How to use render_screen method in yandex-tank

Best Python code snippet using yandex-tank

main.py

Source:main.py

...44score = 045pattern = []46time_delay = 50047running = True48def render_screen(g=green, r=red, y=yellow, b=blue):49    screen.fill(black)50    score_txt = font.render('Ð¡ÑÑÑ: ' + str(score), True, white)51    screen.blit(score_txt, (450, 50))52    pygame.draw.rect(screen, g, pygame.Rect(50, 150, 250, 250))53    pygame.draw.rect(screen, r, pygame.Rect(300, 150, 250, 250))54    pygame.draw.rect(screen, y, pygame.Rect(50, 400, 250, 250))55    pygame.draw.rect(screen, b, pygame.Rect(300, 400, 250, 250))56    pygame.display.update()57def show_pattern():58    time_delay = 500 - 100 * int(len(pattern) / 5)59    if time_delay <= 100:60        time_delay = 10061    render_screen()62    pygame.time.delay(1000)63    for x in pattern:64        for event in pygame.event.get():65            if event.type == pygame.QUIT:66                quit_game()67        if x == 1:68            # ÐÐÐÐÐÐ«Ð69            render_screen(g=light_green)70            green_sound.play()71            pygame.time.delay(time_delay)72            render_screen()73            green_sound.stop()74        elif x == 2:75            # ÐÐ ÐÐ¡ÐÐ«Ð76            render_screen(r=light_red)77            red_sound.play()78            pygame.time.delay(time_delay)79            render_screen()80            red_sound.stop()81        elif x == 3:82            # ÐÐÐÐ¢Ð«Ð83            render_screen(y=light_yellow)84            yellow_sound.play()85            pygame.time.delay(time_delay)86            render_screen()87            yellow_sound.stop()88        elif x == 4:89            # Ð¡ÐÐÐÐ90            render_screen(b=light_blue)91            blue_sound.play()92            pygame.time.delay(time_delay)93            render_screen()94            blue_sound.stop()95        pygame.time.delay(time_delay)96def new_pattern():97    global score98    score = len(pattern)99    pattern.append(random.randint(1, 4))100def check_pattern(player_pattern):101    if player_pattern != pattern[:len(player_pattern)]:102        lose_screen()103def click_listen():104    turn_time = time.time()105    player_pattern = []106    while time.time() <= turn_time + 3 and len(player_pattern) < len(pattern):107        for event in pygame.event.get():108            if event.type == pygame.QUIT:109                quit_game()110            if event.type == pygame.MOUSEBUTTONUP and event.button == 1:111                pos = pygame.mouse.get_pos()112                x = pos[0]113                y = pos[1]114                if 50 < x < 300 and 150 < y < 400:115                    render_screen(g=light_green)116                    green_sound.play()117                    pygame.time.delay(time_delay)118                    green_sound.stop()119                    render_screen()120                    player_pattern.append(1)121                    check_pattern(player_pattern)122                    turn_time = time.time()123                elif 300 < x < 550 and 150 < y < 400:124                    render_screen(r=light_red)125                    red_sound.play()126                    pygame.time.delay(time_delay)127                    red_sound.stop()128                    render_screen()129                    player_pattern.append(2)130                    check_pattern(player_pattern)131                    turn_time = time.time()132                elif 50 < x < 300 and 400 < y < 650:133                    render_screen(y=light_yellow)134                    yellow_sound.play()135                    pygame.time.delay(time_delay)136                    yellow_sound.stop()137                    render_screen()138                    player_pattern.append(3)139                    check_pattern(player_pattern)140                    turn_time = time.time()141                elif 300 < x < 550 and 400 < y < 650:142                    render_screen(b=light_blue)143                    blue_sound.play()144                    pygame.time.delay(time_delay)145                    blue_sound.stop()146                    render_screen()147                    player_pattern.append(4)148                    check_pattern(player_pattern)149                    turn_time = time.time()150    if not time.time() <= turn_time + 3:151        lose_screen()152def quit_game():153    running = False154    pygame.display.quit()155    pygame.quit()156    sys.exit()157def lose_screen():158    lose_sound.play()159    global  score160    screen.fill(black)...

replay_game_session.py

Source:replay_game_session.py

1import json2import time3import cv24import os5import argparse6import gym7import gym_super_mario_bros8argument_parser = argparse.ArgumentParser(description="A script used to replay the game session.")9argument_parser.add_argument("-i", "--input-path", type=str, default=None)10argument_parser.add_argument("-o", "--output-path", type=str, default= None)11argument_parser.add_argument("-r", "--render-screen", type=bool, default=True)12_STAGE_ORDER = [13    (1, 1),14    (1, 2),15    (1, 3),16    (2, 2),17    (1, 4),18    (3, 1),19    (4, 1),20    (2, 1),21    (2, 3),22    (2, 4),23    (3, 2),24    (3, 3),25    (3, 4),26    (4, 2)27]28def make_next_stage(world, stage, num):29    if num < len(_STAGE_ORDER):30        world = _STAGE_ORDER[num][0]31        stage = _STAGE_ORDER[num][1]32    else:33        if stage >= 4:34            stage = 135            if world >= 8:36                world = 137            else:38                world += 139        else:40            stage += 141    return world, stage, "SuperMarioBros-%s-%s-v0" % (str(world), str(stage))42def replay_game_from_actions(session_path, output_path=None, render_screen=False):43    if output_path is not None and not os.path.exists(output_path):44        os.makedirs(output_path)45    with open(session_path) as json_file:46        data = json.load(json_file)47    first_world = "SuperMarioBros-1-1-v0"48    env = gym_super_mario_bros.make(first_world)49    next_state = env.reset()50    world = 151    stage = 152    stage_num = 053    finish = True54    frame_number = 155    steps = 056    for action in data["obs"]:57        58        if render_screen:59            env.render()60        61        next_state, reward, done, info = env.step(action)62        steps += 163        if output_path is not None:64            cvt_state = cv2.cvtColor(next_state, cv2.COLOR_BGR2RGB)65            cv2.imwrite(os.path.join(output_path, "game_%s.png" % frame_number), cvt_state)66        is_first = True67        frame_number += 168        69        if info["flag_get"]:70            finish = True71        if done:72            done = False73            end = time.time()74            75            if finish or steps >= 16000:76                stage_num += 177                world, stage, new_world = make_next_stage(world, stage, stage_num)78                env.close()79                env = gym_super_mario_bros.make(new_world)80                finish = False81                steps = 082            next_state = env.reset()83if __name__ == "__main__":84    args = argument_parser.parse_args()85    input_path = args.input_path86    render_screen = args.render_screen87    output_path = args.output_path88    if input_path is None:89        raise Exception("Please provide the path to a game session!")90    replay_game_from_actions(91        session_path=input_path,92        output_path=output_path,93        render_screen=render_screen...

day_13_2019.py

Source:day_13_2019.py

1import time2from typing import List, Any, Tuple3from collections import defaultdict4from util.helpers import solution_timer5from util.input_helper import read_entire_input6from util.console import console7from util.shared import sgn8from year_2019.intcode import IntCode, parse9display = False10data = read_entire_input(2019,13)11def render(screen, score):12    tiles = {0:" ",1:f'[white]{chr(9608)}', 2:"[green]#", 3: "-", 4: "[red]O"}13    xmin = min(i[0] for i in screen.keys())14    xmax = max(i[0] for i in screen.keys())15    ymin = min(i[1] for i in screen.keys())16    ymax = max(i[1] for i in screen.keys())17    image = '\n'.join(''.join(tiles[screen[(i,j)]] for i in range(xmin, xmax+1)) for j in range(ymin, ymax+1))18    return image+'\n'+"-"*20 + f'{score:05d}' + "-"*2019@solution_timer(2019,13,1)20def part_one(data: List[str]):21    instructions = parse(data)22    game = IntCode(instructions)23    screen = {}24    while not game.halted:25        x, y, tile = game.run([]), game.run([]), game.run([])26        screen[(x,y)] = tile27    if display:28        console.print(render(screen, 0))29    return sum(1 for _, tile in screen.items() if tile == 2)30@solution_timer(2019,13,2)31def part_two(data: List[str]):32    render_screen = False33    instructions = parse(data)34    instructions[0] = 235    game = IntCode(instructions)36    screen = {}37    inputs = []38    while not game.halted:39        x = game.run(inputs)40        y = game.run(inputs)41        tile = game.run(inputs)42        if (x,y) == (-1,0):43            score = tile44        else:45            screen[(x,y)] = tile46        # if (x,y) == 47        ball = [position for position, tile in screen.items() if tile == 4]48        paddle = [position for position, tile in screen.items() if tile == 3]49        if ball and paddle:50            inputs = [sgn(ball[0][0]-paddle[0][0])]51        # if tile == 4:52        #     render_screen = True53        if display and render_screen:54            console.print("\33[2J")55            console.print(render(screen, score))56            # print(f"score: {score}")57            render_screen = False58            #time.sleep(0.05)59            i = input()60    return score61if __name__ == "__main__":62    data = read_entire_input(2019,13)63    part_one(data)...

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