[LAA] spectmorph-0.0.2

spectmorph-0.0.2 has been released. This is the first publicly announce release. Overview of Changes in spectmorph-0.0.2: ---------------------------------------- * bugfixes * include proper phases, so phase-correct reconstruction of samples is possible * new programs: - smstrip - removes debugging information from SpectMorph model files - smextract - extracts data from SpectMorph models, for developers only for now * added --no-noise / --no-sines switches for smplay * added -s switch for smenc, to create stripped models * use boost numeric bindings + lapack for ideal phase/magnitude estimation (smenc -O2) - slow! * SSE optimizations and other speedups for fast phase/magnitude estimation (smenc -O1) * use odd/centered FFT to be able to reconstruct phases from FFT data (smenc -O0) * use different thresholding scheme for encoder, detecting more partials * document API with doxygen * move Encoder and other classes to libspectmorph * added python binding, capable of reading SpectMorph model files * added automated tests * added manual pages for smenc, smplay, smvisualize and smstrip * added overview document in docs directory What is SpectMorph? ------------------- SpectMorph is a free software project which allows to analyze samples of musical instruments. This should allow constructing hybrid sounds, for instance a sound between a trumpet and a flute. Also interpolating between two samples of the same instrument (different attack velocity of a piano) could be interesting. SpectMorph is implemented in C++ and licensed under the GNU LGPL version 3 SpectMorph currently is in the early stages of development, which means that it is not yet ready to be used by end users. Links: ------ Website: http://space.twc.de/~stefan/spectmorph.php Download: http://space.twc.de/~stefan/spectmorph/spectmorph-0.0.2.tar.gz There are sound examples on the website which demonstrate the sound quality of the current SpectMorph models using piano samples. -- Stefan Westerfeld, Hamburg/Germany, http://space.twc.de/~stefan