to the semi professional free planetarium program HNSKY for MS Windows,
intended for amateur astronomers. The program controls your telescope
via the ASCOM interface, has a comprehensive up to date deep sky
database with 30.000 objects and detailed descriptions, a star database
with millions of stars and hunderds of Deep Sky Survey
blends in accurately.
Additional the program can access the online version
of the Deep
allows online update of the asteroid and comet databases and can search
online in professional astronomical databases. Is provided
with menu's in 21 languages and it is totally free without any
advertisement or restriction!!
|Planetarium program HNSKY version
3.2.1 (63 MB, containing both 32 bit and native 64 bit version dated
2016-2-4) with new powerful animation menu.
Hallo Northern Sky" or HNSKY is a full feature planetarium program for Windows. Free with 30.000 deep sky objects and the TYCHO2++ 4.5 million star database up to magnitude 12.5. After downloading the GSC 1.2 or the USNO UCAC4 it displays stars up to magnitude 16. The Sun, Moon, the planets and their major moons are all displayed with surface features. Comet and asteroid databases and with hundreds of DSS deep sky images which will blend in at the correct size and orientation. It has an integrated deep sky help file and 21 non-English menus.
In can control almost any telescope using the ASCOM interface program.
Downloading of additional DSS images via the internet is fully integrated. Just select an area and select download. After a few second the DSS image will pop in HNSKY at the correct size and orientation.
The comet or asteroid database can be updated online with just one click.
Online database search for objects in the selected area.
Numerical integration for asteroids to achieve highest accuracy positions years in the future or past. The error is less then 1" after 10 years !!! So a asteroid orbital elements from 10 years ago will after numerical integration allow position calculation within 1" accurate!! So also 10 years in the future.
In version 3.02 a significant menu change was introduced. Note that you can remove menu buttons with the pop-up menu or hide the menu completely.
New version 3.2.1, access to wide field Sky survey of Axel Mellinger via Skyview:
Version 3.2.1 executables and modified files only (version 2016-2-4) extract and overwrite these files in the existing HNSKY program directory. The 64 bit version file is hnsky64.exe. New users please install main version first. This is only an update of the executables. This version is allowing access to Axel Mellinger low resolution sky survey. From the pop-up menu select "Get DSS image from internet", "Skyview" for downloading wide field FITS files. If you select a field larger the 3.5 degrees height it will select the Mellinger survey. Default is the MELL-R (red) of the survey. For better quality add &sampler=Lanczos to the Skyview instruction in settings.
|Last classic 32 bit version HNSKY Planetarium program v3.0.0m1, 64 mbytes 2015-8-8. Planetarium program HNSKY version 2.4.1 (56 MB, version 2014-7-14),|
|Asteroids/Comets updates||Download and import the huge MPCORB.DAT file. For more asteroids you have to download and import this original Minor Planet Center file containing orbital element of about 360.000 numbered asteroids.|
|Additional stars databases||UCAC4: You can download
the 113 million stars, 8.5 Gbytes large USNO
UCAC4 from ftp://cdsarc.u-strasbg.fr/cats/I/322A/UCAC4/
HNSKY can access this catalog directly. Download Z001 to
Z900 from the U4b directory and add to the same
directory file u4index.unf from U4i. This UCAC4 and Nomad are the
catalogues where HNSKY will use proper motion for maximum accuracy. See
HNSKY UCAC screenshots.
If you only want the UCAC4 up to magnitude 13, download this UCAC4 converted version (64 mbytes) in the D32 format (7million stars) version 2015-6-7 and extract it in the program directory. For conversion the tool D32conversiont is used.
or (catalog 255) GSC 1.2
(catalog 254) of 15 million stars to about magnitude 15
is available at CDS in the compact binary format (303 MB).
If you have an uncompressed GSC 1.1 or GSC_ACT, it can be compressed by the the EXPORT program to the same compact binary format (total 303 MB) as used for the GSC 1.2.
|Hipparcus star database, Hipparcos 118.000 stars file for reference purposes only. One zip file 1.2 MB containing one DAT file. Version 2000-8-9.|
|Obsolete TYCHO-1 star databases, more then 1 million stars, total size 10 MB, 4 Zip files containing 32 x D32 files, version 2000-8-10.|
|Constellations in form of a supplement, Bright Quasars and BL Lacertae Objects.sup, Coordinates from 110 extra solar Planets.sup|
|HyperLeda_980000_galaxies supplement Dated 2015-1-5 (10 MB) demo image using 65 mm telescope or 71000 Galaxies supplement based on Leda data Dated 2002-6-11 (1.5 MB)|
|World map supplement: World map supplement version 3.0 dated 2000-10-22. World map and 2700 cities with there location and relative brightness. Scale 1 : 5.000.000. See screen shot of version 2.0. Included a conversion program to convert coastlines to a supplement.|
|GCVS 4.1 variable star supplement. Complete 37382 star version. In this supplement the GCVS is displayed as labels so you can easily cross check with Tycho or UCAC2. To get Tycho star info switch off the supplement. (The smaller 7800 star version is included to the basic package)|
|Obsolete using the Tycho 2+ database: Star supplement Tycho-2: Supplement (star) version 00-3-24 containing the 6395 in Tycho-2 omitted stars as taken from TYCHO-1-main and Tycho reference. Contains HNS_TYC2.SUP. These stars are already included in the tycho2+ star database.|
|Additional FITS images||Extra large Mars map (Color
1000x500 pixels) , large
Mercury maps (1440x720 pixels)
based on Mariner 10, SVTS and large
Jupiter maps (Color 600x300 and 1200x450
pixels) . Use the large maps only if you have a fast
computer or some patience. The planetary FITS files should be placed in
your FITS directory.
45 hand made drawings/sketches (880 Kbytes) of Bill Ferris, Todd Nowlan and Rainer Töpler as FITS files. These can blended inside the map. They should be put in an other directory as the Realsky images otherwise they are blend with the Realsky images.
|Other languages||non-English help files and language modules. If you want create a new language module start modifying the English one .|
|CD covers||Some designs by volunteers: or or or or|
|Conversion tools||Star catalog conversion
SAO PPM conversion tool DATconversion.
|Realsky and DSS image viewer using HNSKY DDE link (HNS_REAL) Manual or DDE controlled Realsky image viewer. Click on an object and get the realsky image (you have to own the Realsky or DSS CD's). Click on the Realsky image and to center to get cross at HNSKY at the same place. Version 2.0.0c, Dated 2015-8-11. Here are the instructions and screen shot demo's If your FITS directory in HNSKY is set to the HNS_REAL directory, you will get every result blended in the next screen refresh. HNS_REAL can also be used in batch programs to create several images. Complete with Delphi and C source. Can also batch wise convert FITS to BMP. An other possibility is to control HNS_REAL from the provided Excel table. Contains GETDSS source code version 1.1plus dated 11 august 2015. See also www.projectpluto.com/get_dss.htm|
|HNS_FITS version 1.4.0 dated 2003-9-19. Utility program to create FITS files from BMP files with the correct WCS header by entering the position of two reference stars. Screen shot and describtion. This is a great tools to blend your own pictures inside the HNSKY sky map. With three added example files.|
sky help file in CHM format as standalone file.
HNSKY can call only the HNS_DEEP.HLP
The following Windows program ORB_DEB is a simple windows program which calculates the orbital elements of a minor planet based on three observations/positions using the Gauss method: Download ORB_DET.ZIP version 1.01.
Here are some Pascal routines as used inside the HNSKY program. If you have any suggestion to improve them, please let me know: Pascal source code for some astronomical routines and constellation arrays as used in HNSKY program.