直线轨迹脚本

 1 import json
 2 import time
 3 import random
 4 import requests
 5 from geopy import Point
 6 from geopy.distance import Geodesic
 7 from datetime import datetime, timedelta
 8 
 9 
10 def get_distance(point1, point2):
11     """根据经纬度获得两点之间的距离"""
12     return Geodesic.WGS84.Inverse(point1[0], point1[1], point2[0], point2[1])['s12']
13 
14 
15 def simulate_path(starting_point, finishing_point, move_distance):
16     """模拟一段路径"""
17     total_distance = get_distance(starting_point, finishing_point)
18     distance_covered = 0
19 
20     current_point = Point(starting_point)
21     path = [current_point]
22 
23     while distance_covered < total_distance:
24         inv = Geodesic.WGS84.Inverse(current_point[0], current_point[1], finishing_point[0], finishing_point[1])
25         bearing = inv['azi1']
26         new_point = Geodesic.WGS84.Direct(current_point[0], current_point[1], bearing, move_distance)
27         current_point = Point(new_point['lat2'], new_point['lon2'])
28         path.append(current_point)
29         distance_covered += move_distance
30 
31     path.append(Point(finishing_point))
32     return path
33 
34 
35 if __name__ == '__main__':
36     start_point = (31.38544, 121.71109)
37     end_point = (31.276376, 121.412926)
38     step = 100  # 每个点之间的距离（米）
39 
40     path = simulate_path(start_point, end_point, step)
41     now = datetime.now()  # 获取当前时间
42 
43     allowed_location_type = [0, 1, 2, 3, 4, 5, 6, 8, 9, 11]
44     url = "https://qa-b.51kuafu.com/tiger/kms/api/attendance/dailyPointTraceUpload"
45     token='eyJ0eXAiOiJKV1QiLCJhbGciOiJSUzI1NiJ9.eyJhdWQiOiIzIiwianRpIjoiNzk1OTFhYWExZjI2MTVjOWY1YjBlMDkwZmZkZGU3Y2Y0YWIyMDdhMDgyNmQzNDNjMjViNTAzMzJkMjFiZTZhNWNjNDMxM2NiZWE0Y2NkODYiLCJpYXQiOjE2ODM3MDY1MzgsIm5iZiI6MTY4MzcwNjUzOCwiZXhwIjoxNjg2Mjk4NTM4LCJzdWIiOiIyODMwIiwic2NvcGVzIjpbIioiXSwiaXAiOiI1OC4zNC4xNjMuMTY2IiwidXNlcl9pZCI6IjI4MzAiLCJ0eXBlIjoia21zIn0.KvjU9LdshcB2t-LBg032uDJ3yeH4yJB1IWsfW5CzOfz1SMhPmaP5No-wlZJ4wsVCZ1lP4OCC_0pdhqvgByKi8PU15-6q7ixgtHrziw9xDSh3MNcNvJGw6cgBl06M-WOTmwc8x6JvrPP8Bda9jthC8gjWcBhI2s0D5OlCwqty4QGDkl9Hkxfv0679jkfvuNOV0wEeYvgjhPZgLwN20nyPyrIB7z6Ks0_dI0JzdWq80lKwMBkT0DseCfCmOLbdNQhqLALKOd8jKLj0HH6mYv0VK1ch2dljvKR_JpOihTImASvLK-cVq_BZ5dVg6hJSpvTadO6Y7gjd58elQIt8CQW_jcPEVAaKBwl2YmqAJL9uPCKD1ZSx4BgbJG6Ltpf7NCyXMM9UTM1yWeb6iLgSCzoUVGDW-PpAW2VI0Fsxi0MEUxVMJTaOBBK8qEyD3IX1c0ioAuVB5fQ0B34gM5YUVZ8f3HYaPQ4Vlgw6KLokSGwLaurK3s5k_a7JQdjSUqg6-GgW-pxHvURkLOFARbEa48s5vySxec6bUtBy5jeIwD_kmm4ye_E7bNzngtAOyhg16luhxz5-t-kGYVMEcB--Kbo4cT-bNTCXIoaRzKGtVmel8jLsu8YYhLgwzP_sk338-1SYdi8WdvXxFJoddMIZ7QSDWh6QoZlr5l7ByUsdjIA9nFU'
46     headers = {
47         'version': '1.2.1',
48         'Content-Type': 'application/json',
49         'Authorization': 'Bearer ' + token
50     }
51     payload = {
52         "tracePoints": []
53     }
54 
55     # 打印路径上的经纬度
56     for point in path:
57         tracePoints_data = {
58                 "gpsSwitch": 1,
59                 "wifiSwitch": 1,
60                 "cellularNetworkSwitch": 0,
61                 "dumpEnergy": 13,
62                 "longitude": str(round(point.longitude, 6)),
63                 "latitude":  str(round(point.latitude, 6)),
64                 "tracePointTime": now.strftime('%Y-%m-%d %H:%M:%S'),
65                 "deviceModel": "RMX3372",
66                 "deviceSystem": "Android 13",
67                 "deviceSerialNumber": "6094f9b4b180deb76cc2bf9498613ab1644e94ef",
68                 "extra": {
69                     "time": 1683683139015,
70                     "speed": 0,
71                     "offset": True,
72                     "heading": 0,
73                     "version": "1.4.1",
74                     "accuracy": random.uniform(1, 100),
75                     "altitude": 0,
76                     "latitude": round(point.latitude, 6),
77                     "provider": "lbs",
78                     "coordType": "GCJ02",
79                     "errorCode": 0,
80                     "errorInfo": "success",
81                     "is_mocked": False,
82                     "longitude": round(point.longitude, 6),
83                     "locationType": random.choice(allowed_location_type),
84                     "locationDetail": "#id:SbWpoaWxwc29oZmRkY2k3Nzg4ZTloZGQ2MmVlZjNkLA==#csid:a42807ea334b4735bc03eb1f911b8ea2#pm111111",
85                     "speed_accuracy": 0,
86                     "isFixLastLocation": False
87                 }
88             }
89         payload['tracePoints'].append(tracePoints_data)
90         now += timedelta(seconds=random.randint(1, 60))  # 随机增加30秒
91     # print(payload)
92     response = requests.request("POST", url, headers=headers, data=json.dumps(payload))
93     print(response.json())

高德模拟行进轨迹脚本

  1 import json
  2 import time
  3 import random
  4 import requests
  5 from geopy import Point
  6 from geopy.distance import Geodesic
  7 from datetime import datetime, timedelta
  8 
  9 
 10 def find_route(api_key, origin, destination, mode="driving"):
 11     """获取路径规划"""
 12     url = "https://restapi.amap.com/v3/direction/{mode}".format(mode=mode)
 13     params = {
 14         "key": api_key,
 15         "origin": origin,
 16         "destination": destination,
 17         "output": "json"
 18     }
 19 
 20     response = requests.get(url, params=params)
 21     data = response.json()
 22     # print(data)
 23     return data
 24 
 25 
 26 def extract_route_coordinates(route_data):
 27     coordinates = []
 28 
 29     if "route" in route_data and "paths" in route_data["route"]:
 30         for path in route_data["route"]["paths"]:
 31             if "steps" in path:
 32                 for step in path["steps"]:
 33                     if "polyline" in step:
 34                         polyline = step["polyline"]
 35                         coords = polyline.split(";")
 36                         for coord in coords:
 37                             lng, lat = coord.split(",")
 38                             coordinates.append((float(lng), float(lat)))
 39     return coordinates
 40 
 41 
 42 if __name__ == "__main__":
 43     api_key = "01b1f9293f48232c84d845207ade02ce"
 44     origin = "121.81499,31.15708"  # 经纬度格式 lon，lat（经度，纬度）
 45     destination = "121.25340,31.01064"
 46     mode = "driving"  # 可选值：driving（驾车）、walking（步行）、bicycling（骑行）、transit（公交）
 47     route_data = find_route(api_key, origin, destination, mode)
 48     route_coordinates = extract_route_coordinates(route_data)
 49     # print(route_coordinates)
 50 
 51     now = datetime.now()  # 获取当前时间
 52     allowed_location_type = [1, 2, 4, 5, 6, 8, 9, 11]
 53 
 54     url = "https://qa-b.51kuafu.com/tiger/kms/api/attendance/dailyPointTraceUpload"
 55     token='eyJ0eXAiOiJKV1QiLCJhbGciOiJSUzI1NiJ9.eyJhdWQiOiIzIiwianRpIjoiYmJjOWFlMjhlYmE5MGFkMWRmOTcwMDM1YWYwNjlkMjczNjA4OGJiMDU1MzgzNWY1NTY1YjM5NzI4ZmUyOTk4OTEyYmYzNzJhNTUwOTAxNjMiLCJpYXQiOjE2ODM4NzMzNDMsIm5iZiI6MTY4Mzg3MzM0MywiZXhwIjoxNjg2NDY1MzQzLCJzdWIiOiI2NyIsInNjb3BlcyI6WyIqIl0sImlwIjoiNTguMzQuMTYzLjE2NiIsInVzZXJfaWQiOiI2NyIsInR5cGUiOiJrbXMifQ.QkFKC0R1qKvFemfxflvsfu6GSZF6uho8lqUFsg7DVNhqCoSLg3a9FkreNDuCCMh6u9PzCxZ9nsQjCno_alM7wf1KVBvmfxJOGW-ag4-fB32rbd7IadECyKhzpnUepafYPU80ScQt9UwgluexSAjgbGjXZv__iIrb59YtiGyv_gStunvy5shFdDU--rkG41rA2Fp3yMVeB6JM-2-f_N387TfNf-ZcLMePxrdjjU1gF5PRHLnZJOOKqzXOmyiNxy9S4zNlBgx6wOiFn9tIMv6grtQae-YW3-skHi0fX4NZuJpPOX7OyYo--5-Ks3p0LJqz1sXV6V-wwgcXnRx1Xo8Um0TltQwcxJKYK3IpZbUWgeMRG6owX79ydVdHJNBaYzWzRS_bq7FQ1UWo2Ppw-Gi_gbIuAgS3kvLuFurA0yggWPSDfCCyFvgTPqBPve8ukWBGozXMawSz-FnBS0DuGep99mH8etazOh5JUFVAesRb69-wUCnLM7Axce5sZbzv7sx_js_ugHv0jBzgITOHuWqFkOxKCVJfPf5e1AR6WHZEFPjlDHOMTT2Iy7GWepgFGXahyWU7o0gOLH2zPSO5BR0hUCGeosuUf4q4moRmadaMOjpk_hAGnMCSJu3sTWb9ADianJ6YJX76fbvHNu3VZz3sxXqWewp7wevRfjoxjPcwD_E'
 56     headers = {
 57         'version': '1.2.1',
 58         'Content-Type': 'application/json',
 59         'Authorization': 'Bearer ' + token
 60     }
 61     payload = {
 62         "tracePoints": []
 63     }
 64 
 65     # 打印路径上的经纬度
 66     for point in route_coordinates:
 67         # print(point)
 68         tracePoints_data = {
 69             "gpsSwitch": 1,
 70             "wifiSwitch": 1,
 71             "cellularNetworkSwitch": 0,
 72             "dumpEnergy": 13,
 73             "longitude": str(round(point[0], 6)),
 74             "latitude": str(round(point[1], 6)),
 75             "tracePointTime": now.strftime('%Y-%m-%d %H:%M:%S'),
 76             "deviceModel": "RMX3372",
 77             "deviceSystem": "Android 13",
 78             "deviceSerialNumber": "6094f9b4b180deb76cc2bf9498613ab1644e94ef",
 79             "extra": {
 80                 "time": 1683683139015,
 81                 "speed": 0,
 82                 "offset": True,
 83                 "heading": 0,
 84                 "version": "1.4.1",
 85                 "accuracy": random.uniform(1, 50),
 86                 "altitude": 0,
 87                 "latitude": str(round(point[1], 6)),
 88                 "provider": "lbs",
 89                 "coordType": "GCJ02",
 90                 "errorCode": 0,
 91                 "errorInfo": "success",
 92                 "is_mocked": False,
 93                 "longitude": str(round(point[0], 6)),
 94                 "locationType": random.choice(allowed_location_type),
 95                 "locationDetail": "#id:SbWpoaWxwc29oZmRkY2k3Nzg4ZTloZGQ2MmVlZjNkLA==#csid:a42807ea334b4735bc03eb1f911b8ea2#pm111111",
 96                 "speed_accuracy": 0,
 97                 "isFixLastLocation": False
 98             }
 99         }
100         # print(tracePoints_data)
101         payload['tracePoints'].append(tracePoints_data)
102         now += timedelta(seconds=random.randint(30, 90))  # 随机增加30秒
103     print(payload)
104     response = requests.request("POST", url, headers=headers, data=json.dumps(payload))
105     print(response.json())