Pycsou extension module for linear inverse problems involving signals defined on the sphere.
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Updated
Apr 23, 2021 - Python
Pycsou extension module for linear inverse problems involving signals defined on the sphere.
Algorithm for planning observations of the LIGO-Virgo-KAGRA localization region
Those notebooks are examples of how to get MOC data from VESPA in Python and to manipulate it (union, intersection...).
A Hemispherical Comparison code using HEALPiX and Kolmogorov–Smirnov test for probing isotropy
An experimental implement of Conv1d on HEALPix array
A Go library for converting between spherical and planar coordinates.
kind of astronomical name resolver web tool (simbad or ned) but for all existing tesselation sky schemes
This repo provides code for detecting point sources on a sphere (i.e., the sky) by applying the continuous wavelet transform on raw count data. We use this tool to detect faint gamma-ray point sources from Fermi-LAT. See my skysearch repo for a pipeline.
A Go-lang implementation of the HEALPix projection and associated functionality
Scanning strategy simulator for a balloon-borne telescope
Miramare healpix analysis tools and a composable maximum likelihood component separation technique.
This is a deprecated version - Please check our new GitHub page to download the complete version including the source code.
Regrid a HEALPIX FITS file to target FITS image
World ocean simulation and import-export by Logy framework
Pycsou extension module for linear inverse problems involving signals defined on non Euclidean domains represented as graphs.
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