TuKouKouClient/python/services/deal_one_image.py

import copy
import os.path
from .other.module_online_data import GetOnlineData
import time
from .other.log import MyLogger
import os
from .remove_bg_pixian import RemoveBgPiXian
from PIL import Image
from .other.pic import Picture
from .other.remove_bg_ali import RemoveBgALi
import cv2
import numpy as np
from middleware import UnicornException


class Base(object):

    def __init__(self, image_data, lock, windows, num,token):
        self.lock = lock
        self.image_data = image_data
        self.num = num
        self.windows = windows
        self.get_online_data = GetOnlineData(token)
        self.file_path = image_data["file_path"]
        self.file_name = image_data["file_name"]
        self.file = os.path.split(self.file_path)[1]
        self.is_once_data = {}
        self.logger = MyLogger().logger

    def add_log(self, text, _type="info"):
        self.logger.info(
            "第{}个，图片名称：{},内容：{}".format(self.num, self.file, text)
        )

    def show_image_info(self, data):
        data["file_path"] = self.file_path
        with self.lock:
            data = {
                "_type": "show_image_item_info",
                "data": data,
            }
            # self.windows.signal_data.emit(data)

    def send_info(
        self,
        text="",
        is_success=None,
        _type="show_text_browser",
        need_point_return=False,
    ):
        with self.lock:
            if is_success is not None:
                if is_success:
                    processing_failed = 0
                    processing_successfully = 1
                else:
                    processing_failed = 1
                    processing_successfully = 0
                    # 分数返回
                    if need_point_return:
                        # 分数返回
                        if self.is_once("add_point"):
                            print(
                                "第{}个，图片名称：{},内容：{}".format(
                                    self.num, self.file, "扣分返回"
                                )
                            )
                            self.dispose_point(_type="add")
                            self.refresh_times(cumulative_frequency_times_change=-1)
                        pass

                # self.windows.signal_data.emit({"_type": "schedule",
                #                                "data": {"processing_failed": processing_failed,
                #                                         "processing_successfully": processing_successfully,
                #                                         }})

            if text:
                data = {
                    "_type": "show_text_browser",
                    "data": text,
                }
                # self.windows.signal_data.emit(data)

    def check_path(self, _path):
        if not os.path.exists(_path):
            os.mkdir(_path)
        return True

    def is_once(self, key):
        if key not in self.is_once_data:
            self.is_once_data[key] = 0
            return True
        return False

    def refresh_times(self, cumulative_frequency_times_change=0):
        data = {
            "_type": "refresh_times",
            "data": {
                "cumulative_frequency_times_change": cumulative_frequency_times_change
            },
        }
        # self.windows.signal_data.emit(data)
        pass

    def dispose_point(self, _type):
        n = 3
        while n:
            n -= 1
            try:
                _r = self.get_online_data.dispose_point(_type)
                balance = _r["data"]["balance"]
                return True
            except:
                time.sleep(0.5)
                continue

        return False


class DealOneImage(Base):

    def __init__(self, image_data, lock, windows, num, token):
        super().__init__(image_data, lock, windows, num, token)
        self.r_pixian = RemoveBgPiXian()

    def run(self, image_data, upload_pic_dict):
        self.file_path = image_data["file_path"]
        self.file = os.path.split(self.file_path)[1]
        self.root_path = image_data["root_path"]
        self.file_name = image_data["file_name"]
        cut_status = False
        success_path = ""
        # 直接调用抠图
        # 1、增加获取key，2、key需要加密、3、429报错 重试再来拿一个KEY
        self.add_log("开始处理")
        remaining_times = self.get_online_data.get_cutout_image_times().get("balance")
        print("remaining_times", remaining_times)
        if remaining_times <= 0:
            raise UnicornException("次数不足，处理失败")

        # 检查图片上传是否有结束
        n = 60
        if self.file_path not in upload_pic_dict:
            # 不扣图
            raise UnicornException("处理失败")
        s = time.time()
        image_deal_info = upload_pic_dict[self.file_path]["image_deal_info"]
        original_im = upload_pic_dict[self.file_path]["_im"]
        self.add_log("抠图中")
        # 抠图
        out_root_path = "{}/已扣图".format(self.root_path)
        self.check_path(out_root_path)
        try:
            balance = self.get_online_data.get_cutout_image_times().get("balance")
            self.add_log("查询balance:{}成功".format(balance))
            if balance <= 0:
                self.add_log("次数不足，处理失败")
                raise UnicornException("次数不足，处理失败")
        except:
            self.add_log("查询balance失败")
            raise UnicornException("查询balance失败")
        n = 0
        second_cut_image = self.runPiXian(n, original_im=original_im)
        if second_cut_image is None:
            raise UnicornException("抠图失败")
        try:
            out_path = "{}/{}.png".format(out_root_path, self.file_name)
            if image_deal_info["二次抠图是否缩放"]:
                self.add_log(text="图片尺寸进行还原")
                original_im = image_deal_info["抠图扩边后PIL对象"]
                second_cut_image = self.picture_resize_to_original(
                    second_cut_image, original_im
                )
            # 创建空白图片并粘贴回去
            _img_im = Image.new(
                mode="RGBA", size=image_deal_info["原始图片大小"], color=(0, 0, 0, 0)
            )
            _img_im.paste(
                second_cut_image,
                box=(
                    image_deal_info["抠图扩边后位置"][0],
                    image_deal_info["抠图扩边后位置"][1],
                ),
            )
            if self.windows.output_type == 1:
                background = Image.new("RGBA", _img_im.size, (255, 255, 255, 255))
                _img_im = Image.alpha_composite(background, _img_im)
            cut_status = True
            success_path = out_path
            _img_im.save(out_path)

        except BaseException as e:
            text = "{} 图片处理错误，代码44".format(e)
            self.add_log(text)
            self.send_info(text=text, is_success=False, need_point_return=True)
            cut_status = False

        self.add_log(text="本张耗时：{}".format(time.time() - s))
        self.send_info(text="抠图已完成", is_success=True)
        image_data["status"] = cut_status
        image_data["success_path"] = success_path
        return image_data

    def runPiXian(self, num, original_im):
        """执行pixian抠图"""
        num += 1
        data = self.get_online_data.get_key_secret()
        key = (data["api_info"]["api_key"], data["api_info"]["api_serect"])
        self.add_log("查询key成功")
        if not key:
            raise UnicornException("处理失败,请联系管理员")
        if self.is_once("sub_point"):
            # 调用扣分
            self.refresh_times(cumulative_frequency_times_change=1)
            f = self.dispose_point(_type="sub")
            if not f:
                self.add_log(text="多次获取调用余额扣减失败")
                raise UnicornException("多次获取调用余额扣减失败")

        pixian_cutout_data = self.r_pixian.run_by_image_im(original_im, key)
        if pixian_cutout_data["status_code"] == 200:
            second_cut_image = pixian_cutout_data["im"]
            self.add_log(text="调用抠图完成")
            return second_cut_image

        elif pixian_cutout_data["status_code"] == 402:
            if num >= 2:
                self.cutoutFail(pixian_cutout_data)
                raise UnicornException("多次获取调用余额扣减失败")
            self.add_log(
                text="抠图失败:{}，延迟6秒".format(pixian_cutout_data["status_code"])
            )
            time.sleep(6)
            self.runPiXian(num, original_im=original_im)

        elif pixian_cutout_data["status_code"] == 429:
            if num >= 2:
                self.cutoutFail(pixian_cutout_data)
                return None

            self.add_log(
                text="抠图失败:{}，延迟10秒".format(pixian_cutout_data["status_code"])
            )
            time.sleep(10)
            self.runPiXian(num, original_im=original_im)
        else:
            _data = {
                "text": "出错/超时",
                "info": "抠图异常",
            }
            self.show_image_info(_data)
            self.get_online_data.dispose_point("add")
            if "message" in pixian_cutout_data:
                text = "抠图异常，code：{},message:{}".format(
                    pixian_cutout_data["status_code"], pixian_cutout_data["message"]
                )
            else:
                text = "抠图异常，code：{}".format(pixian_cutout_data["status_code"])
            self.add_log(text)
            return None
        return second_cut_image

    def cutoutFail(self, pixian_cutout_data):
        """处理失败"""
        _data = {
            "text": "出错/超时",
            "info": "多次抠图失败:{}".format(pixian_cutout_data["status_code"]),
        }
        self.show_image_info(_data)
        self.add_log(text="多次抠图失败:{}".format(pixian_cutout_data["status_code"]))
        self.send_info(
            text="处理失败,请联系管理员",
            is_success=False,
            need_point_return=True,
        )

    def picture_resize_to_original(self, _img, original_im):
        """

        Parameters
        ----------
        _img 需要还原的PIL对象
        original_im 原图对象

        Returns
        -------

        """

        # 将抠图结果转成mask
        # 将抠图结果放大到原始图大小
        _img = _img.resize(original_im.size)
        new_big_mask = Image.new("RGB", _img.size, (0, 0, 0))
        white = Image.new("RGB", _img.size, (255, 255, 255))
        new_big_mask.paste(white, mask=_img.split()[3])

        # ---------制作选区缩小的mask
        mask = cv2.cvtColor(
            np.asarray(new_big_mask), cv2.COLOR_BGR2GRAY
        )  # 将PIL 格式转换为 CV对象
        mask[mask != 255] = 0
        # 黑白反转
        # mask = 255 - mask
        # 选区缩小10
        kernel = cv2.getStructuringElement(cv2.MORPH_ELLIPSE, (10, 10))
        erode_im = cv2.morphologyEx(mask, cv2.MORPH_ERODE, kernel)

        # -------再进行抠图处理
        mask = Image.fromarray(
            cv2.cvtColor(erode_im, cv2.COLOR_GRAY2RGBA)
        )  # CV 对象转 PIL
        transparent_im = Image.new("RGBA", original_im.size, (0, 0, 0, 0))
        transparent_im.paste(original_im, (0, 0), mask.convert("L"))
        # 上述抠图结果进行拼接
        _img.paste(transparent_im, (0, 0), transparent_im)

        return _img


class DealOneImageBeforehand(Base):

    def __init__(self, image_data, lock, windows, num, token):
        super().__init__(image_data, lock, windows, num, token)
        self.r_ali = RemoveBgALi()

    def run(self, upload_pic_dict):
        # 增加阿里调用报错的重试机制
        image_deal_info = {}
        try:
            cut_image, image_deal_info = self.get_image_cut()
        except BaseException as e:
            raise UnicornException("上传出错")
        upload_pic_dict[self.file_path] = {
            "image_deal_info": image_deal_info,
            "_im": cut_image,
        }
        return upload_pic_dict

    def get_image_cut(self):
        original_pic = Picture(self.file_path)
        original_pic.im = self.get_image_orientation(original_pic.im)
        original_pic.x, original_pic.y = original_pic.im.size

        original_pic.im = original_pic.im.convert("RGB")
        image_deal_info = {}
        image_deal_info["原始图片大小"] = (original_pic.x, original_pic.y)
        if original_pic.x * original_pic.y < 1000000:
            cut_image = original_pic.im
            image_deal_info["抠图扩边后图片大小"] = cut_image.size
            image_deal_info["二次抠图是否缩放"] = False
            image_deal_info["抠图扩边后位置"] = (0, 0, original_pic.x, original_pic.y)
        else:
            self.add_log("开始预抠图处理")
            cut_image = self.r_ali.get_image_cut(
                file_path=None, out_file_path=None, original_im=original_pic.im
            )
            self.add_log("预抠图处理结束")

            x1, y1, x2, y2 = cut_image.getbbox()
            image_deal_info["鞋子原始位置"] = (x1, y1, x2, y2)
            o_w, o_h = cut_image.size
            image_deal_info["鞋子原始抠图后大小"] = (o_w, o_h)
            # 扩边处理
            _w, _h = x2 - x1, y2 - y1
            out_px = 0.025
            _w, _h = int(out_px * _w), int(out_px * _h)
            n_x1, n_y1, n_x2, n_y2 = x1 - _w, y1 - _h, x2 + _w, y2 + _h
            if n_x1 < 0:
                n_x1 = 0
            if n_y1 < 0:
                n_y1 = 0
            if n_x2 > o_w:
                n_x2 = o_w
            if n_y2 > o_h:
                n_y2 = o_h
            image_deal_info["抠图扩边后位置"] = (n_x1, n_y1, n_x2, n_y2)
            cut_image = original_pic.im.crop(image_deal_info["抠图扩边后位置"])

            image_deal_info["抠图扩边后图片大小"] = cut_image.size
            x, y = image_deal_info["抠图扩边后图片大小"]
            # max_size = 32000000
            max_size = 12000000
            if x * y > max_size:
                r = max_size / (x * y)
                size = (int(x * r), int(y * r))
                self.add_log(
                    text="图片进行压缩，压缩前：{}，压缩后：{}".format(
                        image_deal_info["抠图扩边后图片大小"], size
                    )
                )
                image_deal_info["抠图扩边后PIL对象"] = copy.deepcopy(cut_image)
                cut_image = cut_image.resize(size=size)
                # print(cut_image.size)
                # print(image_deal_info["抠图扩边后PIL对象"].size)
                image_deal_info["二次抠图是否缩放"] = True
            else:
                image_deal_info["二次抠图是否缩放"] = False
        return cut_image, image_deal_info

    def get_image_cut_noraml(self, image_data):
        """普通模式抠图"""
        self.file_path = image_data["file_path"]
        self.file = os.path.split(self.file_path)[1]
        self.root_path = image_data["root_path"]
        self.file_name = image_data["file_name"]
        original_pic = Picture(self.file_path)
        original_pic.im = self.get_image_orientation(original_pic.im)
        original_pic.x, original_pic.y = original_pic.im.size

        original_pic.im = original_pic.im.convert("RGB")
        image_deal_info = {}
        image_deal_info["原始图片大小"] = (original_pic.x, original_pic.y)
        self.add_log("开始预抠图处理")
        remaining_times = self.get_online_data.get_cutout_image_times().get("balance")
        print("remaining_times", remaining_times)
        if remaining_times <= 0:
            raise UnicornException("次数不足，处理失败")
        self.get_online_data.dispose_point("sub")
        cut_image = self.r_ali.get_image_cut(
                file_path=None, out_file_path=None, original_im=original_pic.im
            )
        success_path = ""
        if cut_image is None:
            cut_status = False
            self.get_online_data.dispose_point("add")
        else:
            self.add_log("预抠图处理结束")
            cut_status = True
            save_root_path = "{}/已扣图".format(self.root_path)
            self.check_path(save_root_path)
            if self.windows.output_type == 1:
                background = Image.new("RGBA", cut_image.size, (255, 255, 255, 255))
                cut_image = Image.alpha_composite(background, cut_image)
            success_path = "{}/{}.png".format(save_root_path, self.file_name)
            cut_image.save(success_path)
        image_data["status"] = cut_status
        image_data["success_path"] = success_path
        return image_data

    def get_image_cut_cloths(self, image_data):
        self.file_path = image_data["file_path"]
        self.file = os.path.split(self.file_path)[1]
        self.root_path = image_data["root_path"]
        self.file_name = image_data["file_name"]
        original_pic = Picture(self.file_path)
        original_pic.im = self.get_image_orientation(original_pic.im)
        original_pic.x, original_pic.y = original_pic.im.size

        original_pic.im = original_pic.im.convert("RGB")
        image_deal_info = {}
        image_deal_info["原始图片大小"] = (original_pic.x, original_pic.y)
        self.add_log("开始预抠图处理")
        remaining_times = self.get_online_data.get_cutout_image_times().get("balance")
        print("remaining_times", remaining_times)
        if remaining_times <= 0:
            raise UnicornException("次数不足，处理失败")
        self.get_online_data.dispose_point("sub")
        cut_images = self.r_ali.get_image_cut_cloths(
            file_path=None, out_file_path=None, original_im=original_pic.im
        )
        success_path = ""
        if cut_images is None or len(cut_images) == 0:
            cut_status = False
            self.get_online_data.dispose_point("add")
        else:
            self.add_log("预抠图处理结束")
            cut_status = True
            save_root_path = "{}/已扣图".format(self.root_path)
            self.check_path(save_root_path)
            save_file_path = "{}/{}".format(save_root_path, self.file_name)
            self.check_path(save_file_path)
            success_path = save_file_path
            for idx, item in enumerate(cut_images):
                cn_name = item.get("cn_name")
                image_obj = item.get("image_obj")
                if self.windows.output_type == 1:
                    background = Image.new("RGBA", image_obj.size, (255, 255, 255, 255))
                    image_obj = Image.alpha_composite(background, image_obj)
                image_obj.save("{}/{}.png".format(save_file_path, cn_name))
        image_data["status"] = cut_status
        image_data["success_path"] = success_path
        return image_data

    def get_image_orientation(self, img):
        # 获取EXIF数据
        exif = img._getexif()
        if exif is not None:
            # EXIF标签274对应的是Orientation
            orientation = exif.get(0x0112)
            if orientation == 2:
                # 水平翻转
                img = img.transpose(Image.FLIP_LEFT_RIGHT)
            elif orientation == 3:
                # 旋转180度
                img = img.rotate(180, expand=True)
            elif orientation == 4:
                # 垂直翻转
                img = img.transpose(Image.FLIP_TOP_BOTTOM)
            elif orientation == 5:
                # 水平翻转后顺时针旋转90度
                img = img.transpose(Image.FLIP_LEFT_RIGHT).transpose(Image.ROTATE_270)
            elif orientation == 6:
                # 顺时针旋转90度
                img = img.transpose(Image.ROTATE_270)
            elif orientation == 7:
                # 水平翻转后逆时针旋转90度
                img = img.transpose(Image.FLIP_LEFT_RIGHT).transpose(Image.ROTATE_90)
            elif orientation == 8:
                # 逆时针旋转90度
                img = img.transpose(Image.ROTATE_90)
        else:
            print("没有EXIF数据或没有方向信息")
            orientation = 1

        return img