add alt and extend noradid

cubesat_mission/messages/lorawan_xbeacon.h

@@ -11,7 +11,7 @@
  */
 
 /*
- * Types for the format of the extended beacons sent by the Thingsat payload
+ * Types for the format of the extended beacons send by the Thingsat payload
  */
 
 
@@ -49,7 +49,8 @@ struct __attribute__((__packed__)) XBeaconSF12MessagePayload
 	uint8_t infodesc; // = 0 For a single omnidirectional antenna gateway, the value of InfoDesc is 0 when broadcasting GPS coordinates
 	uint32_t lat : 24; // The north–south latitude SHALL be encoded using a two’s complement 24-bit word, where −223 corresponds to 90° south (the South Pole) and 223 corresponds to 90° north (the North Pole).  Note: It is not possible to describe 90° north because 2^23-1 is the largest number that can be represented in two’s complement notation. This approximately 1.2 m position error at the North Pole is considered small.
 	uint32_t lng : 24; // The east–west longitude SHALL be encoded using a two’s complement 24-bit word, where −223 corresponds to 180° west and 223 corresponds to 180° east.
-	uint16_t noradnumber; // NORAD Catalog Number of the satellite https://celestrak.com/satcat (51087 for STORK-1)
+	uint32_t alt : 24; // The altitude in meter
+	uint32_t noradnumber : 24; // NORAD Catalog Number of the satellite https://celestrak.com/satcat (51087 for STORK-1)
 	uint8_t signature[EDSIGN_SIGNATURE_SIZE];
 };
 
@@ -77,7 +78,8 @@ struct __attribute__((__packed__)) XBeaconSF11MessagePayload
 	uint8_t infodesc; // = 0 For a single omnidirectional antenna gateway, the value of InfoDesc is 0 when broadcasting GPS coordinates
 	uint32_t lat : 24; // The north–south latitude SHALL be encoded using a two’s complement 24-bit word, where −223 corresponds to 90° south (the South Pole) and 223 corresponds to 90° north (the North Pole).  Note: It is not possible to describe 90° north because 2^23-1 is the largest number that can be represented in two’s complement notation. This approximately 1.2 m position error at the North Pole is considered small.
 	uint32_t lng : 24; // The east–west longitude SHALL be encoded using a two’s complement 24-bit word, where −223 corresponds to 180° west and 223 corresponds to 180° east.
-	uint16_t noradnumber; // NORAD Catalog Number of the satellite https://celestrak.com/satcat (51087 for STORK-1)
+	uint32_t alt : 24; // The altitude in meter
+	uint32_t noradnumber : 24; // NORAD Catalog Number of the satellite https://celestrak.com/satcat (51087 for STORK-1)
 	uint8_t signature[EDSIGN_SIGNATURE_SIZE];
 };
 
@@ -105,7 +107,8 @@ struct __attribute__((__packed__)) XBeaconSF10MessagePayload
 	uint8_t infodesc; // = 0 For a single omnidirectional antenna gateway, the value of InfoDesc is 0 when broadcasting GPS coordinates
 	uint32_t lat : 24; // The north–south latitude SHALL be encoded using a two’s complement 24-bit word, where −223 corresponds to 90° south (the South Pole) and 223 corresponds to 90° north (the North Pole).  Note: It is not possible to describe 90° north because 2^23-1 is the largest number that can be represented in two’s complement notation. This approximately 1.2 m position error at the North Pole is considered small.
 	uint32_t lng : 24; // The east–west longitude SHALL be encoded using a two’s complement 24-bit word, where −223 corresponds to 180° west and 223 corresponds to 180° east.
-	uint16_t noradnumber; // NORAD Catalog Number of the satellite https://celestrak.com/satcat (51087 for STORK-1)
+	uint32_t alt : 24; // The altitude in meter
+	uint32_t noradnumber : 24; // NORAD Catalog Number of the satellite https://celestrak.com/satcat (51087 for STORK-1)
 	uint8_t signature[EDSIGN_SIGNATURE_SIZE];
 };
 
@@ -134,7 +137,8 @@ struct __attribute__((__packed__)) XBeaconSF9MessagePayload
 	uint8_t infodesc; // = 0 For a single omnidirectional antenna gateway, the value of InfoDesc is 0 when broadcasting GPS coordinates
 	uint32_t lat : 24; // The north–south latitude SHALL be encoded using a two’s complement 24-bit word, where −223 corresponds to 90° south (the South Pole) and 223 corresponds to 90° north (the North Pole).  Note: It is not possible to describe 90° north because 2^23-1 is the largest number that can be represented in two’s complement notation. This approximately 1.2 m position error at the North Pole is considered small.
 	uint32_t lng : 24; // The east–west longitude SHALL be encoded using a two’s complement 24-bit word, where −223 corresponds to 180° west and 223 corresponds to 180° east.
-	uint16_t noradnumber; // NORAD Catalog Number of the satellite https://celestrak.com/satcat (51087 for STORK-1)
+	uint32_t alt : 24; // The altitude in meter
+	uint32_t noradnumber : 24; // NORAD Catalog Number of the satellite https://celestrak.com/satcat (51087 for STORK-1)
 	uint8_t signature[EDSIGN_SIGNATURE_SIZE];
 };
 
@@ -162,7 +166,8 @@ struct __attribute__((__packed__)) XBeaconSF8MessagePayload
 	uint8_t infodesc; // = 0 For a single omnidirectional antenna gateway, the value of InfoDesc is 0 when broadcasting GPS coordinates
 	uint32_t lat : 24; // The north–south latitude SHALL be encoded using a two’s complement 24-bit word, where −223 corresponds to 90° south (the South Pole) and 223 corresponds to 90° north (the North Pole).  Note: It is not possible to describe 90° north because 2^23-1 is the largest number that can be represented in two’s complement notation. This approximately 1.2 m position error at the North Pole is considered small.
 	uint32_t lng : 24; // The east–west longitude SHALL be encoded using a two’s complement 24-bit word, where −223 corresponds to 180° west and 223 corresponds to 180° east.
-	uint16_t noradnumber; // NORAD Catalog Number of the satellite https://celestrak.com/satcat (51087 for STORK-1)
+	uint32_t alt : 24; // The altitude in meter
+	uint32_t noradnumber : 24; // NORAD Catalog Number of the satellite https://celestrak.com/satcat (51087 for STORK-1)
 	uint8_t signature[EDSIGN_SIGNATURE_SIZE];
 };