A new minor version is available for download now, which contains a couple of SDK updates, fixes and small features.
Inside the imaging panel it is now possible to inspect a specific area of pixels by holding right click on the image. This can be useful to determine oversaturation, defects, focus and other things.
For the framing assistant a new Sky Survey Source has been added, which seems like a great alternative to frame images, as it is really fast especially regarding higher field of views. Additionally the images provided by this survey look great and have color.
Another improvement to highlight is a change for Rotators. The angle displayed for rotators did not show the actual sky angle previously. Now after starting a sequence and centering the target and applying the rotation, the rotator value will be synced to the actual sky angle to reduce the confusion users had in the past where these values did not match. This will also make the manual rotator tool much easier to use, as it will always show you the current sky angle that the camera is at and the target angle. In conjunction with this change a new flag to “reverse” the rotator is added. Some optical systems produce images that are flipped on the horizontal axis, which reverses the rotation direction and therefore must rotate into the other direction to get to the desired angles. Check this option if you are using a system, where the rotator moves the wrong direcion.
This release took quite some time to complete, but it was absolutely worth it!
Many new features have been added like the support for Flat Panels, the native implementation of the MGEN2 Autoguider, native Omegon drivers, Pegasus PowerBoxes to name a few, but the list of enhancements of already existing functionality is even bigger.
The list of changes is massive and you can find the detailed changelog below.
During the course of the last year the project also has gained a lot of attraction and more people interested in directly contributing to the code base have showed up. I’m really grateful for all the interest and support for this project! With all this volunteer help the application even managed to have now a total of 15 different languages fully integrated into N.I.N.A.
Now with 1.10 finally finished, the work continues. There are still lots of ideas on how to improve the application and it won’t stop anytime soon!
Do you like the work that has been done and want to further support my project? Then please consider a donation, participate in the community by helping other users or even contributing to the project directly!
Wish you all clear skies and happy imaging, – Stefan
New hardware support
Flat Panel control and automation
Control supported flat panel devices from within N.I.N.A.
Flat Wizard can specify a specific panel brightness to attain optimal flat frame exposures
Flat panels or covers that open and close will automatically do so at the beginning and end of a sequence
The following flat panels are supported, with no additional software required:
All-Pro Spike-a Flat Fielder
Alnitak Flip-Flat, Flat-Man, and Remote Dust Cover
Artesky USB Flat Box
Pegasus Astro Flatmaster
Omegon veTEC and veLOX series cameras
Native support for the line of veTEC and veLOX cameras from Omegon
Native support for QHY integrated and CFW filter wheels
The integrated filter wheels that are in A-series cameras (QHY695A, QHY16200A, etc.) or are a CFW1/2/3 that is connected to a monochrome camera using the 4-pin cable, are now natively supported
This allows the native QHY camera driver to be used with these cameras and filter wheel configurations.
Lacerta MGEN-2 Autoguider integration
Full control of the MGEN-2 by mirroring the controller display into N.I.N.A.’s user interface
Automatic power-on when connecting
Starts guiding on sequence start
Performs calibration and star auto-selection when required
Displays star drift during guiding in a graph (currently only measured in pixels)
Dithering during sequencing
MGEN-3 support will appear in a future release
Native support for Pegasus Astro Ultimate Powerbox V2
Connect to and control the Ultimate Powerbox V2 from within the application
Monitor input voltage and power consumption
Turn power and USB ports on and off via the Switch interface
Set the output voltage of the variable power port
Control the dew heater ports, including the Auto-Dew feature
Support for using the Powerbox’s sensors as a weather device
Support for using the stepper motor driver as a focuser
Expanded native camera support
Altair Astro: Added support for Altair Astro Hypercam 269 PRO TEC and other new cameras
Atik: Updated vendor SDK for new camera support and bug fixes
Canon: Added support for EOS M6 Mark II, EOS 90D, and EOS M200. CR3 RAW file is not supported at this time but is expected to be in a future release
Nikon: Added support for the Z-series, D780, and D6
QHYCCD: Added support for QHY268C, QHY600M/C, QHY367C-PRO, QHY4040 and others
ZWO: Added support for the ASI533MC-Pro, ASI2600MC-Pro, and ASI6200MC/M-Pro
Plus many bug fixes and feature enhancements in the respective camera vendor SDKs. Refer to the bottom of this release’s section for the version numbers of the included vendor SDKs.
N.I.N.A. is now available on Crowdin! This powerful online translation management tool allows users to easily contribute to the translation of N.I.N.A.’s user interface to any language. To help with localization and translation efforts, details may be found at nina.crowdin.com. Feel free to participate in the ongoing effort to provide multiple languages for N.I.N.A.! This is a great way to contribute to the project
Thirteen new languages are included in this release:
简体中文, 中国 (Simplified Chinese, China)
繁体中文, 台灣 (Traditional Chinese, Taiwan)
繁体中文, 香港 (Traditional Chinese, Hong Kong)
Added the ability to record flat frame exposure times with the Flat Wizard, which may be later used in a sequence
The Flat Wizard’s limit of 50 exposures has been eliminated, but we’re still not sure why you would want more than that
The telescope will now stop tracking after being commanded to slew to zenith in the Framing Wizard
Added the name of the active profile to the application title bar
Warning notifications are now appear for 30 seconds instead of 3 seconds before automatically dismissing. Error notifications still display until they are dismissed by the user
Logs older than 30 days are now automatically cleaned up when N.I.N.A. starts
The timestamps in N.I.N.A.’s log file now have millisecond resolution and use the 24 hour time format
In the Equipment > Camera window, the camera cooling is now activated only by using the Snowflake button, and what was the Cooler On/Off control now only reflects current state of the camera’s cooler
UI for temperature control has been split into cooling and warming sections. To cool the camera the user can specify a temperature and an optional duration, while for warming only an optional duration is required
Clicking on warming or cooling without specifying a duration will show the cooling/warming progress based on target temperature and current camera temperature
The current Earth Rotation Parameter data tables are now automatically downloaded from the IERS for use in various calculations. The check for new data tables happens at application start and if an internet connection exists
An occasional miscalculation of the moon’s current phase has been corrected
The object altitude chart in Sequence and Sky Atlas now renders tick marks in half-hour increments instead of some random increment
Added an empty entry in the Constellation filter in Sky Atlas to allow for its deselection
Clean-ups of the status text in the status bar at the bottom of the main window
Various spelling and grammar fixes throughout the application
Added or clarified several missing tool tips
Gain/Offset controls now display the current gain/offset the camera is set to when no gain/offset is specified
Auto-focus has been enhanced to support multiple curve fitting methodologies:
Parabolic fitting, weighted by standard deviation
Hyperbolic fitting, weighted by standard deviation
A combination of parabolic or hyperbolic fitting, with trend lines. The averages of fitting minimum and trend line intersection are then used
A contrast detection auto-focus routine has been added. Instead of analyzing stars to determine the point of best focus, the routine will analyze the overall contrast of the image using various contrast detection methods. A Gaussian fit is then performed on the obtained focus points. On some systems, this process can employ shorter exposure times compared to Star HFR and produce results faster
The single backlash compensation system has been improved and split into two selectable behaviors:
Absolute, where the focuser is moved in or out by the specified number of steps plus any additional steps for backlash. This is the same system that has existed before
Overshoot, a new method, where the focuser is moved in or out by the requested number of steps, plus any “overshoot” number of steps, and is then moved in the opposite direction by the same number of “overshoot” steps. This is suitable for optical systems such as SCTs, which might benefit from this method in order to eliminate mirror flop
The “Crop Ratio” setting has been changed to “Inner Crop Ratio”, and an additional “Outer Crop Ratio” setting has been added. This allows users to define a centered ROI, or a centered “square doughnut”, which will be used by star detection. This allows for avoiding stars in the center and at the edges of the camera’s FOV when a frame is analyzed during auto-focus
HFR calculation is now computed using the mean background surrounding the star instead of the entire image’s mean
HFR calculation has been enhanced to provide more accurate results, especially for imaging systems that have central obstructions
Auto-focus trend lines now use a weighted fit based on HFR standard deviation in each image rather than an unweighted fit. This provides much better slopes and final derived focus point
A filter for use in auto-focusing can be set if “Use filter offsets” is set to true. When defined, the auto-focus routine will use the specified filter instead of the current imaging filter. Initial baseline HFR and final HFR (used to determine whether the auto-focus run was successful) will still use the intended imaging filter.
Added the ability to keep guiding active during auto-focus operations
The auto-focus routine has been changed so that it doesn’t attempt to measure the focus twice for the same point on the curve
If it is turned on, a focuser driver’s internal temperature compensation feature is now turned off before an auto-focus operation starts and is turned back on when the operation completes
Meridian Flip now has an option to trigger an auto-focus operation after a meridian flip while a sequence is running
Backlash compensation will no longer be applied more than once if focuser movement is canceled during focuser settle time
An auto-focus operation will not be performed if it might interfere with a pending meridian flip
All auto-focus operations and their data points are now logged to their own JSON-formatted file located in %LOCALAPPDATA%\NINA\AutoFocus. This allows one to retrace what was measured at a later time
Parameters in rows that are added to a sequence will now default to the parameters specified in the row above it
A user-specified command (batch script, Windows/DOS executable, etc.) may be ran at the conclusion of a sequence. This command may be specified under Options > Imaging > Sequence
Sequence Gain and Offset settings can now be entered without having any camera connected. The values will be validated on sequence start in case an incompatible value was specified
The pre-sequence checklist has been enhanced to check whether the telescope is parked. If it is parked, and the user affirms the action, N.I.N.A. will unpark the telescope before beginning the sequence
Added a pre-sequence check to ensure that enough disk space is available to store the whole sequence’s amount of images. The calculation does not take any file compression into account as that is unpredictable.
End of Sequence operations are now done in parallel
The “Auto-focus after % HFR Change” option has been enhanced to not be triggered by a single bad frame which might have been caused by a temporary condition such as wind or a passing vibration
“Auto-focus after % HFR Change” now resets its reference index on sequence start, a target change, or any auto-focus operation that is caused by other criteria
“Auto-focus After Number of Exposures” now correctly triggers after the specified number of exposures
When the camera fails to indicate that an image is available for download after exposure time + 15 seconds, the exposure will be canceled and skipped
When using filter offsets, NINA will no longer pause a sequence for any specified focuser settle time if there was no change in the focuser’s position after switching filters
Camera Gain and Offset are now saved as integers and are no longer saved with decimal places
Added estimated target start and end times to sequence view. This is useful for multi-target sequence sets
Guiding was improperly stopped when performing an auto-focus operation at start of sequence, even if the Disable Guiding option was false
Sequence file names are now saved with valid file name characters. Invalid characters are replaced with a hyphen (-)
Various sequence window presentation and layout improvements
HFR calculation is enforced for light frames when autofocus after HFR change is enabled to ensure that the trigger will always work
Additional information has been added to the plate solve pop-up window that appears during sequencing
A camera gain and binning setting may be configured for use during automated plate solves
Removed the “Repeat until” option from the Imaging > Plate Solve tool window. This action will be always occur when “Reslew to Target” is enabled
Plate solvers will now receive an unstretched FITS image instead of a JPEG. This can allow for a quicker and more reliable solve result
Any WARNING FITS keyword that a plate solver inserts into a solved image will result in a warning notice in N.I.N.A. that contains the keyword’s text
A custom Astrometry.net API URL may be configured
Improved status feedback and logging for Astrometry.net plate solve jobs
Plate Solving window’s Sync and Reslew settings will be saved
Reworked the plate solving code completely for cleaner operations
Improved the resiliency of StartGuider when PHD2 is unable to detect a guide star when guiding is started due to temporary clouds or other factors. An auto-retry mechanism has been added to command PHD2 to attempt to select guide star after a configurable timeout
The guiding graph will now pause during dithering to avoid displaying guide pulses that are not actual corrections
The guiding graph now displays a gray triangle icon along the X axis at the point where a dither action occurred
The drawing of lines in the guiding graph will now pause when guiding itself is paused
The scaling of lines in the guiding graph will now be consistent even if there are missing data points
Guiding graph settings are now stored in the profile and are loaded when application is started
NASA Sky Survey images now are automatically adjusted for brightness and contrast, depending on each image’s characteristics
When importing FITS or XISF files, any metadata they contain concerning the RA and declination of the image will be used to hint the plate solver. This can drastically speed up the importing of images into the Framing Wizard by avoiding blind solves
If a FITS or XISF file contains WCS (World Coordinate System) information due to it already being plate solved externally, Framing Wizard will now retrieve and use that information instead of running its own plate solve on the image, resulting in instant positioning and rendering of the image
The font size of the mosaic panel ID numbers is now scaled based on the imaging rectangle size and zoom level
Coordinate input fields in the Framing Assistant and Sequence windows now allow for -0 to be entered for declination
When loading an image file into the Framing Assistant, the rectangle dimensions are now correctly calculated
The following camera settings are now saved to the active profile: USB Limit, Offset, Gain, Binning, Readout Mode, Temperature, Cooling and Warming Duration
Images from OSC cameras now use their advertised bayer pattern instead of RGGB being assumed all the time
N.I.N.A.’s camera simulator will now assume the pixel size, bayer matrix, and sensor temperature attributes of any FITS or XISF file that is loaded into it
The equatorial system reported by the mount driver is now used, and the Epoch setting under Options > General > Astrometry has been removed. N.I.N.A. will default to J2000 when a mount’s driver reports an epoch of “other”
Wait and check to see if the mount flipped automatically at the meridian when “Use Telescope Side of Pier” is on
A short timeout after mount sync operations has been added as some mounts may not immediately report updated coordinates after a Sync command is sent to them
N.I.N.A.’s File Camera can now watch folders for Sony’s .ARW and Olympus’ .ORF RAW file formats
Reintroduced a “No Guider” option under the Equipment > Guiding device list so that unguided setups do not suffer through unwanted PHD2 executions or unnecessary errors when the “Connect All Devices” button is pressed
When a sequence is in the centering stage, rotators will now rotate to nearest orientation even if it results in an image that is upside down. An image’s vertical orientation is not relevant for framing due to the corrective action of star alignment in post-processing
Focuser control buttons are now disabled while the focuser is reporting that it is moving
A new option is available to prevent sending any Sync command to the mount. The centering logic will then use offset a coordinate calculation instead. This new logic will also be called when a Sync command fails
Added button to the Equipment > Telescope window to set the current position of the mount to be its park position. This button is available only if the connected mount’s ASCOM driver supports setting a park position
Canon camera support has been improved and many common errors have been fixed
Atik cameras that have mechanical shutters will now close those shutters when taking BIAS, DARK, or DARKFLAT images
FLI cameras no longer sit idle for the length of the exposure time prior to actually initiating the exposure
QHY native camera driver now retrieves only the non-overscan area (the “effective area”) of the sensor by default. A Camera option now exists to include the overscan area, if desired
QHY native camera driver now supports selecting readout modes if the camera offers any
QHY cameras that have mechanical shutters will now close those shutters when taking BIAS, DARK, or DARKFLAT images
QHY native camera driver now optimizes image file size based on the actual image dimensions, resulting in slightly smaller image file sizes
Binned exposures now finish on QHY cameras that have overscan areas
ZWO cameras now properly handle odd bin dimensions (e.g. 3×3)
Added a bit scaling option under Options > Equipment > Camera > Advanced Settings, intended for users of Altair Astro, Omegon, and ToupTek cameras, to bit-shift the raw sub-16 bit data camera data that N.I.N.A. receives to 16 bits in order to improve file compatibility with other capture software
FreeImage library upgraded to 3.18 for improved DSLR raw file display
ZWO cameras now write correct EGAIN values when switching Gain
ZWO cameras reset the FLIP STATUS to NONE in case it was altered by another software
Time to meridian flip is displayed in telescope windows when enabled
Imaging window changes
Added more southern hemisphere stars to the Manual Focus Stars tool
Zooming to high magnification inside the Image viewer will no longer show smeared pixels. Sharp pixel edges will be shown instead
The mid-tone stretch algorithm no longer inverts blown-out pixels
The HFR History graph now displays indicators that denote when an auto-focus operation has occurred. Hovering over an indicator with the mouse pointer will reveal details for that operation, including the previous focuser position, the newly calculated focuser position, and the focuser’s temperature at the time
Optimal Exposure Calculator (OEC) has been moved out of the statistics window and into its own tool window for improved user experience, with improved calculations
OEC can now load SharpCap Sensor Analysis files to populate fields for the camera’s full well and read noise parameters with measured values
The camera snapshot control window will now save its parameters across application sessions
Added a layout reset button for the Imaging window, located at Options > Imaging > Layout
Images from OSCs are no longer debayered for presentation twice
Planetarium software integration
All Planetarium options have been moved to their own section in the Options > Equipment tab and the Options > Planetarium tab has been removed
When using Stellarium, N.I.N.A. now takes current view’s center coordinates when no target is selected
Added an option to retrieve the coordinates of the center of the sky chart instead of any selected object when using TheSkyX
Increased reliability when parsing coordinates that are retrieved from Cartes du Ciel and Stellarium, especially in cases where the user’s locale uses characters other than the decimal point as the decimal separator
Reworked the Planetarium interfacing to be more robust
FITS and XISF support
XISF files may be created with optional compression or shuffled compression of the image data using the LZ4, LZ4-HC, or ZLib (deflate) lossless compression algorithms. Decompression of compressed XISF files is also supported
XISF files may be created with optional embedded checksums of the image data using SHA1, SHA-256, or SHA-512 hashing algorithms. Checksums are verified when opening a XISF file that includes one
Opening XISF and FITS files that have non-16 bit data is now supported. This benefits the Framing Wizard and N.I.N.A. Simulator Camera
XISF image properties for aperture and focal length now correctly state values in meters rather than millimeters
File name patterns and FITS keywords
$$DATEMINUS12$$: Shifts the current date and time to 12 hours into the past. This allows for all images from a day-crossing session to be saved into the same date folder
$$READOUTMODE$$: Allows the camera’s readout mode to be used in file or folder names
$$SQM$$: Allows the current reading from an attached sky quality meter to be used in file or folder names
$$USBLIMIT$$: Allows the USB Limit setting for the camera, if available, to be use in file or folder names
The $$FRAMENR$$ pattern now creates a 4 digit number, padding with zeros. Example: 0004
The “Image File Pattern” setting will now correctly save its state to the active profile when file patterns are dragged from the list into the “Image File Pattern” field
A new example preview of the currently-assembled file pattern appears below the “Image File Pattern” field. Any folder separators that are specified are denoted by a › character
File pattern values are now scrubbed for leading and trailing white spaces and other illegal characters to prevent the creation of an invalid file or folder name
Added the READOUTM keyword to FITS and XISF files to record the name of the readout mode used to create the image
Added the BAYERPAT, XBAYEROFF, and YBAYEROFF keywords to FITS and XISF files when using color cameras. A menu under Options > Equipment > Camera allows the user to override the driver-specified Bayer pattern with an alternative pattern. This allows for automatic debayering in some processing applications, including the use of the “Auto” setting in PixInsight’s Debayer process.
Added the USBLIMIT keyword to FITS and XISF files to record the USB Limit setting of the camera
The FITS XPIXSZ and YPIXSZ keywords (and related XISF properties) now correctly account for the binning factor
The N.I.N.A. team would like to sincerely thank:
The staff at Teleskop Austria for providing an MGEN-2 unit as well as a detailed communication protocol document for implementing and fully testing MGEN-2 support in N.I.N.A.
QHYCCD for providing a QHY183M and CFW3 filter wheel to test and verify NINA’s native QHY camera and filter wheel drivers
These items helped a lot during development and testing. Thank you for your support!
I love working on this project with all my heart, but maintaining it is becoming increasingly difficult. With the help of backers however, I can keep the project alive and healthy and also invest even more time and resources into it. So – If N.I.N.A. helps you in your journey for amazing deep sky images, please consider becoming a patron. Each backer will help! Additionally you will get access to special discord roles and a special discord channel!
A lot was going on since Version 1.9 was released and it has only been out for 8 months. The project has grown further and more and more users have joined the community, which is fantastic!
Additionally during the work for Version 1.10 more people had interest in directly contributing to the project and have worked hard on providing new features, fixes, support and also a lot of different translations for N.I.N.A. A big thank you to everyone who is helping me on this project!
The list of changes are massive, and the change log will get a revamp to better show how much has changed (and I can tell you, it was a lot of change). At the current state the Nightly Version was already used by a lot of users and it works very well. The current set of worked on features are done and therefore it is now a good time to transition 1.10 to the beta phase, for crushing all the bugs that might have slipped in for the amazing new features the application has. If you find something that is not working properly, please let us know!
Due to the recent increase in people wanting to help and contribute in localizing N.I.N.A. I have looked into a bunch options to make the process much simpler. Therefore I have created a project inside a translation management software called Crowdin where people can easily add new translations for labels without having to know how to code. You can easily and quickly add new proposals for one or multiple labels now and they will be automatically synced into our project repository once approved.
Today a new release version is available. A lot of work has went into building this release in the last half year and the improvements are massive. There are a bunch of new equipment types available and a lot of bugs were crushed and existing features further improved. A complete list of changes can be found below.
Do you like the work that has been done and want to further support my project? Then please consider a donation, participate in the community by helping other users or even contributing to the project directly!
Native support for Finger Lakes Instrumentation ProLine/MicroLine cameras and color filter wheels
A new equipment type "Switch" has been added which can connect to an AscomSwitch or to a PrimaLuceLab EAGLE PC
Dither without guiding
A new Direct Guider has been added, which doesn’t require a guide camera. It can only perform random dithers. It connects directly to the telescope, and will if required perform a dither via a Pulse Guide of a user-provided duration in a random direction.
Enhanced direct guider will accept decimal durations (e.g. 0.5s), and perform random angle selection in a way that minimizes target deviation from center, even after many dither operations.
Added interface for ASTAP, the Astrometric STAcking Program, astrometric solver and FITS viewer as a plate solver
Mid-sequence plate solve operations (when slewing to target, or after Meridian Flip) have been enhanced to have the following behavior:
If plate solve fails, it automatically falls back to blind failover
If blind failover also fails, plate solve can be set to await a certain time period (by default 10 minutes) before trying again, up to a certain number of attempts (user-defined)
If all attempts fail, or Meridian is getting close, plate solve will be considered failed, but sequence will continue as usual
Added options to adjust downsample factor and maximum number of considered stars for ASTAP and local astrometry.net solvers
GPS Assisted Location
Added a NMEA GPS interface to retrieve the current location
Interfacing with planetarium programs
NINA can interface with Cartes du Ciel, HNSKY, Stellarium, and TheSkyX through their repsective TCP services to import the selected object for use in the Sequence Editor and Framing Assistant, as well as setting the observing location to match that which is set in those programs
Inside the camera selection there is a new entry for "Manual Camera".
This simulated camera will enable the use of cameras which lack an SDK, while still using the whole N.I.N.A. workflow.
It will watch a specified folder for newly created files. These files will be stored inside an internal queue.
Each time the application wants to download an exposure from the camera, the first item of this file queue is resolved and loaded into N.I.N.A.
Additionally a manual Bulb Mode trigger can be activated, so it will use the selected Bulb Mode in Settings->Equipment->Camera on Exposure Start.
When this trigger is deactivated the application will just skip the Start Exposure and wait for another file to roll into the specified folder
Weather data sources
The existing OpenWeatherMap implementation has been replaced with a full weather data interface.
The new interface allows devices with ASCOM ObservingConditions class drivers to supply N.I.N.A. with weather data and other conditions.
Native OpenWeatherMap functionality is maintained, and any configured OWM API key is retained and utilized by the new native OWM client.
Weather data sources are now configured under the Equipment section.
Any available weather data types (air temperature, pressure, wind speed, etc.) are inserted into images as FITS keywords and/or XISF image properties.
Quick focuser movement buttons have been added (fine/coarse move IN/OUT) to the focuser views
A new focuser settle time parameter has been added, in case the focuser shifts the image when moving (SCT, lens belt focusing, etc.). This should help with auto-focus in particular.
Focuser backlash (in and out) can now be specified. The backlash will be applied to focuser movements whenever the focuser reverses directions.
A new Measure Backlash tool has been added in the Auto-Focus view in the imaging tab. When launched, NINA will automatically measure focuser backlash IN and OUT.
Sequence Auto-Focus can now be triggered if measured HFR of any frame is X% worse than the first frame taken after the previous auto-focus routine.
More resilient autofocus:
Ability to automatically reattempt autofocus from scratch several times in case it failed
Automatically go back to original focus position if obtained HFR is significantly worse than original
Ability to take multiple autofocus exposures per focus point and average their HFR. This leads to smoother autofocus curves.
A crop ratio has been added to the autofocus, letting users autofocus only on the center of the frame
Autofocus can now be set to use only the top brightest stars, so the same stars are used throughout the autofocus routine. This will work best on sparse star fields, and for stable, well-aligned equipment (e.g. so stars don’t move between auto-focus exposures)
Ability to use binning for autofocus
End of Sequence Options are now available, which include:
Parking the telescope – This will stop the guiding, and invoke the mount Park method if available, otherwise the mount will slew to near the celestial pole (on the same side of Meridian it last was) and stop tracking. Before using this in production, test out the feature at the telescope, with your finger on the power switch. This is to avoid any crash into the pier for mounts that do not have limits.
Warming the camera – the camera will be slowly cooled, with the cooler eventually turned off
A pre-sequence check is now triggered, and will notify end users of a variety of potential issues (camera not cooled yet, guider not connected, telescope not connected but slew enabled, etc.) at sequence start
It is now possible to reset the progress of a sequence item, or of a whole sequence target. If an item that occurred prior to the active sequence item is reset, stopping and starting the sequence will get back to it, but pausing/playing will keep going from the current item.
The sequence start button is unavailable if an imaging loop is in progress in the imaging tab
If telescope is capable of reporting SideOfPier there will now be a new option to consider this for calculating the need for meridian flips
It is now possible to set the Offset in addition to the Gain within each sequence item
Added buttons to move sequence row up and down the list
Progress bars have been added for remaining filters and exposures
A new Slew to Zenith button has been added for easier flats. This includes an option for east or west pier side, depending on which side of pier the mount should approach zenith from.
A new option to pause between filters has been added. This is to allow the user the chance to set lightbox settings
Imaging tab – Equipment specific views will only show the "Connected" flag when the device is not connected to save space
Added a layout reset button to the imaging tab to restore the default dock layout.
Equipment chooser dropdowns are now grouped by driver categories to easily distinguish between for example ASCOM drivers and other vendor drivers
All FITS keywords now have descriptive comments with units of measurement noted if applicable
FITS keyword DATE-OBS now has millisecond resolution, eg: 2019-03-24T04:04:55.045
Additional FITS keywords are now added to images if their associated data is available:
DATE-LOC: Date and time of exposure adjusted for local time
FOCRATIO: Focal ratio of the telescope, user-configurable under Options->Equipment->Telescope
SET-TEMP: The configured CCD cooling setpoint
SITEELEV: Elevation of the observing site, in meters
TELESCOP: Telescope name if provided under Options->Equipment->Telescope. Falls back to ASCOM mount driver name
OSC Camera Handling
Debayering is now applied prior to plate-solving or auto-focus star detection
An Unlinked Stretch option has been added. When enabled, color channels will be stretched separately, helping hide the sky background. This results in more visible celestial objects, and helps enhance both autofocus and platesolving reliablity, especially in light polluted areas. Processing time is however increased.
A Debayered HFR option has been added. When enabled, the HFR computation will be made on the Debayered image rather than the Bayered array, providing better Auto-focus results
Star Detection Sensitivity
Star Detection has been enhanced to detect more stars more accurately, while avoiding picking up noise by checking that the star is a local maximum and has sufficient bright pixels
In addition, a new Star Sensitivity Parameter is available in the Imaging options. It has three settings:
Normal: use standard NINA star detection
High: More sensitive method, with little to no performance impact. Typically picks up 1.5x – 2.5x more stars than Normal
Highest: Most sensitive method, with some performance impact. Typically picks up 1.5x – 2.5x more stars than High
The higher the detection level, the more likely lumps of noise are liable to be picked up (despite rejection parameters to avoid that)
A noise reduction parameter has been added for better star detection in fairly noisy images, which can be important if using High or Highest star sensitivity levels, although the Normal sensitivity level will also benefit from it. Several settings are available:
None: no noise reduction on full size image done before star detection
Median: a Median filter is applied to the full size image before star detection. This is good if the sensor has many hot pixels, but time consuming
Normal: a standard fast Gaussian filter is applied to the full size image before star detection. This is good for smoothing out the thermal and bias noise of the sensor
High: a strong fast Gaussian filter is applied to the full size image before star detection. This is for fairly noisy images, but can make star detection more difficult
Highest: a very strong fast Gaussian filter is applied to the full size image before star detection. This is for noisy images, although star detection may suffer
Fixed when FramingAssistant was not opened before and a DSO was selected from the SkyAtlas as Framing Source an error could occur
Fixed scrolling through Framing Assistant Offline Sky Map while cursor was inside Rectangle ignored zooming
Fixed Alitude charts displaying wrong Twilight/Night predictions for some scenarios
Manual focus target list was not updating in some scenarios. Now it will always update. The interval for updates is one minute.
Fixed an issue in FramingAssistant when reloading the image and having multiple panels selected, that the orientation was not considered properly resulting in wrong coordinates
Fixed an issue in the Telescope Equipment tab that could potentially slew to the wrong Declination if the declination angle was negative
Fixed issues in the subsampling logic for ASCOM, ZWO, and QHY cameras – the origin coordinates are now properly set, and take binning into account
Fixed a race condition that caused HFR to not be computed for frames right before autofocus in some instances
Fixed an issue for Nikon SDK that looked into the wrong folder for the external md3 files.
Fixed a bug where Platesolve Orientation was displayed as negative and also throwed of the rotation centering when using rotators.
Fixed a bug in Autofocus routine that could wrongly declare an autofocus run a failure if the starting point couldn’t detect any stars
Fixed custom color schema not saving properly and resetting to default when reloading the application
The backlash measurement routine has been fixed so that the focuser is properly recentered before the backlashOUT measurement procedure
Some Sky Surveys did not work in some locales due to decimal pointer settings
When EOS Utility is running in the background, the x64 N.I.N.A. client will scan for this app and prevent a crash due to the EOS utility being open. Instead a notification will show up to close the EOS Utility.
N.I.N.A. SQLite Database will be created on demand and migrated to new versions on application startup instead of just being overwritten by the installer.
Setup Installer can be run in fewer clicks and is also capable of launching the application after successful installation.
Image History Graph will only contain statistics from sequence items
Further increased parallelism during sequencing.
After capture during image download: Parallel dither and change filter (if required)
After download: Parallel image saving and processing to display the image
Image HFR is now available as an image file name token ($$HFR$$)
Focuser Temperature is now available as an image file name token ($$FOCUSERTEMP$$)
Added a clear button on HFR History graph. The button will be displayed when hovering the control.
A new button is added in the options to directly open the log destination folder
Today I am happy to announce the opening of the N.I.N.A. spreadshop where you can buy T-Shirts, sweaters, bags, cups and other nice items with the awesome N.I.N.A. Logo.
Every item bought will generate a small kick back for me, so if you want to support my work for the project while also getting a nice T-Shirt to wear to your next star party, this is your chance!
For the first two weeks you even get a discount of 15% on everything!
N.I.N.A. Version 1.9 is starting its Beta phase now! A lot of quality of life improvements have been added as well as a bunch of new features. To name a few – Sequence improvements (pre checks and end of sequence options) – Profiles are now saved separately and you can backup each profile individually – Star Detection has been improved. – OSC Camera users can now auto stretch each channel inidividually resulting in a much better preview – Autofocus got a bunch of new failsafe settings to ensure best focus positions – FLI Native Camera support – ASCOM Switches as well as PrimaLuceLab EAGLE control – ASTAP as a plate solver – and a lot more…
A detailed changelog of all the new stuff and improvements can be found here.
Additonally to that, a new documentation is in the works. (Get a sneak peek) If you want to contribute there you can find detailed information how to do so here.
Last but not least a special thank you to all the supporters and contributors. You all make this project possible!
Hey everyone, I am more than happy to announce, that N.I.N.A. Version 1.8 will be officially released! This is a huge update with massive quality of life improvements, bugfixes and lots of new stuff!
To everyone that participates in our community! Be it by discussing about new features, providing feedback, reporting issues, helping to resolve them, directly contributing code or giving financial support – everything is highly appreciated and will lead to a better overall product. Thank you!
One of our community members and contributors Stanley made an awesome summary video of the upcoming features. Please go check it out!
About Auto Update
Also part of this update is the new infrastructure for the auto update and this whole new homepage which you are currently looking at. Previously the auto updater inside the application relied on the bitbucket API and was rather static in its function. For 1.8 this will change and also enable the application to provide not only release versions, but also beta and nightly builds for some early previews. These can be activated by switching the auto update source inside the options. As version 1.7 still relies on the old auto update mechanism, there will be a two step upgrade when using the auto updater. First there will be an intermediate version 1.7.1 installed, which will make it possible to switch to the new infrastructure to update to the new 1.8 version. The alternative is to just directly download the 1.8 version from the download section manually and just install it.
I hope you will enjoy these new capabilities.
Wish you all clear skies and happy imaging, Stefan
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