250 lines
10 KiB
Python
Executable File
250 lines
10 KiB
Python
Executable File
#!/usr/bin/env python3
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import cv2
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from flask import Flask, request
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import os
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import argparse
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import numpy as np
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import qr_detection
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from PIL import Image
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from dot_detection import dots_angle_measure_dl_sr, dots_angle_measure_tr_sr
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from thirdTool import qr_box_detect
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from common import cropped_image
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from qr_verify_Tool.qr_orb import ORB_detect, roi_siml
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import json
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from qr_verify_Tool.affinity import roi_affinity_siml
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from qr_verify_Tool.roi_img_process import *
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from qr_verify_Tool.models import *
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from utils import get_model
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app = Flask(__name__)
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# os.environ["CUDA_DEVICE_ORDER"] = "PCI_BUS_ID"
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# os.environ["CUDA_VISIBLE_DEVICES"] = "0"
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from matplotlib.ticker import NullLocator
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device = os.environ.get("CUDA_DEVICE", "cpu")
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qr_box_detect_now = qr_box_detect.QR_Box_detect(model_path=get_model('qr_cloud_detect_20230928.pt'), device=device)
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qr_roi_detect_now = qr_box_detect.QR_Box_detect(model_path=get_model('qr_roi_cloud_detect_20230928.pt'), device=device)
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from thirdTool import qrsrgan
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dot_realesrgan = qrsrgan.RealsrGan(model_path=get_model('net_g_2000.pth'), device=device)
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roi_generator = GeneratorUNet()
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roi_generator.load_state_dict(torch.load(get_model("roi_net_g_20240306.pth"), map_location=torch.device('cpu')))
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@app.route('/upload', methods=['POST', 'GET'])
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def upload():
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f = request.files.get('file')
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upload_path = os.path.join("tmp/tmp." + f.filename.split(".")[-1])
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# secure_filename(f.filename)) #注意：没有的文件夹一定要先创建，不然会提示没有该路径
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f.save(upload_path)
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return upload_path
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'''
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#用于防伪图签特征对比
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入参：std_file---备案特征采集区域文件(输入原始roi带黑框图像)
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ter_file---终端特征采集文件(输入仿射扭正后1/4的左上角图像)
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threshold---图像对比阈值
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返回：
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{"comparison_result": 对比结果,'similarity_value':相似度值, "status":'对比方法调用状态'}
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'''
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@app.route('/qr_roi_cloud_comparison', methods=['POST', 'GET'])
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def qr_roi_cloud_comparison():
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def do_api():
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'''
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#获取图片url,此处的url为request参数
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'''
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std_file = request.files.get('std_file') #备案特征采集区域文件
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ter_file = request.files.get('ter_file') #终端特征采集文件
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threshold = float(request.form.get('threshold')) #对比阈值
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std_roi_img = Image.open(std_file)
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ter_img = Image.open(ter_file)
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'''备案特征区域数据处理'''
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std_roi_im_fix = roi_img_processing(std_roi_img)
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#提取特征提取区域
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ter_roi_points, qr_roi_conf = qr_roi_detect_now(ter_img)
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ter_roi_img = cropped_image(ter_img,ter_roi_points,shift=-3,size=1)
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# 图像还原计算
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ter_roi_im_re = roi_generator(ter_roi_img)
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# roi特征区域处理
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ter_roi_im_re_fix = roi_img_processing(ter_roi_im_re)
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if ter_roi_im_re_fix is None:
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return {"comparison_result": None, 'similarity_value': None, "status": 'False', "reason": "cannot find roi region after enhancing"}
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similarity = roi_affinity_siml(ter_roi_im_re_fix,std_roi_im_fix)
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comparison_result = "pass" if similarity > threshold else "failed"
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return {"comparison_result": comparison_result,'similarity_value':similarity, "status":'OK'}
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try:
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return {"data": do_api()}
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except Exception as e:
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return {"error": str(e)}
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'''
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网点角度顶部位置检测
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'''
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@app.route('/dot_detection_top', methods=['POST', 'GET'])
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def dot_detection_top():
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def do_api():
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image_file = request.files.get('file')
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threshold = request.form.get('threshold')
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angle = request.form.get('angle')
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img = Image.open(image_file)
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points, conf = qr_box_detect_now(img)
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def angle_ok(a):
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if a is None:
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return False
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return abs(a - float(angle)) <= float(threshold)
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if points is None :
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raise Exception("Qr_Decode error")
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else:
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rotation_region = qr_detection.rotation_region_crop(img, points)
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img_ = qr_detection.rotation_waffine(Image.fromarray(rotation_region), img)
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img_ = np.array(img_)
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x1_1 = int(points[0, 0] * 1)
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y1_1 = int(points[0, 1] * 1 - (points[1, 1] * 1 - points[0, 1] * 1) * (0.25))
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if y1_1 < 0:
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y1_1 = int(points[0, 1] * 1 - (points[1, 1] * 1 - points[0, 1] * 1) * (0.20))
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if y1_1 < 0:
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y1_1 = int(points[0, 1] * 1 - (points[1, 1] * 1 - points[0, 1] * 1) * (0.18))
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if y1_1 < 0:
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y1_1 = int(points[0, 1] * 1 - (points[1, 1] * 1 - points[0, 1] * 1) * (0.15))
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if y1_1 < 0:
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y1_1 = int(points[0, 1] * 1 - (points[1, 1] * 1 - points[0, 1] * 1) * (0.14))
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if y1_1 < 0:
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y1_1 = int(points[0, 1] * 1 - (points[1, 1] * 1 - points[0, 1] * 1) * (0.13))
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if y1_1 < 0:
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y1_1 = int(points[0, 1] * 1 - (points[1, 1] * 1 - points[0, 1] * 1) * (0.12))
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if y1_1 < 0:
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y1_1 = int(points[0, 1] * 1 - (points[1, 1] * 1 - points[0, 1] * 1) * (0.11))
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if y1_1 >= 0:
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x1_2 = int(x1_1 + (points[1, 0] * 1 - points[0, 0] * 1) * 0.5)
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y1_2 = int(y1_1 + (points[1, 1] * 1 - points[0, 1] * 1) * 0.1)
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else:
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return {"status":"False", "reason": "coordinate invalid"}
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dots_region_top = img_[y1_1:y1_2, x1_1:x1_2]
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# 采用传统插值方式实现图像增强，进行网线角度检测
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tr_sr_lines_arctan, _ = dots_angle_measure_tr_sr(dots_region_top, save_dots=False,
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res_code=None)
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if angle_ok(tr_sr_lines_arctan):
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return {"dot_angle": tr_sr_lines_arctan, "method": "tr_sr", "status": "OK"}
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#采用模型生成实现图像增强，进行网线角度检测
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dl_sr_lines_arctan, _ = dots_angle_measure_dl_sr(dots_region_top, dot_realesrgan, save_dots=False,
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res_code=None)
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if dl_sr_lines_arctan is not None:
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if angle_ok(dl_sr_lines_arctan):
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return {"dot_angle": dl_sr_lines_arctan, "method": "dl_sr","status": "OK"}
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else:
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reason = f"Angle {dl_sr_lines_arctan} not within threshold {threshold} from reference angle {angle}"
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return {"dot_angle": dl_sr_lines_arctan, "method": "dl_sr","status": "False", "reason": reason}
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return {"status": "False", "reason": "Failed to find dot angle"}
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try:
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return {"data": do_api()}
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except Exception as e:
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return {"error": str(e)}
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'''
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网点角度底部位置检测
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'''
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@app.route('/dot_detection_bottom', methods=['POST', 'GET'])
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def dot_detection_bottom():
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def do_api():
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image_file = request.files.get('file')
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threshold = request.form.get('threshold')
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angle = request.form.get('angle')
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img = Image.open(image_file)
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points, conf = qr_box_detect_now(img)
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def angle_ok(a):
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if a is None:
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return False
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return abs(a - float(angle)) <= float(threshold)
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if points is None :
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raise Exception("Qr_Decode error")
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else:
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rotation_region = qr_detection.rotation_region_crop(img, points)
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img_ = qr_detection.rotation_waffine(Image.fromarray(rotation_region), img)
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img_ = np.array(img_)
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x2_2 = int(points[1, 0] * 0.8)
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y2_2 = int(points[1, 1] * 1 + (points[1, 1] * 1 - points[0, 1] * 1) * (0.25))
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max_y2 = img_.shape[0]
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if y2_2 > max_y2:
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y2_2 = int(points[1, 1] * 1 + (points[1, 1] * 1 - points[0, 1] * 1) * (0.20))
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if y2_2 > max_y2:
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y2_2 = int(points[1, 1] * 1 + (points[1, 1] * 1 - points[0, 1] * 1) * (0.18))
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if y2_2 > max_y2:
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y2_2 = int(points[1, 1] * 1 + (points[1, 1] * 1 - points[0, 1] * 1) * (0.15))
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if y2_2 > max_y2:
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y2_2 = int(points[1, 1] * 1 + (points[1, 1] * 1 - points[0, 1] * 1) * (0.14))
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if y2_2 > max_y2:
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y2_2 = int(points[1, 1] * 1 + (points[1, 1] * 1 - points[0, 1] * 1) * (0.13))
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if y2_2 > max_y2:
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y2_2 = int(points[1, 1] * 1 + (points[1, 1] * 1 - points[0, 1] * 1) * (0.12))
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if y2_2 > max_y2:
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y2_2 = int(points[1, 1] * 1 + (points[1, 1] * 1 - points[0, 1] * 1) * (0.11))
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if y2_2 <= max_y2:
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x2_1 = int(x2_2 - (points[1, 0] * 1 - points[0, 0] * 1) * 0.5)
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y2_1 = int(y2_2 - (points[1, 1] * 1 - points[0, 1] * 1) * 0.1)
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else:
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return {"status": "False", "reason": "coordinate invalid"}
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dots_region_bottom = img_[y2_1:y2_2, x2_1:x2_2]
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# 采用传统插值方式实现图像增强，进行网线角度检测
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tr_sr_lines_arctan, _ = dots_angle_measure_tr_sr(dots_region_bottom, save_dots=False,
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res_code=None)
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if angle_ok(tr_sr_lines_arctan):
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return {"dot_angle": tr_sr_lines_arctan, "method": "tr_sr", "status": "OK"}
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#采用模型生成实现图像增强，进行网线角度检测
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dl_sr_lines_arctan, _ = dots_angle_measure_dl_sr(dots_region_bottom, dot_realesrgan, save_dots=False,
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res_code=None)
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if dl_sr_lines_arctan is not None:
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if angle_ok(dl_sr_lines_arctan):
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return {"dot_angle": dl_sr_lines_arctan, "method": "dl_sr","status": "OK"}
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else:
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reason = f"Angle {dl_sr_lines_arctan} not within threshold {threshold} from reference angle {angle}"
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return {"dot_angle": dl_sr_lines_arctan, "method": "dl_sr","status": "False", "reason": reason}
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return {"status": "False", "reason": "Failed to find dot angle"}
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try:
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return {"data": do_api()}
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except Exception as e:
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return {"error": str(e)}
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@app.route('/', methods=['GET'])
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def index():
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return 'emblem detection api'
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def parse_args():
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parser = argparse.ArgumentParser()
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parser.add_argument("--host", "-l", default="0.0.0.0")
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parser.add_argument("--port", "-p", type=int, default=6006)
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return parser.parse_args()
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if __name__ == '__main__':
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args = parse_args()
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print("starting detection server on %s:%d" % (args.host, args.port))
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app.run(host=args.host, port=args.port, debug=True)
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