Bug fix for lat, lon of AB5SS tracker

Author: k5map

AB5SS-12.txt

@@ -33,7 +33,6 @@ def getBalloonCfg():
     parser.add_argument("bCallSign", help="Enter Balloon Callsign with SSID")
     args = parser.parse_args()
 
-
     cfgUpdater = ConfigUpdater()
     cfgUpdater.read(CFG_FILE)
     cfg = cfgUpdater.to_dict()
@@ -80,13 +79,3 @@ def putBalloonCfg(Balloon, lDateTime):
     cfgUpdater[Balloon]['ldatetime'].value = lDateTime
     cfgUpdater.update_file()    
     return
-
-"""    
-    config_obj = configparser.ConfigParser()
-    config_obj.read(CFG_FILE)
-    cSection = config_obj[Balloon]
-    cSection["lDateTime"] = lDateTime
-    with open(CFG_FILE, 'w') as configfile:
-        config_obj.write(configfile)
-    logging.info(' lDateTime has been updated in the config file')
-"""

BalloonCfg.py

@@ -6,6 +6,20 @@
 #   ldatetime = last date/time of successful upload of telemetry data
 #
 
+[W5MAB-123]
+tracker = A
+uploadcallsign = W5MOM
+wsprcallsign = W5MAB
+ballooncallsign = W5MAB-12
+band = 24
+channel = 12
+timeslot = 2
+comment = BLT-123 South Texas Balloon Launch Team pre-flight testing
+uploadsite = T
+telemetryfile = Y
+#ldatetime = 2023-06-29 00:00:00
+ldatetime = 2023-08-13 00:00:00
+
 [K5WH-117]
 uploadcallsign = W5MOM
 wsprcallsign = K5WH/B

BalloonTelemetry.cfg

@@ -11,7 +11,7 @@
 # (at your option) any later version.                                                                          #
 #                                                                                                              #
 #==============================================================================================================#
-__version__ = '0.2.2'
+__version__ = '0.2.5'
 
 SOFTWARE_NAME = "k5map-python"
 

constants.py

@@ -72,7 +72,7 @@ def matchAB5SSRecords(jWSPRRec1, jWSPRRec2):
                 aMatch.append(jWSPRRec1[i])
                 aMatch.append(jWSPRRec2[j])
                 logging.debug(f" Found 1st record to process = {jWSPRRec1[i]['tx_sign']}, {jWSPRRec1[i]['time']}, {jWSPRRec1[i]['tx_loc']}, {jWSPRRec1[i]['band']}")
-                logging.debug(f" Found 2nd record to process = {jWSPRRec2[j]['tx_sign']}, {jWSPRRec2[j]['time']}, {jWSPRRec2[j]['tx_loc']}, {jWSPRRec1[j]['band']}")
+                logging.debug(f" Found 2nd record to process = {jWSPRRec2[j]['tx_sign']}, {jWSPRRec2[j]['time']}, {jWSPRRec2[j]['tx_loc']}, {jWSPRRec2[j]['band']}")
             else:
                 logging.debug(f" Found 1st record to process but no match = {jWSPRRec1[i]['tx_sign']}, {jWSPRRec1[i]['time']}, {jWSPRRec1[i]['tx_loc']}, {jWSPRRec1[i]['band']}")
 
@@ -186,15 +186,15 @@ def decodeRecords(Packet1, Packet2):
     #print(f"azimuth = {azimuth}, elevation = {elevation}")
 
     logging.debug(f" Telemetry data:  callsign1 = {Packet1['tx_sign']}, callsign2 = {Packet2['tx_sign']}, time = {Packet1['time']}, " +
-                  f"channel = {Channel}, Grid = {Grid}, Sat = {Sat}, Speed = {Speed}, Alt(m) = {Altitude}, Temp(c) = {Temp}, azimuth = {azimuth}, elevation = {elevation}")
+                  f"channel = {Channel}, grid = {Grid}, sats = {Sat}, speed = {Speed}, alt(m) = {Altitude}, temp(c) = {Temp}, azimuth = {azimuth}, elevation = {elevation}")
 
     TelemetryData = {
         "callsign1" : Packet1['tx_sign'],
         "callsign2" : Packet2['tx_sign'],
         "time" : Packet1['time'],
         "channel" : Channel,
         "grid" : Grid,
-        "sat" : Sat,
+        "sats" : Sat,
         "speed" : Speed,
         "altitude" : Altitude,
         "temp" : Temp,
@@ -313,7 +313,7 @@ def getAB5SS(bCfg, last_date):
         logging.warning(" Exit function, insufficient WSPR records to process" )
         return 0, None, None
 
-    #pprint.pp(jWsprData)
+    pprint.pp(jWsprData)
     print("-"*40)
 
     callsign = jWsprData[record_count-1]['tx_sign']
@@ -371,13 +371,14 @@ def getAB5SS(bCfg, last_date):
 
         # add telemetry data
         # build strComment  channel, Sats?, voltage?, alt(m), 0C?, grid, callsign2, callsign1, comment
-        strComment = str(jDecodedData[i]['channel']) + " Sats (voltage) " + str(jDecodedData[i]['altitude']) + "m OC " + jDecodedData[i]['grid'] + " " + jDecodedData[i]['callsign2']
-        strComment += " " + jDecodedData[i]['callsign1'] + " " + bCfg['comment']
+        strComment = str(jDecodedData[i]['channel']) + " Sats " + jDecodedData[i]['sats'] + " (voltage) " + str(jDecodedData[i]['altitude']) + "m " 
+        strComment += str(jDecodedData[i]['temp']) + "C " + jDecodedData[i]['grid'] + " " + jDecodedData[i]['callsign2'] + " " + jDecodedData[i]['callsign1'] + " " + bCfg['comment']
 
         # put data into jUploadData format for uploading
+        lat, lon = GridtoLatLon(jDecodedData[i]['grid'])
         JSON = {"software_name" : SOFTWARE_NAME, "software_version" : __version__, "uploader_callsign" : bCfg['uploadcallsign'], "time_received" : datetime1,
-            "payload_callsign" : BalloonCallsign, "datetime" : datetime2, "lat" : aMatch[i]['tx_lat'], "lon" : aMatch[i]['tx_lon'], "alt" : jDecodedData[i]['altitude'], 
-            "grid" : jDecodedData[i]['grid'], "comment" : strComment}
+            "payload_callsign" : BalloonCallsign, "datetime" : datetime2, "lat" : round(lat,3), "lon" : round(lon,3), "alt" : jDecodedData[i]['altitude'], 
+            "sats" : jDecodedData[i]['sats'], "temp" : jDecodedData[i]['temp'], "grid" : jDecodedData[i]['grid'], "comment" : strComment}
         jUploadData.append(JSON)
 
 
@@ -388,19 +389,8 @@ def getAB5SS(bCfg, last_date):
     # create data file for John
     # !!!!!!!!!!!!!!!!!!!!!!!!!
     if bCfg['telemetryfile'] == 'Y':
-        """
-        jDump = {}
-        for index, element in enumerate(aMatch):
-            jDump[index] = element
-        print("="*40)
-        pprint.pp(jDump)
-        print(f"jDump record count = {len(jDump)}")
-        json_object = json.dumps(jDump, indent=4)
-        with open("AB5SS-dump.json", "w") as outfile:
-            outfile.write(json_object)
-        """
         pprint.pp(jDecodedData, indent=2)
-        outputFilename = BalloonCallsign + ".txt"
+        outputFilename = BalloonCallsign + ".csv"
         with open(outputFilename, 'w') as file:
             csv_file = csv.writer(file)
             csv_file.writerow(jDecodedData[0].keys())     # write header from keys

getAB5SS.py

@@ -203,7 +203,10 @@ def VerifyCallsign(strCallSign):
 """
 if __name__ == "__main__":
     #logging.info("Current Log Level : {}\n".format(logging.getLevel()))
-    sDateTime = '2023-08-02 23:58:00'
-    x = adjDateTime(sDateTime)
-    print(f" sDateTime = {sDateTime}, adjDateTime = {x}")
+    #sDateTime = '2023-08-02 23:58:00'
+    #x = adjDateTime(sDateTime)
+    #print(f" sDateTime = {sDateTime}, adjDateTime = {x}")
+    
+    lat, lon = GridtoLatLon('EL29fx')
+    print(f"lat = {lat:.3f}, lon = {lon:.3f}")
 """

miscFunctions.py

@@ -67,11 +67,48 @@ def putSondeHub(aSondeData):
         return -1
 
     #print("Response code = ", response.status_code)         # 200 = data accepted and saved; 500 = data not accepted
+    logging.debug(f" Data to be uploaded -- {aSondeData}")
     logging.info(f" Number of records uploaded to SondeData = {len(aSondeData)}")
 
     return 0
 
 """
+Sample Upload to SondeHub:
+[
+  {
+    "dev": "string",
+    "software_name": "string",
+    "software_version": "string",
+    "uploader_callsign": "string",
+    "time_received": "2023-08-14T00:10:34.837Z",
+    "payload_callsign": "string",
+    "datetime": "2023-08-14T00:10:34.837Z",
+    "lat": 0,
+    "lon": 0,
+    "alt": 0,
+    "frequency": 0,
+    "temp": 0,
+    "humidity": 0,
+    "vel_h": 0,
+    "vel_v": 0,
+    "pressure": 0,
+    "heading": 0,
+    "batt": 0,
+    "sats": 0,
+    "snr": 0,
+    "rssi": 0,
+    "uploader_position": [
+      0,
+      0,
+      0
+    ],
+    "uploader_antenna": "string",
+    "telemetry_hidden": true,
+    "historical": true,
+    "upload_time": "Unknown Type: date-time"
+  }
+]
+
 import requests
 
 headers = {