百度地图怎么输入经纬度查看地点

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1、首先打开百度首页,点击上方的导航菜单【地图】选项卡。

2、接着在打开的百度地图页面,点击下面的【地图开放平台】链接。

3、在百度地图开放平台页面,往下拉,找到开发文档》工具支持》坐标拾取器。

4、打开百度地图拾取坐标系统,在地图上移动鼠标就可以看到经纬度显示了。

5、在地图上你要找的位置单击鼠标左键,该点的经纬度就会自动填充到右上角的【当前坐标点如下:】文本框中,点击复制就可以在别处引用了。

6、知道了经纬度要查询地点,可以在【百度一下】搜索框后面勾选【坐标反查】,在搜索框中输入经纬度,然后点击【百度一下】按钮,即可以查看到地点。

扩展资料:

1、百度地图是为用户提供包括智能路线规划、智能导航(驾车、步行、骑行)、实时路况等出行相关服务的平台,百度地图秉持“科技让出行更简单”的品牌愿景,以"服务用户出行"为使命,以"科技"为手段不断探索创新。 

2、百度地图实时路况覆盖全国主干道,拥堵准确率高达99%,实现秒级更新拥堵状况;路况预测功能,查看未来1小时内路况帮你“还原”未来;实景路况功能使路况呈现更直观,路况一看即知;实时上报可支持实时拥堵情况、交通事件等上报,反馈结果第一时间呈现于地图,让用户共享出行信息。 

3、百度地图室内图目前已覆盖全国4000多个大型购物中心  、机场及医院等场馆;可分楼层分品类精细展现大型建筑内部的位置信息帮助用户快捷寻找,利用室内定位进行路线规划,指引用户达目的地,全景地图目前覆盖600余座城市的街道全景及上万个目的地的内部环境全景。

参考资料:百度百科-百度地图

参考技术A

1、打开百度地图拾取坐标系统,网址如下:

http://api.map.baidu.com/lbsapi/getpoint/index.html

2、然后在搜索框内输入要查询的坐标,格式为经度,纬度,勾选坐标反查,点击百度一下。

经纬度是经度与纬度的合称组成一个坐标系统。称为地理坐标系统,它是一种利用三度空间的球面来定义地球上的空间的球面坐标系统,能够标示地球上的任何一个位置。

纬线和经线一样是人类为度量方便而假设出来的辅助线,定义为地球表面某点随地球自转所形成的轨迹。任何一根纬线都是圆形而且两两平行。纬线的长度是赤道的周长乘以纬线的纬度的余弦,所以赤道最长,离赤道越远的纬线,周长越短,到了两极就缩为0。从赤道向北和向南,各分90°,称为北纬和南纬,分别用"N"和"S"表示。

参考技术B 回答

、点击百度地图的官网,进入百度地图的界面。

2、点击地图下方的“地图开放平台”。

3、在地图开放平台里,下滑页面到底端。点击“坐标拾取器”。

4、这时移动鼠标在地图上的任一点,都会显示该点的坐标。

5、点击地图上的某一点,地图右上方会出现该点的坐标,点击“复制”按钮即可复制该地点坐标。

参考技术C

打开百度地图拾取坐标系统,网址如下:

http://api.map.baidu.com/lbsapi/getpoint/index.html

如图:

然后在搜索框内输入要查询的坐标,格式为经度,纬度,如116.40,39.92

勾选坐标反查,点击百度一下,具体如图:


也可以通过点击图上的位置来查看坐标。

参考技术D

打开百度地图拾取坐标系统,网址如下:

http://api.map.baidu.com/lbsapi/getpoint/index.html

如图:

然后在搜索框内输入要查询的坐标,格式为经度,纬度,如116.40,39.92

爬虫——python——百度地图经纬度查询——经纬度查看地点地名——利用百度API获取地名经纬度——爬取所有的中国地址

  

 

 

 

import requests
address = \'40.8587960,86.866991\'
url = \'http://api.map.baidu.com/geocoder?output=json&key=f247cdb592eb43ebac6ccd27f796e2d2&location=\' + str(address)
response = requests.get(url)
answer = response.json()
print(\'得到反解数据\', answer)
使用python爬虫

 

 

 

 

 1 import requests
 2 address = \'40.8587960,86.866991\'
 3 url = \'http://api.map.baidu.com/geocoder?output=json&key=f247cdb592eb43ebac6ccd27f796e2d2&location=\' + str(address)
 4 response = requests.get(url)
 5 answer = response.json()
 6 print(\'得到反解数据\', answer)
 7 lng = answer[\'result\'][\'location\'][\'lng\']
 8 lat = answer[\'result\'][\'location\'][\'lat\']
 9 formatted_address = answer[\'result\'][\'formatted_address\']
10 business = answer[\'result\'][\'business\']
11 city = answer[\'result\'][\'addressComponent\'][\'city\']
12 direction = answer[\'result\'][\'addressComponent\'][\'city\']
13 distance = answer[\'result\'][\'addressComponent\'][\'direction\']
14 district = answer[\'result\'][\'addressComponent\'][\'district\']
15 province = answer[\'result\'][\'addressComponent\'][\'province\']
16 street = answer[\'result\'][\'addressComponent\'][\'street\']
17 street_number = answer[\'result\'][\'addressComponent\'][\'street_number\']
18 cityCode = answer[\'result\'][\'cityCode\']
19 s = str(lng) + \'|\' + str(lat)+ \'|\'  + str(formatted_address) + \'|\' + str(business) + \'|\'+ str(city) + \'|\'+ str(direction) + \'|\'+ str(distance) + \'|\'+ str(district) + \'|\'+ str(province) + \'|\'+ str(street) + \'|\'+ str(street_number) + \'|\'+ str(cityCode)
20 print(s)
解析数据

 

 

 

 

 

 

 http://api.map.baidu.com/lbsapi/getpoint/index.html

 

 1 #鸡头1
 2 #129.000000,54.000000 #锚点(鸡头)
 3 #115.000000,54.0000000
 4 #115.000000,42.0000000  #北京
 5 #129.000000,42.000000 #沈阳
 6 #[\'54.0000000\', \'42.000000\', \'129.000000\', \'115.000000\'],#鸡头1
 7 
 8 #鸡头2
 9 #129.000000,42.000000 #沈阳
10 #135.200000,42.000000
11 #129.000000,50.000000
12 #135.200000,50.000000
13    #[\'50.000000\',\'42.000000\',\'135.000000\',\'129.000000\'],#鸡头2
14 #鸡头补充
15 #115.000000,42.0000000  #北京
16 #105.0000000,42.000000  #锚点(银川上面)
17 #105.0000000,45.500000 #乌兰巴托
18 #115.000000,45.500000
19 #[\'45.500000\', \'42.000000\', \'115.000000\', \'105.000000\'],#鸡头补充
20 
21 #鸡屁股上补充
22 #105.0000000,42.000000  #锚点(银川上面)
23 #91.500000,45.500000  #乌鲁木齐
24 #105.0000000,45.500000  #乌兰巴托
25 #91.500000,42.000000 #锚点(鸡屁股)
26 #[\'45.500000\', \'42.000000\', \'105.0000000\', \'91.500000\'],#鸡屁股上补充
27 #鸡屁股上
28 #91.500000,42.000000 #锚点(鸡屁股)
29 #79.800000,42.000000 #啊拉木图
30 #79.800000,49.200000
31 #91.500000,49.200000
32 #[\'49.200000\', \'42.000000\', \'91.500000\', \'79.800000\'],#鸡屁股上
33 #鸡屁股下
34 #79.800000,42.000000 #啊拉木图
35 #79.800000,30.0000000 #巴雷利
36 #73.400000,42.000000
37 #73.400000,30.000000
38 #[\'42.000000\', \'30.000000\', \'79.800000\', \'73.400000\'],#鸡屁股下
39 #鸡下补充
40 #79.800000,30.0000000 #巴雷利
41 #97.300000,30.000000  #拉萨昌都(锚点)
42 #97.300000,26.800000
43 #79.800000,26.800000
44 #[\'42.000000\', \'30.000000\', \'97.300000\', \'79.800000\'],#鸡下补充
45 #鸡下
46 #97.300000,30.000000 #拉萨昌都(锚点)
47 #105.000000,30.000000 #(成都重庆贵阳)
48 #105.000000,21.000000 #河内
49 #97.300000,21.000000 #曼德勒
50 #[\'30.000000\', \'21.000000\', \'105.000000\', \'97.300000\'],#鸡下
51 
52 
53 #鸡胸
54 #105.0000000,42.000000  #锚点(银川上面)
55 #105.0000000,21.000000 #河内
56 #129.000000,42.000000 #沈阳
57 #129.000000,21.000000 #台北(海)
58 #[\'42.000000\', \'21.000000\', \'129.000000\', \'105.000000\'],#鸡胸
59 
60 #鸡身
61 #105.000000,42.000000  #锚点(银川上面)
62 #79.800000,42.000000  #啊拉木图
63 #79.800000,30.000000 #巴雷利
64 #105.000000,30.000000  #(成都重庆贵阳)
65 #[\'42.000000\', \'30.000000\', \'105.000000\', \'79.800000\'],#鸡身
66 #鸡脚 (南海)
67 #105.000000,21.000000 #河内
68 #129.000000,21.000000 #台北(海)
69 #105.0000000,3.000000 #新加坡
70 #129.000000,3.000000 #海(苏拉威西海)
71 #[\'21.000000\', \'3.000000\', \'129.000000\', \'105.000000\'],
经纬度分析

 

 

 

 

 1 import requests
 2 from decimal import Decimal
 3 def obtain(address):
 4     url = \'http://api.map.baidu.com/geocoder?output=json&key=f247cdb592eb43ebac6ccd27f796e2d2&location=\' + str(address)
 5     response = requests.get(url)
 6     answer = response.json()
 7     print(\'得到反解数据\', answer)
 8     lng = answer[\'result\'][\'location\'][\'lng\']
 9     lat = answer[\'result\'][\'location\'][\'lat\']
10     formatted_address = answer[\'result\'][\'formatted_address\']
11     business = answer[\'result\'][\'business\']
12     city = answer[\'result\'][\'addressComponent\'][\'city\']
13     direction = answer[\'result\'][\'addressComponent\'][\'city\']
14     distance = answer[\'result\'][\'addressComponent\'][\'direction\']
15     district = answer[\'result\'][\'addressComponent\'][\'district\']
16     province = answer[\'result\'][\'addressComponent\'][\'province\']
17     street = answer[\'result\'][\'addressComponent\'][\'street\']
18     street_number = answer[\'result\'][\'addressComponent\'][\'street_number\']
19     cityCode = answer[\'result\'][\'cityCode\']
20     s = str(\'%6f\' % lng) + \'|\' + str(\'%6f\' % lat) + \'|\' + str(formatted_address) + \'|\' + str(business) + \'|\' + str(
21         city) + \'|\' + str(direction) + \'|\' + str(distance) + \'|\' + str(district) + \'|\' + str(province) + \'|\' + str(
22         street) + \'|\' + str(street_number) + \'|\' + str(cityCode)
23     print(s)
24 
25 def longitude(slon,precision,elon,slat):
26     while slon >= elon:
27         address = \'%s,%s\' % (slon,slat)  # 请求用的,经度,纬度,
28         obtain(address)#传入经度,纬度,获取地址地名
29         slon -= precision
30 
31 #[\'42.000000\', \'30.000000\', \'105.000000\', \'79.800000\'],  # 鸡身
32 slon = Decimal(\'42.000000\')#经度longitude开始
33 elon = Decimal(\'30.000000\')#经度结束
34 slat=Decimal(\'105.000000\')# 纬度latitude开始
35 elat=Decimal(\'79.800000\')#纬度结束
36 precision = Decimal(\'5.0001000\')#精度 0.0001000==1000米
37 while slat>=elat:
38     slat -= precision
39     longitude(slon,precision,elon,slat)
根据精度获取多个地名

 

 

 

 

 1 import requests
 2 from decimal import Decimal
 3 def obtain(address):
 4     url = \'http://api.map.baidu.com/geocoder?output=json&key=f247cdb592eb43ebac6ccd27f796e2d2&location=\' + str(address)
 5     response = requests.get(url)
 6     answer = response.json()
 7     print(\'得到反解数据\', answer)
 8     lng = answer[\'result\'][\'location\'][\'lng\']
 9     lat = answer[\'result\'][\'location\'][\'lat\']
10     formatted_address = answer[\'result\'][\'formatted_address\']
11     business = answer[\'result\'][\'business\']
12     city = answer[\'result\'][\'addressComponent\'][\'city\']
13     direction = answer[\'result\'][\'addressComponent\'][\'city\']
14     distance = answer[\'result\'][\'addressComponent\'][\'direction\']
15     district = answer[\'result\'][\'addressComponent\'][\'district\']
16     province = answer[\'result\'][\'addressComponent\'][\'province\']
17     street = answer[\'result\'][\'addressComponent\'][\'street\']
18     street_number = answer[\'result\'][\'addressComponent\'][\'street_number\']
19     cityCode = answer[\'result\'][\'cityCode\']
20     s = str(\'%6f\' % lng) + \'|\' + str(\'%6f\' % lat) + \'|\' + str(formatted_address) + \'|\' + str(business) + \'|\' + str(
21         city) + \'|\' + str(direction) + \'|\' + str(distance) + \'|\' + str(district) + \'|\' + str(province) + \'|\' + str(
22         street) + \'|\' + str(street_number) + \'|\' + str(cityCode)
23     print(s)
24 
25 def longitude(slon,precision,elon,slat):
26     while slon >= elon:
27         address = \'%s,%s\' % (slon,slat)  # 请求用的,经度,纬度,
28         obtain(address)#传入经度,纬度,获取地址地名
29         slon -= precision
30 
31 LogLatList=[
32     [\'42.000000\', \'30.000000\', \'105.000000\', \'79.800000\'],  # 鸡身
33     [\'42.000000\', \'21.000000\', \'129.000000\', \'105.000000\'],  # 鸡胸
34     [\'50.000000\', \'42.000000\', \'135.000000\',\'129.000000\'],  #鸡头2
35     [\'54.000000\', \'42.000000\', \'129.000000\', \'115.000000\'],  #鸡头1
36     [\'45.500000\', \'42.000000\', \'115.000000\', \'105.000000\'],  #鸡头补充
37     [\'49.200000\', \'42.000000\', \'91.500000\', \'79.800000\'],  # 鸡屁股上
38     [\'42.000000\', \'30.000000\', \'79.800000\', \'73.400000\'],  # 鸡屁股下
39     [\'45.500000\', \'42.000000\', \'105.000000\', \'91.500000\'],  #鸡屁股上补充
40     [\'30.000000\', \'21.000000\', \'105.000000\', \'97.300000\'],  # 鸡下
41     [\'42.000000\', \'30.000000\', \'97.300000\', \'79.800000\'],  #鸡下补充
42     [\'21.000000\', \'3.000000\', \'129.000000\', \'105.000000\'],  # 鸡脚 (南海)
43    ]
44 precision = Decimal(\'10.0001000\')  # 精度 0.0001000==1000米
45 for single_list in LogLatList:
46     slons,elons,slats,elats=single_list
47     #[\'42.000000\', \'30.000000\', \'105.000000\', \'79.800000\'],  # 鸡身
48     slon = Decimal(slons)#经度longitude开始
49     elon = Decimal(elons)#经度结束
50     slat=Decimal(slats)# 纬度latitude开始
51     elat=Decimal(elats)#纬度结束
52 
53     while slat>=elat:
54         slat -= precision
55         longitude(slon,precision,elon,slat)
批量获取数据

 

 

 

 1 import requests
 2 from decimal import Decimal
 3 import threading , time
 4 def obtain(address):
 5     url = \'http://api.map.baidu.com/geocoder?output=json&key=f247cdb592eb43ebac6ccd27f796e2d2&location=\' + str(address)
 6     response = requests.get(url)
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