修改了角度为小数的时候，报错的bug

lib/socket/service/MessageSimulaterService.py

@@ -512,20 +512,20 @@ class MessageSimulaterService():
         self.travelStatus = 0
         self.serviceStatus = 0
 
- ###########################################################
+    ###########################################################
     #获取方向角
     ###########################################################
     def getDirAngle(self):
         dire = self.directAngle
         if self.travelDirection == 0:
             if self.gpsLineIndex == 0:
-                return self.directAngle
+                return int(self.directAngle)
             lngCut = (float(self.gpsLine[self.gpsLineIndex]["lng"]) - float(self.gpsLine[self.gpsLineIndex - 1]["lng"])) * 1000000
             latCut = (float(self.gpsLine[self.gpsLineIndex]["lat"]) - float(self.gpsLine[self.gpsLineIndex - 1]["lat"])) * 1000000
             if latCut == 0:   #除数维度不能为0
                 latCut = 1
             if lngCut == 0 or latCut == 0:
-                return self.directAngle
+                return int(self.directAngle)
             val = lngCut / latCut
             dire = math.atan2(1, val) * 180 / math.pi
             if lngCut > 0 and latCut > 0:
@@ -539,13 +539,13 @@ class MessageSimulaterService():
             self.directAngle = dire
         elif self.travelDirection == 1:
             if self.gpsLineIndex == (len(self.gpsLine) - 1):
-                return self.directAngle
+                return int(self.directAngle)
             lngCut = (float(self.gpsLine[self.gpsLineIndex]["lng"]) - float(self.gpsLine[self.gpsLineIndex + 1]["lng"])) * 1000000
             latCut = (float(self.gpsLine[self.gpsLineIndex]["lat"]) - float(self.gpsLine[self.gpsLineIndex + 1]["lat"])) * 1000000
             if latCut == 0:   #除数维度不能为0
                 latCut = 1
             if lngCut == 0 or latCut == 0:
-                return self.directAngle
+                return int(self.directAngle)
             val = lngCut / latCut
             dire = math.atan2(1, val) * 180 / math.pi
             if lngCut > 0 and latCut > 0:

lib/socket/service/ProtocolSimulaterService.py

@@ -357,6 +357,7 @@ class ProtocolSimulaterService():
         gpsObj = GPSReport_protocol(DEV_ID=self.carId,WATER_CODE=self.sn)
         gpsObj.setLatitude(latitude)
         gpsObj.setLongitude(longtitude)
+        gpsObj.setDirectionAngle(self.getDirAngle())
         timeS = int(time.time()) - 8 * 3600
         timeArray = time.localtime(timeS)
         UTCTime = time.strftime("%Y-%m-%d %H:%M:%S", timeArray)
@@ -391,13 +392,13 @@ class ProtocolSimulaterService():
         dire = self.directAngle
         if self.travelDirection == 0:
             if self.gpsLineIndex == 0:
-                return self.directAngle
+                return int(self.directAngle)
             lngCut = (float(self.gpsLine[self.gpsLineIndex]["lng"]) - float(self.gpsLine[self.gpsLineIndex - 1]["lng"])) * 1000000
             latCut = (float(self.gpsLine[self.gpsLineIndex]["lat"]) - float(self.gpsLine[self.gpsLineIndex - 1]["lat"])) * 1000000
             if latCut == 0:   #除数维度不能为0
                 latCut = 1
             if lngCut == 0 or latCut == 0:
-                return self.directAngle
+                return int(self.directAngle)
             val = lngCut / latCut
             dire = math.atan2(1, val) * 180 / math.pi
             if lngCut > 0 and latCut > 0:
@@ -411,13 +412,13 @@ class ProtocolSimulaterService():
             self.directAngle = dire
         elif self.travelDirection == 1:
             if self.gpsLineIndex == (len(self.gpsLine) - 1):
-                return self.directAngle
+                return int(self.directAngle)
             lngCut = (float(self.gpsLine[self.gpsLineIndex]["lng"]) - float(self.gpsLine[self.gpsLineIndex + 1]["lng"])) * 1000000
             latCut = (float(self.gpsLine[self.gpsLineIndex]["lat"]) - float(self.gpsLine[self.gpsLineIndex + 1]["lat"])) * 1000000
             if latCut == 0:   #除数维度不能为0
                 latCut = 1
             if lngCut == 0 or latCut == 0:
-                return self.directAngle
+                return int(self.directAngle)
             val = lngCut / latCut
             dire = math.atan2(1, val) * 180 / math.pi
             if lngCut > 0 and latCut > 0: