MicroObservatory Image is an easy-to-use yet powerful astronomical image processing program that can view and edit both FITS and GIF files.
MicroObservatory Image Keygen Free [Win/Mac]
MicroObservatory Image Features:
– automatic FITS image operation (Open, Save, Merging, Zoom, Getting list, Getting dimension, Preview image, Export image, Combining image, Modifying color, Modifying/creating moon/moon ring image, Modifying/creating full moon/full moon ring image, Modifying/creating mesh texture, Modifying/creating photometry)
– create, view, and edit GIF image files (including animation)
– save image files as individual images
– save image files as FITS image files (including animation)
– create, view, and edit JPEG images
– create, view, and edit JPG image files
– edit individual rows/columns of image files
– preview image files
– duplicate image files, copy image files, and move image files
– print image files
– create multiple image files
– create and save image files to file directories
– create and save image files into zip files
– create and save image files into fles
– overlay image files, paint image files
– get image files information (size, pixel size, length, area,.id,.type,.x,.y,.scale,.calc)
– get information from the header of image files
– get information from the header of image files
– get information from the header of image files
– get information from the header of image files
– define the link between image files
– record image files
– get image files information (size, pixel size, length, area,.id,.type,.x,.y,.scale,.calc)
– batch rename image files
– batch rename image files
– get image files information (size, pixel size, length, area,.id,.type,.x,.y,.scale,.calc)
– get information from the header of
MicroObservatory Image Crack+ Download
o FITS or GIF file format.
o Flexible image edition: crop, rotate, mirror, flip, resize, overlay,
add/remove, change color, change contrast, change opacity,
etc.
o More powerful image segmentation (divide, merge, cutout, etc.)
o Simultaneous multi-frame display.
o Simultaneous multi-resolution display.
o Image/frame/subframe/pixmap editing.
o Optional wavelet-decomposed image display.
o Display subimage or subframe within the whole image.
o Display subframe using exclusive/non-exclusive mode.
o Display subframe using different background image.
o Display subframe using a custom frame.
o Display subframe using square/diamond or round/triangle frame.
o Optionally zoom in/out display to show details.
o Optional hotkey shows image label for quick navigation.
o Optionally change outline color for individual image and/or display
as clickable thumbnail.
o Allows to save/load the image to a file.
o Can show a preview of image content.
o Optionally apply a resize/flip/rotate/mirror/crop/resize and overlay to
a portion of image.
o Optionally edit or add a global label to the top or bottom of the image.
o Allows to edit the caption that appears in the window’s title bar.
o Optionally link an external program with the image to enable image resizing.
o Supports over 300 image editing features to include dithering, smoothing,
blurring, color conversion, image rotation, image mirroring, image flipping,
color adjustment, transparency adjustment, border adjustment, etc.
o Optionally select/deselect all features automatically (one/many).
o Allows to export multiple images to one file.
o Allows to export one image to multiple images.
o Allows to export an image to a file or display image on a frame.
o Allows to export or display image under form of FITS file.
o Allows to export or display image as a GIF or JPEG file.
o Allow to import or export color image with alpha channel.
o Allows to save the image to a file or display the image in an external program.
o Supports image aspect ratio (horizontal/vertical).
o Allows
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MicroObservatory Image Keygen
MicroObservatory Image is designed to be a
simple to use, yet highly powerful astronomical image processing
program. It contains a few features not found in other existing image
processing programs: pre-processing, post-processing, multi-plane,
and image interaction.
MicroObservatory Image often has a friendly and intuitive user interface
that allows its users to perform all of the sophisticated tasks
that can be performed in its more sophisticated image processing programs.
Electronic Fly’s Eye
Electronic Fly’s Eye is an electromagnetic spectroscopy experiment that flew on board the Orbital
Boundary Explorer (OBE-2) spacecraft. It was the second spectrometer in the Voyager-era spectrometers
on board the two Voyager spacecraft. The spectrometers were both used to capture wavelengths between
3.7 and 740 Angstroms, which covers the entire electromagnetic spectrum from radio waves to gamma rays.
It also contains four detectors that record the number of electrons that strike the detectors as they
travel in each of two radiation paths through the instrument. These detectors operate between 60,000 and
800,000 electron volts (electronvolts), which covers the range of energies between 1,000,000 and 10,000,000
electron volts. Each detector covers a different energy range, and the electron’s energy or LET (linear energy transfer)
can be determined for each detector.
The spectrometer was used to study the composition of many different planetary atmospheres, especially those
of Jupiter and Saturn. Over 300 spectra have been recorded for this purpose.
Electronic Fly’s Eye is also used to measure the diffuse interstellar spectrum and to determine the abundances
of various elements in the solar wind and cosmic rays that make up the interstellar gas and radiation field.
Electronic Fly’s Eye acquired data from March to August 1982. The analysis of these data will continue until
at least August 2014.
Instruments
There were 2 main detectors in the instrument.
The Jomolna Detector
The Jomolna Detector measures the angle of electrons that strike the
detectors. The angles are measured as the electrons travel along
two interconnecting tubes, which are both 1.5 meters in length. One tube is inside of a magnet that generates a magnetic field
of 0.02 gauss. The second tube is inside a magnetic field of 0.01 ga
What’s New In?
———————————–
* Longest list of features available in any other astronomy program
* It is a one-stop solution for image processing
* Easy configuration for processing different types of images
* Supports many popular data formats: FITS, PSFITS, FITS MULTI, FITS
STYLE, IPF, FITSEE, FITS WF2, GDAL, PCIDSK, and many others.
* The recent release supports GIF format
* Image browsing allows users to view multi-resolution images using
different parameters.
* Built-in capability of auto-tagging helps to process big databases of
images in a convenient and efficient way.
* The program’s CLI interface is fully text-based, thus allowing users
to configure the tool’s most sophisticated parameters in a simple text
file.
* It supports creating a lot of output formats from the processed
images.
MicroObservatory Image Supported Platforms
—————————————–
Windows, *NIX operating systems, macOS and Linux.
MicroObservatory Image Supported Features
—————————————–
Image Processing
—————-
MicroObservatory Image has an extensive list of tools to assist
observers or image processing teams who need to process their
images.
Image Viewing
————-
MicroObservatory Image has an extensive list of tools to assist
observers or image processing teams who need to view their images.
Image Processing
—————-
MicroObservatory Image has an extensive list of tools to assist
observers or image processing teams who need to process their
images.
Data Format Support
——————-
MicroObservatory Image supports many popular image formats.
1. FITS/FITS WF2
2. Image Processing Format (IPF/IPF MULTI)
3. Existing FITS STYLE image format
4. FITS MULTI image format
5. FITS EE image format
6. PSFITS image format
7. PCIDSK image format
Image File Support
——————
MicroObservatory Image supports many popular image format, including:
1. FITS format
2. FITS STYLE format
3. FITS MULTI format
4. FITS EE format
5. IPF format
6. PC
System Requirements:
CPU: 1.8 GHz Dual Core or higher
RAM: 2 GB or more
HDD: 1 GB or more
GPU: Any video card that can play emulated PC games well. We recommend NVIDIA or AMD.
OS: Windows 7 (32bit), Windows 8 (64bit), or Windows 10 (64bit)
Video Card: NVIDIA GTX 660, AMD HD 7990, or better
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