![]() When set to maximum value, it is coronal stop. When fully closed, it is dorsal stop.ĬORonalization: Determines the vertical position of the tongue tip. When fully back, it is uvular stop.Ĭlose/Open: Determines the vertical position of the tongue back and the jaw. When set to minimum value, it is an oral sound.įront/Back: Determines the horizontal position of the tongue. NASalization: Determines the width of the velopharyngeal opening. When set to maximum value, it is epiglottal stop. PHAryngealization: Determines the position of the tongue root. The following parameters determine the formants: Voiceless ~ Breathy ~ Modal ~ Creaky ~ Glottal stop. The following parameters determine the vocal quality:īreath/Creak: Determines the glottal state. Though this is a crude model and doesn't reflect the actual semantics of acoustics, this model should be easy to implement. ![]() I set as the neutral position, and let the other sounds driven by the following parameters. Though technically there are infinite numbers of phonemes because my software must be able to produce phonemes of arbitrary languages, I have a workaround see below. ![]() Contrary to Vocaloid which composes voice syllable-wise, my software should compose voice phoneme-wise.Īs a consequence, I have to analyze the formants of all phonemes. ![]() I'm planning to make my own virtual singer software, like Yamaha's Vocaloid. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. Archives
September 2023
Categories |