Replies: 24 comments 10 replies
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Well, I found part of my problem. Even though my config is set to save a FITS image every 10 minutes, it isn't. I am using sftp to copy images to another RPi. Looking at the FITS folder, I can see some hours have only 1 FITS image, others have an image for every 10 minutes. What is very odd is that I have no images between 3am and 6am. |
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Checking in the db directly... SELECT createDate_year, createDate_month, createDate_day, createDate_hour, COUNT(1) FROM fitsimage
GROUP BY createDate_year, createDate_month, createDate_day, createDate_hour
ORDER BY createDate_year, createDate_month, createDate_day, createDate_hourresults: Between 8pm and 5am, I don't have 6 images per hour, in some case there are no images at all... 11pm to 4am inclusive. |
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Ok. some progress. Looking in the database of fitsimages, I took the id of an image during a clear, moonless night. I appended this id to the processing url like this: https://indi-allsky.local/indi-allsky/processing?id=729. It doesn't match exactly the timestamp of the image I selected, not sure why, but it is close enough to begin various parameter processing. Anyone with additional clues on how to select a unique FITS image for processing are welcome. |
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The only reason I can think of that would cause FITS to not be saved is if there were an exception in the processing pipeline. Do you show any exceptions in the capture log? Also... files are written to the /tmp filesystem first. Are you running out of space there? |
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Space not an issue, 256GB SD card, 10% used. Searched entire indi-allsky.log for today, midnight onward, using search term FITS. The only thing that repeats is this: Repeats until around 5am, when I start seeing this: Decided to search only on the first FITS term after midnight: Image-264-41398. No errors or warnings except for the dark frame calibration. Strangely, just after the warning (no dark frame) the logs suggest it did find a matched dark frame? |
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I think you have selected to save the FITS data before dark frame calibration is performed. |
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Can you post your Support Info? |
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Support info: ✴️ indi-allsky Support Info ✴️################################# indi-allsky support info################################# Flask config {
"SQLALCHEMY_DATABASE_URI": "REDACTED",
"SQLALCHEMY_TRACK_MODIFICATIONS": false,
"SQLALCHEMY_ENGINE_OPTIONS": {
"echo": false,
"pool_size": 25
},
"MIGRATION_FOLDER": "/var/lib/indi-allsky/migrations",
"SESSION_COOKIE_SECURE_comment": "True will prevent using http-only mode",
"SESSION_COOKIE_SECURE": true,
"SESSION_COOKIE_HTTPONLY": true,
"SESSION_COOKIE_SAMESITE": "Lax",
"PERMANENT_SESSION_LIFETIME": 2678400,
"SESSION_REFRESH_EACH_REQUEST": true,
"TEMPLATES_AUTO_RELOAD": true,
"WTF_CSRF_TIME_LIMIT": 86400,
"SECRET_KEY": "REDACTED",
"REMEMBER_COOKIE_DURATION": 2678400,
"REMEMBER_COOKIE_SECURE_comment": "True will prevent using http-only mode",
"REMEMBER_COOKIE_SECURE": true,
"REMEMBER_COOKIE_HTTPONLY": true,
"REMEMBER_COOKIE_SAMESITE": "Lax",
"SESSION_PROTECTION": "strong",
"SEND_FILE_MAX_AGE_DEFAULT": 7776000,
"INDI_ALLSKY_DOCROOT": "/var/www/html/allsky",
"INDI_ALLSKY_IMAGE_FOLDER": "/var/www/html/allsky/images",
"INDI_ALLSKY_AUTH_ALL_VIEWS": false,
"INDI_ALLSKY_AUTH_MEDIA_VIEWS": false,
"LOGIN_DISABLED_comment": "DANGER Set true to disable all authentication. This will allow anonymous persons to delete data and shutdown your system",
"LOGIN_DISABLED": false,
"PASSWORD_KEY_comment": "If you lose the PASSWORD_KEY passwords cannot be recovered",
"PASSWORD_KEY": "REDACTED",
"ADMIN_NETWORKS": [
"10.0.0.0/8",
"192.168.0.0/16",
"172.16.0.0/12",
"169.254.0.0/16",
"fe80::/64",
"127.0.0.1/32",
"::1/128"
],
"INDISERVER_SERVICE_NAME": "indiserver.service",
"INDISERVER_TIMER_NAME": "indiserver.timer",
"ALLSKY_SERVICE_NAME": "indi-allsky.service",
"ALLSKY_TIMER_NAME": "indi-allsky.timer",
"UPGRADE_ALLSKY_SERVICE_NAME": "upgrade-indi-allsky.service",
"GUNICORN_SERVICE_NAME": "gunicorn-indi-allsky.service",
"GUNICORN_SOCKET_NAME": "gunicorn-indi-allsky.socket"
}indi-allsky config (passwords redacted) {
"ENCRYPT_PASSWORDS_comment": "Do not manually adjust",
"ENCRYPT_PASSWORDS": false,
"CAMERA_INTERFACE": "libcamera_imx477",
"INDI_SERVER": "localhost",
"INDI_PORT": 7624,
"INDI_CAMERA_NAME": "",
"OWNER": "REDACTED",
"WEBSITE": {
"TITLE": "indi-allsky"
},
"LENS_NAME": "M12 184.6 DPOV",
"LENS_FOCAL_LENGTH": 2.72,
"LENS_FOCAL_RATIO": 2.5,
"LENS_IMAGE_CIRCLE": 5068,
"LENS_OFFSET_X": 0,
"LENS_OFFSET_Y": 0,
"LENS_ALTITUDE": 90.0,
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"GAIN": 22.26,
"BINNING": 1
},
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"GAIN": 22.26,
"BINNING": 1
},
"DAY": {
"GAIN": 1.0,
"BINNING": 1
},
"AUTO_GAIN_ENABLE": true,
"AUTO_GAIN_LEVELS": 8
},
"INDI_CONFIG_DEFAULTS": {
"SWITCHES": {},
"PROPERTIES": {},
"TEXT": {}
},
"INDI_CONFIG_DAY": {},
"CCD_EXPOSURE_MAX": 60.0,
"CCD_EXPOSURE_DEF": 0.0,
"CCD_EXPOSURE_MIN": 0.1,
"CCD_EXPOSURE_MIN_DAY": 0.0,
"CCD_EXPOSURE_TIMEOUT": 300,
"CCD_BIT_DEPTH": 0,
"EXPOSURE_PERIOD": 30.0,
"EXPOSURE_PERIOD_DAY": 30.0,
"CAMERA_SQM": {
"ENABLE": true,
"ENABLE_DAY": false,
"EXPOSURE": 10.0,
"GAIN": 6.4,
"BINNING": 1,
"EXPOSURE_PERIOD": 900,
"MAGNITUDE_OFFSET": 25.0
},
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"FOCUS_DELAY": 8.0,
"CFA_PATTERN": "",
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"SCNR_ALGORITHM": "average_neutral",
"SCNR_ALGORITHM_DAY": "average_neutral",
"SCNR_MTF_MIDTONES": 0.55,
"SCNR_MTF_MIDTONES_DAY": 0.55,
"IMAGE_DENOISE": "bilateral",
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"IMAGE_DENOISE_STRENGTH": 3,
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"MEDIAN_SCALE_FACTOR": 2.4,
"MEDIAN_SCALE_EXP": 2,
"GAUSSIAN_SCALE_FACTOR": 0.2,
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"BILATERAL_SCALE_EXP": 1,
"WAVELET_SCALE_FACTOR": 0.1,
"WAVELET_SCALE_EXP": 0.5,
"WAVELET_MAX_BLEND": 0.25,
"BILATERAL_SIGMA_COLOR": 10,
"BILATERAL_SIGMA_COLOR_DAY": 10,
"BILATERAL_SIGMA_SPACE": 15,
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"WBR_FACTOR": 1.0,
"WBG_FACTOR": 1.0,
"WBB_FACTOR": 1.0,
"WBR_FACTOR_DAY": 1.1,
"WBG_FACTOR_DAY": 1.0,
"WBB_FACTOR_DAY": 1.2,
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"AUTO_WB_DAY": true,
"WBR_MTF_MIDTONES": 0.5,
"WBG_MTF_MIDTONES": 0.5,
"WBB_MTF_MIDTONES": 0.5,
"WBR_MTF_MIDTONES_DAY": 0.5,
"WBG_MTF_MIDTONES_DAY": 0.5,
"WBB_MTF_MIDTONES_DAY": 0.5,
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"SHARPEN_AMOUNT_DAY": 0.0,
"CCD_COOLING": false,
"CCD_COOLING_DAY": false,
"CCD_TEMP": 15.0,
"CCD_TEMP_DAY": 35.0,
"TEMP_DISPLAY": "c",
"PRESSURE_DISPLAY": "hPa",
"WINDSPEED_DISPLAY": "ms",
"CCD_TEMP_SCRIPT": "",
"GPS_ENABLE": false,
"TARGET_ADU": 75,
"TARGET_ADU_DAY": 75,
"TARGET_ADU_DEV": 10,
"TARGET_ADU_DEV_DAY": 20,
"ADU_ROI": [],
"ADU_FOV_DIV": 3,
"DETECT_STARS": true,
"DETECT_STARS_THOLD": 0.6,
"DETECT_METEORS": true,
"DETECT_METEORS_THOLD": 125,
"DETECT_MASK": "/home/pi/indi-allsky/mask_base3.png",
"DETECT_DRAW": false,
"LOGO_OVERLAY": "",
"SQM_ROI": [],
"SQM_FOV_DIV": 3,
"LOCATION_NAME": "Ile-Bizard, Quebec, Canada",
"LOCATION_LATITUDE": 45,
"LOCATION_LONGITUDE": -74,
"LOCATION_ELEVATION": 33,
"CAPTURE_PAUSE": false,
"TIMELAPSE_ENABLE": true,
"TIMELAPSE_SKIP_FRAMES": 7,
"TIMELAPSE": {
"PRE_PROCESSOR": "standard",
"PRE_PROCESSOR_DAY": "standard",
"IMAGE_CIRCLE": 5065,
"KEOGRAM_RATIO": 0.15,
"PRE_SCALE": 50,
"FFMPEG_REPORT": true,
"USE_NIGHT_CONFIG": false
},
"DAYTIME_CAPTURE": true,
"DAYTIME_CAPTURE_SAVE": true,
"DAYTIME_TIMELAPSE": true,
"DAYTIME_CONTRAST_ENHANCE": false,
"NIGHT_CONTRAST_ENHANCE": false,
"CONTRAST_ENHANCE_16BIT": true,
"CLAHE_CLIPLIMIT": 2.0,
"CLAHE_GRIDSIZE": 64,
"NIGHT_SUN_ALT_DEG": -6.0,
"NIGHT_MOONMODE_ALT_DEG": 50.0,
"NIGHT_MOONMODE_PHASE": 45.0,
"WEB_NONLOCAL_IMAGES": false,
"WEB_LOCAL_IMAGES_ADMIN": false,
"WEB_EXTRA_TEXT": "",
"WEB_STATUS_TEMPLATE": "Status: {status:s}\nLat: {latitude:0.1f}/Long: {longitude:0.1f}\nMode: {mode:s}\nNext change: {mode_next_change:s} [{mode_next_change_h:0.1f}h]\nSun: {sun_alt:0.1f}° {sun_dir:s}\nMoon: {moon_alt:0.1f}° {moon_dir:s}\nRise: {moon_next_rise:s} [{moon_next_rise_h:0.1f}h]\nSet: {moon_next_set:s} [{moon_next_set_h:0.1f}h]\nPhase: {moon_phase_str:s} <span data-bs-toggle=\"tooltip\" data-bs-placement=\"right\" title=\"{moon_phase:0.0f}%\">{moon_glyph:s}</span>\nSmoke: {smoke_rating:s} {smoke_rating_status}\nKp-index: {kpindex:0.2f} {kpindex_rating:s} {kpindex_trend:s}\nBt: {aurora_mag_bt:0.1f}nT/Bz: {aurora_mag_gsm_bz:+0.1f}/NH: {aurora_n_hemi_gw:d}GW\nAurora: {ovation_max:d}% {aurora_data_status:s}",
"HEALTHCHECK": {
"DISK_USAGE": 90.0,
"SWAP_USAGE": 5.0
},
"IMAGE_STRETCH": {
"CLASSNAME": "mode2_mtf_x2",
"MODE1_GAMMA": 3.0,
"MODE1_STDDEVS": 2.25,
"MODE2_SHADOWS": 0.03,
"MODE2_MIDTONES": 0.55,
"MODE2_HIGHLIGHTS": 1.0,
"SPLIT": false,
"MOONMODE": true,
"DAYTIME": false,
"MODE3_BLACK_CLIP": -2.8,
"MODE3_SHADOWS": 0.02,
"MODE3_MIDTONES": 0.25,
"MODE3_HIGHLIGHTS": 1.0
},
"KEOGRAM_ANGLE": 0.0,
"KEOGRAM_H_SCALE": 100,
"KEOGRAM_V_SCALE": 33,
"KEOGRAM_CROP_TOP": 0,
"KEOGRAM_CROP_BOTTOM": 0,
"KEOGRAM_LABEL": true,
"LONGTERM_KEOGRAM": {
"ENABLE": true,
"OFFSET_X": 0,
"OFFSET_Y": 0,
"OPENCV_FONT_SCALE": 0.8,
"PIL_FONT_SIZE": 30,
"MONTH_LABEL_TEMPLATE": "{month:%B %Y}"
},
"REALTIME_KEOGRAM": {
"MAX_ENTRIES": 1000,
"SAVE_INTERVAL": 25,
"LABEL": false
},
"STARTRAILS_MAX_ADU": 65,
"STARTRAILS_MASK_THOLD": 255,
"STARTRAILS_PIXEL_THOLD": 1.0,
"STARTRAILS_MIN_STARS": 50,
"STARTRAILS_TIMELAPSE": true,
"STARTRAILS_TIMELAPSE_MINFRAMES": 100,
"STARTRAILS_SUN_ALT_THOLD": -10.0,
"STARTRAILS_MOONMODE_THOLD": false,
"STARTRAILS_MOON_ALT_THOLD": 10.0,
"STARTRAILS_MOON_PHASE_THOLD": 40.0,
"STARTRAILS_USE_DB_DATA": false,
"STARTRAILS": {
"IMAGE_CIRCLE_MASK_ENABLE": false,
"IMAGE_CIRCLE_MASK_DIAMETER": 3500,
"IMAGE_CIRCLE_MASK_BLUR": 35,
"IMAGE_CIRCLE_MASK_OPACITY": 80
},
"IMAGE_CALIBRATE_DARK": true,
"IMAGE_CALIBRATE_BPM": true,
"IMAGE_CALIBRATE_FIX_HOLES": true,
"IMAGE_CALIBRATE_HOLE_THOLD": 27,
"IMAGE_CALIBRATE_MANUAL_OFFSET": 0,
"PRIVACY_MODE": false,
"IMAGE_EXIF_PRIVACY": false,
"IMAGE_FILE_TYPE": "jpg",
"IMAGE_FILE_COMPRESSION": {
"jpg": 80,
"png": 5,
"tif": 5,
"jpeg": 80
},
"VARLIB_FOLDER": "/var/lib/indi-allsky",
"IMAGE_FOLDER": "/var/www/html/allsky/images",
"IMAGE_LABEL_TEMPLATE": "# size:60 [Use 60 for higher resolution cameras]\n\n# xy:-10,10 (Upper Right)\n# anchor:ra (Right Justified)\n# size:75\n# color:150,150,150\n{timestamp:%H:%M:%S}\n# size:60\n# color:150,0,0\n{timestamp:%Y.%m.%d}\n# color:100,100,0\nLat {latitude:0.1f} Long {longitude:0.1f}\n# color:150,150,150\nTiangong {tiangong_up:s} [{tiangong_next_h:0.1f}h/{tiangong_next_alt:0.0f}°]\nHubble {hst_up:s} [{hst_next_h:0.1f}h/{hst_next_alt:0.0f}°]\nISS {iss_up:s} [{iss_next_h:0.1f}h/{iss_next_alt:0.0f}°]\n\n# xy:-15,-450 (Lower Right) [Use -15,-450 for size 60]\n# color:175,175,0\nSun {sun_alt:0.0f}°\n# color:125,0,0\nMercury {mercury_alt:0.0f}°\n# color:100,150,150\nVenus {venus_alt:0.0f}°\n# color:150,0,0\nMars {mars_alt:0.0f}°\n# color:100,100,0\nJupiter {jupiter_alt:0.0f}°\n# color:100,100,150\nSaturn {saturn_alt:0.0f}°\n# color:150,150,150\nMoon {moon_phase:0.0f}% {moon_alt:0.0f}°\n\n# xy:15,-980 (Lower Left) [Use 15,-300 for size 60]\n# anchor:la (Left Justified)\n# color:0,150,150\nStars {stars:d}\n# color:150,50,50\nKp-index {kpindex:0.2f}\n# color:150,150,150\nSmoke {smoke_rating:s}\n# color:0,150,150\nOutdoor Temp {sensor_user_10:0.1f}°C\nOutdoor RH {sensor_user_11:0.1f}%\nDew Point {sensor_user_14:0.1f}C\nPressure {sensor_user_12:0.1f}\nVOC {sensor_user_13:0.1f}\n# color:150,50,50\nCamera {temp:0.1f}°{temp_unit:s}\nCPU Temp {sensor_temp_10:0.1f}C\nDome Temp {sensor_user_21:0.1f}°C \nDome RH {sensor_user_22:0.1f}%\n# color:0,150,150\nCPU Fan {sensor_user_4:0.0f}%\nDew Heater {sensor_user_1:0.0f}%\n# color:150,0,0\nLightning {sensor_user_15:0.0f} ({sensor_user_19:0.0f}d/{sensor_user_20:0.0f}n)\nDistance {sensor_user_18:0.1f} km\n\n\n\n\n# xy:15,15 (Upper Left)\n# color:0,150,0\nExposure {exposure:0.6f}\n# color:150,50,0\nGain {gain:d}\n# color:150,0,150\nStretch {stretch:s}\nStacking {stack_method:s}\n# color:200,200,200 (default color)\n# additional labels will be added here\n\n",
"URL_TEMPLATE": "https://{bucket}.s3.{region}.{host}",
"IMAGE_EXTRA_TEXT": "",
"IMAGE_CROP_ROI": [],
"IMAGE_CROP_IMAGE_CIRCLE": false,
"IMAGE_ROTATE": "",
"IMAGE_ROTATE_ANGLE": 0,
"IMAGE_ROTATE_KEEP_SIZE": false,
"IMAGE_FLIP_V": false,
"IMAGE_FLIP_H": false,
"IMAGE_SCALE": 100,
"IMAGE_COLORMAP": "",
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"ENABLE": true,
"X": -733,
"Y": -233,
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},
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],
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100,
60
],
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30,
30
],
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],
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15,
15
],
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1,
1
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120,
200
],
"FONT_COLOR": [
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150,
150
],
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"PIL_FONT_SIZE": 45,
"OPENCV_FONT_SCALE": 0.5
},
"IMAGE_OVERLAY": {
"ENABLE": false,
"LOAD_INTERVAL": 600,
"A_URL": "",
"A_IMAGE_FILE_TYPE": "jpg",
"A_WIDTH": 250,
"A_HEIGHT": 250,
"A_X": 300,
"A_Y": -300,
"A_USERNAME": "",
"A_PASSWORD": "REDACTED",
"A_PASSWORD_E": "REDACTED"
},
"IMAGE_CIRCLE_MASK": {
"ENABLE": false,
"DIAMETER": 3500,
"OFFSET_X": 0,
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"BLUR": 35,
"OPACITY": 100,
"OUTLINE": false
},
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"OFFSET_Y": 0,
"ROTATE_ANGLE": -90,
"SCALE": 0.5,
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"ENABLE_CARDINAL_DIRS": true,
"DIRS_OFFSET_BOTTOM": 25,
"OPENCV_FONT_SCALE": 0.8,
"PIL_FONT_SIZE": 30
},
"IMAGE_SAVE_FITS": true,
"IMAGE_SAVE_FITS_PRE_DARK": false,
"IMAGE_SAVE_FITS_PERIOD": 600,
"IMAGE_EXPORT_RAW": "",
"IMAGE_EXPORT_FOLDER": "/var/www/html/allsky/images/export",
"IMAGE_EXPORT_FLIP_V": false,
"IMAGE_EXPORT_FLIP_H": false,
"IMAGE_STACK_METHOD": "maximum",
"IMAGE_STACK_COUNT": 5,
"IMAGE_STACK_ALIGN": true,
"IMAGE_ALIGN_DETECTSIGMA": 5,
"IMAGE_ALIGN_POINTS": 50,
"IMAGE_ALIGN_SOURCEMINAREA": 10,
"IMAGE_STACK_SPLIT": false,
"THUMBNAILS": {
"IMAGES_AUTO": true
},
"BACKUP_DB_PERIOD_DAYS": 3,
"IMAGE_EXPIRE_DAYS": 7,
"IMAGE_RAW_EXPIRE_DAYS": 7,
"IMAGE_FITS_EXPIRE_DAYS": 7,
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"TIMELAPSE_OVERWRITE": true,
"IMAGE_QUEUE_MAX": 5,
"IMAGE_QUEUE_MIN": 2,
"IMAGE_SAVE_HOOK_PRE": "",
"IMAGE_SAVE_HOOK_POST": "",
"IMAGE_SAVE_HOOK_TIMEOUT": 5,
"CAPTURE_HOOK_PRE": "",
"CAPTURE_HOOK_TIMEOUT": 5,
"IMAGE_QUEUE_BACKOFF": 0.5,
"FFMPEG_FRAMERATE": 25,
"FFMPEG_FRAMERATE_DAY": 25,
"FFMPEG_BITRATE": "20000k",
"FFMPEG_BITRATE_DAY": "5000k",
"FFMPEG_VFSCALE": "",
"FFMPEG_VFSCALE_DAY": "",
"FFMPEG_EXTRA_OPTIONS": "-level 3.1",
"FFMPEG_EXTRA_OPTIONS_DAY": "-level 3.1",
"FFMPEG_CODEC": "libx264",
"FITSHEADERS": [
[
"INSTRUME",
"indi-allsky"
],
[
"OBSERVER",
""
],
[
"SITE",
""
],
[
"OBJECT",
""
],
[
"NOTES",
""
]
],
"IMAGE_LABEL_SYSTEM": "pillow",
"TEXT_PROPERTIES": {
"DATE_FORMAT": "%Y%m%d %H:%M:%S",
"FONT_FACE": "FONT_HERSHEY_SIMPLEX",
"FONT_AA": "LINE_AA",
"FONT_SCALE": 1.0,
"FONT_THICKNESS": 2,
"FONT_OUTLINE": true,
"FONT_HEIGHT": 30,
"FONT_X": 30,
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"FONT_COLOR": [
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200,
200
],
"PIL_FONT_FILE": "fonts-freefont-ttf/FreeMonoBold.ttf",
"PIL_FONT_CUSTOM": "",
"PIL_FONT_SIZE": 30
},
"CARDINAL_DIRS": {
"ENABLE": true,
"FONT_COLOR": [
255,
0,
0
],
"SWAP_NS": true,
"SWAP_EW": false,
"CHAR_NORTH": "N",
"CHAR_EAST": "E",
"CHAR_WEST": "W",
"CHAR_SOUTH": "S",
"DIAMETER": 5065,
"OFFSET_X": 0,
"OFFSET_Y": 0,
"OFFSET_TOP": 20,
"OFFSET_LEFT": 15,
"OFFSET_RIGHT": 15,
"OFFSET_BOTTOM": 20,
"OPENCV_FONT_SCALE": 1.0,
"PIL_FONT_SIZE": 45,
"OUTLINE_CIRCLE": false
},
"ORB_PROPERTIES": {
"MODE": "alt",
"RADIUS": 45,
"SUN_COLOR": [
200,
200,
0
],
"MOON_COLOR": [
128,
128,
128
],
"AZ_OFFSET": 0.0,
"RETROGRADE": false
},
"IMAGE_BORDER": {
"TOP": 0,
"LEFT": 0,
"RIGHT": 0,
"BOTTOM": 0,
"COLOR": [
0,
0,
0
]
},
"UPLOAD_WORKERS": 2,
"FILETRANSFER": {
"CLASSNAME": "pycurl_sftp",
"HOST": "10.254.254.57",
"PORT": 0,
"USERNAME": "pi",
"PASSWORD": "REDACTED",
"PASSWORD_E": "REDACTED",
"PRIVATE_KEY": "/home/pi/.ssh/id_ed25519",
"PUBLIC_KEY": "/home/pi/.ssh/id_ed25519.pub",
"CONNECT_TIMEOUT": 15.0,
"TIMEOUT": 180.0,
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"REMOTE_IMAGE_FOLDER": "/home/pi/allsky/upload/allsky/images/{day_date:%Y%m%d}/{timeofday:s}/{ts:%H}",
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"REMOTE_VIDEO_FOLDER": "/home/pi/allsky/upload/allsky/videos/{day_date:%Y%m%d}",
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"REMOTE_LATEST_FOLDER": "/home/pi/allsky/upload/allsky",
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}
},
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},
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},
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"POST_S3": false,
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},
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"ENABLE": true,
"SECRETS_FILE": "/home/pi/indi-allsky/client_secret_21478047074-5u6o4mcos1aefkoelgb08j7238fng9vs.apps.googleusercontent.com.json",
"PRIVACY_STATUS": "public",
"TITLE_TEMPLATE": "Allsky {asset_label} - {day_date:%Y-%m-%d} - {timeofday}",
"DESCRIPTION_TEMPLATE": "",
"CATEGORY": 22,
"TAGS": [
"allsky",
"astronomy",
"timelapse"
],
"UPLOAD_VIDEO": true,
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"UPLOAD_STARTRAIL_VIDEO": true,
"UPLOAD_PANORAMA_VIDEO": false
},
"LIBCAMERA": {
"IMAGE_FILE_TYPE": "dng",
"IMAGE_FILE_TYPE_DAY": "jpg",
"AWB": "auto",
"AWB_DAY": "auto",
"AWB_ENABLE": false,
"AWB_ENABLE_DAY": true,
"CAMERA_ID": 0,
"EXTRA_OPTIONS": "--tuning-file /etc/indi-allsky/imx477_no_dpc.json",
"EXTRA_OPTIONS_DAY": "--tuning-file /etc/indi-allsky/imx477_no_dpc.json",
"IMMEDIATE": true,
"IMMEDIATE_DAY": true,
"MQTT_PASSWORD": "REDACTED",
"MQTT_PASSWORD_E": "REDACTED",
"CCM_DISABLE": true,
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"MQTT_USERNAME": "indi-allsky",
"MQTT_QOS": 0,
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"MQTT_METADATA_TOPIC": "libcamera/metadata",
"MQTT_PROTOCOL": "MQTTv5"
},
"PYCURL_CAMERA": {
"URL": "",
"IMAGE_FILE_TYPE": "jpg",
"USERNAME": "",
"PASSWORD": "REDACTED",
"PASSWORD_E": "REDACTED"
},
"ACCUM_CAMERA": {
"SUB_EXPOSURE_MAX": 1.0,
"EVEN_EXPOSURES": true,
"CLAMP_16BIT": true
},
"TEST_CAMERA": {
"ROTATING_STAR_COUNT": 30000,
"ROTATING_STAR_FACTOR": 1.0,
"BUBBLE_COUNT": 1000,
"WIDTH": 4056,
"HEIGHT": 3040,
"IMAGE_CIRCLE_DIAMETER": 5065,
"IMAGE_CIRCLE_OFFSET_X": 0,
"IMAGE_CIRCLE_OFFSET_Y": 0
},
"VIRTUALSKY": {
"IMAGE_CIRCLE_DIAMETER": 4963,
"LATITUDE_OFFSET": 0.0,
"LONGITUDE_OFFSET": 0.0,
"OFFSET_X": -65,
"OFFSET_Y": 50,
"FLIP_NS": false,
"FLIP_EW": false,
"MAGNITUDE": 5.0,
"CONSTELLATIONS": true,
"SHOWSTARS": true,
"SHOWPLANETS": true,
"CONSTELLATIONLABELS": false,
"SHOWSTARLABELS": true,
"SHOWPLANETLABELS": true
},
"CIRCULAR_DISPLAY": {
"ENABLE": false,
"RESOLUTION": 800,
"IMAGE_CIRCLE_DIAMETER": 3500
},
"FOCUSER": {
"CLASSNAME": "",
"GPIO_PIN_1": "D17",
"GPIO_PIN_2": "D18",
"GPIO_PIN_3": "D27",
"GPIO_PIN_4": "D22",
"I2C_ADDRESS": "0x60"
},
"DEW_HEATER": {
"CLASSNAME": "blinka_dew_heater_pwm",
"ENABLE_DAY": true,
"I2C_ADDRESS": "0x10",
"PIN_1": "D19",
"INVERT_OUTPUT": true,
"LEVEL_DEF": 0,
"THOLD_ENABLE ": false,
"MANUAL_TARGET": 0.0,
"TEMP_USER_VAR_SLOT": "sensor_user_10",
"DEWPOINT_USER_VAR_SLOT": "sensor_user_14",
"LEVEL_LOW": 33,
"LEVEL_MED": 66,
"LEVEL_HIGH": 100,
"THOLD_DIFF_LOW": 5,
"THOLD_DIFF_MED": 3,
"THOLD_DIFF_HIGH": 1,
"THOLD_ENABLE": true,
"HOLD_SECONDS": 0,
"PWM_FREQUENCY": 500
},
"FAN": {
"CLASSNAME": "blinka_fan_pwm",
"ENABLE_NIGHT": true,
"I2C_ADDRESS": "0x11",
"PIN_1": "D18",
"INVERT_OUTPUT": false,
"LEVEL_DEF": 0,
"THOLD_ENABLE ": false,
"TARGET": 65.0,
"TEMP_USER_VAR_SLOT": "sensor_temp_10",
"LEVEL_LOW": 33,
"LEVEL_MED": 66,
"LEVEL_HIGH": 100,
"THOLD_DIFF_LOW": -10,
"THOLD_DIFF_MED": -5,
"THOLD_DIFF_HIGH": 0,
"THOLD_ENABLE": true,
"HOLD_SECONDS": 0,
"PWM_FREQUENCY": 500
},
"GENERIC_GPIO": {
"A_CLASSNAME": "",
"A_I2C_ADDRESS": "0x12",
"A_PIN_1": "D21",
"A_INVERT_OUTPUT": true
},
"MANUAL_GPIO": {
"A_CLASSNAME": "",
"A_PIN_1": "21",
"A_PIN_2": "25",
"A_PIN_3": "16"
},
"DEVICE": {
"MQTT_TRANSPORT": "tcp",
"MQTT_HOST": "localhost",
"MQTT_PORT": 8883,
"MQTT_USERNAME": "indi-allsky",
"MQTT_PASSWORD": "REDACTED",
"MQTT_PASSWORD_E": "REDACTED",
"MQTT_QOS": 0,
"MQTT_TLS": true,
"MQTT_CERT_BYPASS": true,
"MQTT_PROTOCOL": "MQTTv5"
},
"TEMP_SENSOR": {
"A_CLASSNAME": "blinka_temp_sensor_bme680_i2c",
"A_LABEL": "BME680",
"A_PIN_1": "D5",
"A_USER_VAR_SLOT": "sensor_user_10",
"A_I2C_ADDRESS": "0x77",
"B_CLASSNAME": "blinka_sparkfun_lightning_sensor_as3935_i2c",
"B_LABEL": "AS3935",
"B_PIN_1": "D6",
"B_USER_VAR_SLOT": "sensor_user_15",
"B_I2C_ADDRESS": "0x03",
"C_CLASSNAME": "blinka_temp_sensor_ahtx0_i2c",
"C_LABEL": "AHT25",
"C_PIN_1": "D20",
"C_USER_VAR_SLOT": "sensor_user_21",
"C_I2C_ADDRESS": "0x38",
"D_CLASSNAME": "",
"D_LABEL": "Sensor D",
"D_PIN_1": "D26",
"D_USER_VAR_SLOT": "sensor_user_25",
"D_I2C_ADDRESS": "0x50",
"OPENWEATHERMAP_APIKEY": "REDACTED",
"OPENWEATHERMAP_APIKEY_E": "REDACTED",
"WUNDERGROUND_APIKEY": "REDACTED",
"WUNDERGROUND_APIKEY_E": "REDACTED",
"ASTROSPHERIC_APIKEY": "REDACTED",
"ASTROSPHERIC_APIKEY_E": "REDACTED",
"AMBIENTWEATHER_APIKEY": "REDACTED",
"AMBIENTWEATHER_APIKEY_E": "REDACTED",
"AMBIENTWEATHER_APPLICATIONKEY": "REDACTED",
"AMBIENTWEATHER_APPLICATIONKEY_E": "REDACTED",
"AMBIENTWEATHER_MACADDRESS": "REDACTED",
"AMBIENTWEATHER_MACADDRESS_E": "REDACTED",
"ECOWITT_APIKEY": "REDACTED",
"ECOWITT_APIKEY_E": "REDACTED",
"ECOWITT_MACADDRESS_E": "REDACTED",
"ECOWITT_APPLICATIONKEY": "REDACTED",
"ECOWITT_APPLICATIONKEY_E": "REDACTED",
"ECOWITT_MACADDRESS": "REDACTED",
"MQTT_TRANSPORT": "tcp",
"MQTT_HOST": "10.254.254.3",
"MQTT_PORT": 1883,
"MQTT_USERNAME": "indi-allsky",
"MQTT_PASSWORD": "REDACTED",
"MQTT_PASSWORD_E": "REDACTED",
"MQTT_TLS": false,
"MQTT_CERT_BYPASS": true,
"SHT3X_HEATER_NIGHT": false,
"SHT3X_HEATER_DAY": false,
"HTU31D_HEATER_NIGHT": false,
"HTU31D_HEATER_DAY": false,
"SHT4X_MODE_NIGHT": "NOHEAT_HIGHPRECISION",
"SHT4X_MODE_DAY": "NOHEAT_HIGHPRECISION",
"HDC302X_HEATER_NIGHT": "OFF",
"HDC302X_HEATER_DAY": "OFF",
"SI7021_HEATER_LEVEL_NIGHT": -1,
"SI7021_HEATER_LEVEL_DAY": -1,
"TSL2561_GAIN_NIGHT": 1,
"TSL2561_GAIN_DAY": 0,
"TSL2561_INT_NIGHT": 1,
"TSL2561_INT_DAY": 1,
"TSL2591_GAIN_NIGHT": "GAIN_MED",
"TSL2591_GAIN_DAY": "GAIN_LOW",
"TSL2591_INT_NIGHT": "INTEGRATIONTIME_100MS",
"TSL2591_INT_DAY": "INTEGRATIONTIME_100MS",
"VEML7700_GAIN_NIGHT": "ALS_GAIN_1",
"VEML7700_GAIN_DAY": "ALS_GAIN_1_8",
"VEML7700_INT_NIGHT": "ALS_100MS",
"VEML7700_INT_DAY": "ALS_100MS",
"SI1145_VIS_GAIN_NIGHT": "GAIN_ADC_CLOCK_DIV_32",
"SI1145_VIS_GAIN_DAY": "GAIN_ADC_CLOCK_DIV_1",
"SI1145_IR_GAIN_NIGHT": "GAIN_ADC_CLOCK_DIV_32",
"SI1145_IR_GAIN_DAY": "GAIN_ADC_CLOCK_DIV_1",
"LTR390_GAIN_NIGHT": "GAIN_9X",
"LTR390_GAIN_DAY": "GAIN_1X",
"INA3221_CH1_ENABLE": true,
"INA3221_CH2_ENABLE": true,
"INA3221_CH3_ENABLE": true,
"A_PIN_2": "",
"B_PIN_2": "D12",
"C_PIN_2": "D12",
"D_PIN_2": "",
"AS3935_OUTDOOR_MODE": true,
"AS3935_MASK_DISTURBER": false,
"AS3935_NOISE_LEVEL": 1,
"AS3935_SPIKE_REJECTION": 1,
"DHT_USE_PULSEIO": false,
"MQTT_PROTOCOL": "MQTTv5",
"A_TITLE_TEMPLATE": "{name:s} - {label:s} - {probe:s}",
"B_TITLE_TEMPLATE": "{name:s} - {label:s} - {probe:s}",
"C_TITLE_TEMPLATE": "{name:s} - {label:s} - {probe:s}",
"D_TITLE_TEMPLATE": "{name:s} - {label:s} - {probe:s}",
"E_CLASSNAME": "",
"E_LABEL": "Sensor E",
"E_PIN_1": "D25",
"E_PIN_2": "",
"E_USER_VAR_SLOT": "sensor_user_50",
"E_I2C_ADDRESS": "0x51",
"E_TITLE_TEMPLATE": "{name:s} - {label:s} - {probe:s}",
"F_CLASSNAME": "",
"F_LABEL": "Sensor F",
"F_PIN_1": "D27",
"F_PIN_2": "",
"F_USER_VAR_SLOT": "sensor_user_55",
"F_I2C_ADDRESS": "0x52",
"F_TITLE_TEMPLATE": "{name:s} - {label:s} - {probe:s}",
"LUX_MAGNITUDE_OFFSET": 26.0
},
"CHARTS": {
"CUSTOM_SLOT_1": "sensor_user_10",
"CUSTOM_SLOT_2": "sensor_user_11",
"CUSTOM_SLOT_3": "sensor_user_13",
"CUSTOM_SLOT_4": "sensor_user_15",
"CUSTOM_SLOT_5": "sensor_user_20",
"CUSTOM_SLOT_6": "sensor_user_19",
"CUSTOM_SLOT_7": "sensor_user_21",
"CUSTOM_SLOT_8": "sensor_user_1",
"CUSTOM_SLOT_9": "sensor_user_4",
"CUSTOM_SLOT_1_MIN": 0.0,
"CUSTOM_SLOT_2_MIN": 0.0,
"CUSTOM_SLOT_3_MIN": 0.0,
"CUSTOM_SLOT_4_MIN": 0.0,
"CUSTOM_SLOT_5_MIN": 0.0,
"CUSTOM_SLOT_6_MIN": 0.0,
"CUSTOM_SLOT_7_MIN": 0.0,
"CUSTOM_SLOT_8_MIN": 0.0,
"CUSTOM_SLOT_9_MIN": 0.0
},
"ADSB": {
"ENABLE": true,
"DUMP1090_URL": "http://10.254.254.44:8080/data/aircraft.json",
"CERT_BYPASS": true,
"USERNAME": "",
"PASSWORD": "REDACTED",
"PASSWORD_E": "REDACTED",
"ALT_DEG_MIN": 25.0,
"LABEL_ENABLE": true,
"LABEL_LIMIT": 10,
"AIRCRAFT_LABEL_TEMPLATE": "{id:s} {distance:0.1f}km {alt:0.1f}° {dir:s}",
"IMAGE_LABEL_TEMPLATE_PREFIX": "# xy:15,440 (Left)\n# size:40\n# anchor:la (Left Justified)\n# color:200,100,200\nAircraft"
},
"SATELLITE_TRACK": {
"ENABLE": true,
"DAYTIME_TRACK": true,
"ALT_DEG_MIN": 30.0,
"LABEL_ENABLE": true,
"LABEL_LIMIT": 10,
"SAT_LABEL_TEMPLATE": "{title:s} {alt:0.1f}° {dir:s}",
"IMAGE_LABEL_TEMPLATE_PREFIX": "# xy:-15,450 (Right)\n# size:40\n# anchor:ra (Right Justified)\n# color:200,100,200\nSatellites"
}
}indi-allky log errors starTrail errors keogram errors ################################# end support info################################# |
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@aaronwmorris I do have the options for FITS data save before dark frame calibration. I can try again without pre-save, tonight. However, if this is blocking saves, then I would expect all hours to not have any saved FITS images, instead, I have this for the last 24 hours... some hours have only 1 save, others have the usual 6 (my setting is every 10 minutes) |
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Follow up on How to Process FITS for better images... So after digging around through all the menu, I stumbled upon / Media / Fits Viewer. Not sure why I didn't find this before, but I now see that this tool allows me to quickly find a "good" dark sky FITS image and then load exactly that one into FITS processing. That what I was looking for. Perhaps this "method" should be included in the Wiki somewhere to help users set up their initial settings for optimal behaviour. I would write an outline in MD and share if you like, or perhaps the Wiki already has something to this effect. |
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A little more debugging... while using tail -f webapp-indi-allsky.log, I loaded a good dark FITS image with FITS Viewer and then loaded the selected image into FITS processing. Most functions work, including Denoise - Wavelet (my open issue). However, if I attempt any processing with stacking, either 2 thru 5, with or without registration, the image prcocessing FAILS. I have reattempted stacking with Stretch OFF, Denoise OFF, and stacking still fails. So I am going to close my Denoise issue as I am quite sure that is not the problem, the problem seems to be related to stacking (at least in the FITS processing). The test below has stretch off, denoise off, stacking =2, method=max, register off. It throws this error: TypeError: '>=' not supported between instances of 'int' and 'NoneType' attempting other methods (average, minimum) results in the same error. |
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Update: My image processing has improved significantly, now that I have figured out the FITS Viewer (for image selection) and FIT Processing (for config tweaking). I have been able to double the number of detectable stars with various tweaks. One of the remaining issues is the day/night transition. In my case, this remains to be 30-40 frames of psychedelics. Beautiful, but not useful. The max frames that can be excluded in time lapse is only 10 frames. I am not suggesting to change this, since that isn't root cause. I have tested with and without Exposure Priority Gain, but it makes no difference, other than exposure being prioritized over gain. The psychedelics are the same and just as many. I have, however, from the logs, determined other issues that may be of interest during this weird transition period, especially on GREY, OVERCAST SKYS, where one should be able to rule out completely exposure and/or gain flapping. Today, hour 6, looks like this. It is grey, overcast, with snow and freezing rain. The psychedelic frames start at 6:19:49 (exposure 14.438, gain 1), previous exposure at 6:17:09 is 14.433 at gain 1, EXACTLY the same exposure and gain, yet one image is grey, the other is complete washed out. The last psychedelic at 6:40:27 is exposure 0.358 /gain 1. All frames indicate stretch off, stacking off. 
Logs that show the transition from night to day. Format has changed from DNG to JPG and my guess is this is what is causing the issue. I will set my day time image capture to DNG as well and hope this might resolve the wild frames. |
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That is exactly what is causing the issue. Not specifically JPEG, but you are using libcamera AWB during the daytime. You can tell AWB is active because |
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Ah, I figured AWB might be the culprit, if not the image format... I have set Day/Night to DNG and I have disabled AWB for both. This evening's day/night transition will be of interest. |
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Transitions have improved. I still find there are too many frames for the transition, in particular, going from gain 1 (day) to gain 22.3 (night) is a huge step that then takes multiple exposures to correct. Is the code designed to make a first best guess when gain changes so dramatically? Or, could it? |
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The exposure priority mode breaks down the gain transitions into equal steps between min and maximum gain levels. The default is 9 steps, but this divisor is configurable in the Auto-Gain settings. With the Raspberry Pi HQ camera and 9 steps configured, you would have the following gain levels:
If you want smaller gain jumps, increase the number of levels. Decrease the number of levels if you want less jumps between min and max. |
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@aaronwmorris I understand how the exposure priority works. It favors the longest exposure possible, by varying the gain. However, I think the inverse should happen when this is off.. In other words, favor gain over exposure, but in the same number of steps/increments as the exposure priority mode. This would stop the huge jump from gain 1 (day) to gain 22.3 (night). I have tried exposure priority, but that means all my exposures are at 60 seconds long, when they don't need to be that long. With gain at 22.3, exposures are usually only 18 to 28 seconds (night). |
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The purpose of prioritizing exposure of gain is to minimize the amount of time the camera is idle. This is primarily an issue during moon mode, where the exposure can be reduced to the point where the camera is more often idle than not. If you have an 18 second exposure with a 60s period, you are missing 42 seconds of events in the sky. Over the course of 3 hours, you will have missed over 2 hours of time in the sky. Most people are trying to capture events in the sky and the [figurative] shutter has to be open to capture that. |
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I also am trying to capture events (meteroids), however I know that my night exposures at max gain are about 18 to 28 seconds. So I simply set my interval to 30 seconds. This gives me more frames captured, and smoother clips. I am also loosing perhaps 2 seconds per frame. |
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Here are few other anomalies I am trying to track down. These are related to stacking/registration. Using the latest PR 2820, I now have a series of error in stacking that I have not seen before. I have set FITS save to "every image". I am trying to debug this using the FITS processing, but it appears the FITS processing doesn't write anything to indi-allsky.log. It does append webapp-indy-allsky.log, but in summarised form. Is there another log file that contains what is really happening during FITS processing? My time lapse from last night shows only very few frames where registration worked, nearly all the other frames show registration failure. Registration was working prior to this pull. I also found a small cosmetic bug. Since you added the option to allow stacking during moon mode, if stacking is occurring, the overlays don't show it. Here is an example. 
You can clearly see stacking is on, although registration is failing, but the overlays says it is "off" and we are in moon mode with the config set to stack during moon mode. |
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The logging issue is a known problem. The web interface uses a flask session based logger, but the image processing code uses a standard python logger which does not work under the flask session. I have attempted to unify the logging, but ran into circular import issues. I am not sure why your rotation would exceed the standard deviation. You might try multiplying the standard deviation by 2 on line 177 of indi_allsky/stack.py - rotation_std = numpy.std(self.hist_rotation)
+ rotation_std = numpy.std(self.hist_rotation) * 2I have fixed the overlay issue in #2825 |
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I came the same conclusion, I stepped through the code and finally understood the logging. So I created (with help from copilot) a temporary workaround so I can see what-the-heck-is-happening when FITS processing is launched. First I modified wsgi.py as follows: import logging
from indi_allsky.flask import create_app
application = create_app()
gunicorn_logger = logging.getLogger('gunicorn.error')
application.logger.handlers = gunicorn_logger.handlers
application.logger.setLevel(gunicorn_logger.level)
# --- BLOCK ADD -- TONY ---
# Attach a syslog handler so 'indi_allsky' logger messages appear in webapp log
syslog_handler = logging.handlers.SysLogHandler(
address='/dev/log',
facility=logging.handlers.SysLogHandler.LOG_LOCAL7
)
formatter = logging.Formatter('%(levelname)s %(message)s')
syslog_handler.setFormatter(formatter)
indi_logger = logging.getLogger('indi_allsky')
indi_logger.setLevel(logging.INFO)
indi_logger.addHandler(syslog_handler)
indi_logger.propagate = False
# --- END BLOCK ---This gets what I want, but it creates dupes because gunicorn runs multiple workers by default. So I modified /etc/indi-allsky/gunicorn.conf.py and added this: Here is an output from webapp-indi-allsky.log after FITS processing I can now step through each item and try to determine why registration is not working as expected. Cheers. |
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Finally found the issue. At least in FITS processing, the detection mask appears to be ignored and registration goes wonky. This works: But this does not: webapp-indi-allsky.log Including my mask file, in case... 
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I will investigate. |
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I have tried the exposure priority mode. But in this mode, exposure and gain keep fighting with each other causing over/under exposures every 10 frames or so. The 24h graph shows exposure flapping between 25 and 30 seconds, gain changing from 1 to 3.66... My settings were max nigh exposure: 30s, max gain: 22.3, exposure period: 30s, Exposure Priority Gain: On, Levels: 9 
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I would increase the number of levels in the auto-gain setting. This will facilitate smaller changes in the gain. |
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Thx. I will try that, perhaps setting to the max of 12 levels. |
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I have too many issues and bugs so far in this "discussion" that I am closing it and opening each individually as a unique issue. This will probably help us both in tracking. My initial goal was to try to prepare a general document on how to improve image capture, star trails and time lapses... but I have run into too many issues to create a working document. |
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Exposure Priority Gain.... I have increased the number of levels to max. My settings are max night exposure: 30s, max gain: 22.3, exposure period: 30s, Exposure Priority Gain: On, Levels: 12. ADU night set at 75, with 10 as deviation. Last night was a heavily overcast, rainy sky, all night. Yet, one can see that the exposure still rocks back and forth between 20.0 and 29.5s, gain between 1 and 3. If my max gain is 22.3 and the levels are 12, then I presume gain changes are 1.85, (rounded to 2 int) at a time? or is gain and exposure both adjusted during a "step" change? Perhaps I need to look at the code to understand fully the logic here... Last 12 hours. 
The resulting keogram tells the story. 
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It appears that image.py calculates the new exposure/gain (also checks for flapping), but capture.py does the actual image capture. Does this means that if there are more than 1 image waiting to be processed, that new exposure calculations are actually being processed on "older" images. For example, if the image queue depth is 8, the oldest image is actually setting the exposure for the next image capture, potentially using SQM from 4-8 minutes ago to set exposure/gain for current capture? If this is true, this could easily explain exposure flapping. The image queue should be perhaps processed LIFO and images that are not 1 sequence away from the next image capture should not be used at all for next exposure calculations. Perhaps this will upset other processes (keogram/timelapse/stacking) which rely are true time sequenced images. If that is true, then perhaps to calculate next exposure is a separate process that only calculates sqm always using the latest captured exposure to calculate the next capture exposure/gain... regardless of what is queued for "other" processing. I will test this theory by setting my queue depth to a minimum (max=2, min=1). |
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Once the image queue depth is 3 (by default), the back-off algorithm kicks in to introduce additional delays between images to try to get the queue under control. Processing things as LIFO would cause other problems like you identified. The realtime keogram would be out of order. The "latest" image files could be wrong, etc. I suspect that the gain for the IMX477 might be the problem. Gain is of course logarithmic, but I am wondering if the equal gain steps for the IMX477 might not be linear in their effect. |
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Understood on the back off algorithm. However, if the queue reaches 5-8 and back off starts to get control, it may find itself in the situation very quickly. My logs April 3 show this happened 478 times in a single day (one indi-allsky log). I'll see what my tests show, perhaps even taking night exposures at 60 seconds with a max exposure of 30s with minimum queue depth. If the exposure gain is far more stable, then I'd say perhaps a different way to calculate the "next" exposure based on the most recent exposure... |
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I am assuming the reason your queue is getting so backed up is because you are using registration? Perhaps we can work on ways to reduce the processing time of registration. |
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Could well be stacking/registration... Yes, I could look at improving that, however, it is likely that additional, as yet to be determined, processing of images will come along... Look at everything that is already happening to the image. I think I might try to attack pulling the minimum required info from the raw image after it is captured and use that to set the next exposure, regardless how many items are in the queue. I'll need to spend a bit more on the logic of capture/image/process before I can start to fiddle with it... but who knows... something may come out of it, if nothing less than a better understanding of the entire capture/processing logic. |
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I recently completely rebuilt my indi-allsky from scratch, using the latest Trixie OS and an RPi4/8GB with IMX477, using libcamera. I have having difficulty getting back to the image quality I had before with indi-pylibcamera. I imported my old config, but night images are far too light and day/night transitions are psychedelic.
I am trying to use the Process FITS tool to test various settings in shorter time than modifying the config and waiting for 5 minutes while the new config is accepted. Seems like a good way to test all sorts of settings on a known good FITS image.
The problem is I can't seem to find any docs on how the tool actually selects the FITS image for processing. It would be great if I could make the selection somehow. It seems to take the last saved FITS image, but that doesn't always appear to be the case. During the night, it seems to take the first FITS image after day/night transition, even if I am trying to work with a current clear sky, no moon image at 2am.
Has anyone used this tool successfully? Is there any command line or URL line command that would allow a specific FITS image to be used for testing various parameters?
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