def __init__(self, count_combo, score, marks, accuracy, map):
self.result = -1
self.count_combo = str(count_combo) + 'x'
self.score = str(score)
self.marks = [str(i) + 'x' for i in marks.values()]
if accuracy == 100:
self.rank = load_image('skin/rank_SS.png')
elif accuracy > 95:
self.rank = load_image('skin/rank_S.png')
elif accuracy > 90:
self.rank = load_image('skin/rank_A.png')
elif accuracy > 80:
self.rank = load_image('skin/rank_B.png')
elif accuracy > 70:
self.rank = load_image('skin/rank_C.png')
else:
self.rank = load_image('skin/rank_D.png')
self.accuracy = str('%.2f' % accuracy) + '%'
self.back_btn = Button(-30, 630, 236, 92, '', back_button_image, self.back)
self.restart_btn = Button(908, 630, 236, 92, '', restart_button_image, self.restart)
map_id = map[2].map_id
mapset_id = map[2].mapset_id
time = str(dt.datetime.now().time()).split('.')[0]
date = str(dt.datetime.now().date())
con = sqlite3.connect('records.db')
cur = con.cursor()
cur.execute(
f"INSERT INTO Records(map_id, mapset_id, score, accuracy, combo, date, time) VALUES({map_id}, {mapset_id}, {score}, {accuracy}, {count_combo}, '{date}', '{time}')")
con.commit()
def select_character():
# меню выбора персонажа
global closed
if closed:
return
screen = CharacterMenu()
game = True
res = -1
while not transition.get_transition(): # отображение перехода
for event in pygame.event.get():
if event.type == pygame.QUIT:
closed = True
return
transition.render()
pygame.display.flip()
clock.tick(fps)
screen.render()
while game:
for event in pygame.event.get():
if event.type == pygame.QUIT:
closed = True
game = False
if event.type == pygame.MOUSEBUTTONDOWN:
if event.button == 1:
x, y = event.pos
# обработка смен персонажа
if 200 < x < 300 and 310 < y < 410:
screen.switch_chr(-1)
elif 820 < x < 920 and 310 < y < 410:
screen.switch_chr(1)
if transition.get_transition(): # отображение перехода
if not transition.background:
pygame.image.save(display, 'image/background_for_load.png')
transition.background = load_image('background_for_load.png')
transition.render()
else:
screen.render()
pygame.display.flip()
res = screen.get_result()
if res != -1:
game = False
if res == 0:
# возвращение к экрану select_map
frame = transition.get_frame()
if frame != 35 and frame != -1:
transition.reverse()
transition.background = None
select_map()
def start_menu():
global closed
if closed:
return
# функция для создания, отрисовки стартового меню
screen = StartMenu()
game = True
res = -1 # переменная, возвращающая состояние экрана
while not transition.get_transition(): # отображение перехода между меню
for event in pygame.event.get():
if event.type == pygame.QUIT:
closed = True
return
transition.render()
pygame.display.flip()
clock.tick(fps)
screen.render()
while game:
for event in pygame.event.get():
if event.type == pygame.QUIT:
game = False
closed = True
if event.type == pygame.KEYDOWN:
keys = pygame.key.get_pressed()
if keys[pygame.K_SPACE] or keys[
pygame.K_RETURN]: # переход в меню выбора карт
screen.result = 1
pygame.mixer.music.stop()
if transition.get_transition(): # отображение перехода между меню
if not transition.background:
# сохранение изображения на экране для быстрой отрисовки
pygame.image.save(display, 'image/background_for_load.png')
transition.background = load_image('background_for_load.png')
transition.render()
else:
screen.render()
pygame.display.flip()
clock.tick(fps)
res = screen.get_result()
if res != -1:
game = False
if res == 1:
frame = transition.get_frame() # смена состояния перехода
if frame != 35 and frame != -1:
transition.reverse()
transition.background = None
select_map()
def result_game(count_combo, score, marks, accuracy,
map): # экран с результатом игры
global closed
if closed:
return
screen = ResultScreen(count_combo, score, marks, accuracy, map)
game = True
transition.frame = -1
transition.transition_back = False
while not transition.get_transition(): # отрисовка перехода
for event in pygame.event.get():
if event.type == pygame.QUIT:
closed = True
return
transition.render()
pygame.display.flip()
clock.tick(fps)
screen.render()
while game:
for event in pygame.event.get():
if event.type == pygame.QUIT:
closed = True
game = False
if transition.get_transition(): # отрисовка перехода
if not transition.background:
pygame.image.save(display, 'image/background_for_load.png')
transition.background = load_image('background_for_load.png')
transition.render()
else:
screen.render()
pygame.display.flip()
clock.tick(fps)
res = screen.get_result()
if res == 0: # переход к меню выбора карт
game = False
frame = transition.get_frame()
if frame != 35 and frame != -1:
transition.reverse()
transition.background = None
select_map()
if res == 1:
game = False
play_map(map)
def settings():
# функция для отрисовки, создания меню настроек
global closed
if closed:
return
screen = Settings()
game = True
while not transition.get_transition(): # отображение перехода
for event in pygame.event.get():
if event.type == pygame.QUIT:
closed = True
return
transition.render()
pygame.display.flip()
clock.tick(fps)
screen.render()
while game:
for event in pygame.event.get():
if event.type == pygame.QUIT:
closed = True
return
if transition.get_transition(): # отображение перехода
if not transition.background:
pygame.image.save(display, 'image/background_for_load.png')
transition.background = load_image('background_for_load.png')
transition.render()
else:
screen.render()
pygame.display.flip()
clock.tick(fps)
res = screen.get_result()
if res != -1:
game = False
if res == 0: # возврат в функцию select_map
frame = transition.get_frame()
if frame != 35 and frame != -1:
transition.reverse()
transition.background = None
return
def pause(objects, background): # экран паузы
global closed
if closed:
return
screen = PauseMenu(objects, background)
game = True
timer = False
timer_image = [load_image(f'timer_{i}.png') for i in range(1, 4)]
while game:
for event in pygame.event.get():
if event.type == pygame.QUIT:
closed = True
return -2
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_ESCAPE:
return pause(objects, background)
if timer:
screen.render_map()
time_after_pause = (pygame.time.get_ticks() - time_in_pause) / 1000
if time_after_pause < 3:
display.blit(timer_image[-1 * (int(time_after_pause) + 1)],
(600, 295))
else:
game = False
timer = False
else:
screen.render_pause()
pygame.display.flip()
clock.tick(fps)
res = screen.get_result()
if res == 0:
if not timer:
timer = True
time_in_pause = pygame.time.get_ticks()
elif res != -1:
game = False
return res
import pygame
from GameParameter import display
from GameEffects import load_image
from Button import Button
st_x = 350
background_image = load_image('pause_background.png')
continue_button_image = (load_image('pause_continue_0.png'),
load_image('pause_continue_1.png'))
restart_button_image = (load_image('pause_restart_0.png'),
load_image('pause_restart_1.png'))
back_button_image = (load_image('pause_back_0.png'),
load_image('pause_back_1.png'))
class PauseMenu:
def __init__(self, map_objects, map_background):
self.result = -1 # переменная для отслеживания состояния экрана
self.map_keys = map_objects[0] # изображения клавиш
self.map_objects = map_objects[1:] # изображений нот
self.map_background = map_background # изображений заднего фона
self.map_background.set_alpha(100)
self.continue_btn = Button(455, 200, 238, 72, '', continue_button_image, self.continue_map)
self.restart_btn = Button(455, 350, 238, 72, '', restart_button_image, self.restart)
import pygame
import sqlite3
from GameParameter import display, fps
from Button import Button
from GameEffects import drawing_text, load_image
from Settings import load_settings
exit_button_image = [load_image(f'menu_back_{i}.png') for i in range(2)]
chr_button_image = [load_image(f'chr_button_{i}.png') for i in range(2)]
play_button_image = (load_image('play_button_0.png'),
load_image('play_button_1.png'))
settings_button_image = [
load_image(f'settings_button_{i}.png') for i in range(2)
]
song_rect = load_image('select_menu_rect.png')
song_rect_active = load_image('select_menu_rect_active.png')
menu_back_plus = load_image('menu_back+.png')
menu_plus = load_image('menu+.png')
back_mask = load_image('back_mask.png')
records_rect = load_image('record_rect.png')
settings_values = load_settings()
glow_left = load_image('glow_left.png')
glow_right = load_image('glow_right.png')
shift_v = 300
class SelectMenu:
def __init__(self, maps):
settings_values = load_settings()
self.result = -1 # переменная для отслеживания состояния экрана
from GameParameter import display
from GameEffects import drawing_text, load_image
from Button import Button
import sqlite3
import datetime as dt
background = load_image('result_background.png')
back_button_image = [load_image(f'pause_back_{i}.png') for i in range(2)]
restart_button_image = [load_image(f'pause_restart_{i}.png') for i in range(2)]
miss = load_image('skin/hit0.png')
bad = load_image('skin/hit50.png')
good = load_image('skin/hit100.png')
great = load_image('skin/hit200.png')
perfect = load_image('skin/hit300.png')
marvelous = load_image('skin/hit300g.png')
class ResultScreen:
def __init__(self, count_combo, score, marks, accuracy, map):
self.result = -1
self.count_combo = str(count_combo) + 'x'
self.score = str(score)
self.marks = [str(i) + 'x' for i in marks.values()]
if accuracy == 100:
self.rank = load_image('skin/rank_SS.png')
elif accuracy > 95:
self.rank = load_image('skin/rank_S.png')
elif accuracy > 90:
import pygame
import math
from GameParameter import clock, fps, display
from GameEffects import drawing_text, load_image, AnimatedSprite
from Settings import load_settings
# загрузка изображений клавиш(без 'd' на конце - клавиши на 1 и 4 линиях, с 'd' - клавиши на 2 и 3)
key0_image = load_image('skin/key0.png') # клавиши с предпиской '0' - не нажатая клавиша
key1_image = load_image('skin/key1.png') # клавиши с предпиской '1' - нажатая клавиша
key0d_image = load_image('skin/key0d.png')
key1d_image = load_image('skin/key1d.png')
# загрузка изображений одиночных(без 's' на конце) и длинных(с 's' на конце) нот
note0_image = load_image('skin/note0.png') # ноты с предпиской '0' появляются на 1 и 4 линиях
note0s_image = load_image('skin/note0s.png') # ноты с предпиской '1' появляются на 2 и 3 линиях
note1_image = load_image('skin/note1.png')
note1s_image = load_image('skin/note1s.png')
# загрузка изображений игрового поля
stage_image = load_image('skin/stage.png')
stage_light_image = load_image('skin/stage_light.png')
lightning_image = load_image('skin/lighting.png') # изображение вспышки при уничтожение ноты
# загрузка изображений оценок
hit0 = load_image('skin/hit0.png') # оценка - Miss
hit50 = load_image('skin/hit50.png') # оценка - Bad
hit100 = load_image('skin/hit100.png') # оценка - Good
hit200 = load_image('skin/hit200.png') # оценка - Great
hit300 = load_image('skin/hit300.png') # оценка - Perfect
hit301 = load_image('skin/hit300g.png') # оценка - Marvelous
import pygame
from GameParameter import display
from GameEffects import drawing_text, load_image
from Button import Button
# загрузка изображений
background = load_image('menu_background.png')
exit_button_image = [load_image(f'menu_back_{i}.png') for i in range(2)]
changer_btn_up_image = [
load_image(f'changer_button_up_{i}.png') for i in range(2)
]
changer_btn_down_image = [
load_image(f'changer_button_down_{i}.png') for i in range(2)
]
music_volume_image = load_image(
'music_volume_text.png') # изображение надписи 'music volume'
scroll_speed_image = load_image(
'scroll_speed_text.png') # изображение надписи 'scroll speed'
confirm_btn_image = [load_image(f'confirm_btn_{i}.png') for i in range(2)]
def load_settings(): # функия получения настроек пользователя
settings = {}
with open('user_settings.txt') as file:
for elem in file:
name, value = elem[:elem.find(':')], elem[elem.find(':') + 1:]
settings[name] = value.rstrip()
# если пользователь удалил настройку из файла, то оно заменяется стандартным
if 'music_volume' not in settings:
settings['music_volume'] = 100
if 'scroll_speed' not in settings:
' уничтожены и дадут оценку "Great" '),
('Во время игры, комбо не будет сбрасываться,',
'если вы пропустили ноту и комбо меньше 100'),
('Во ремя игры заряжается способность. При',
'её активации на некоторое время все оценки',
' "Great" и "Good" станут "Perfect"'),
('Во время игры, все оценки, кроме "Perfect" ',
'и "Marvelous", сбивают вам комбо, но оценки',
' дают на 50% больше очков'))
# музыкальные темы персонажей
character_theme = ('flandre_theme.mp3', 'marisa_theme.mp3', 'reimu_theme.mp3',
'remilia_theme.mp3', 'sakuya_theme.mp3')
# загрузка изоюражений
left_button_image = (load_image('left_button_0.png'),
load_image('left_button_1.png'))
right_button_image = (load_image('right_button_0.png'),
load_image('right_button_1.png'))
confirm_button_image = (load_image('confirm_btn_0.png'),
load_image('confirm_btn_1.png'))
exit_button_image = [load_image(f'menu_back_{i}.png') for i in range(2)]
menu_background = [
load_image('menu_background.png'),
load_image('menu_back+.png'),
load_image('menu+.png')
]
# загрузка настроек пользователя
settings_values = load_settings()
def select_map():
# функция отрисовки, создания меню выбора карт
global closed
if closed:
return
scrolling_v = 0 # скорость, с которой движутся карты
scrolling_a = -10000 # ускорение, с которым движутся карты
screen = SelectMenu(maps)
max_y = max(screen.maps, key=lambda x: x[1])[1]
min_y = min(screen.maps, key=lambda x: x[1])[1]
game = True
res = -1
while not transition.get_transition(): # отображение перехода
for event in pygame.event.get():
if event.type == pygame.QUIT:
closed = True
return
transition.render()
pygame.display.flip()
clock.tick(fps)
screen.render()
while game:
for event in pygame.event.get():
if event.type == pygame.QUIT:
game = False
closed = True
if event.type == pygame.MOUSEBUTTONDOWN: # прокрутка меню
if event.button == 4:
scrolling_v += 600
elif event.button == 5:
scrolling_v -= 600
elif event.button == 1:
screen.render()
if scrolling_v != 0:
for i, elem in enumerate(screen.maps):
if scrolling_v > 0:
if min_y > 100:
scrolling_v = 0
continue
if scrolling_v < 0:
if max_y < 530:
scrolling_v = 0
continue
maps[i][1] += int(scrolling_v /
fps_menu) # перемещение карт на экране
max_y += int(scrolling_v / fps_menu)
min_y += int(scrolling_v / fps_menu)
# изменение скорости движения карт
if scrolling_v < 0:
scrolling_v -= scrolling_a / fps_menu
scrolling_v = min(0, scrolling_v)
if scrolling_v > 0:
scrolling_v += scrolling_a / fps_menu
scrolling_v = max(0, scrolling_v)
if transition.get_transition(): # отображение перехода
if not transition.background:
pygame.image.save(display, 'image/background_for_load.png')
transition.background = load_image('background_for_load.png')
transition.render()
else:
screen.render()
pygame.display.flip()
clock.tick(fps)
res = screen.get_result()
if res != -1:
game = False
if res == 1: # переход в стартовое меню
frame = transition.get_frame()
if frame != 35 and frame != -1:
transition.reverse()
transition.background = None
start_menu()
elif res == 2: # переход в меню выбора персонажа
frame = transition.get_frame()
if frame != 35 and frame != -1:
transition.reverse()
transition.background = None
select_character()
elif res == 3: # переход к игре
map = screen.get_map()
play_map(map)
elif res == 4: # переход к настройкам
frame = transition.get_frame()
if frame != 35 and frame != -1:
transition.reverse()
transition.background = None
settings()
select_map()
if not transition.background:
pygame.image.save(display, 'image/background_for_load.png')
transition.background = load_image('background_for_load.png')
transition.render()
else:
screen.render()
pygame.display.flip()
clock.tick(fps)
res = screen.get_result()
if res == 0: # переход к меню выбора карт
game = False
frame = transition.get_frame()
if frame != 35 and frame != -1:
transition.reverse()
transition.background = None
select_map()
if res == 1:
game = False
play_map(map)
if __name__ == '__main__':
pygame.init()
pygame.display.set_caption('リズム')
pygame.display.set_icon(load_image("icon.ico"))
transition = AnimationTransition()
size = width, height = 1120, 720
display = pygame.display.set_mode(size)
start_menu()
pygame.quit()