Expand description
Library to parse FITS file written in pure rust.
Uses only one dependency, byteorder, to deal with endianness.
Uses intelligent cache to parse big FITS files. Developed for use in multi-threaded environments.
How to use
Read FITS
extern crate fitrs;
use fitrs::{Fits, FitsData, FitsDataArray};
let fits = Fits::open("path/to/fits/file.fits").expect("Failed to open");
// Iterate over HDUs
for hdu in fits.iter() {
println!("{:?}", hdu.value("EXTNAME"));
println!("{:?}", hdu.read_data());
}
// Get HDU by ID
let hdu_2 = &fits[2];
// Get HDU by EXTNAME
let hdu_flux = &fits["FLUX"];
match hdu_flux.read_data() {
&FitsData::FloatingPoint32(FitsDataArray { ref shape, ref data }) => {
println!("{:?}", shape);
println!("{:?}", data);
}
_ => { /* ... */ }
}
Write FITS
The FITS files written by fitrs
are verified by astropy.io.fits for
standard compliance. If fitrs
outputs a non-compliant FITS file, please
file a bug.
extern crate fitrs;
use fitrs::{Fits, Hdu};
// Make example dummy data array
let shape = [20, 20];
let data = (0..shape[0])
.map(|i| (0..shape[1]).map(move |j| i + j))
.flatten()
.collect();
let primary_hdu = Hdu::new(&[20, 20], data);
Fits::create("new_file.fits", primary_hdu).expect("Failed to create");
A lot of possibly desirable functionalities are still missing. PR are welcome.
Structs
Represent an open FITS file.
Actual array data inside the
Hdu
An iterator over mutable references to
Hdu
s.Represent an HDU as defined in FITS standard 4.1.
Iterator over the header of an HDU
World Coordinates
Enums
Value stored inside the
Hdu
header.Traits
A type that can be stored in a FITS data array implements this trait.