220 lines
5.7 KiB
Python
220 lines
5.7 KiB
Python
import logging
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import os
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from datetime import datetime
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from opencc import OpenCC
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from util import string_util, model_util
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# 获取yyyy-MM-dd HH:mm:ss格式的当前时间
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def get_default_datetime():
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return datetime.now().strftime('%Y-%m-%d %H:%M:%S')
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def get_ocr_layout(ocr, img_path):
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"""
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获取ocr识别的结果，转为合适的layout形式
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:param ocr: ocr模型
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:param img_path: 图片本地路径
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:return:
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"""
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def _get_box(old_box):
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new_box = [
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min(old_box[0][0], old_box[3][0]), # x1
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min(old_box[0][1], old_box[1][1]), # y1
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max(old_box[1][0], old_box[2][0]), # x2
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max(old_box[2][1], old_box[3][1]), # y2
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]
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return new_box
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def _normal_box(box_data):
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# Ensure the height and width of bbox are greater than zero
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if box_data[3] - box_data[1] < 0 or box_data[2] - box_data[0] < 0:
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return False
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return True
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layout = []
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ocr_result = model_util.request_ocr(img_path)
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ocr_result = ocr_result[0]
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if not ocr_result:
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return layout
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for segment in ocr_result:
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box = segment[0]
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box = _get_box(box)
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if not _normal_box(box):
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continue
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text = segment[1][0]
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layout.append((box, text))
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return layout
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def delete_temp_file(temp_files):
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"""
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删除临时文件，可以批量
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:param temp_files: 临时文件路径
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"""
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if not temp_files:
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return
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if isinstance(temp_files, str):
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temp_files = [temp_files]
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for file in temp_files:
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try:
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os.remove(file)
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logging.info(f"临时文件 {file} 已删除")
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except Exception as e:
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logging.warning(f"删除临时文件 {file} 时出错: {e}")
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def zoom_rectangle(rectangle, ratio):
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"""
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缩放矩形
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:param rectangle: 原矩形坐标
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:param ratio: 缩放比率
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:return: 缩放后的矩形坐标
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"""
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x1, y1, x2, y2 = rectangle
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x1 = round(x1 - x1 * ratio)
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y1 = round(y1 - y1 * ratio)
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x2 = round(x2 + x2 * ratio)
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y2 = round(y2 + y2 * ratio)
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return [x1, y1, x2, y2]
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def chinese_to_money_unit(chinese):
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if chinese in ["拾", "十"]:
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return 10, False
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elif chinese in ["佰", "百"]:
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return 100, False
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elif chinese in ["仟", "千"]:
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return 1000, False
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elif chinese == "万":
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return 10000, True
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elif chinese == "亿":
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return 100000000, True
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else:
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return None, False
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def chinese_char_to_number(chinese):
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if chinese == "零":
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return 0
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elif chinese in ["一", "壹"]:
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return 1
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elif chinese in ["二", "贰"]:
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return 2
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elif chinese in ["三", "叁"]:
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return 3
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elif chinese in ["四", "肆"]:
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return 4
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elif chinese in ["五", "伍"]:
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return 5
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elif chinese in ["六", "陆"]:
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return 6
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elif chinese in ["七", "柒"]:
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return 7
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elif chinese in ["八", "捌"]:
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return 8
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elif chinese in ["九", "玖"]:
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return 9
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else:
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return -1
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def chinese_to_number(chinese):
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length = len(chinese)
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result = 0
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section = 0
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number = 0
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unit = [None, False]
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for i in range(length):
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c = chinese[i]
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num = chinese_char_to_number(c)
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if num >= 0:
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if num == 0:
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if number > 0 and unit[0] is not None:
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section += number * (unit[0] / 10)
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unit = [None, False]
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elif number > 0:
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raise ValueError(f"{chinese} has bad number '{chinese[i - 1]}{c}' at: {i}")
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number = num
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else:
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unit = chinese_to_money_unit(c)
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if unit[0] is None:
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raise ValueError(f"{chinese} has unknown unit '{c}' at: {i}")
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if unit[1]:
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section = (section + number) * unit[0]
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result += section
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section = 0
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else:
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unit_number = number
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if number == 0 and i == 0:
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unit_number = 1
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section += unit_number * unit[0]
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number = 0
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if number > 0 and unit[0] is not None:
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number *= unit[0] / 10
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return result + section + number
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def chinese_money_to_number(chinese_money_amount):
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if string_util.blank(chinese_money_amount):
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return None
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yi = chinese_money_amount.find("元")
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if yi == -1:
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yi = chinese_money_amount.find("圆")
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ji = chinese_money_amount.find("角")
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fi = chinese_money_amount.find("分")
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if yi == -1 and ji == -1 and fi == -1:
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raise ValueError(f"无法解析: {chinese_money_amount}")
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y_str = None
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if yi > 0:
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y_str = chinese_money_amount[0:yi]
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j_str = None
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if ji > 0:
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if yi >= 0:
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if ji > yi:
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j_str = chinese_money_amount[yi + 1:ji]
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else:
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j_str = chinese_money_amount[0:ji]
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f_str = None
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if fi > 0:
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if ji >= 0:
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if fi > ji:
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f_str = chinese_money_amount[ji + 1:fi]
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elif yi > 0:
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if fi > yi:
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f_str = chinese_money_amount[yi + 1:fi]
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else:
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f_str = chinese_money_amount[0: fi]
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y = 0
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j = 0
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f = 0
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if not string_util.blank(y_str):
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y = chinese_to_number(y_str)
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if not string_util.blank(j_str):
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j = chinese_to_number(j_str)
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if not string_util.blank(f_str):
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f = chinese_to_number(f_str)
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amount = y
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amount += j / 10
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amount += f / 100
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return round(amount, 2)
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# 将繁体字转换为简体字
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def traditional_to_simple_chinese(traditional_chinese):
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converter = OpenCC('t2s')
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return converter.convert(traditional_chinese)
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