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satnogs.py
125
satnogs.py
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@ -11,7 +11,7 @@ from satnogs_api_client.satnogs_api_client import DB_BASE_URL, get_paginated_end
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from satellite_tle import fetch_tles
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from skyfield.api import EarthSatellite, utc, load
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import numpy
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#from pympler import muppy, summary
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scheduler = BackgroundScheduler()
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app = Flask(__name__)
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@ -25,12 +25,13 @@ Stations = []
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StationsByID = {}
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TLEs = defaultdict(list)
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Transmitters = defaultdict(dict)
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Raw_Transmitters = {}
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StationsPasses = defaultdict(list)
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SatDescrip = defaultdict(str)
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CZMLOnline = []
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CZMLTesting = []
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CZMLOffline = []
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TransmitterStats = []
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def getFuture():
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@ -50,7 +51,6 @@ def getFuture():
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# obs = get_paginated_endpoint("https://network.satnogs.org/api/observations/?end="+End+"&format=json&start="+Start)
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# for x in obs:
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# norads[x["id"]] = x["noard_cat_id"]
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print("Ended")
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Observations = defaultdict(list)
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for x in passes:
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if x["ground_station"] == None:
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@ -127,7 +127,7 @@ def updateTLE():
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print('\nTLEs for {} of {} requested satellites found ({} satellites with temporary norad ids skipped).'.format(len(tles), len(satnogs_db_norad_ids), len(temporary_norad_ids)))
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@scheduler.scheduled_job('interval', days=1)
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@scheduler.scheduled_job('interval', days=0.5)
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def updateTransmitters():
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global Transmitters
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global SatDescrip
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@ -136,13 +136,40 @@ def updateTransmitters():
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print("Updating Transmitters")
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temp = requests.get("https://db.satnogs.org/api/transmitters/").json()
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for x in temp:
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Raw_Transmitters[x["uuid"]] = x
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Transmitters[x["uuid"]] = [x["description"], [random.randint(0, 255), random.randint(0, 255), random.randint(0, 255), 255]]
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SatDescrip[x["norad_cat_id"]] = ""
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#for x in Transmitters.keys():
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for x in temp:
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SatDescrip[x["norad_cat_id"]] += '<div class="trans" style="background-color:#'+str("%02x" % Transmitters[x["uuid"]][1][0])+str("%02x" % Transmitters[x["uuid"]][1][1])+str("%02x" % Transmitters[x["uuid"]][1][2])+'";>'+Transmitters[x["uuid"]][0]+'</div>'
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print("Finished Updating Transmitters")
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updateTransmitterStats()
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def updateTransmitterStats():
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print("Updating Transmitter Stats")
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global TransmitterStats
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TransmitterStats = []
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transmitterStats = get_paginated_endpoint("https://network.satnogs.org/api/transmitters/")
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satellites = requests.get("https://db.satnogs.org/api/satellites/").json()
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sats = {}
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for x in satellites:
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sats[x["norad_cat_id"]] = x
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for x in transmitterStats:
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try:
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transmitter = Raw_Transmitters[x["uuid"]]
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stat = x["stats"]
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sat = sats[transmitter["norad_cat_id"]]
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stat["transmitter_name"] = transmitter["description"]
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stat["sat_name"] = sat["name"]
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stat["norad"] = transmitter["norad_cat_id"]
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TransmitterStats.append(stat)
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except:
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pass
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TransmitterStats.sort(key=lambda x: x["success_rate"],reverse = True)
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print("Finished Updating Transmitter Stats")
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@scheduler.scheduled_job('interval', minutes=15)#hours=1)
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def updatePasses():
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getFuture()
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@ -283,103 +310,23 @@ def rotating():
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speed = request.args.get('speed', default = '30', type = str)
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return render_template("rotating.html",url="/czml",speed=speed)
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@app.route("/station/<int:station_id>")
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def index_station(station_id):
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return render_template("index.html",url="/czml/"+str(station_id))
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@app.route("/czml")
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def api_czml():
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return json.dumps(CZMLOnline)
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@app.route("/czmloff")
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def api_czml1():
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def api_czmloff():
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return json.dumps(CZMLOffline)
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@app.route("/czmltest")
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def api_czml2():
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def api_czmltest():
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return json.dumps(CZMLTesting)
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@app.route("/czml/<int:station_id>")
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def api_station(station_id):
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czml = []
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doc = {}
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doc["id"] = "document"
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doc["name"] = "sats"
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doc["version"] = "1.0"
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doc["clock"] = {}
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doc["clock"]["interval"] = "0000-00-00T00:00:00Z/9999-12-31T24:00:00Z"
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doc["clock"]["currentTime"] = datetime.utcnow().isoformat() + "Z"
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doc["clock"]["step"] = "SYSTEM_CLOCK"
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czml.append(doc)
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@app.route("/transmitterstats")
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def transmitterStats():
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return render_template("transmitterstats.html",stats=TransmitterStats)
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for x in Stations:
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if x["id"] == station_id:
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color = [0, 230, 64, 255]
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if x["status"] == "Testing":
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color = [248, 148, 6, 255]
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if x["status"] == "Offline":
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color = [255, 0, 0, 50]
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station = {}
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station["id"] = str(x["id"])
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station["name"] = x["name"]
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station["point"] = {}
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station["show"] = True
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station["point"]["color"] = {}
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station["point"]["color"]["rgba"] = color
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station["point"]["outlineColor"] = {}
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station["point"]["outlineColor"]["rgba"] = [255, 255, 255, color[3]]
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station["point"]["outlineWidth"] = 2.0
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station["position"] = {}
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station["point"]["pixelSize"] = 7.0
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station["position"]["cartographicDegrees"] = [x["lng"], x['lat'], x["altitude"]]
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station["description"] = "<b>ID: " + str(x["id"]) + "</b><br><b>Total Observations: "
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station["description"] += str(x["observations"]) + "</b><br><b>Status: " + x["status"] + "</b><br><b>QTH: "
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station["description"] += x["qthlocator"] + "</b><br></b>Description: </b>" + x["description"]
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czml.append(station)
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break
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AliveSats = []
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for y in StationsPasses[station_id]:
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sat = {}
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sat["id"] = str(y["id"])
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sat["name"] = TLEs[y["norad"]][0]
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sat["show"] = True
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sat["point"] = {}
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sat["point"]["color"] = {}
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sat["point"]["color"]["rgba"] = [255, 0, 0, 255]
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sat["point"]["pixelSize"] = 8.0
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sat["position"] = {}
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sat["position"]["cartographicDegrees"] = []
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sat["description"] = SatDescrip[y["norad"]]
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temp = y["start"]
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satObj = EarthSatellite(TLEs[y["norad"]][1], TLEs[y["norad"]][2], TLEs[y["norad"]][0])
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time = 0
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sat["position"]["interpolationAlgorithm"] = "LAGRANGE"
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sat["position"]["interpolationDegree"] = 5
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sat["position"]["epoch"] = (y["start"].isoformat() + "Z").replace("+00:00", "")
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sat["path"] = {"show": {"interval": (y["start"].isoformat()+"Z").replace("+00:00", "") + "/" + ((y["end"]).isoformat() + "Z").replace("+00:00", ""), "boolean": True}, "width": 2, "material": {"solidColor": {"color": {"rgba": [0, 255, 0, 255]}}}, "leadTime": 100000, "trailTime": 1}
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while temp <= y["end"]:
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subpoint = satObj.at(ts.utc(temp)).subpoint()
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lat = subpoint.latitude.degrees
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lng = subpoint.longitude.degrees
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if numpy.isnan(lat):
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break
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elevation = subpoint.elevation.m
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sat["position"]["cartographicDegrees"].extend([time, lng, lat, elevation])
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time += 60
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temp = temp + timedelta(minutes=1)
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else:
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czml.append(sat)
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AliveSats.append(str(y["id"]))
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for y in StationsPasses[station_id]:
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if str(y["id"]) in AliveSats:
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sat = {}
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sat["id"] = str(y["id"])+"Link"
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sat["polyline"] = {"show": {"interval": (y["start"].isoformat()+"Z").replace("+00:00", "") + "/" + ((y["end"]).isoformat()+"Z").replace("+00:00", ""), "boolean": True}, "width": 2, "material": {"solidColor": {"color": {"rgba": y["transmitter"][1]}}}, "followSurface": False, "positions": {"references": [str(y["id"]) + "#position", str(station_id) + "#position"]}}
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czml.append(sat)
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return json.dumps(czml)
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updateStations()
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@ -0,0 +1,47 @@
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<style>
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table {
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border-collapse: collapse;
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width: 100%;
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}
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th, td {
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text-align: center;
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padding: 8px;
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}
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tr:nth-child(even) {background-color: #f2f2f2;}
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</style>
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<table>
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<thead>
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<tr>
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<th>“NORAD ID”</th>
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<th>Satellite</th>
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<th>Transmitter</th>
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<th>Total</th>
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<th>Good</th>
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<th>Good/Total %</th>
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<th>Bad</th>
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<th>Bad/Total %</th>
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<th>Unknown</th>
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<th>Unknown/Total %</th>
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</tr>
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</thead>
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<tbody>
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{% for x in stats%}
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<tr>
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<td>{{x.norad}}</td>
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<td>{{x.sat_name}}</td>
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<td>{{x.transmitter_name}}</td>
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<td>{{x.total_count}}</td>
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<td>{{x.good_count}}</td>
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<td>{{x.success_rate}}%</td>
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<td>{{x.bad_count}}</td>
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<td>{{x.bad_rate}}%</td>
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<td>{{x.unvetted_count}}</td>
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<td>{{x.unvetted_rate}}%</td>
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</tr>
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{% endfor %}
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</tbody>
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</table>
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