import pygame_sdl2 as pygame import random pygame.init() screen = pygame.display.set_mode((0, 0)) round = "Setup0" moving = (0, 0) tries = 2 old_move = 0 map = [] characters = "1234567890" for i in range(720//(30*1)): layer = "" for i in range(720//10*1): if random.randint(0, 2) == 0: layer += characters[random.randint(0, len(characters)-1)] else: layer += " " map.append(layer) def Test(x, screen): for nothing in range(250): screen.fill((0, 0, 0)) for i in range(len(x)): x1 = pygame.font.Font(None, 30).render(str(x[i]), 1, (255, 255, 255)) x2 = x1.get_rect().move(0, i*30) screen.blit(x1, x2) pygame.display.flip() class Setup: def pressed(min_width, min_height, max_width, max_height): mouse_pressed = pygame.mouse.get_pressed()[0] if bool(mouse_pressed): mouse_pos = pygame.mouse.get_pos() width = mouse_pos[0] height = mouse_pos[1] if max_width >= width >= min_width and max_height >= height >= min_height: return True return False def text_display(screen, text, x, y, size, color=(255, 255, 255)): a1 = pygame.font.Font(None, size).render(text, 1, color) a2 = a1.get_rect().move((x, y)) screen.blit(a1, a2) character_list1 = (((-21, 0), (0, -21), (21, 0), (0, 21)), ((-21, -21), (21, 21), (21, -21), (-21, 21)), ((-21, 0), (0, -21), (21, 0), (21, 21), (0, 0), (-21, 21)), ((-21, 0), (21, 0), (0, -21), (-21, -21), (21, 21), (0, 21)), ((-21, -21), (0, 0), (21, -21), (21, 21), (-21, 21)), ((-21, -21), (0, -21), (0, 21), (21, 21), (0, 0), (21, -21), (21, 0), (-21, 0), (-21, 21), (0, 0)), ((-21, -21), (0, 0), (21, -21), (0, 21)), ((-21, 0), (0, -7), (21, 0), (0, 21)), ((0, 0), (-21, 0), (21, 0), (0, 0), (0, -21), (0, 21)), ((0, -21), (-21, 21), (21, 21), (21, -21), (0, 21))) character_list2 = (((-14, 14), (-14, -14), (14, -14), (14, 14)), ((-28, 0), (28, 0), (0, -28), (0, 28)), ((-14, -14), (14, -14), (28, 0), (0, 0), (0, 28), (-14, 14)), ((-28, 0), (-14, -14), (14, -14), (-14, 14), (14, 14), (28, 0)), ((-28, 0), (0, 0), (0, -28), (28, 0), (0, 28)), ((0, 0), (-28, 0), (-14, -14), (14, 14), (28, 0), (0, 0), (0, -28), (14, -14), (-14, 14), (0, 28), (0, 0)), ((-28, 0), (0, 0), (0, -28), (14, 14)), ((-14, 14), (-7, -7), (14, -14), (14, 14)), ((0, 0), (-14, 14), (14, -14), (0, 0), (-14, -14), (14, 14)), ((-14, -14), (14, 14), (0, -28), (28, 0), (0, 28))) random_character = random.randint(0, len(character_list1)-1) def encode(sequence, i): sequence = list(sequence) for i2 in range(len(sequence)): sequence[i2] = list(sequence[i2]) if i <= 4: sequence[i2][0] = sequence[i2][0]*2+140*i+70 sequence[i2][1] = sequence[i2][1]*2+100 else: sequence[i2][0] = sequence[i2][0]*2+140*(i-5)+70 sequence[i2][1] = sequence[i2][1]*2+200 return sequence def character_choose(i): mouse_pressed = pygame.mouse.get_pressed()[0] if bool(mouse_pressed): mouse_pos = pygame.mouse.get_pos() width = mouse_pos[0] height = mouse_pos[1] if i <= 4: x = 1 else: x = 2 i -= 5 min_width_pos = 140*i+30 min_height_pos = 100*x-40 max_width_pos = min_width_pos + 60 max_height_pos = min_height_pos + 60 if min_width_pos <= width <= max_width_pos and min_height_pos <= height <= max_height_pos: return True return False class Background: def character_map(move, color, screen, map, x=1): for i in range(len(map)): a1 = pygame.font.Font(None, x*30).render(map[i], 1, color) a2 = a1.get_rect().move((0, i*x*30)) screen.blit(a1, a2) if move[1] > 0: map = map[1:] + map[:1] elif move[1] < 0: map = map[-1:] + map[:-1] if move[0] > 0: for i in range(len(map)): map[i] = map[i][1:] + map[i][:1] elif move[0] < 0: for i in range(len(map)): map[i] = map[i][-1:] + map[i][:-1] return map def sprites(move, color, fill_color, screen, speed, i2=0): i4 = 720//speed if i2 != 0: i3 = i2 - 1 else: i3 = 9 if move == 1: for i in range(speed+2): i -= 1 pygame.draw.line(screen, fill_color, (i*i4+i3*speed, -speed), (-speed, i*i4+i3*speed), speed) pygame.draw.line(screen, color, (i*i4+i2*speed, -speed), (-speed, i*i4+i2*speed), speed) for i in range(speed+2): i -= 1 pygame.draw.line(screen, fill_color, (i*i4+i3*speed, 720), (720, i*i4+i3*speed), speed) pygame.draw.line(screen, color, (i*i4+i2*speed, 720), (720, i*i4+i2*speed), speed) elif move == 2: for i in range(speed+2): i -= 1 pygame.draw.line(screen, fill_color, (0, i*i4+i3*speed), (720, i*i4+i3*speed), speed) pygame.draw.line(screen, color, (0, i*i4+i2*speed), (720, i*i4+i2*speed), speed) elif move == 3: for i in range(speed): pygame.draw.line(screen, fill_color, (720-i*i4-i3*speed, 0), (720, i*i4+i3*speed), speed) pygame.draw.line(screen, color, (720-i*i4-i2*speed, 0), (720, i*i4+i2*speed), speed) for i in range(speed): pygame.draw.line(screen, fill_color, (720-i*i4-i3*speed, 720), (0, i*i4+i3*speed), speed) pygame.draw.line(screen, color, (720-i*i4-i2*speed, 720), (0, i*i4+i2*speed), speed) elif move == 4: for i in range(speed+2): i -= 1 pygame.draw.line(screen, fill_color, (i*i4+i3*speed, 0), (i*i4+i3*speed, 720), speed) pygame.draw.line(screen, color, (i*i4+i2*speed, 0), (i*i4+i2*speed, 720), speed) elif move == 6: for i in range(speed+2): pygame.draw.line(screen, fill_color, (i*i4-i3*speed, 0), (i*i4-i3*speed, 720), speed) pygame.draw.line(screen, color, (i*i4-i2*speed, 0), (i*i4-i2*speed, 720), speed) elif move == 7: for i in range(speed): pygame.draw.line(screen, fill_color, (720-i*i4+i3*speed, 0), (720, i*i4-i3*speed), speed) pygame.draw.line(screen, color, (720-i*i4+i2*speed, 0), (720, i*i4-i2*speed), speed) for i in range(speed+2): i -= 1 pygame.draw.line(screen, fill_color, (720-i*i4+i3*speed, 720), (0, i*i4-i3*speed), speed) pygame.draw.line(screen, color, (720-i*i4+i2*speed, 720), (0, i*i4-i2*speed), speed) elif move == 8: for i in range(speed+2): i -= 1 pygame.draw.line(screen, fill_color, (0, i*i4-i3*speed), (720, i*i4-i3*speed), speed) pygame.draw.line(screen, color, (0, i*i4-i2*speed), (720, i*i4-i2*speed), speed) elif move == 9: for i in range(speed): i -= 1 pygame.draw.line(screen, fill_color, (i*i4-i3*speed, -speed), (-speed, i*i4-i3*speed), speed) pygame.draw.line(screen, color, (i*i4-i2*speed, -speed), (-speed, i*i4-i2*speed), speed) for i in range(speed+2): i -= 1 pygame.draw.line(screen, fill_color, (i*i4-i3*speed, 720), (720, i*i4-i3*speed), speed) pygame.draw.line(screen, color, (i*i4-i2*speed, 720), (720, i*i4-i2*speed), speed) def arrows(move, color, screen): if move == 1: pygame.draw.lines(screen, color, True, ((72, 72), (216, 72), (72, 72), (72, 216), (72, 72), (288, 288)), 24) elif move == 2: pygame.draw.lines(screen, color, True, ((360, 72), (432, 144), (360, 72), (288, 144), (360, 72), (360, 288)), 24) elif move == 3: pygame.draw.lines(screen, color, True, ((648, 72), (648, 216), (648, 72), (504, 72), (648, 72), (432, 288)), 24) elif move == 4: pygame.draw.lines(screen, color, True, ((72, 360), (144, 432), (72, 360), (144, 288), (72, 360), (288, 360)), 24) elif move == 6: pygame.draw.lines(screen, color, True, ((648, 360), (576, 288), (648, 360), (576, 432), (648, 360), (432, 360)), 24) elif move == 7: pygame.draw.lines(screen, color, True, ((72, 648), (72, 504), (72, 648), (216, 648), (72, 648), (288, 432)), 24) elif move == 8: pygame.draw.lines(screen, color, True, ((360, 648), (288, 576), (360, 648), (432, 576), (360, 648), (360, 432)), 24) elif move == 9: pygame.draw.lines(screen, color, True, ((648, 648), (504, 648), (648, 648), (648, 504), (648, 648), (432, 432)), 24) color_dictionary = {"Black": (0, 0, 0), "Red": (255, 0, 0), "Green": (0, 255, 0), "Blue": (0, 0, 255), "Yellow": (255, 255, 0), "Pink": (255, 0, 255), "Light-Blue": (0, 255, 255), "White": (255, 255, 255), "Orange": (255, 122, 0), "Purple": (122, 0, 122), "Dark-Blue": (0, 0, 122), "Dark-Red": (122, 0, 0)} color_list = ("Black", "Red", "Green", "Blue", "Yellow", "Pink", "Light-Blue", "White", "Orange", "Purple", "Dark-Blue", "Dark-Red") rgb_color_list = ((0, 0, 0), (255, 0, 0), (0, 255, 0), (0, 0, 255), (255, 255, 0), (255, 0, 255), (0, 255, 255), (255, 255, 255), (255, 122, 0), (122, 0, 122), (0, 0, 122), (122, 0, 0)) rgb_light_color_list = tuple([i for i in rgb_color_list if 255 in i]) rgb_dark_color_list = tuple([i for i in rgb_color_list if 255 not in i]) light_or_dark = (rgb_light_color_list, rgb_dark_color_list) min_or_max = random.randint(0, len(light_or_dark)-1) color = light_or_dark[min_or_max][random.randint(0, len(light_or_dark[min_or_max])-1)] fill_color = light_or_dark[1-min_or_max][random.randint(0, len(light_or_dark[1-min_or_max])-1)] listf = (character_map, sprites, arrows) listn = ("character map", "sprites", "arrows") random_background = listf[random.randint(0, len(listf)-1)] background = 1 class Control: def input(): if pygame.mouse.get_pressed()[0]: mouse_pos = pygame.mouse.get_pos() x = mouse_pos[0] y = mouse_pos[1] x1 = 150 < x < 290 x2 = 290 < x < 430 x3 = 430 < x < 570 y1 = 790 < y < 930 y2 = 930 < y < 1070 y3 = 1070 < y < 1210 if x1 and y1: return (True, 1) elif x2 and y1: return (True, 2) elif x3 and y1: return (True, 3) elif x1 and y2: return (True, 4) elif x2 and y2: return (True, 5) elif x3 and y2: return (True, 6) elif x1 and y3: return (True, 7) elif x2 and y3: return (True, 8) elif x3 and y3: return (True, 9) else: return (True, 0) else: return (False, 0) def show(buttons, screen): for i in buttons: pygame.draw.rect(screen, i[0], i[1], i[2]) movement_button = ((122, 122, 122), (360, 1000), 210) middle_button = ((187, 187, 187), (360, 1000), 70) class Weapons: def sword(cx, cy, ex, ey, move, screen): pass def shotgun(cx, cy, ex, ey, move, screen, dmg): hits = 0 if move == 1: for i in range(5): i -= 2 pygame.draw.line(screen, (122, 122, 122), (cx, cy), (cx-147+i*30, cy-147-i*30), 3) if cx-i*30 > ex > cx-144+i*30 and cy-i*30 > ey > cy-144+i*30: hits += dmg elif move == 2: for i in range(5): i -= 2 pygame.draw.line(screen, (122, 122, 122), (cx, cy), (cx-i*42, cy-210), 3) if cy > ey > cy-210 and cx-10 < ex < cx-i*42+10: hits += dmg elif move == 3: for i in range(5): i -= 2 pygame.draw.line(screen, (122, 122, 122), (cx, cy), (cx+147-i*30, cy-147-i*30), 3) if cx-i*30 < ex < cx+144+i*30 and cy-i*30 > ey > cy-144+i*30: hits += dmg elif move == 4: for i in range(5): i -= 2 pygame.draw.line(screen, (122, 122, 122), (cx, cy), (cx-210, cy-i*42), 3) if cx > ex > cx-210 and cy-10 < ey < cy-i*42+10: hits += dmg elif move == 6: for i in range(5): i -= 2 pygame.draw.line(screen, (122, 122, 122), (cx, cy), (cx+210, cy-i*42), 3) if cx < ex < cx+210 and cy-10 < ey < cy-i*42+10: hits += dmg elif move == 7: for i in range(5): i -= 2 pygame.draw.line(screen, (122, 122, 122), (cx, cy), (cx-147-i*30, cy+147-i*30), 3) if cx-i*30 > ex > cx-144+i*30 and cy-i*30 < ey < cy+144+i*30: hits += dmg elif move == 8: for i in range(5): i -= 2 pygame.draw.line(screen, (122, 122, 122), (cx, cy), (cx-i*42, cy+210), 3) if cy < ey < cy-210 and cx-10 < ex < cx-i*42+10: hits += dmg elif move == 9: for i in range(5): i -= 2 pygame.draw.line(screen, (122, 122, 122), (cx, cy), (cx+147+i*30, cy+147-i*30), 3) if cx-i*30 < ex < cx+144+i*30 and cy-i*30 < ey < cy+144+i*30: hits += dmg return (True, hits) def machinegun(cx, cy, ex, ey, move, screen, dmg): hits = 0 if move == 1: for i in range(10): pygame.draw.line(screen, (122, 122, 122), (cx*(-i*30), cy*(-i*30)), (cx*(-(i+1)*30), cy*(-(i+1)*30)), 3) if ex <= cx and ey <= cx: if ey != 0 and cy != 0: if ex%ey-10 > cx%cy+20: hits += dmg elif move == 2: for i in range(10): pass elif move == 3: for i in range(10): pass elif move == 4: for i in range(10): pass elif move == 5: for i in range(10): pass elif move == 6: for i in range(10): pass elif move == 7: for i in range(10): pass elif move == 8: for i in range(10): pass elif move == 9: for i in range(10): pass return (True, hits) listf = (sword, shotgun, machinegun) listn = ("Sword", "Shotgun", "Machinegun") random_weapon = listf[random.randint(0, len(listf)-1)] class Character: def upgrade_point_counter(p): up = 0 grower = 1 while p >= grower: up += 1 grower += up return up def show(x, y, model1, model2, screen, color, moving): create_model = [] if moving == 1: for i in model2: create_model.append((x+i[0], y+i[1])) elif moving == 2: for i in model1: create_model.append((x+i[0], y+i[1])) elif moving == 3: for i in model2: create_model.append((x-i[1], y+i[0])) elif moving == 4: for i in model1: create_model.append((x+i[1], y+i[0])) elif moving == 6: for i in model1: create_model.append((x-i[1], y-i[0])) elif moving == 7: for i in model2: create_model.append((x+i[0], y-i[1])) elif moving == 8: for i in model1: create_model.append((x-i[0], y-i[1])) elif moving == 9: for i in model2: create_model.append((x-i[0], y-i[1])) else: for i in model1: create_model.append((x+i[0], y+i[1])) size = 5 if len(create_model) == 0: create_model.append(x, y) size = 30 pygame.draw.lines(screen, color, True, create_model, size) def move(move): if move == 1: return (-0.7, -0.7) elif move == 2: return (0, -1) elif move == 3: return (0.7, -0.7) elif move == 4: return (-1, 0) elif move == 6: return (1, 0) elif move == 7: return (-0.7, 0.7) elif move == 8: return (0, 1) elif move == 9: return (0.7, 0.7) else: return (0, 0) x = 0 y = 0 sx = 360 sy = 360 speed = 10 hp = 3 mhp = 3 rgn = 0.01 mrgn = 0 dmg = 1 p = 0 tpm = 1 up = 0 uup = 0 color = (0, 255, 255) shape = Setup.random_character weapon = Weapons.random_weapon stats = {"Level": str(uup), "Total Points": str(p), "Upgrade Points": str(up), "Total Point Multiplier": tpm, "Health": str(hp)+"/"+str(mhp), "Health Regeneration*1Second": str(rgn), "Speed": str(speed), "X": str(x), "Y": str(y), "Weapon": Weapons.listn[Weapons.listf.index(weapon)], "Damage*1Hit": str(dmg)} class Enemy: def show(x, y, color, p, screen): pygame.draw.lines(screen, color, True, ((x-30, y-30), (x-30, y+30), (x+30, y+30), (x+30, y-30)), 5) def move(ex, ey, cx, cy, speed): if ex < cx: x = speed elif ex > cx: x = -speed else: x = 0 if ey < cy: y = speed elif ey > cy: y = -speed else: y = 0 if cx-350 <= ex <= cx+350 and cy-640 <= ey <= cy+640: z = True else: z = False return (x, y, z) x = 100 y = 100 speed = Character.p//15+5 hp = (Character.p//5)+1 color = (255, 0, 0) #set_up while True: Character.x = 0 Character.y = 0 Character.sx = 360 Character.sy = 360 Character.speed = 10 Character.hp = 3 Character.mhp = 3 Character.rgn = 0.01 Character.mrgn = 0 Character.dmg = 1 Character.p = 0 Character.tpm = 1 Character.up = 0 Character.uup = 0 Enemy.x = 100 Enemy.y = 100 Enemy.speed = Character.p//15+5 Enemy.hp = (Character.p//5)+1 Enemy.color = (255, 255, 0) screen.fill((65, 65, 65)) while round[:5] == "Setup": while round == "Setup0": if tries == 2: text1 = "Do you want to skip the setup?" text2 = "You would get a default setup." else: text1 = "Do you want continue with the previous setup?" text2 = "You can change it now." Setup.text_display(screen, text1, 5, 5, 40) Setup.text_display(screen, text2, 5, 50, 30) for i in ("Yes", "No"): Setup.text_display(screen, i, 30, 100*(abs(len(i)-4)), 100) pygame.display.flip() if Setup.pressed(0, 100, 720, 199): round = "Play0" elif Setup.pressed(0, 200, 720, 299): round = "Setup1" screen.fill((65, 65, 65)) if not bool(pygame.mouse.get_pressed()[0]): while round == "Setup1": Setup.text_display(screen, "Choose your shape:", 5, 5, 40) for i in range(len(Setup.character_list1)): i2 = Setup.encode(Setup.character_list1[i], i) pygame.draw.lines(screen, (255, 255, 255), True, i2, 5) if Setup.character_choose(i): Character.shape = i round = "Setup3" pygame.display.flip() screen.fill((65, 65, 65)) if not bool(pygame.mouse.get_pressed()[0]): while round == "Setup2": Setup.text_display(screen, "Choose your weapon:", 5, 5, 40) for i in range(len(Weapons.listn)): i2 = ((255, 0, 0), (0, 255, 0), (0, 0, 255)) Setup.text_display(screen, Weapons.listn[i], 30, 100*(i+1), 80, i2[i]) if Setup.pressed(0, 100*(i+1), 720, 100*(i+2)-1): Character.weapon = Weapons.listf[i] round = "Setup3" pygame.display.flip() screen.fill((65, 65, 65)) if not bool(pygame.mouse.get_pressed()[0]): while round == "Setup3": Setup.text_display(screen, "Choose a type of a playground:", 5, 5, 40) for i in range(len(Background.listn)): Setup.text_display(screen, Background.listn[i], 30, 100*(i+1), 80) if Setup.pressed(0, 100*(i+1), 720, 100*(i+2)-1): Background.background = i round = "Setup4" pygame.display.flip() screen.fill((65, 65, 65)) if not bool(pygame.mouse.get_pressed()[0]): while round == "Setup4": Setup.text_display(screen, "Choose a color for the playground:", 5, 5, 40) for i in range(len(Background.color_list)): Setup.text_display(screen, Background.color_list[i], 30, 75*(i+1), 60, Background.color_dictionary[Background.color_list[i]]) if Setup.pressed(0, 75*(i+1), 720, 75*(i+2)-1): Background.color = Background.rgb_color_list[i] round = "Setup5" pygame.display.flip() screen.fill((65, 65, 65)) if not bool(pygame.mouse.get_pressed()[0]): while round == "Setup5": Setup.text_display(screen, "Choose a color for the screen:", 5, 5, 40) for i in range(len(Background.color_list)): Setup.text_display(screen, Background.color_list[i], 30, 75*(i+1), 60, Background.color_dictionary[Background.color_list[i]]) if Setup.pressed(0, 75*(i+1), 720, 75*(i+2)-1): Background.fill_color = Background.rgb_color_list[i] round = "Setup6" pygame.display.flip() screen.fill((65, 65, 65)) if not bool(pygame.mouse.get_pressed()[0]): while round == "Setup6": Setup.text_display(screen, "Choose a color for your shape:", 5, 5, 40) for i in range(len(Background.color_list)): Setup.text_display(screen, Background.color_list[i], 30, 75*(i+1), 60, Background.rgb_color_list[i]) if Setup.pressed(0, 75*(i+1), 720, 75*(i+2)-1): Character.color = Background.rgb_color_list[i] round = "Play0" pygame.display.flip() screen.fill((65, 65, 65)) pygame.display.flip() while round[:4] == "Play": while not bool(pygame.mouse.get_pressed()[0]) or round == "Play0": Character.stats = {"Level": str(Character.uup), "Total Points": str(Character.p), "Upgrade Points": str(Character.up), "Total Point Multiplier": str(Character.tpm), "Health": str(Character.hp)+"/"+str(Character.mhp), "Health Regeneration*1Second": str(Character.rgn), "Speed": str(Character.speed), "X": str(Character.x), "Y": str(Character.y), "Weapon": Weapons.listn[Weapons.listf.index(Character.weapon)], "Damage*1Hit": str(Character.dmg)} screen.fill(Background.fill_color) guide_text = "This is a game guide, which appears, when you release your finger from the screen. Your game is paused as long as you don't touch the screen." guide_words = guide_text.split() guide_lines = [] guide_line = "" for word in guide_words: if len(guide_line) + len(word) > 24: guide_lines.append(guide_line) guide_line = "" guide_line += word + " " guide_lines.append(guide_line) for i in range(len(guide_lines)): a1 = pygame.font.Font(None, 30).render(guide_lines[i], 1, Background.color) a2 = a1.get_rect().move(0, 30*i) screen.blit(a1, a2) for i in range(len(Character.stats)*2): if i % 2 == 0: b1 = pygame.font.Font(None, 50).render("[", 1, Background.color) b2 = b1.get_rect().move(400, 25*i-5) screen.blit(b1, b2) i2 = i // 2 a1 = pygame.font.Font(None, 20).render(tuple(Character.stats)[i2], 1, Background.color) a2 = a1.get_rect().move(420, 25*i) else: i2 = i // 2 a1 = pygame.font.Font(None, 25).render(":"+str(Character.stats[tuple(Character.stats)[i2]]), 1, Background.color) a2 = a1.get_rect().move(420, 25*i-5) screen.blit(a1, a2) pygame.display.flip() if round == "Play0": round = "Play1" pygame.display.flip() screen.fill(Background.fill_color) while round == "Play1": Character.sx = 360 Character.sy = 360 if Background.background == 0: move = Control.input() if move[0]: moving = Character.move(move[1]) Character.x += moving[0]*Character.speed Character.y += moving[1]*Character.speed text = Setup.text_display(screen, str(move[1]), 0, 0, 50) map = Background.character_map(moving, Background.color, screen, map, 1) enemy = Enemy.move(Enemy.x, Enemy.y, Character.x, Character.y, Enemy.speed) Enemy.x += enemy[0] Enemy.y += enemy[1] if enemy[2]: round = "Play2" else: round = "Play0" Character.show(Character.sx, Character.sy, Setup.character_list1[Character.shape], Setup.character_list2[Character.shape], screen, Character.color, move[1]) Control.show(((Background.color, (360, 1070), 361), Control.movement_button, Control.middle_button), screen) pygame.display.flip() screen.fill(Background.fill_color) elif Background.background == 1: for i in range(Character.speed): move = Control.input() if move[0]: Background.sprites(move[1], Background.color, Background.fill_color, screen, Character.speed, i) moving = Character.move(move[1]) Character.x += moving[0]*Character.speed Character.y += moving[1]*Character.speed text = Setup.text_display(screen, str(move[1]), 0, 0, 50) enemy = Enemy.move(Enemy.x, Enemy.y, Character.x, Character.y, Enemy.speed) Enemy.x += enemy[0] Enemy.y += enemy[1] if enemy[2]: round = "Play2" else: round = "Play0" Character.show(Character.sx, Character.sy, Setup.character_list1[Character.shape], Setup.character_list2[Character.shape], screen, Character.color, move[1]) Control.show(((Background.color, (360, 1070), 361), Control.movement_button, Control.middle_button), screen) pygame.display.flip() screen.fill(Background.fill_color) elif Background.background == 2: move = Control.input() if move[0]: Background.arrows(move[1], Background.color, screen) moving = Character.move(move[1]) Character.x += moving[0]*Character.speed Character.y += moving[1]*Character.speed a1 = pygame.font.Font(None, 50).render("[X: "+str(Character.x)+", Y: "+str(Character.y)+"]", 1, Background.color) a2 = a1.get_rect() screen.blit(a1, a2) enemy = Enemy.move(Enemy.x, Enemy.y, Character.sx, Character.sy, Enemy.speed) Enemy.x += enemy[0]*100 Enemy.y += enemy[1]*100 if enemy[2]: round = "Play2" else: round = "Play0" Character.show(Character.sx, Character.sy, Setup.character_list1[Character.shape], Setup.character_list2[Character.shape], screen, Character.color, move[1]) Control.show(((Background.color, (360, 1070), 361), Control.movement_button, Control.middle_button), screen) pygame.display.flip() screen.fill(Background.fill_color) while round == "Play2": move = Control.input() if move[0]: Background.character_map((0, 0), Background.color, screen, map, 1) Enemy.show(Enemy.x, Enemy.y, Enemy.color, Character.p, screen) enemy = Enemy.move(Enemy.x, Enemy.y, Character.sx, Character.sy, Enemy.speed) Enemy.x += enemy[0] Enemy.y += enemy[1] if move[1] != 0 and move[1] != 5: old_move = move[1] if move[1] == 0: shot =Weapons.shotgun(Character.sx, Character.sy, Enemy.x, Enemy.y, old_move, screen, Character.dmg) if shot[0]: Enemy.hp -= shot[1] if not enemy[2]: round = "Play1" moving = Character.move(move[1]) Character.sx += moving[0]*Character.speed Character.sy += moving[1]*Character.speed Character.show(Character.sx, Character.sy, Setup.character_list1[Character.shape], Setup.character_list2[Character.shape], screen, Character.color, move[1]) Control.show(((Background.color, (360, 1070), 361), Control.movement_button, Control.middle_button), screen) pygame.display.flip() screen.fill(Background.fill_color) if Enemy.hp <= 0: Enemy.x += random.randint(-1, 1)*500+100 Enemy.y += random.randint(-1, 1)*500+100 Character.p += 1 Enemy.hp = (Character.p//10)+1 Enemy.speed = (Character.p//10)+5 if Character.sx-10 < Enemy.x < Character.sx+10 and Character.sy-10 < Enemy.y < Character.sy+10: Character.hp -= 1 Enemy.x += 100 Enemy.y += 100 a1 = pygame.font.Font(None, 50).render(str(Enemy.hp), 1, Enemy.color[::-1]) a2 = a1.get_rect().move(Enemy.x, Enemy.y-25) screen.blit(a1, a2) if Character.hp <= 0: round = "Lost" Enemy.speed = 0 Enemy.x = 1000 Enemy.y = -2500 else: round = "Play0" if round == "Lost": tries -= 1 if tries == 0: for i in range(1000): a1 = pygame.font.Font(None, random.randint(10, 100)).render("Game over!", 1, (random.randint(65, 122), 0, 0)) a2 = a1.get_rect().move((random.randint(-10, 710), random.randint(0, 1280))) screen.blit(a1, a2) pygame.display.flip() elif tries == 1: round = "Setup0" for i in range(500): a1 = pygame.font.Font(None, 20).render("Let's say that was a training round, let's play the real game now!", 1, (0, 255, 0)) a2 = a1.get_rect() screen.blit(a1, a2) pygame.display.flip() continue break pygame.quit()

Character battle