#################### PYOTE 5.1.6 session started: Wed Jun 21 18:44:59 2023 #################### filename: E:/rickpp/OccVid/2023-06-21 16.54.11 20230621Hilda/RN-PyM-Hilda.csv If the csv file came from PyMovie - columns with prefix: signal will be read. fourcc code of avi: dvsd fps: 29.97002997002997 avi contains 16939 frames ==================== file header lines ==================== # PyMovie Version 3.7.68z # source: E:\rickpp\OccVid\2023-06-21 16.54.11 20230621Hilda.avi # # Aperture photometry was used to extract the lightcurves # # lunar background: False # yellow mask = default: False # # aperture name: track1 # ____ aperture size: 51 # ____ x,y: (308, 229) at frame 16938 # ____ threshold: 99999 # ____ def mask radius: 4.0 # ____ color: yellow # ____ joggable: False # ____ auto textOut: False # ____ thumbnail source: False # ____ csv output order: 1 # # aperture name: target # ____ aperture size: 51 # ____ x,y: (289, 269) at frame 16938 # ____ threshold: 99999 # ____ def mask radius: 4.0 # ____ color: yellow # ____ joggable: False # ____ auto textOut: False # ____ thumbnail source: False # ____ csv output order: 3 # # aperture name: ref # ____ aperture size: 51 # ____ x,y: (578, 274) at frame 16938 # ____ threshold: 99999 # ____ def mask radius: 4.0 # ____ color: red # ____ joggable: False # ____ auto textOut: False # ____ thumbnail source: False # ____ csv output order: 4 # # aperture name: empty # ____ aperture size: 51 # ____ x,y: (196, 308) at frame 16938 # ____ threshold: 99999 # ____ def mask radius: 4.0 # ____ color: green # ____ joggable: True # ____ auto textOut: False # ____ thumbnail source: False # ____ csv output order: 5 # # # Aperture photometry was used to extract the lightcurves ==================== end header lines ==================== No time step irregularities found. timeDelta: 0.0334000 seconds per reading timestamp error rate: 0.00% signal-target is the target curve. signal-track1 is selected as the reference curve for normalization. signal-track1 is the target curve. signal-track1 is the target curve. signal-track1 is the target curve. signal-target is the target curve. signal-target is the target curve. Background region selected: [9496, 9531] Baseline noise analysis done using 36 baseline points noise corr coefs: [1.00, 0.131, 0.243] (based on 36 points) sigmaB: 102.82 mean baseline = 214.50 baseline snr = 2.09 signal-target is the target curve. Background regions cleared. signal-target is the target curve. Lightcurve Model Parameters... baseline intensity: 214.50 ADU bottom intensity: 17.20 ADU magDrop: 2.7400 fresnel_length: 0.31 km wavelength_nm: 540 nm star_diameter_mas: 8.50 mas star_diameter_km: 14.87 km star_radius_km: 7.44 km star_rho: 23.79 fresnel lengths asteroid_diameter_km: 185.50 km asteroid_diameter_mas: 106.01 mas asteroid_rho: 296.72 fresnel lengths asteroid_distance_AU: 2.41 AU asteroid_distance_arcsec: 3.64 arcsec shadow_speed: 1.6186 km/sec sky_motion: 0.9250 mas/sec frame_time: 0.0334 sec D_limb_angle_degrees: 80.0 degrees R_limb_angle_degrees: 45.0 degrees chord_length_km: 19.75 km chord_length_sec: 12.2000 sec miss_distance_km: 0.00 Model used: edge on disk D limb angle: 80.0 R limb angle: 45.0 signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. Fit improvement entered for first time. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. signal-target is the target curve. Optimized fit found and is being displayed. D: [10:32:18.6245] R: [10:32:30.6025] Maximum improvement has been achieved with metric: 3.02019 Lightcurve Model Parameters... baseline intensity: 214.50 ADU bottom intensity: 17.20 ADU magDrop: 2.7400 fresnel_length: 0.31 km wavelength_nm: 540 nm star_diameter_mas: 8.50 mas star_diameter_km: 14.87 km star_radius_km: 7.44 km star_rho: 23.79 fresnel lengths asteroid_diameter_km: 185.50 km asteroid_diameter_mas: 106.01 mas asteroid_rho: 296.72 fresnel lengths asteroid_distance_AU: 2.41 AU asteroid_distance_arcsec: 3.64 arcsec shadow_speed: 1.6186 km/sec sky_motion: 0.9250 mas/sec frame_time: 0.0334 sec D_limb_angle_degrees: 80.0 degrees R_limb_angle_degrees: 17.0 degrees chord_length_km: 19.41 km chord_length_sec: 11.9900 sec miss_distance_km: 0.00 Model used: edge on disk D: [10:32:18.6245] R: [10:32:30.6025] D limb angle: 80.0 R limb angle: 17.0 Lightcurve Model Parameters... baseline intensity: 214.50 ADU bottom intensity: 17.20 ADU magDrop: 2.7400 fresnel_length: 0.31 km wavelength_nm: 540 nm star_diameter_mas: 8.50 mas star_diameter_km: 14.87 km star_radius_km: 7.44 km star_rho: 23.79 fresnel lengths asteroid_diameter_km: 185.50 km asteroid_diameter_mas: 106.01 mas asteroid_rho: 296.72 fresnel lengths asteroid_distance_AU: 2.41 AU asteroid_distance_arcsec: 3.64 arcsec shadow_speed: 1.6186 km/sec sky_motion: 0.9250 mas/sec frame_time: 0.0334 sec D_limb_angle_degrees: 80.0 degrees R_limb_angle_degrees: 17.0 degrees chord_length_km: 19.41 km chord_length_sec: 11.9900 sec miss_distance_km: 0.00 Model used: edge on disk D limb angle: 80.0 R limb angle: 17.0 #################### PYOTE 5.1.6 session started: Mon Jun 26 23:15:20 2023 #################### filename: D:/rickpp/OccVid/2023-06-21 16.54.11 20230621Hilda/RN-PyM-Hilda.csv If the csv file came from PyMovie - columns with prefix: signal will be read. video source file E:\rickpp\OccVid\2023-06-21 16.54.11 20230621Hilda.avi could not be found. ==================== file header lines ==================== # PyMovie Version 3.7.68z # source: E:\rickpp\OccVid\2023-06-21 16.54.11 20230621Hilda.avi # # Aperture photometry was used to extract the lightcurves # # lunar background: False # yellow mask = default: False # # aperture name: track1 # ____ aperture size: 51 # ____ x,y: (308, 229) at frame 16938 # ____ threshold: 99999 # ____ def mask radius: 4.0 # ____ color: yellow # ____ joggable: False # ____ auto textOut: False # ____ thumbnail source: False # ____ csv output order: 1 # # aperture name: target # ____ aperture size: 51 # ____ x,y: (289, 269) at frame 16938 # ____ threshold: 99999 # ____ def mask radius: 4.0 # ____ color: yellow # ____ joggable: False # ____ auto textOut: False # ____ thumbnail source: False # ____ csv output order: 3 # # aperture name: ref # ____ aperture size: 51 # ____ x,y: (578, 274) at frame 16938 # ____ threshold: 99999 # ____ def mask radius: 4.0 # ____ color: red # ____ joggable: False # ____ auto textOut: False # ____ thumbnail source: False # ____ csv output order: 4 # # aperture name: empty # ____ aperture size: 51 # ____ x,y: (196, 308) at frame 16938 # ____ threshold: 99999 # ____ def mask radius: 4.0 # ____ color: green # ____ joggable: True # ____ auto textOut: False # ____ thumbnail source: False # ____ csv output order: 5 # # # Aperture photometry was used to extract the lightcurves ==================== end header lines ==================== No time step irregularities found. timeDelta: 0.0334000 seconds per reading timestamp error rate: 0.00% signal-target is the target curve. Background regions cleared. Background regions cleared. #################### PYOTE 5.1.6 session started: Mon Jun 26 23:40:24 2023 #################### filename: D:/rickpp/OccVid/2023-06-21 16.54.11 20230621Hilda/RN-PyM-Hilda.csv If the csv file came from PyMovie - columns with prefix: signal will be read. video source file E:\rickpp\OccVid\2023-06-21 16.54.11 20230621Hilda.avi could not be found. ==================== file header lines ==================== # PyMovie Version 3.7.68z # source: E:\rickpp\OccVid\2023-06-21 16.54.11 20230621Hilda.avi # # Aperture photometry was used to extract the lightcurves # # lunar background: False # yellow mask = default: False # # aperture name: track1 # ____ aperture size: 51 # ____ x,y: (308, 229) at frame 16938 # ____ threshold: 99999 # ____ def mask radius: 4.0 # ____ color: yellow # ____ joggable: False # ____ auto textOut: False # ____ thumbnail source: False # ____ csv output order: 1 # # aperture name: target # ____ aperture size: 51 # ____ x,y: (289, 269) at frame 16938 # ____ threshold: 99999 # ____ def mask radius: 4.0 # ____ color: yellow # ____ joggable: False # ____ auto textOut: False # ____ thumbnail source: False # ____ csv output order: 3 # # aperture name: ref # ____ aperture size: 51 # ____ x,y: (578, 274) at frame 16938 # ____ threshold: 99999 # ____ def mask radius: 4.0 # ____ color: red # ____ joggable: False # ____ auto textOut: False # ____ thumbnail source: False # ____ csv output order: 4 # # aperture name: empty # ____ aperture size: 51 # ____ x,y: (196, 308) at frame 16938 # ____ threshold: 99999 # ____ def mask radius: 4.0 # ____ color: green # ____ joggable: True # ____ auto textOut: False # ____ thumbnail source: False # ____ csv output order: 5 # # # Aperture photometry was used to extract the lightcurves ==================== end header lines ==================== No time step irregularities found. timeDelta: 0.0334000 seconds per reading timestamp error rate: 0.00% signal-target is the target curve. D zone selected: [9465, 9538] R zone selected: [9830, 9924] Locate a "D and R" event has been selected Number of candidate solutions: 7030 (using D/R region selections) New solver results... Integer (non-subframe) solution... sigB:96.07 sigA:58.82 B:378.70 A:98.77 in entryNum units: D: 9516 R: 9873 noise corr coefs: [1.00, 0.127] (based on 16552 points) sigmaB: 95.25 Subframe adjusted solution... sigB:95.25 sigA:58.46 B:378.70 A:98.77 in entryNum units: D: 9516 R: 9873 D(subframe): 9516.0000 R(subframe): 9873.0000 in frameNum units: D: 9546 R: 9903 D(subframe): 9546.0000 R(subframe): 9903.0000 ... end New solver results Error bar report based on 100,000 simulations (units are readings)... loDbar @ .68 ci: -0.3036 hiDbar @ .68 ci: 0.3270 loDbar @ .95 ci: -0.9113 hiDbar @ .95 ci: 0.7598 loDbar @ .9973 ci: -2.3704 hiDbar @ .9973 ci: 2.0702 loDurBar @ .68 ci: -0.4772 hiDurBar @ .68 ci: 0.5031 loDurBar @ .95 ci: -1.1993 hiDurBar @ .95 ci: 1.2009 loDurBar @ .9973 ci: -2.7198 hiDurBar @ .9973 ci: 2.8649 Timestamp validity check ... From timestamps at D and R, calculated 357 reading blocks. From reading blocks, calculated 357 blocks. Timestamps appear valid @ D and R ================= 0.68 containment interval report ================= B: 378.70 {+/- 0.74} sigmaB: 95.25 A: 98.77 {+/- 3.10} sigmaA: 58.46 magDrop report: percentDrop: 73.9 magDrop: 1.459 +/- 0.034 (0.68 ci) snr: 2.94 D: 9546.00 {+0.33,-0.30} (frame number) D: [10:32:18.3060] {+0.0109,-0.0101} seconds R: 9903.00 {+0.30,-0.33} (frame number) R: [10:32:30.2179] {+0.0101,-0.0109} seconds Duration (R - D): 357.0000 {+0.4902,-0.4902} readings Duration (R - D): 11.9119 {+0.0164,-0.0164} seconds =============== end 0.68 containment interval report =============== ================= 0.95 containment interval report ================= B: 378.70 {+/- 1.48} sigmaB: 95.25 A: 98.77 {+/- 6.20} sigmaA: 58.46 magDrop report: percentDrop: 73.9 magDrop: 1.459 +/- 0.068 (0.95 ci) snr: 2.94 D: 9546.00 {+0.76,-0.91} (frame number) D: [10:32:18.3060] {+0.0254,-0.0304} seconds R: 9903.00 {+0.91,-0.76} (frame number) R: [10:32:30.2179] {+0.0304,-0.0254} seconds Duration (R - D): 357.0000 {+1.2001,-1.2001} readings Duration (R - D): 11.9119 {+0.0401,-0.0401} seconds =============== end 0.95 containment interval report =============== ================= 0.9973 containment interval report =============== B: 378.70 {+/- 2.22} sigmaB: 95.25 A: 98.77 {+/- 9.30} sigmaA: 58.46 magDrop report: percentDrop: 73.9 magDrop: 1.459 +/- 0.102 (0.9973 ci) snr: 2.94 D: 9546.00 {+2.07,-2.37} (frame number) D: [10:32:18.3060] {+0.0691,-0.0792} seconds R: 9903.00 {+2.37,-2.07} (frame number) R: [10:32:30.2179] {+0.0792,-0.0691} seconds Duration (R - D): 357.0000 {+2.7924,-2.7924} readings Duration (R - D): 11.9119 {+0.0933,-0.0933} seconds =============== end 0.9973 containment interval report ============= D frame number: 9546.00 D: 0.6800 containment intervals: {+/- 0.33} (readings) D: 0.9500 containment intervals: {+/- 0.91} (readings) D: 0.9973 containment intervals: {+/- 2.37} (readings) R frame number: 9903.00 R: 0.6800 containment intervals: {+/- 0.33} (readings) R: 0.9500 containment intervals: {+/- 0.91} (readings) R: 0.9973 containment intervals: {+/- 2.37} (readings) Duration (R - D): 357.0000 readings Duration: 0.6800 containment intervals: {+/- 0.4902} (readings) Duration: 0.9500 containment intervals: {+/- 1.2001} (readings) Duration: 0.9973 containment intervals: {+/- 2.7924} (readings) =============== Summary report for Excel file ===================== This light curve has not been block integrated. This 'drop' has a zero probability of being an artifact of noise. >>>> probability > 0.0000 indicates the 'drop' may be spurious (a noise artifact). Consult with an IOTA Regional Coordinator. >>>> probability = 0.0000 indicates the 'drop' is unlikely to be a noise artifact, but does not prove that the 'drop' is due to an occultation >>>> Consider 'drop' shape, timing, mag drop, duration and other positive observer chords before reporting the 'drop' as a positive. All times are calculated/reported based on the assumption that timestamps are start-of-exposure times. It is critical that you make appropriate time adjustments when timestamps are NOT start-of-exposure times. If you use the North American Excel Spreadsheet report, all times will be properly corrected for camera delay and reported start-of-exposure times. For other users worldwide, use the appropriate corrections documented in the North American Spreadsheet report form - use the documentation shown on the Corrections Tables tab. magDrop report: percentDrop: 73.9 magDrop: 1.459 +/- 0.068 (0.95 ci) snr: 2.94 D time: [10:32:18.3060] D: 0.6800 containment intervals: {+/- 0.0109} seconds D: 0.9500 containment intervals: {+/- 0.0304} seconds D: 0.9973 containment intervals: {+/- 0.0792} seconds R time: [10:32:30.2179] R: 0.6800 containment intervals: {+/- 0.0109} seconds R: 0.9500 containment intervals: {+/- 0.0304} seconds R: 0.9973 containment intervals: {+/- 0.0792} seconds Duration (R - D): 11.9119 seconds Duration: 0.6800 containment intervals: {+/- 0.0164} seconds Duration: 0.9500 containment intervals: {+/- 0.0401} seconds Duration: 0.9973 containment intervals: {+/- 0.0933} seconds Enter D and R error bars for each containment interval in Excel spreadsheet without + or - sign (assumed to be +/-) =========== end Summary report for Excel file ===================== Solution 'envelope' in the main plot drawn using 0.95 containment interval error bars