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refactor leader fly and speed

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SpudGunMan
2025-11-08 11:37:01 -08:00
parent 9c412b8328
commit 862347cbec
1 changed files with 25 additions and 24 deletions
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49
modules/system.py
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@@ -1613,38 +1613,39 @@ def consumeMetadata(packet, rxNode=0, channel=-1):
positionMetadata[nodeID] = {}
for key in position_stats_keys:
positionMetadata[nodeID][key] = position_data.get(key, 0)
# Track highest altitude 🚀 (also log if over highfly_altitude threshold)
highflying = False
if position_data.get('altitude') is not None:
altitude = position_data['altitude']
if altitude > highfly_altitude:
if altitude > meshLeaderboard['highestAltitude']['value']:
highflying = True
meshLeaderboard['highestAltitude'] = {'nodeID': nodeID, 'value': altitude, 'timestamp': time.time()}
if logMetaStats:
logger.info(f"System: 🚀 New altitude record: {altitude}m from NodeID:{nodeID} ShortName:{get_name_from_number(nodeID, 'short', rxNode)}")
# Track tallest node 🪜 (under the highfly_altitude limit by 100m)
# Track altitude and speed records
if position_data.get('altitude') is not None:
altitude = position_data['altitude']
highflying = altitude > highfly_altitude
# Tallest node (below highfly_altitude - 100m)
if altitude < (highfly_altitude - 100):
if altitude > meshLeaderboard['tallestNode']['value']:
meshLeaderboard['tallestNode'] = {'nodeID': nodeID, 'value': altitude, 'timestamp': time.time()}
if logMetaStats:
logger.info(f"System: 🪜 New tallest node record: {altitude}m from NodeID:{nodeID} ShortName:{get_name_from_number(nodeID, 'short', rxNode)}")
# Track fastest speed 🚓
if position_data.get('groundSpeed') is not None:
speed = position_data['groundSpeed']
if speed > meshLeaderboard['fastestSpeed']['value'] and not highflying:
meshLeaderboard['fastestSpeed'] = {'nodeID': nodeID, 'value': speed, 'timestamp': time.time()}
if logMetaStats:
logger.info(f"System: 🚓 New speed record: {speed} km/h from NodeID:{nodeID} ShortName:{get_name_from_number(nodeID, 'short', rxNode)}")
elif speed > meshLeaderboard['fastestAirSpeed']['value'] and highflying:
meshLeaderboard['fastestAirSpeed'] = {'nodeID': nodeID, 'value': speed, 'timestamp': time.time()}
if logMetaStats:
logger.info(f"System: ✈️ New air speed record: {speed} km/h from NodeID:{nodeID} ShortName:{get_name_from_number(nodeID, 'short', rxNode)}")
elif speed > 160 and highflying:
logger.info(f"System: High Speed Flying Object {speed}km/h on Device: {rxNode} Channel: {channel} NodeID:{nodeID} Lat:{position_data.get('latitude', 0)} Lon:{position_data.get('longitude', 0)}")
# Highest altitude (above highfly_altitude)
if highflying:
if altitude > meshLeaderboard['highestAltitude']['value']:
meshLeaderboard['highestAltitude'] = {'nodeID': nodeID, 'value': altitude, 'timestamp': time.time()}
if logMetaStats:
logger.info(f"System: 🚀 New altitude record: {altitude}m from NodeID:{nodeID} ShortName:{get_name_from_number(nodeID, 'short', rxNode)}")
# Track speed records
if position_data.get('groundSpeed') is not None:
speed = position_data['groundSpeed']
# Fastest ground speed (not highflying)
if not highflying and speed > meshLeaderboard['fastestSpeed']['value']:
meshLeaderboard['fastestSpeed'] = {'nodeID': nodeID, 'value': speed, 'timestamp': time.time()}
if logMetaStats:
logger.info(f"System: 🚓 New speed record: {speed} km/h from NodeID:{nodeID} ShortName:{get_name_from_number(nodeID, 'short', rxNode)}")
# Fastest air speed (highflying)
elif highflying and speed > meshLeaderboard['fastestAirSpeed']['value']:
meshLeaderboard['fastestAirSpeed'] = {'nodeID': nodeID, 'value': speed, 'timestamp': time.time()}
if logMetaStats:
logger.info(f"System: ✈️ New air speed record: {speed} km/h from NodeID:{nodeID} ShortName:{get_name_from_number(nodeID, 'short', rxNode)}")
# if altitude is over highfly_altitude send a log and message for high-flying nodes and not in highfly_ignoreList
if position_data.get('altitude', 0) > highfly_altitude and highfly_enabled and str(nodeID) not in highfly_ignoreList and not isNodeBanned(nodeID):
logger.info(f"System: High Altitude {position_data['altitude']}m on Device: {rxNode} Channel: {channel} NodeID:{nodeID} Lat:{position_data.get('latitude', 0)} Lon:{position_data.get('longitude', 0)}")