Packaged: 2022-03-22 02:04:11 UTC; shuowenchen

Title: Sound Waves Onto Morphometric Data
person("Pedro", "Rocha", email="p.rocha1990@gmail.com", role = c("aut", "cre")),
Description: Implement a promising, and yet little explored protocol for bioacoustical analysis, the eigensound method by MacLeod, Krieger and Jones (2013) <doi:10.4404/hystrix-24.1-6299>. Eigensound is a multidisciplinary method focused on the direct comparison between stereotyped sounds from different species. 'SoundShape', in turn, provide the tools required for anyone to go from sound waves to Principal Components Analysis, using tools extracted from traditional bioacoustics (i.e. 'tuneR' and 'seewave' packages), geometric morphometrics (i.e. 'geomorph' package) and multivariate analysis (e.g. 'stats' package). For more information, please see Rocha and Romano (in prep) and check 'SoundShape' repository on GitHub for news and updates <https://github.com/p-rocha/SoundShape>.
Imports: abind, geomorph (>= 3.0.2), graphics, grDevices, plot3D,

person("Pedro", "Rocha", email="p.rocha1990@gmail.com", role = c("aut", "cre")))
Description: Implement a promising, and yet little explored protocol for bioacoustical analysis, the eigensound method by MacLeod, Krieger and Jones (2013) <doi:10.4404/hystrix-24.1-6299>. Eigensound is a multidisciplinary method focused on the direct comparison between stereotyped sounds from different species. 'SoundShape', in turn, provide the tools required for anyone to go from sound waves to Principal Components Analysis, using tools extracted from traditional bioacoustics (i.e. 'tuneR' and 'seewave' packages), geometric morphometrics (i.e. 'geomorph' package) and multivariate analysis (e.g. 'stats' package). For more information, please see Rocha and Romano (2021) and check 'SoundShape' repository on GitHub for news and updates <https://github.com/p-rocha/SoundShape>.

Description: The SoundexBR provides an algorithm for decoding names into phonetic codes, as pronounced in Portuguese. It takes an Portuguese name, and returns a simple hash of it; this hash is intended to be the same for words that sound alike. Therefore, homophones can be matched despite minor differences in spelling. The phonetic code itself is a four digits long string composed by one letter followed by three numbers. While the letter is the first letter of the name, the digits encode the remaining consonants of that name.