def C16(prompt_data, img):
    # 图生图
    prompt_data["22"]["inputs"]["image"] = img[0]
    # 替换关键词
    # prompt_data["331"]["inputs"]["text"] = prompt
    return prompt_data


"source_images": [
    "13,inputs,image"
  ],

def C17(prompt_data, img):
    # 上传姿势
    # random_number = random.randint(1, 9)  # 9张姿势图
    # input_image_pose = './Image/C17/' + str(random_number) + '.png'

    # 图生图
    input_image_pose = './Image/C17/1.jpg'
    with open(input_image_pose, "rb") as f:
        imgPose = upload_file(server_address, f, "", True)
    prompt_data["331"]["inputs"]["image"] = imgPose  # 姿势图,现在应该是默认写死在json文件中

    prompt_data["432"]["inputs"]["image"] = img[0]  # 用户的输入图

    # 指定数字长度，例如16位
    # number_length = 16
    # random_number = generate_random_number(number_length)
    # prompt_data["354"]["inputs"]["seed"] = random_number
    # random_number = generate_random_number(number_length)
    # prompt_data["425"]["inputs"]["seed"] = random_number
    # 替换关键词
    # prompt_data["331"]["inputs"]["text"] = prompt

    return prompt_data


def C19(prompt_data, img):
    #
    prompt_data["12"]["inputs"]["image"] = img[0]

    if len(img) > 1:
        prompt_data["27"]["inputs"]["image"] = img[1]
    else:
        prompt_data["27"]["inputs"]["image"] = img[0]

    return prompt_data


def C20(prompt_data, img):
    #
    prompt_data["12"]["inputs"]["image"] = img[0]
    if len(img) > 1:
        prompt_data["27"]["inputs"]["image"] = img[1]
    else:
        input_image_style = './Image/C20/meixi.png'  # 只上传一张就与梅西握手
        with open(input_image_style, "rb") as f:
            image_style = upload_file(server_address, f, "", True)
        prompt_data["27"]["inputs"]["image"] = image_style

    return prompt_data


def C22(prompt_data, img, model_id):
    # TODO 这里的逻辑应该不对了，需要在重复检查22号模型时调整代码
    ####------------------------------------------------------------####
    #  记录下用户的风格图+姿势图的组合，下次生成时，尽时避开已经输出过的组合，让用户更好的玩耍
    # 获取目录下有多少个pose,多少个style
    directory_path = './Image/C' + str(model_id) + '/'
    pose_count = getPrefixFileCount(directory_path, 'pose_')
    style_count = getPrefixFileCount(directory_path, 'style_')
    style_id = random.randint(1, style_count)  # 查找未使用过的姿态图与姿势图，如果找不到就随机用一个
    pose_id = random.randint(1, max(pose_count, 1))
    # for i in range(1, style_count + 1):
    #    for j in range(1, pose_count + 1):
    #        if not checkStylePoseIdExists(user_id, model_id, i, j):
    #            style_id = i
    #            pose_id = j

    # 回写数据库表，标识这些组合已经用过
    # record_style_pose_id(user_id, model_id, style_id, pose_id)

    ####------------------------------------------------------------####
    # 风格图
    input_image_style = './Image/C' + str(model_id) + '/style_' + str(style_id) + '.png'
    with open(input_image_style, "rb") as f:
        image_style = upload_file(server_address, f, "", True)
    prompt_data["118"]["inputs"]["image"] = image_style

    # 样式图
    input_image_pose = './Image/C' + str(model_id) + '/pose_' + str(pose_id) + '.png'
    with open(input_image_pose, "rb") as f:
        image_pose = upload_file(server_address, f, "", True)
    prompt_data["98"]["inputs"]["image"] = image_pose

    # 原图
    prompt_data["49"]["inputs"]["image"] = img[0]

    # 提示词
    # prompt_data["131"]["inputs"]["String"] = prompt

    return prompt_data


def C23(prompt_data, img):
    # 原图
    prompt_data["52"]["inputs"]["image"] = img[0]

    # prompt_data["331"]["inputs"]["text"] = prompt

    return prompt_data


def C24(prompt_data, img):
    # 原图
    prompt_data["12"]["inputs"]["image"] = img[0]
    return prompt_data


"source_images": [
    "111,inputs,image"
  ],
  "style_pose_images": [
    {
      "key": "113,inputs,image",
      "value": "./Image/C22/style_1.png"
    }
  ],

def C25(prompt_data, img, model_id):
    # 原图
    prompt_data["111"]["inputs"]["image"] = img[0]

    ####------------------------------------------------------------####
    #  记录下用户的风格图+姿势图的组合，下次生成时，尽时避开已经输出过的组合，让用户更好的玩耍
    # 获取目录下有多少个pose,多少个style
    directory_path = './Image/C' + str(model_id) + '/'
    pose_count = getPrefixFileCount(directory_path, 'pose_')
    style_count = getPrefixFileCount(directory_path, 'style_')
    style_id = random.randint(1, style_count)  # 查找未使用过的姿态图与姿势图，如果找不到就随机用一个
    pose_id = random.randint(1, max(pose_count, 1))
    # for i in range(1, style_count + 1):
    #     for j in range(1, pose_count + 1):
    #         flag = checkStylePoseIdExists(user_id, model_id, i, j)
    #         if not flag:
    #             style_id = i
    #             pose_id = j
    # # 回写数据库表，标识这些组合已经用过
    # record_style_pose_id(user_id, model_id, style_id, pose_id)
    ####------------------------------------------------------------####

    with open('./Image/C' + str(model_id) + '/style_' + str(style_id) + ".png", "rb") as f:
        y = upload_file(server_address, f, "", True)

    # 风格(随机)
    prompt_data["113"]["inputs"]["image"] = y

    return prompt_data


# 获取C26中有哪些样式
def C26_get_sdxl_styles():
    files = ['./JSON/C26/sdxl_styles_sai.json', './JSON/C26/sdxl_styles_twri.json']
    SDXL_STYLES = []
    for json_file in files:
        with open(json_file, 'r', encoding="utf-8") as fi:
            data = json.load(fi)
            for x in data:
                SDXL_STYLES.append(x['name'])
    return SDXL_STYLES


    ['sai-3d-model', 'sai-analog film', 'sai-anime', 'sai-cinematic', 'sai-comic book', 'sai-craft clay',
     'sai-digital art', 'sai-enhance', 'sai-fantasy art', 'sai-isometric', 'sai-line art', 'sai-lowpoly',
     'sai-neonpunk', 'sai-origami', 'sai-photographic', 'sai-pixel art', 'sai-texture', 'ads-advertising',
     'ads-automotive', 'ads-corporate', 'ads-fashion editorial', 'ads-food photography', 'ads-gourmet food photography',
     'ads-luxury', 'ads-real estate', 'ads-retail', 'artstyle-abstract', 'artstyle-abstract expressionism',
     'artstyle-art deco', 'artstyle-art nouveau', 'artstyle-constructivist', 'artstyle-cubist',
     'artstyle-expressionist', 'artstyle-graffiti', 'artstyle-hyperrealism', 'artstyle-impressionist',
     'artstyle-pointillism', 'artstyle-pop art', 'artstyle-psychedelic', 'artstyle-renaissance', 'artstyle-steampunk',
     'artstyle-surrealist', 'artstyle-typography', 'artstyle-watercolor', 'futuristic-biomechanical',
     'futuristic-biomechanical cyberpunk', 'futuristic-cybernetic', 'futuristic-cybernetic robot',
     'futuristic-cyberpunk cityscape', 'futuristic-futuristic', 'futuristic-retro cyberpunk',
     'futuristic-retro futurism', 'futuristic-sci-fi', 'futuristic-vaporwave', 'game-bubble bobble',
     'game-cyberpunk game', 'game-fighting game', 'game-gta', 'game-mario', 'game-minecraft', 'game-pokemon',
     'game-retro arcade', 'game-retro game', 'game-rpg fantasy game', 'game-strategy game', 'game-streetfighter',
     'game-zelda', 'misc-architectural', 'misc-disco', 'misc-dreamscape', 'misc-dystopian', 'misc-fairy tale',
     'misc-gothic', 'misc-grunge', 'misc-horror', 'misc-kawaii', 'misc-lovecraftian', 'misc-macabre', 'misc-manga',
     'misc-metropolis', 'misc-minimalist', 'misc-monochrome', 'misc-nautical', 'misc-space', 'misc-stained glass',
     'misc-techwear fashion', 'misc-tribal', 'misc-zentangle', 'papercraft-collage', 'papercraft-flat papercut',
     'papercraft-kirigami', 'papercraft-paper mache', 'papercraft-paper quilling', 'papercraft-papercut collage',
     'papercraft-papercut shadow box', 'papercraft-stacked papercut', 'papercraft-thick layered papercut',
     'photo-alien', 'photo-film noir', 'photo-glamour', 'photo-hdr', 'photo-iphone photographic', 'photo-long exposure',
     'photo-neon noir', 'photo-silhouette', 'photo-tilt-shift']


"source_images": [
    "13,inputs,image"
  ],

def C26(prompt_data, img):
    # 原图
    prompt_data["13"]["inputs"]["image"] = img[0]

    # 风格图片
    SDXL_STYLES = C26_get_sdxl_styles()
    style_id = random.randint(0, len(SDXL_STYLES) - 1)
    pose_id = 1
    # for i in range(0, len(SDXL_STYLES)):
    #     if not checkStylePoseIdExists(user_id, model_id, i, 1):
    #         style_id = i
    #
    # # 回写数据库表，标识这些组合已经用过
    # record_style_pose_id(user_id, model_id, style_id, pose_id)

    prompt_data["79"]["inputs"]["style"] = SDXL_STYLES[style_id]
    return prompt_data


def C27(prompt_data, img):
    # 原图
    if len(img) == 1:
        with open('./Image/huanghai_3.png', "rb") as f:
            x = upload_file(server_address, f, "", True)
        prompt_data["82"]["inputs"]["image"] = x
        prompt_data["78"]["inputs"]["image"] = img[0]  # 女
    else:
        prompt_data["13"]["inputs"]["image"] = img[0]  # 男
        prompt_data["78"]["inputs"]["image"] = img[1]  # 女

    # 风格图片
    style_id = random.randint(1, 2)
    pose_id = random.randint(1, 3)

    # for i in range(1, 3):
    #     for j in range(1, 4):
    #         if not checkStylePoseIdExists(user_id, model_id, i, j):
    #             style_id = i
    #             pose_id = j
    #
    # # 回写数据库表，标识这些组合已经用过
    # record_style_pose_id(user_id, model_id, style_id, pose_id)

    # 姿势图有3个 pose_id

    pose_img_file = './Image/C27/pose_' + str(pose_id) + ".jpg"
    # 上传姿势图
    with open(pose_img_file, "rb") as f:
        y = upload_file(server_address, f, "", True)
    prompt_data["82"]["inputs"]["image"] = y

    # 模型有2个   style_id
    if style_id == 1:
        prompt_data["4"]["inputs"]["ckpt_name"] = "samaritan3dCartoon_v40SDXL.safetensors"
    else:
        prompt_data["4"]["inputs"]["ckpt_name"] = "turbovisionxlSuperFastXLBasedOnNew_tvxlV431Bakedvae.safetensors"

    return prompt_data