.image = matched_emoji
        else:
            # make the picture a random emoji
            picture.image = emojis.pop()

    #for each button in list
    for button in buttons:
        #if current button is the randomly chosen match, insert the matched_emoji
        if button == buttons[random_button]:
            button.image = matched_emoji
            button.update_command(match_emoji, [True, (player_turn%2)])
        else:
            #insert a random emoji
            button.image = emojis.pop()
            button.update_command(match_emoji, [False, (player_turn%2)])

#end game function
def quit_game():
    app.destroy()
    time.cancel(countdown)
    button.cancel(button_colour_switch)

#timer function
def countdown():
    if int(time.value) > 0:
        time.value = int(time.value) - 1
    else:
        result.value = "END"
        warn(title = "END", text = "Score 1: " + score1.value + ", Score 2: " + score2.value)
        quit_game()

#display rules
def game_rules():
    warn(title = "Rules", text = "Choose an Emoji Match before time runs out! Switch player after each correct choice!")

#change button background every second; change text colour to be visible
def button_colour_switch():
    if end_game.bg == "black":
        end_game.bg = "white"
        end_game.text_color = "black"
    else:
        end_game.bg = "black"
        end_game.text_color = "white"

#repeat timer and colour-switching functions
time.repeat(1000, countdown)
button.repeat(1000,button_colour_switch)

#create a button to and and another to reset the game
end_game = PushButton(app, command = quit_game, text = "Quit", align = "bottom")

#create a button to display rules
rules_btn = PushButton(app, command = game_rules, text = "Rules", align = "bottom")

#setup first round of emojis and quit button to black
setup_game(30, player_turn)
button_colour_switch()

#start app
app.display()