[Observer] cospar = 9999 # COSPAR number of observer's site name = BALI # Name of observer latitude = -8.736 # Latitude of location (decimal degrees) longitude = 115.195 # Longitude of location (decimal degrees) height = 10 # Height of location (meters) [Setup] camera_type = CV2 # CV2 or ASI or PI tracking_mount = False alt_sunset = -6.0 # Solar altitude at sunset alt_sunrise = -6.0 # Solar altitude at sunrise observations_path = /home/linux/obs [Credentials] st-username = x # Space-track.org username st-password = x # Space-track.org password [ASI] device_id = 0 # Device ID nx = 968 # Camera horizontal pixel count ny = 608 # Camera vertical pixel count nframes = 100 # Number of frames for each image gain = 300 # Camera gain maxgain = 300 # Maximum gain (for autogain; starts at gain) autogain = True # Use autogain exposure = 100000 # Exposure time in microseconds brightness = 10 # Target brightness of pixels bandwidth = 90 # Bandwidth usage (percent) high_speed = 0 # High speed mode (0 for False, 1 for True) hardware_bin = 0 # Hardware binning (0 for False, 1 for True) bin = 1 # ASI software binning factor (1: 1x2, 2: 2x2 etc) software_bin = 2 # STVID software binning factor (1: 1x1, 2: 2x2 etc) sdk = /path/to/libASICamera2.so # path to the SDK library [PI] device_id = 0 # Device ID nx = 800 # Camera horizontal pixel count ny = 600 # Camera vertical pixel count nframes = 100 # Number of frames for each image framerate = 5 # Take 5 frames per second exposure = 200000 # Exposure time in us awb_gain_red = 2 # Gain for red. awb_gain_blue = 2.3 # Gain for blue analog_gain = 16 # Analog gain digital_gain = 64 # Digital gain # my ip cam: tapo c325wb [CV2] device_id = 0 # Device ID device_string = rtsp://x:x@x.x.x.x:554/stream1 # stream1 resolution 2560 x 1440. after software_bin = 2, this become half = 1280 x 720 # then crop 1280 - 480 = 800 and 720 - 120 = 600 software_crop_width = 480 software_crop_height = 120 #result after cropped nx = 800 ny = 600 nframes = 400 software_bin = 2 # STVID software binning factor (1: 1x1, 2: 2x2 etc) (bikin file output jadi lebih kecil) # C0 blue # C1 orange # C2 green # C3 red # C4 violet # C5 brown # C6 pink # C7 gray # C8 yellow # C9 blue light # C10 blue # C11 orange, repeat ... [Elements] tlepath = /home/linux/tle tlefile4 = satno.tle name4 = Satnogs abbrev4 = satnogs color4 = C6 tlefile5 = starlink.tle name5 = Starlink abbrev5 = starlink color5 = C4 tlefile1 = catalog.tle # TLE File name1 = Catalog # Catalog name abbrev1 = catalog # Catalog abbreviation color1 = C0 # Color code tlefile2 = classfd.tle name2 = Classified abbrev2 = classfd color2 = C1 tlefile3 = inttles.tle name3 = Integrated abbrev3 = inttles color3 = C2 [DiagnosticPlot] colormap = gray_r [LineDetection] min_sigma = 3.2 # Minimum track selection significance, kalau banyak noise dinaikkan angkanya. default 5 min_track_points = 25 # 10 Minimum number of points making up a track min_track_width = 10 # 7 Minimum track selection width (pixels) color = C3 # Detected track color code cpu_count = 2 # CPU threads to use [Identification] max_off_track_offset_deg = 0.1 # Maximum off-track offset [angle; deg] max_along_track_offset_s = 2.0 # Maximum off-track offset [time; sec] max_direction_difference_deg = 2.0 # Maximum difference between direction of motion [angle; deg] max_velocity_difference_percent = 5.0 # Maximum velocity difference [percent] [Astrometry] min_stars = 25 #ok : 20 Minimum number of stars to attempt plate solve max_magnitude = 13 # between 12 - 13 still there bending. 13-15 same result. maybe because the star detected is same solve-field_args = -O -l 10 -z 2 -t 1 --crpix-center # Solve-field arguments #[Shutter] #pin = 19 # GPIO pin controlling shutter #[Aimpoint] # Stop/start when aimpoint is in/out of shadow #az_deg = 180 # Aimpoint azimuth (deg) #alt_deg = 60 # Aimpoint altitude (deg) #height_km = 2000 # Aimpoint orbital height (km)