#IOTA-ES ASTEROIDAL OCCULTATION - REPORT FORM 2.03 - DVTI+CAM TEMPLATE 1.6 #Event #Occultation: NEGATIVE #DATE: 18 Mar 2025, 21:21:53 #PREDICTTIME: 18 Mar 2025, 21:21:53 #STAR: GaiaDR3 3406613582100447744 #ASTEROID: 2014 VU37 #Nr: 523752 #OBSERVER #Observer1: Stefan Meister #Observer2: #moreObs: #E-mail: meister@dolphins.ch #Address: Sandgruebstr. 9, CH-8193 Eglisau, Switzerland #OBSERVING_STATION #NearestCity: Buelach #Countrycode: CH #Coordinates LAT +/-DD MM SS.S LON +/-DDD MM SS.S #Latitude: +47 31 10.402 #Longitude: +008 34 14.300 #Altitude: 550 #Datum _blank=WGS84 N=NAD1927 E=ED1950 T=Tokyo G=GB1936 *=unspecified, or other #Datum: #Teleskop _=unstated 1=Refractor 2=Newtonian 3=SCT 4=Dobsonian 5=Binoculars 6=Other 7=None 8=eVscope #Telescope: 2 #Aperture in cm #Aperture: 50.0 #FocalLength in cm #FocalLength: 250.0 #ObservingMethod _=unspecified a=Analogue & digital video b=Digital SLR-camera video c=Photometer d=Sequential images e=Drift scan f=Visual g=Other #ObservingMethod: a #Observation #StartObs: 21:14:51.440 #D D=Main Star d=second Star G=satellite main star g=satellite 2nd star N=ring M=non detection +time hh:mm:ss.s #D: M #Acc_D: #R R=Main Star r=second Star B=satellite main star b=satellite 2nd star N=ring M=non detection +time hh:mm:ss.s #R: M #Acc_R: #EndObs: 21:28:51.487 #Duration: #Exp_Time: 5.000 #Timesource _=unspecified a=GPS b=NTP c=Telephone (fixed or mobile) d=Radio time signal e=Internal clock of recorder f=Stopwatch g=Other #Timesource: a #Camera: DVTI+CAM 430, serial #17 #Signal/Noise: #Weatherconditions #Wind: #Temperature: 1.0 #Transparency 1=Clear 2=Fog 3=Thin cloud <2 [mag loss <2 mag.] 4=Thick cloud >2 [mag loss >2 mag. 5=Broken opaque cloud [that is, observed thru gaps in the cloud] 6=Star faint 7=By averted vision #Transparency: 1 #Stability _=unstated 1=Steady 2=Slight flickering 3=Strong flickering #Stability: 3 #Comments: # #EXTRA_FIELDS #Feed: {{EVENT_FEED_NAME}} #MpcObsCode: - #Prediction: no #ProbabilityPercent: 9.0 #PredictedDurationSec: 46.0 #DistanceCentralLineKm: {{EVENT_DISTANCE_CENTRAL_LINE}} #PathWidthKm: #StarMag: 17.4 #StarAltDeg: {{EVENT_STAR_ALTITUDE}} #StarAzDeg: {{EVENT_STAR_AZIMUT}} #StarConstellation: {{EVENT_STAR_CONSTELLATION}} #AsteroidMag: 21.5 #AsteroidDiameterKm: {{EVENT_ASTEROID_DIAMETER}} #CombinedMag: 17.4 #DeltaMag: 4.1 #Moon: {{EVENT_MOON_INFO}} #TelescopeType: Newtonian #MountModel: equatorial #MountMotorDrive: yes #StartObsAccSec: 0.001 #EndObsAccSec: 0.001 #FieldOfView: #CameraGainDb: +24 dB #CameraBinning: 2x2 #CameraWidthHeight: 816x620 #CameraRecordingFormat: ADV 16-bit #ImageSensor: Sony IMX430LLJ-C (9.2mm 1624x1240 4.5um CIS) #TimeSource: Max M8C GNSS module in the camera #TimeInserter: - #FrameGrabber: - #RecordingSoftware: DVTI Cam Control v5.9.0-67 #LightcurveExtractionSoftware: #LightcurveAnalysisSoftware: #ErrorInTime: +/- 316.300 s #StarMagnitudeInV: #StarMagnitudeInR: #MaxDuration: 46.0 s #MagnitudeDrop: 4.1 #MagnitudeDropInR: #EventRank: #Probability: 9.0 ASTEROIDAL OCCULTATION - REPORT FORM +------------------------------+ +-------------------------------+ | EAON | | IOTA/ES | | | | INTERNATIONAL OCCULTATION | | EUROPEAN ASTEROIDAL | | TIMING ASSOCIATION | | OCCULTATION NETWORK | | EUROPEAN SECTION | +------------------------------+ +-------------------------------+ 1 DATE: 2025 Mar 18, 21:21 (UTC) STAR: GaiaDR3 3406613582100447744 mv: 17.4 mag ASTEROID: (523752) 2014 VU37 mv: 21.5 mag (diam. {{EVENT_ASTEROID_DIAMETER}} km) combined magnitude: mv: 17.4 mag delta-magnitude: mv: 4.1 mag 2 OBSERVER: Name: Stefan Meister E-mail: meister@dolphins.ch Address: Sandgruebstr. 9, CH-8193 Eglisau, Switzerland 3 OBSERVING STATION: Nearest city: Buelach, CH Station: Observatory Buelach (MPC Obs. Code: 167) Latitude: N47 31' 10.402" (WGS84) Longitude: E008 34' 14.300" (WGS84) Altitude: 550 m (MSL) (WGS84) Single station: yes Predicted observation: no (Distance {{EVENT_DISTANCE_CENTRAL_LINE}} km from C.L.) Probability: 9.0 percent +----------------------------------+ 4 TIMING OF EVENT: | | | OCCULTATION RECORDED: NEGATIVE | | | +----------------------------------+ Type of event: S = Start observation I = Interrupt-start D = Disappearance B = Blink F = Flash E = End observation I = Interrupt-end R = Reappearance M = Mid-event P = Predicted time Event Time (UTC) Acc. Comments Code HH MM SS.sss S.sss S 21 14 51.440 +/- 0.001 s : Start observation (UTC) E 21 28 51.487 +/- 0.001 s : End observation (UTC) P 21 21 53.000 +/- 316.300 s : Predicted time (UTC) (predicted: max. 46.0 s) In case of a positive event: see extracted times in the PyOTE report "LC.pyote_log.txt". 5 TELESCOPE: Type: Newtonian Aperture: 500 mm Focal length: 2500 mm Magnification: focal (resulting field of view: 11.9' in x-axis for IMX430) Mount: equatorial Motor drive: yes 6 TIMING & RECORDING: Time source: GPS Quality of signal: Accuracy 1 m Camera/Sensor: Digital Camera with integrated GPS-VTI (DVTI+CAM 430, serial #17) Image Sensor Sony IMX430LLJ-C (9.2mm 1624x1240 4.5um CIS) Website of the project: https://groups.io/g/d-vti-cam/ Settings: 816x620, Exposure time 5000.0 ms, Gain +24 dB, Binning 2x2, Format ADV 16-bit Time insertion: Digital GNSS timestamp into image sensor data stream 7 OBSERVING CONDITIONS: Moon: {{EVENT_MOON_INFO}} Wind: Bft Temperature: 1.0 deg C Transparency: 1 Star image stability: 3 Altitude of star: {{EVENT_STAR_ALTITUDE}} deg Azimut of star: {{EVENT_STAR_AZIMUT}} deg in {{EVENT_STAR_CONSTELLATION}} StarConstellation: {{EVENT_STAR_CONSTELLATION}} 8 ADDITIONAL COMMENTS: Feed: {{EVENT_FEED_NAME}} Video recording software: DVTI Cam Control v5.9.0-67 Signal/Noise: Further Comments: