Abstract
The advancement in signal processing and GPU based systems has enabled new transient detectors at various telescopes to perform much more sensitive searches than their predecessors. Typically the data output from the telescopes is in one of the two commonly used formats: psrfits and Sigproc filterbank. Software developed for transient searches often only works with one of these two formats, limiting their general applicability. Therefore, researchers have to write custom scripts to read/write the data in their format of choice before they can begin any data analysis relevant for their research. \textsc{Your} (Your Unified Reader) is a python-based library that unifies the data processing across multiple commonly used formats. \textsc{Your} implements a user-friendly interface to read and write in the data format of choice. It also generates unified metadata corresponding to the input data file for a quick understanding of observation parameters and provides utilities to perform common data analysis operations. \textsc{Your} also provides several state-of-the-art radio frequency interference mitigation (RFI) algorithms, which can now be used during any stage of data processing (reading, writing, etc.) to filter out artificial signals.
Highlights
The understanding of fast radio transients like pulsar single pulses, rotating radio transients (RRATs), and especially Fast Radio Bursts (FRBs) has evolved rapidly over the last decade. This is primarily due to dedicated campaigns by sensitive radio telescopes to search for transients
Software developed for transient searches often only works with one of these two formats, limiting their general applicability
Researchers have to write custom scripts to read/write the data in their format of choice before they can begin any data analysis relevant for their research. This has led to the development of several python libraries to manage one or the other data format
Summary
The data output from the telescopes is in one of the two commonly used formats: psrfits (Hotan et al, 2004) and Sigproc filterbank (Lorimer, 2011). Software developed for transient searches often only works with one of these two formats, limiting their general applicability. This has led to the development of several python libraries to manage one or the other data format (like pysigproc, psrfits, sigpyproc, etc).
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