https://github.com/noetits/ICE-Talk for controllable TTS

Sorted version (recommended), new link: https://openslr.org/115/

old link (slow download) but gives ou the folder structure needed to use "load_emov_db()" function: https://mega.nz/#F!KBp32apT!gLIgyWf9iQ-yqnWFUFuUHg

Not sorted version: http://www.coe.neu.edu/Research/AClab/Speech%20Data/

"It is the process of taking the text transcription of an audio speech segment and determining where in time particular words occur in the speech segment." source

It also allows to separate verbal and non-verbal vocalizations (laughs, yawns, etc.) that are before/after the sentence. Note that it might also be possible to detect non-verbal vocalizations inside sentences when they are not mixed with speech (e.g. chuckle between words) with "sil" or "spn" tokens of Montreal-Forced-Aligner. But this has not been experimented on our end.

First install MFA

• Installation

Then use the steps below. It is based on the instructions of Phone alignment of a dataset with their acoustic and g2p models. To use them, you need download models as in here. In this example, we use english_us_arpa, but you could use their IPA model as well.

In a python terminal:

from emov_mfa_alignment import Emov
dataset = Emov()
dataset.download()
dataset.prepare_mfa()

Then in a shell terminal:

mfa align EMOV-DB/ english_us_arpa english_us_arpa EMOV

Then the "convert" function is the function to remove non-verbal vocalizations that would be before/after the whole sentence. It just reads the results of phone alignment and extract the start timing of the first phoneme and the end timing of the last phoneme to cut the audio and rewrite it.

from emov_mfa_alignment import Emov
dataset = Emov()
dataset.convert()

Older alternative, performance should be less good than with MFA

The Emotional Voices Database: Towards Controlling the Emotional Expressiveness in Voice Generation Systems

• This dataset is built for the purpose of emotional speech synthesis. The transcript were based on the CMU arctic database: http://www.festvox.org/cmu_arctic/cmuarctic.data.

• It includes recordings for four speakers- two males and two females.

• The emotional styles are neutral, sleepiness, anger, disgust and amused.

• Each audio file is recorded in 16bits .wav format

• Spk-Je (Female, English: Neutral(417 files), Amused(222 files), Angry(523 files), Sleepy(466 files), Disgust(189 files))

• Spk-Bea (Female, English: Neutral(373 files), Amused(309 files), Angry(317 files), Sleepy(520 files), Disgust(347 files))

• Spk-Sa (Male, English: Neutral(493 files), Amused(501 files), Angry(468 files), Sleepy(495 files), Disgust(497 files))

• Spk-Jsh (Male, English: Neutral(302 files), Amused(298 files), Sleepy(263 files))

• File naming (audio_folder): anger_1-28_0011.wav - 1) first word (emotion style), 1-28 - annotation doc file range, Last four digit is the sentence number.

• File naming (annotation_folder): anger_1-28.TextGrid - 1) first word (emotional style), 1-28- annotation doc range

A description of the database here: https://arxiv.org/pdf/1806.09514.pdf

Please reference this paper when using this database:

Bibtex:

@article{adigwe2018emotional,
  title={The emotional voices database: Towards controlling the emotion dimension in voice generation systems},
  author={Adigwe, Adaeze and Tits, No{\'e} and Haddad, Kevin El and Ostadabbas, Sarah and Dutoit, Thierry},
  journal={arXiv preprint arXiv:1806.09514},
  year={2018}
}