-
Updated
Jun 22, 2022 - JavaScript
#
fits
Here are 80 public repositories matching this topic...
Starter Files and Solutions for Full Stack Advanced React and GraphQL
a full function 100% Java library for reading and writing FITS files
-
Updated
Jun 27, 2022 - Java
SPLASH is an interactive visualisation and plotting tool using kernel interpolation, mainly used for Smoothed Particle Hydrodynamics simulations
astronomy
visualisation
astrophysics
plotting
kernel-methods
smoothed-particle-hydrodynamics
fits
interpolation-methods
-
Updated
Jun 27, 2022 - Fortran
Git repository for the PyFITS project; PyFITS is deprecated, use Astropy (https://github.com/astropy/astropy)
-
Updated
Dec 18, 2017 - Python
Open
IRAF z-scale
1
mileslucas
commented
Feb 27, 2020
Everyone's favorite DS9/IRAF feature!
This feature would allow some way of defining the image scale according to IRAF's z-scale. This method requires some simple statistics and fitting and should return a minimum and maximum color.
Example Usage
using AstroImages
img = load("image.fits")
cmin, cmax = zscale(img, args...)
plot(img, cmin=cmin, cmax=cmax)Referenc
Resources for Computational Astrophysics, Summer Project 2021, IIT Kanpur
python
astronomy
astrophysics
gaia
astropy
computational-astrophysics
fits
iitk
astroquery
hr-diagram
-
Updated
Jul 15, 2021 - Jupyter Notebook
Nightlight: Astronomic Image Processing
-
Updated
Apr 26, 2022 - Go
A native Swift library to read and write FITS files
linux
swift
swift-library
astronomy
file-format
fileformat
fits
astrophotography
swift-package
swift-linux
fits-files
swift5
fits-parse
file-format-library
swift5-3
-
Updated
May 14, 2022 - Swift
a Rust implementation of the C/C++ FITSWebQL
-
Updated
Jul 4, 2022 - C
A native C# dotnet core implenetation to read and write astronomical .FITS files following newest specifications
-
Updated
Jun 26, 2022 - C#
A native iOS library to compute vector / image data of FITS files
-
Updated
May 9, 2021 - Swift
FITS File interaction written in Visual Studio C# .Net, compatible across all .Net platforms. JPFITS is not based on any other implementations and is written from the ground-up, consistent with the FITS standard, designed to interact with FITS files as object-oriented structures. See the github Wiki link below for more info.
astronomy
fits
fitsharp
fitsio
fits-files
world-coordinates
fits-bintables
fits-image
world-coordinate-solution
fits-visualization
fits-image-sets
point-source-extraction
bin-tables
-
Updated
Jun 22, 2022 - C#
Astronomy FITS Viewer & Analysis Tool in the browser
-
Updated
Jun 1, 2018 - TypeScript
Astronomical image reduction / pre-processing
-
Updated
Apr 20, 2021 - Shell
Python notebook tutorials for astronomical FITS analysis
-
Updated
Jul 2, 2020 - Jupyter Notebook
Miscellaneous Python functions.
python
astronomy
coordinate-systems
photometry
convolution
coordinates
polarimetry
fits
polarization
fits-files
coordinate-transformations
-
Updated
Oct 3, 2021 - Python
Lister-plugin a Total Commander for view FITS files
-
Updated
Oct 25, 2021 - Pascal
An astronomical data analysis library
-
Updated
Jul 11, 2020 - Python
Improve this page
Add a description, image, and links to the fits topic page so that developers can more easily learn about it.
Add this topic to your repo
To associate your repository with the fits topic, visit your repo's landing page and select "manage topics."
printdiff generates a report containing the differences between any two fits files , HDU's their Headers or Data (independently). The output can be generated into a some stream object which can be used for comparison/verification of data.
Basically this can be implemented as a function having overloads based on