Hvsrprocpy

In this release:

- Fixed an issue where users could not apply tapering or detrending within windows.
- Fixed an issue where users could not apply overlapping without cutting data out.
- Fixed an issue where Polar curves were not being saved properly or not saved at all.
- Added an option to select whether the average of the FAS or HVSR is done using median or mean.
- Added the option to save selected or removed FAS curves.
- Added a function to plot the FAS curves.
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**Full Changelog**: https://github.com/fjornelas/hvsrprocpy/compare/v1.0.0...v1.1.0

In this release:

- Published hvsrprocpy on pypi, now pip installable.
- Fixed bug issues with calculating polar curves.
- Fixed format of files from classes to functions.
- Renamed some of the functions (from hv_proc to hvsr).
- Published a website which includes documentation for library (viewable from GitHub repository).

**Full Changelog**: https://github.com/fjornelas/hvsrprocpy/compare/v0.3.0...v1.0.0

In this release, the structure of hvsrprocpy has changed. New additions include:

- Added time series signal processing tools (tsproctools)
- Added frequency domain processing tools (freqproctools)
- Most functions can now be accessed as individual functions
- One function named hvsr processes the time series and processes HVSR (under hvsrfunctools)
- Added metadata processing tools
- Added hvsr plotting tools

In this release:

First public release of `hvsrprocpy`!

In this new pre-release, there have been some bug issues fixed:
- add_mseed_tool function to trim was not working
- frequency resampling not working correctly, added new variable resampling_length

hvsrprocpy pre-release

In this pre-release, the package contains functions that can process time series and Fourier Amplitude Spectra (FAS) to compute Horizontal-to-Vertical Spectral Ratios (HVSR). The library also allows for manual selection if individual discrete time windows, so users can remove windows they do not want to use to compute the mean HVSR curve. The library also has functions to compute polar curves, which can illustrate the azimuthal variability of a site. Lastly, there are also other miscellaneous functions to plot time series, HVSR curves, and mean FAS curves.

**Full Changelog**: https://github.com/fjornelas/hvsrprocpy/commits/0.1.0