Aplicacion.py

import pygame
import numpy as np
import time
from Widgets.Button import *
from Widgets.Text import *
from Widgets.ButtonToggle import *

#Iniciacion de Pygame
pygame.init()
#Screen de la Pantalla
SCREEN_WIDTH = 800
SCREEN_HEIGHT = 600

screen = pygame.display.set_mode((SCREEN_WIDTH, SCREEN_HEIGHT))
clock = pygame.time.Clock()
running = True

#Name Window
pygame.display.set_caption('Game of Life')

#Font
font = pygame.font.Font('Fonts/Sixtyfour.TTF', 40)
font_other = pygame.font.Font('Fonts/Sixtyfour.TTF', 20)
font_widgets = pygame.font.Font('Fonts/Sixtyfour.TTF', 15)
font_textplano = pygame.font.Font('Fonts/8-BIT WONDER.TTF', 18)
font_copy = pygame.font.Font('Fonts/Pixelinter.ttf', 14)

#Widgets
    #Widgets de la Pantalla Principal
Button_Option = Button('Opciones', 250, 50, (260, 400), font_widgets, 6)
TitleCenter = Text('Juego de la Vida', font, '#000000', 75, 150)
SubTitle = Text('de Conway', font_other, '#000000', 90, 190)
StartText = Text('Presione SPACE para comenzar', font_other, '#000000', 110, 340)
CopyText = Text('Copyrights (C) 2024, Astrofamily. All Rights Reserveds', font_copy, '#000000', 415, 550)
CopyText_By = Text('By AstroLui and Moi', font_copy, '#000000', 650, 570)
    #Widgets de las Opciones
Button_Back = Button('Atras', 100, 50, (20, 20), font_widgets, 6,)
Text_ColorCell = Text('Cambiar Color de la Celula', font_textplano, '#000000', 30, 100)
Text_Figura = Text('Cambiar Figura', font_textplano, '#000000', 30, 250)
Button_Classic = ButtonToggle('Clásico', 125, 50, (50, 150), font_widgets, 6, False)
Button_Red = ButtonToggle('Rojo', 125, 50, (190, 150), font_widgets, 6, False)
Button_Azul = ButtonToggle('Azul', 125, 50, (330, 150), font_widgets, 6, False)
Button_Verde = ButtonToggle('Verde', 125, 50, (470, 150), font_widgets, 6, False)
Button_FigClassic = ButtonToggle('Básico', 125, 50, (50, 300), font_widgets, 6, False)
Button_FigParpadeo = ButtonToggle('Parpadeo', 140, 50, (185, 300), font_widgets, 6, False)
Button_Daga = ButtonToggle('Daga', 125, 50, (335, 300), font_widgets, 6, False)
Button_Reina = ButtonToggle('Reina', 125, 50, (470, 300), font_widgets, 6, False)
Button_Pollo = ButtonToggle('Pollo', 125, 50, (610, 300), font_widgets, 6, False)
    #Widgets de Inicio del Juego
Button_Exit = Button('Atras', 100, 50, (20, 520), font_widgets, 6,)
Button_Paused = Button('Pausar', 125, 50, (315, 520), font_widgets, 6,)


def texto():
     if game_paused:
        return Button('Continuar', 150, 50, (315, 520), font_widgets, 6,)
     else:
         return Button('Pausar', 125, 50, (315, 520), font_widgets, 6,)

def Colors():
    if game_classic:
        return '#000000'
    elif game_red:
        return "#f20c0c"
    elif game_azul:
        return '#5754A8'
    elif game_verde:
        return '#A5CC1B'
    else:
        return '#000000'

def Figuras():
    if figura_base:
        gameState[21, 21] = 1
        gameState[22, 22] = 1
        gameState[22, 23] = 1
        gameState[21, 23] = 1
        gameState[20, 23] = 1
    if figura_parpadeo:
        gameState[35, 21] = 1
        gameState[35, 22] = 1
        gameState[35, 23] = 1
        gameState[35, 24] = 1
        gameState[35, 25] = 1
    if figura_daga:
        gameState[34, 22] = 1
        gameState[33, 23] = 1
        gameState[34, 24] = 1
        gameState[35, 23] = 1
        gameState[36, 24] = 1
        gameState[36, 25] = 1
        gameState[37, 27] = 1
        gameState[38, 26] = 1
        gameState[39, 26] = 1
        gameState[39, 27] = 1
        gameState[36, 28] = 1
        gameState[35, 28] = 1
        gameState[34, 28] = 1
        gameState[33, 28] = 1
        gameState[32, 28] = 1
        gameState[31, 27] = 1
        gameState[32, 26] = 1
        gameState[32, 25] = 1
        gameState[32, 24] = 1
        gameState[34, 26] = 1
        gameState[29, 26] = 1
        gameState[29, 27] = 1
        gameState[34, 30] = 1
        gameState[35, 31] = 1
        gameState[33, 31] = 1
        gameState[30, 26] = 1
        gameState[34, 32] = 1
        gameState[36, 26] = 1
    if figura_reina:
        gameState[21, 18] = 1
        gameState[22, 18] = 1
        gameState[21, 19] = 1
        gameState[22, 19] = 1
        gameState[21, 22] = 1
        gameState[22, 22] = 1
        gameState[21, 23] = 1
        gameState[22, 23] = 1
        gameState[24, 16] = 1
        gameState[24, 17] = 1
        gameState[24, 18] = 1
        gameState[24, 19] = 1
        gameState[24, 20] = 1
        gameState[24, 21] = 1
        gameState[24, 22] = 1
        gameState[24, 23] = 1
        gameState[24, 24] = 1
        gameState[24, 25] = 1
        gameState[25, 26] = 1
        gameState[26, 26] = 1
        gameState[26, 25] = 1
        gameState[25, 15] = 1
        gameState[26, 16] = 1
        gameState[26, 15] = 1
        gameState[26, 16] = 1
        gameState[26, 19] = 1
        gameState[26, 20] = 1
        gameState[26, 21] = 1
        gameState[26, 22] = 1

        gameState[28, 20] = 1
        gameState[28, 21] = 1
        gameState[29, 22] = 1
        gameState[30, 22] = 1
        gameState[31, 21] = 1
        gameState[31, 20] = 1
        gameState[30, 19] = 1
        gameState[29, 19] = 1

        gameState[33, 19] = 1
        gameState[33, 20] = 1
        gameState[33, 21] = 1
        gameState[33, 22] = 1
        gameState[33, 25] = 1
        gameState[33, 26] = 1
        gameState[34, 26] = 1
        gameState[35, 25] = 1
        gameState[35, 24] = 1
        gameState[35, 23] = 1
        gameState[35, 22] = 1
        gameState[35, 21] = 1
        gameState[35, 20] = 1
        gameState[35, 19] = 1
        gameState[35, 18] = 1
        gameState[35, 17] = 1
        gameState[35, 16] = 1
        gameState[34, 15] = 1
        gameState[33, 15] = 1
        gameState[33, 16] = 1
        gameState[37, 18] = 1
        gameState[38, 18] = 1
        gameState[38, 19] = 1
        gameState[37, 19] = 1
        gameState[37, 22] = 1
        gameState[38, 22] = 1
        gameState[38, 23] = 1
        gameState[37, 23] = 1
    if figura_pollo:
        gameState[28, 25] = 1
        gameState[28, 26] = 1
        gameState[29, 26] = 1
        gameState[29, 27] = 1
        gameState[29, 28] = 1
        gameState[30, 29] = 1
        gameState[31, 29] = 1
        gameState[32, 29] = 1
        gameState[33, 30] = 1
        gameState[32, 31] = 1
        gameState[32, 32] = 1
        gameState[34, 29] = 1
        gameState[34, 28] = 1
        gameState[34, 27] = 1
        gameState[34, 26] = 1
        gameState[33, 26] = 1
        gameState[31, 27] = 1
        gameState[31, 26] = 1
        gameState[31, 24] = 1
        gameState[31, 25] = 1
        gameState[30, 24] = 1
        gameState[36, 28] = 1
        gameState[37, 28] = 1
        gameState[37, 29] = 1
        gameState[36, 29] = 1
        gameState[33, 32] = 1

#Game Variables
game_option = False
game_start = False
game_paused = False
    #Variables de Colores
game_classic = True
Button_Classic.Toggle = True
game_red = False
game_azul = False
game_verde = False
    #Variables de las formas
figura_base = True
Button_FigClassic.Toggle = True
figura_parpadeo = False
figura_daga = False
figura_reina = False
figura_pollo = False
ncX, ncY = 70, 70
dimCW = SCREEN_WIDTH / ncX
dimCH = SCREEN_HEIGHT / ncY

#Game Loop
while running: 
    # Color de Background
    screen.fill('#DCDDD8')
    # Bucle que escucha el evento de QUIT 
    # de la ventana y del SPACE para iniciar el juego
    # Main Menu     
    if game_option == False and game_start == False:
        pygame.display.set_caption('Game of Life | Menu')
        # Estados de la Celulas. Vivos = 1, Muertos = 0
        gameState = np.zeros((ncX, ncY))
        # Iniciamos algunas Celulas para probar su comportamiento
        Figuras()
        # Copiamos gameState, esta lista es donde haremos
        # los cambios
        newGameState = np.copy(gameState)
        # Dibujamos los Widgets en pantalla
        TitleCenter.Draw(screen)
        SubTitle.Draw(screen)
        StartText.Draw(screen)
        Button_Option.draw(screen)
        CopyText.Draw(screen)
        CopyText_By.Draw(screen)
        for event in pygame.event.get():
            if event.type == pygame.QUIT:
                running = False
            if event.type == pygame.KEYDOWN:
                if event.key == pygame.K_SPACE:
                    game_start = True
            if event.type == pygame.MOUSEBUTTONDOWN:
                if Button_Option.Click():
                    game_option = True
        pass

    # Menu Opciones
    if game_option == True:
        pygame.display.set_caption('Game of Life | Opciones')
        # Dibujamos el Boton de Atras en 
        # el menu de opciones
        Text_ColorCell.Draw(screen)
        Text_Figura.Draw(screen)
        Button_Classic.draw(screen)
        Button_Back.draw(screen)
        Button_Red.draw(screen)
        Button_Azul.draw(screen)
        Button_Verde.draw(screen)
        Button_FigClassic.draw(screen)
        Button_FigParpadeo.draw(screen)
        Button_Daga.draw(screen)
        Button_Reina.draw(screen)
        Button_Pollo.draw(screen)

        for event in pygame.event.get():
            if event.type == pygame.QUIT:
                running = False
            if event.type == pygame.MOUSEBUTTONDOWN:
                if Button_Back.Click():
                    game_option = False
                if Button_Classic.Click():
                    game_classic = True
                    game_red =  False
                    game_azul = False
                    game_verde = False
                    Button_Red.Toggle = False
                    Button_Azul.Toggle = False
                    Button_Verde.Toggle = False
                if Button_Red.Click():
                    game_red = True
                    game_classic = False
                    game_azul = False
                    game_verde=  False
                    Button_Classic.Toggle = False
                    Button_Azul.Toggle = False
                    Button_Verde.Toggle = False
                if Button_Azul.Click():
                    game_red = False
                    game_classic = False
                    game_azul = True
                    game_verde = False
                    Button_Classic.Toggle = False
                    Button_Verde.Toggle = False
                    Button_Red.Toggle = False
                if Button_Verde.Click():
                    game_red = False
                    game_classic = False
                    game_azul = False
                    game_verde = True
                    Button_Classic.Toggle = False
                    Button_Azul.Toggle = False
                    Button_Red.Toggle = False
                if Button_FigClassic.Click():
                    figura_base = True
                    figura_parpadeo = False
                    figura_daga = False
                    figura_reina = False
                    figura_bellota = False
                    Button_FigParpadeo.Toggle = False
                    Button_Daga.Toggle = False
                    Button_Reina.Toggle = False
                    Button_Pollo.Toggle = False
                if Button_FigParpadeo.Click():
                    figura_base = False
                    figura_parpadeo = True
                    figura_daga = False
                    figura_reina = False
                    figura_pollo = False
                    Button_FigClassic.Toggle = False
                    Button_Daga.Toggle = False
                    Button_Reina.Toggle = False
                    Button_Pollo.Toggle = False
                if Button_Daga.Click():
                    figura_base = False
                    figura_parpadeo = False
                    figura_daga = True
                    figura_reina = False
                    figura_pollo = False
                    Button_FigParpadeo.Toggle = False
                    Button_FigClassic.Toggle = False
                    Button_Reina.Toggle = False
                    Button_Pollo.Toggle = False
                if Button_Reina.Click():
                    figura_base = False
                    figura_parpadeo = False
                    figura_daga = False
                    figura_reina = True
                    figura_pollo = False
                    Button_FigParpadeo.Toggle = False
                    Button_Daga.Toggle = False
                    Button_FigClassic.Toggle = False
                    Button_Pollo.Toggle = False
                if Button_Pollo.Click():
                    figura_base = False
                    figura_parpadeo = False
                    figura_daga = False
                    figura_reina = False
                    figura_pollo = True
                    Button_FigParpadeo.Toggle = False
                    Button_Daga.Toggle = False
                    Button_Reina.Toggle = False
                    Button_FigClassic.Toggle = False
        # Codicion para regresar al Main Menu
        pass

    # Juego
    if game_start == True:
        pygame.display.set_caption('Game of Life | Juego')
        # Dibujamos los botones para Pausar 
        # y salir
        Button_Paused.draw(screen)
        Button_Exit.draw(screen)
        # Condicion para salir al Main Menu
        # Bucle que escucha los eventos de click del 
        # mouse en la Pantalla
        for event in pygame.event.get():
            # Tupla para saber si presiona la pantalla
            mouseEvent = pygame.mouse.get_pressed()
            if sum(mouseEvent) > 0: 
                # Posicion de donde se dio click en la 
                # pantalla
                posX, posY = pygame.mouse.get_pos()
                # Determinamos la celdas
                celX, celY = int(np.floor(posX / dimCW)), int(np.floor(posY / dimCH)) 
                # Cambiamos el estado de la cedula
                try: 
                    newGameState[celX, celY] = 1
                except(IndexError):
                    pass
        
            if event.type == pygame.MOUSEBUTTONDOWN:
                if Button_Exit.Click():
                    game_start = False
                    game_paused = False
                    Button_Paused = texto()
                if Button_Paused.Click():
                    if game_paused==False:
                        game_paused = True
                    elif game_paused:
                        game_paused = False
                    Button_Paused = texto()
            
            if event.type == pygame.QUIT:
                running = False
        # Le damos un Delay
        time.sleep(0.045)
        # Bucle para escribir las celdas en pantalla
        for y in range(2, ncX-14):
            for x in range(2, ncY-2):
                if not game_paused:
                    # Determinamos los vecinos cercanos de cada celda 
                    n_Neigh=gameState[(x - 1) % ncX, (y - 1) % ncY] + \
                            gameState[(x)     % ncX, (y - 1) % ncY] + \
                            gameState[(x + 1) % ncX, (y - 1) % ncY] + \
                            gameState[(x - 1) % ncX, (y)     % ncY] + \
                            gameState[(x + 1) % ncX, (y)     % ncY] + \
                            gameState[(x - 1) % ncX, (y + 1) % ncY] + \
                            gameState[(x)     % ncX, (y + 1) % ncY] + \
                            gameState[(x + 1) % ncX, (y + 1) % ncY] 

                    #Regla 1: Una celda muerta con exactamente 3 vecinas vivas, "revive"
                    if gameState[x, y] == 0 and n_Neigh == 3: 
                        newGameState[x, y] = 1
                        if game_classic:
                            pygame.draw.polygon(screen, '#50ca80', poly, 0)
                    #Regla 2: Una celda viva con menos de 2 o más de 3 celdas vivas alrededor muere.
                    elif gameState[x, y] == 1 and (n_Neigh < 2 or n_Neigh > 3): 
                        newGameState[x, y] = 0
                        if game_classic:
                            pygame.draw.polygon(screen, '#c85656', poly, 0)
                # Creamos el poligono para dibujar la celda
                poly = [((x)     * dimCW, y       * dimCH),  
                        ((x + 1) * dimCW, y       * dimCH), 
                        ((x + 1) * dimCW, (y + 1) * dimCH), 
                        ((x)     * dimCW, (y + 1) * dimCH)]
                
                # Dibujamos la celda
                if newGameState[x, y] == 0:
                    Tcolor = Colors() 
                    pygame.draw.polygon(screen, '#606060', poly, 1)
                else:
                    pygame.draw.polygon(screen, Tcolor, poly, 0)
        
        # Al final de bucle actualizaremos el estado de todas 
        # las celdas al mismo tiempo
        gameState = np.copy(newGameState)
        pass

    #Actualizacion de Display
    pygame.display.update()
    
    #Limitacion de Fps
    clock.tick(60)

# Finalizamos el Pygame
pygame.quit()