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import datetime
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import math
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import socket
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import numpy as np
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from loguru import logger
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clientSocket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
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clientSocket.connect(('192.168.43.100', 4002))
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# # 发
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# sendData = input('>>')
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# clientSocket.send(sendData.encode('gbk'))
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# 收
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# jishi=0
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# while jishi<= 30:
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x = 0
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y = 0
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car_yaw = 0
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x_car = 0
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y_car = 0
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heading = 0
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east=0
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north=0
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beidou=0
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fang_xiang=0
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def zuo_biao():
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global car_yaw, x_car, y_car,east,north,beidou,fang_xiang
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while True:
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recvData = clientSocket.recv(1024)
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tcpdata = recvData.decode('gbk')
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# print(tcpdata)
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beidou = tcpdata.split(',')
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# print(beidou)
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# print(len(beidou))
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# KSXT = beidou[0]
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# if KSXT=='$KSXT':
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KSXT = beidou[0] # 帧头
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time0 = beidou[1] # 时间
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lon = beidou[2] # 经度
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lat = beidou[3] # 纬度
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height = beidou[4] # 海拔
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car_heading = beidou[5] # 方位角
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fang_xiang=beidou[5]
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car_heading = float(car_heading)
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car_heading = car_heading + 180
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if car_heading > 360:
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car_heading = car_heading - 360
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if 0 < car_heading <= 90:
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car_yaw = math.radians(90 - float(car_heading))
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car_yaw = round(car_yaw, 3)
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else:
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car_yaw = math.radians(450 - float(car_heading))
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car_yaw = round(car_yaw, 3)
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# print("car_yaw", car_yaw)
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# pitch = beidou[6] # 俯仰角
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# tracktrue = beidou[7] # 速度角
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# vel = beidou[8] # 水平速度
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# roll = beidou[9] # 横滚 空
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# pos_qual = beidou[10] # GNSS定位质量指示符0 = 定位不可用或无效 1 = 单点定位 2 = RTK 浮点解 3 = RTK 固定解
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# heading_qual = beidou[11] # GNSS定向质量指示符 0 = 定位不可用或无效 1 = 单点定位 2 = RTK 浮点解 3 = RTK 固定解
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# solnsvsh = beidou[12] # 前天线使用卫星数 前天线当前参与解算的卫星数量
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# solnsvsb = beidou[13] # 后天线使用卫星数 前天线当前参与解算的卫星数量
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east = beidou[14] # 东向位置坐标：以基站为原点的地理坐标系下的东向位置，单位：米，小数点后 3 位
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x_car = np.cos(car_yaw) * 2.3 + float(east)
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x_car = round(x_car, 3)
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# print('x',x_car)
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north = beidou[15] # 北向位置坐标：以基站为原点的地理坐标系下的北向位置，单位：米，小数点后 3 位
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y_car = -np.sin(car_yaw) * 2.3 + float(north)
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y_car = round(y_car, 3)
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shijian = datetime.datetime.now()
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# logger.add(
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# 'x,y记录%s-%s-%s,%s:%s.log' % (shijian.year, shijian.month, shijian.day, shijian.hour, shijian.minute))
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# logger.debug('北斗x {}，北斗y {},x_car{},y_car{},方位角{}，转换角{}', str(east), str(north), str(x_car),
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# str(y_car), str(beidou[5]), str(heading))
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# up = beidou[16] # 天向位置坐标：以基站为原点的地理坐标系下的天顶向位置，单位：米，小数点后 3 位
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# eastvel = beidou[17] # 东向速度：地理坐标系下的东向速度，小数点后 3位，单位：Km/h(如无为空)
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# northvel = beidou[18] # 北向速度：地理坐标系下的北向速度，小数点后 3位，单位：Km/h(如无为空)
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# uphvel = beidou[19] # 天向速度：地理坐标系下的天顶向速度，小数点后3 位，单位：Km/h(如无为空)
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# unknown = beidou[20]
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# check = beidou[21] # 异或校验（十六进制字符串，从帧头开始校验）
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# east = float(east)
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# north = float(north)
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# print('接收时间为:',datetime.datetime.now())
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# print('方位角：%s; 东向位置坐标：%s; 北向位置坐标：%s; ' % ( heading, east, north))
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# print('\n')
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# shijian=datetime.datetime.now()
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# file = open('1.txt', 'a')
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# file.write(str('方位角：%s; 东向位置坐标：%s; 北向位置坐标：%s; ' % (heading, east, north)))
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# file.write('\n')
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# jishi=jishi+1
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# time.sleep(0.05)
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# else:
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# print('未接收到定位消息，重新连接')
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# clientSocket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
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# clientSocket.connect(('192.168.43.100', 4002))
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# # clientSocket.close()
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# d = math.sqrt(pow((east - x), 2) + pow((north - y), 2))
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# if 0.2>=d >= 0.1:
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# print('大于', d)
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# print('\n')
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# file = open('1.txt', 'a')
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# file.write(str('方位角：%s; 东向位置坐标：%s; 北向位置坐标：%s;与上一点的距离为%s ' % (heading, x, y,d)))
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# file.write('\n')
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# x = east
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# y = north
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# print(x, y)
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# else:
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# print('不在范围', d)
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# print('\n')
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# if x==0 and y==0:
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# x = east
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# y = north
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# time.sleep(0.05)
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# zuo_biao()
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