Releases: gillesdegottex/pulsemodel
Releases · gillesdegottex/pulsemodel
Version 2.3.0
- Better and clearer management of situation when the window's length is bigger than the DFT's length.
- More test coverage
- Many little fixes about possible feature arguments
Version 2.2.4
- WORLD is now the default spectral envelope estimator, without warning about article's resulting using STRAIGHT (though STRAIGHT will be used if straight_mcep is acessible).
- Some renaming of arguments for consistency ... again
- Force random seed to ensure reproducible tests
- Add option for pre-resampling before analysis
- Add option for pre-high-pass filtering before analysis
- (move sigproc external to gitlab.com, remove REAPER's fork)
Version 2.1.0
- Added frequency-warped cepstral compression
Version 2.0.5
- Added frequency-warped compression
- Synthesis: Added damping window on the end of the synthesis segment to avoid any possible signal cut during overlap-add (this only reduce risks of artifacts).
- Synthesis: Now use 4 periods for each synthesis segments (reduces risks of artifacts; might be slightly slower)
Version 1.2.1
Now using WORLD vocoder amplitude spectral envelope
and REAPER f0 estimator is shipped with PML.
Support f0 binary file as input of analysis (thanks @ljuvela !).
Version 1.1.0
Now using WORLD vocoder amplitude spectral envelope.
Version 1.0.5
- ATTENTION: Two options at synthesis have been renamed for consistency:
--noisemaskfile/--nmfile
--noisemask_nbbnds/--nm_nbbnds - ATTENTION: At synthesis, for consistency with the publications and with the behavior in the previous releases, nm_forcebinary has been replaced by !nm_cont
I.e. The noise mask is always forced to binary values (with threshold 0.5),
except if the option nm_cont is set to True (or the flag --nm_cont is used). - New option for attenuating the fist harmonic in silences since it is never randomized by PDD (see pp_atten1stharminsilences)
- Apply a workaround to deal with waveforms whose F0 cannot be extracted (#11)
- Can now output log f0 files during analysis
- Can synthesis using mel-cepstral phase distortion deviation