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| # -*- coding: utf-8 -*- | |
| import json | |
| import logging | |
| import re | |
| import torch | |
| from dragonmapper.transcriptions import pinyin_to_ipa | |
| from phonemizer.backend import EspeakBackend | |
| from pypinyin import pinyin | |
| from Preprocessing.articulatory_features import generate_feature_table | |
| from Preprocessing.articulatory_features import get_feature_to_index_lookup | |
| from Preprocessing.articulatory_features import get_phone_to_id | |
| def load_json_from_path(path): # redundant to the one in utils, but necessary to avoid circular imports | |
| with open(path, "r", encoding="utf8") as f: | |
| obj = json.loads(f.read()) | |
| return obj | |
| class ArticulatoryCombinedTextFrontend: | |
| def __init__(self, | |
| language, | |
| use_explicit_eos=True, | |
| use_lexical_stress=True, | |
| silent=True, | |
| add_silence_to_end=True, | |
| use_word_boundaries=True, | |
| device="cpu"): | |
| """ | |
| Mostly preparing ID lookups | |
| """ | |
| # this locks the device, so it has to happen here and not at the top | |
| from transphone.g2p import read_g2p | |
| self.language = language | |
| self.use_explicit_eos = use_explicit_eos | |
| self.use_stress = use_lexical_stress | |
| self.add_silence_to_end = add_silence_to_end | |
| self.use_word_boundaries = use_word_boundaries | |
| register_to_height = { | |
| "˥": 5, | |
| "˦": 4, | |
| "˧": 3, | |
| "˨": 2, | |
| "˩": 1 | |
| } | |
| self.rising_perms = list() | |
| self.falling_perms = list() | |
| self.peaking_perms = list() | |
| self.dipping_perms = list() | |
| for first_tone in ["˥", "˦", "˧", "˨", "˩"]: | |
| for second_tone in ["˥", "˦", "˧", "˨", "˩"]: | |
| if register_to_height[first_tone] > register_to_height[second_tone]: | |
| self.falling_perms.append(first_tone + second_tone) | |
| else: | |
| self.rising_perms.append(first_tone + second_tone) | |
| for third_tone in ["˥", "˦", "˧", "˨", "˩"]: | |
| if register_to_height[first_tone] > register_to_height[second_tone] < register_to_height[third_tone]: | |
| self.dipping_perms.append(first_tone + second_tone + third_tone) | |
| elif register_to_height[first_tone] < register_to_height[second_tone] > register_to_height[third_tone]: | |
| self.peaking_perms.append(first_tone + second_tone + third_tone) | |
| if language == "eng" or language == "en-us": | |
| self.g2p_lang = "en-us" # English as spoken in USA | |
| self.expand_abbreviations = english_text_expansion | |
| self.phonemizer = "espeak" | |
| elif language == "deu": | |
| self.g2p_lang = "de" # German | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "ell": | |
| self.g2p_lang = "el" # Greek | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "spa": | |
| self.g2p_lang = "es" # Spanish | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "spa-lat": | |
| self.g2p_lang = "es-419" # Spanish | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "fin": | |
| self.g2p_lang = "fi" # Finnish | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "rus": | |
| self.g2p_lang = "ru" # Russian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "hun": | |
| self.g2p_lang = "hu" # Hungarian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "nld": | |
| self.g2p_lang = "nl" # Dutch | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "fra": | |
| self.g2p_lang = "fr-fr" # French | |
| self.expand_abbreviations = remove_french_spacing | |
| self.phonemizer = "espeak" | |
| elif language == "fr-be": | |
| self.g2p_lang = "fr-be" # French | |
| self.expand_abbreviations = remove_french_spacing | |
| self.phonemizer = "espeak" | |
| elif language == "fr-sw": | |
| self.g2p_lang = "fr-ch" # French | |
| self.expand_abbreviations = remove_french_spacing | |
| self.phonemizer = "espeak" | |
| elif language == "ita": | |
| self.g2p_lang = "it" # Italian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "por": | |
| self.g2p_lang = "pt" # Portuguese | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "pt-br": | |
| self.g2p_lang = "pt-br" # Portuguese | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "pol": | |
| self.g2p_lang = "pl" # Polish | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "cmn": | |
| self.g2p_lang = "cmn" # Mandarin | |
| self.expand_abbreviations = convert_kanji_to_pinyin_mandarin | |
| self.phonemizer = "dragonmapper" | |
| elif language == "vie": | |
| self.g2p_lang = "vi" # Northern Vietnamese | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "vi-ctr": | |
| self.g2p_lang = "vi-vn-x-central" # Central Vietnamese | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "vi-so": | |
| self.g2p_lang = "vi-vn-x-south" # Southern Vietnamese | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "ukr": | |
| self.g2p_lang = "uk" # Ukrainian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "pes": | |
| self.g2p_lang = "fa" # Western Farsi | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "afr": | |
| self.g2p_lang = "af" # Afrikaans | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "aln": | |
| self.g2p_lang = "sq" # Albanian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "amh": | |
| self.g2p_lang = "am" # Amharic | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "arb": | |
| self.g2p_lang = "ar" # Arabic | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "arg": | |
| self.g2p_lang = "an" # Aragonese | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "hye": | |
| self.g2p_lang = "hy" # East Armenian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "hyw": | |
| self.g2p_lang = "hyw" # West Armenian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "azj": | |
| self.g2p_lang = "az" # Azerbaijani | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "bak": | |
| self.g2p_lang = "ba" # Bashkir | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "eus": | |
| self.g2p_lang = "eu" # Basque | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "bel": | |
| self.g2p_lang = "be" # Belarusian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "ben": | |
| self.g2p_lang = "bn" # Bengali | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "bpy": | |
| self.g2p_lang = "bpy" # Bishnupriya Manipuri | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "bos": | |
| self.g2p_lang = "bs" # Bosnian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "bul": | |
| self.g2p_lang = "bg" # Bulgarian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "mya": | |
| self.g2p_lang = "my" # Burmese | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "chr": | |
| self.g2p_lang = "chr" # Cherokee | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "yue": | |
| self.g2p_lang = "yue" # Chinese Cantonese | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "hak": | |
| self.g2p_lang = "hak" # Chinese Hakka | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "haw": | |
| self.g2p_lang = "haw" # Hawaiian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "hrv": | |
| self.g2p_lang = "hr" # Croatian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "ces": | |
| self.g2p_lang = "cs" # Czech | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "dan": | |
| self.g2p_lang = "da" # Danish | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "ekk": | |
| self.g2p_lang = "et" # Estonian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "gle": | |
| self.g2p_lang = "ga" # Gaelic Irish | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "gla": | |
| self.g2p_lang = "gd" # Gaelic Scottish | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "en-sc": | |
| self.g2p_lang = "en-gb-scotland" | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "kat": | |
| self.g2p_lang = "ka" # Georgian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "kal": | |
| self.g2p_lang = "kl" # Greenlandic | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "guj": | |
| self.g2p_lang = "gu" # Gujarati | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "heb": | |
| self.g2p_lang = "he" # Hebrew | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "hin": | |
| self.g2p_lang = "hi" # Hindi | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "isl": | |
| self.g2p_lang = "is" # Icelandic | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "ind": | |
| self.g2p_lang = "id" # Indonesian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "jpn": | |
| import pykakasi | |
| self.kakasi = pykakasi.Kakasi() # this is not a satisfactory solution, but it is the best one I could come up with so far. | |
| self.expand_abbreviations = lambda x: " ".join([chunk["hepburn"] for chunk in self.kakasi.convert(x)]) | |
| self.g2p_lang = language | |
| self.phonemizer = "transphone" | |
| self.transphone = read_g2p(device=device) | |
| elif language == "kan": | |
| self.g2p_lang = "kn" # Kannada | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "knn": | |
| self.g2p_lang = "kok" # Konkani | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "kor": | |
| self.g2p_lang = "ko" # Korean | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "ckb": | |
| self.g2p_lang = "ku" # Kurdish | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "kaz": | |
| self.g2p_lang = "kk" # Kazakh | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "kir": | |
| self.g2p_lang = "ky" # Kyrgyz | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "lat": | |
| self.g2p_lang = "la" # Latin | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "ltz": | |
| self.g2p_lang = "lb" # Luxembourgish | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "lvs": | |
| self.g2p_lang = "lv" # Latvian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "lit": | |
| self.g2p_lang = "lt" # Lithuanian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "mri": | |
| self.g2p_lang = "mi" # Māori | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "mkd": | |
| self.g2p_lang = "mk" # Macedonian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "zlm": | |
| self.g2p_lang = "ms" # Malay | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "mal": | |
| self.g2p_lang = "ml" # Malayalam | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "mlt": | |
| self.g2p_lang = "mt" # Maltese | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "mar": | |
| self.g2p_lang = "mr" # Marathi | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "nci": | |
| self.g2p_lang = "nci" # Nahuatl | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "npi": | |
| self.g2p_lang = "ne" # Nepali | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "nob": | |
| self.g2p_lang = "nb" # Norwegian Bokmål | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "nog": | |
| self.g2p_lang = "nog" # Nogai | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "ory": | |
| self.g2p_lang = "or" # Oriya | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "gaz": | |
| self.g2p_lang = "om" # Oromo | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "pap": | |
| self.g2p_lang = "pap" # Papiamento | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "pan": | |
| self.g2p_lang = "pa" # Punjabi | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "ron": | |
| self.g2p_lang = "ro" # Romanian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "lav": | |
| self.g2p_lang = "ru-lv" # Russian Latvia | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "srp": | |
| self.g2p_lang = "sr" # Serbian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "tsn": | |
| self.g2p_lang = "tn" # Setswana | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "snd": | |
| self.g2p_lang = "sd" # Sindhi | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "slk": | |
| self.g2p_lang = "sk" # Slovak | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "slv": | |
| self.g2p_lang = "sl" # Slovenian | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "smj": | |
| self.g2p_lang = "smj" # Lule Saami | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "swh": | |
| self.g2p_lang = "sw" # Swahili | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "swe": | |
| self.g2p_lang = "sv" # Swedish | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "tam": | |
| self.g2p_lang = "ta" # Tamil | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "tha": | |
| self.g2p_lang = "th" # Thai | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "tuk": | |
| self.g2p_lang = "tk" # Turkmen | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "tat": | |
| self.g2p_lang = "tt" # Tatar | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "tel": | |
| self.g2p_lang = "te" # Telugu | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "tur": | |
| self.g2p_lang = "tr" # Turkish | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "uig": | |
| self.g2p_lang = "ug" # Uyghur | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "urd": | |
| self.g2p_lang = "ur" # Urdu | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "uzn": | |
| self.g2p_lang = "uz" # Uzbek | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| elif language == "cym": | |
| self.g2p_lang = "cy" # Welsh | |
| self.expand_abbreviations = lambda x: x | |
| self.phonemizer = "espeak" | |
| else: | |
| # blanket solution for the rest | |
| print("Using Transphone. A specialized phonemizer might work better.") | |
| self.g2p_lang = language | |
| self.phonemizer = "transphone" | |
| self.expand_abbreviations = lambda x: x | |
| self.transphone = read_g2p(device=device) | |
| # remember to also update get_language_id() below when adding something here, as well as the get_example_sentence function | |
| if self.phonemizer == "espeak": | |
| try: | |
| self.phonemizer_backend = EspeakBackend(language=self.g2p_lang, | |
| punctuation_marks=';:,.!?¡¿—…()"«»“”~/。【】、‥،؟“”؛', | |
| preserve_punctuation=True, | |
| language_switch='remove-flags', | |
| with_stress=self.use_stress, | |
| logger=logging.getLogger(__file__)) | |
| except RuntimeError: | |
| print("Error in loading espeak! \n" | |
| "Maybe espeak is not installed on your system? \n" | |
| "Falling back to transphone.") | |
| from transphone.g2p import read_g2p | |
| self.g2p_lang = self.language | |
| self.phonemizer = "transphone" | |
| self.expand_abbreviations = lambda x: x | |
| self.transphone = read_g2p() | |
| self.phone_to_vector = generate_feature_table() | |
| self.phone_to_id = get_phone_to_id() | |
| self.id_to_phone = {v: k for k, v in self.phone_to_id.items()} | |
| self.text_vector_to_phone_cache = dict() | |
| def get_example_sentence(lang): | |
| if lang == "eng": | |
| return "This is a complex sentence, it even has a pause!" | |
| elif lang == "deu": | |
| return "Dies ist ein komplexer Satz, er hat sogar eine Pause!" | |
| elif lang == "ell": | |
| return "Αυτή είναι μια σύνθετη πρόταση, έχει ακόμη και παύση!" | |
| elif lang == "spa": | |
| return "Esta es una oración compleja, ¡incluso tiene una pausa!" | |
| elif lang == "fin": | |
| return "Tämä on monimutkainen lause, sillä on jopa tauko!" | |
| elif lang == "rus": | |
| return "Это сложное предложение, в нем даже есть пауза!" | |
| elif lang == "hun": | |
| return "Ez egy összetett mondat, még szünet is van benne!" | |
| elif lang == "nld": | |
| return "Dit is een complexe zin, er zit zelfs een pauze in!" | |
| elif lang == "fra": | |
| return "C'est une phrase complexe, elle a même une pause !" | |
| elif lang == "por": | |
| return "Esta é uma frase complexa, tem até uma pausa!" | |
| elif lang == "pol": | |
| return "To jest zdanie złożone, ma nawet pauzę!" | |
| elif lang == "ita": | |
| return "Questa è una frase complessa, ha anche una pausa!" | |
| elif lang == "cmn": | |
| return "这是一个复杂的句子，它甚至包含一个停顿。" | |
| elif lang == "vie": | |
| return "Đây là một câu phức tạp, nó thậm chí còn chứa một khoảng dừng." | |
| else: | |
| print(f"No example sentence specified for the language: {lang}\n " | |
| f"Please specify an example sentence in the get_example_sentence function in Preprocessing/TextFrontend to track your progress.") | |
| return None | |
| def string_to_tensor(self, text, view=False, device="cpu", handle_missing=True, input_phonemes=False): | |
| """ | |
| Fixes unicode errors, expands some abbreviations, | |
| turns graphemes into phonemes and then vectorizes | |
| the sequence as articulatory features | |
| """ | |
| if input_phonemes: | |
| phones = text | |
| else: | |
| phones = self.get_phone_string(text=text, include_eos_symbol=True, for_feature_extraction=True) | |
| phones = phones.replace("ɚ", "ə").replace("ᵻ", "ɨ") | |
| if view: | |
| print("Phonemes: \n{}\n".format(phones)) | |
| phones_vector = list() | |
| # turn into numeric vectors | |
| stressed_flag = False | |
| for char in phones: | |
| # affects following phoneme ----------------- | |
| if char.strip() == '\u02C8': | |
| # primary stress | |
| stressed_flag = True | |
| # affects previous phoneme ----------------- | |
| elif char.strip() == '\u02D0': | |
| # lengthened | |
| phones_vector[-1][get_feature_to_index_lookup()["lengthened"]] = 1 | |
| elif char.strip() == '\u02D1': | |
| # half length | |
| phones_vector[-1][get_feature_to_index_lookup()["half-length"]] = 1 | |
| elif char.strip() == '\u0306': | |
| # shortened | |
| phones_vector[-1][get_feature_to_index_lookup()["shortened"]] = 1 | |
| elif char.strip() == '̃' and phones_vector[-1][get_feature_to_index_lookup()["nasal"]] != 1: | |
| # nasalized (vowel) | |
| phones_vector[-1][get_feature_to_index_lookup()["nasal"]] = 2 | |
| elif char.strip() == "̧" != phones_vector[-1][get_feature_to_index_lookup()["palatal"]] != 1: | |
| # palatalized | |
| phones_vector[-1][get_feature_to_index_lookup()["palatal"]] = 2 | |
| elif char.strip() == "ʷ" and phones_vector[-1][get_feature_to_index_lookup()["labial-velar"]] != 1: | |
| # labialized | |
| phones_vector[-1][get_feature_to_index_lookup()["labial-velar"]] = 2 | |
| elif char.strip() == "ʰ" and phones_vector[-1][get_feature_to_index_lookup()["aspirated"]] != 1: | |
| # aspirated | |
| phones_vector[-1][get_feature_to_index_lookup()["aspirated"]] = 2 | |
| elif char.strip() == "ˠ" and phones_vector[-1][get_feature_to_index_lookup()["velar"]] != 1: | |
| # velarized | |
| phones_vector[-1][get_feature_to_index_lookup()["velar"]] = 2 | |
| elif char.strip() == "ˁ" and phones_vector[-1][get_feature_to_index_lookup()["pharyngal"]] != 1: | |
| # pharyngealized | |
| phones_vector[-1][get_feature_to_index_lookup()["pharyngal"]] = 2 | |
| elif char.strip() == "ˀ" and phones_vector[-1][get_feature_to_index_lookup()["glottal"]] != 1: | |
| # glottalized | |
| phones_vector[-1][get_feature_to_index_lookup()["glottal"]] = 2 | |
| elif char.strip() == "ʼ" and phones_vector[-1][get_feature_to_index_lookup()["ejective"]] != 1: | |
| # ejective | |
| phones_vector[-1][get_feature_to_index_lookup()["ejective"]] = 2 | |
| elif char.strip() == "̹" and phones_vector[-1][get_feature_to_index_lookup()["rounded"]] != 1: | |
| # rounding | |
| phones_vector[-1][get_feature_to_index_lookup()["rounded"]] = 2 | |
| elif char.strip() == "̞" and phones_vector[-1][get_feature_to_index_lookup()["open"]] != 1: | |
| # open | |
| phones_vector[-1][get_feature_to_index_lookup()["open"]] = 2 | |
| elif char.strip() == "̪" and phones_vector[-1][get_feature_to_index_lookup()["dental"]] != 1: | |
| # dental | |
| phones_vector[-1][get_feature_to_index_lookup()["dental"]] = 2 | |
| elif char.strip() == "̬" and phones_vector[-1][get_feature_to_index_lookup()["voiced"]] != 1: | |
| # voiced | |
| phones_vector[-1][get_feature_to_index_lookup()["voiced"]] = 2 | |
| elif char.strip() == "̝" and phones_vector[-1][get_feature_to_index_lookup()["close"]] != 1: | |
| # closed | |
| phones_vector[-1][get_feature_to_index_lookup()["close"]] = 2 | |
| elif char.strip() == "̰" and phones_vector[-1][get_feature_to_index_lookup()["glottal"]] != 1 and phones_vector[-1][get_feature_to_index_lookup()["epiglottal"]] != 1: | |
| # laryngalization | |
| phones_vector[-1][get_feature_to_index_lookup()["glottal"]] = 2 | |
| phones_vector[-1][get_feature_to_index_lookup()["epiglottal"]] = 2 | |
| elif char.strip() == "̈" and phones_vector[-1][get_feature_to_index_lookup()["central"]] != 1: | |
| # centralization | |
| phones_vector[-1][get_feature_to_index_lookup()["central"]] = 2 | |
| elif char.strip() == "̜" and phones_vector[-1][get_feature_to_index_lookup()["unrounded"]] != 1: | |
| # unrounded | |
| phones_vector[-1][get_feature_to_index_lookup()["unrounded"]] = 2 | |
| elif char.strip() == "̥" and phones_vector[-1][get_feature_to_index_lookup()["unvoiced"]] != 1: | |
| # voiceless | |
| phones_vector[-1][get_feature_to_index_lookup()["unvoiced"]] = 2 | |
| elif char.strip() == "˥": | |
| # very high tone | |
| phones_vector[-1][get_feature_to_index_lookup()["very-high-tone"]] = 1 | |
| elif char.strip() == "˦": | |
| # high tone | |
| phones_vector[-1][get_feature_to_index_lookup()["high-tone"]] = 1 | |
| elif char.strip() == "˧": | |
| # mid tone | |
| phones_vector[-1][get_feature_to_index_lookup()["mid-tone"]] = 1 | |
| elif char.strip() == "˨": | |
| # low tone | |
| phones_vector[-1][get_feature_to_index_lookup()["low-tone"]] = 1 | |
| elif char.strip() == "˩": | |
| # very low tone | |
| phones_vector[-1][get_feature_to_index_lookup()["very-low-tone"]] = 1 | |
| elif char.strip() == "⭧": | |
| # rising tone | |
| phones_vector[-1][get_feature_to_index_lookup()["rising-tone"]] = 1 | |
| elif char.strip() == "⭨": | |
| # falling tone | |
| phones_vector[-1][get_feature_to_index_lookup()["falling-tone"]] = 1 | |
| elif char.strip() == "⮁": | |
| # peaking tone | |
| phones_vector[-1][get_feature_to_index_lookup()["peaking-tone"]] = 1 | |
| elif char.strip() == "⮃": | |
| # dipping tone | |
| phones_vector[-1][get_feature_to_index_lookup()["dipping-tone"]] = 1 | |
| else: | |
| if handle_missing: | |
| try: | |
| phones_vector.append(self.phone_to_vector[char].copy()) | |
| except KeyError: | |
| print("unknown phoneme: {}".format(char)) | |
| else: | |
| phones_vector.append(self.phone_to_vector[char].copy()) # leave error handling to elsewhere | |
| # the following lines try to emulate whispering by removing all voiced features | |
| # phones_vector[-1][get_feature_to_index_lookup()["voiced"]] = 0 | |
| # phones_vector[-1][get_feature_to_index_lookup()["unvoiced"]] = 1 | |
| # the following lines explore what would happen, if the system is told to produce sounds a human cannot | |
| # for dim, _ in enumerate(phones_vector[-1]): | |
| # phones_vector[-1][dim] = 1 | |
| if stressed_flag: | |
| stressed_flag = False | |
| phones_vector[-1][get_feature_to_index_lookup()["stressed"]] = 1 | |
| return torch.Tensor(phones_vector, device=device) | |
| def get_phone_string(self, text, include_eos_symbol=True, for_feature_extraction=False, for_plot_labels=False): | |
| if text == "": | |
| return "" | |
| # expand abbreviations | |
| utt = self.expand_abbreviations(text) | |
| # convert the graphemes to phonemes here | |
| if self.phonemizer == "espeak": | |
| try: | |
| phones = self.phonemizer_backend.phonemize([utt], strip=True)[0] # To use a different phonemizer, this is the only line that needs to be exchanged | |
| except: | |
| print(f"There was an error with espeak. \nFalling back to transphone.\nSentence: {utt} \nLanguage {self.g2p_lang}") | |
| from transphone.g2p import read_g2p | |
| self.g2p_lang = self.language | |
| self.phonemizer = "transphone" | |
| self.expand_abbreviations = lambda x: x | |
| self.transphone = read_g2p() | |
| return self.get_phone_string(text, include_eos_symbol, for_feature_extraction, for_plot_labels) | |
| elif self.phonemizer == "transphone": | |
| replacements = [ | |
| # punctuation in languages with non-latin script | |
| ("。", "~"), | |
| ("，", "~"), | |
| ("【", '~'), | |
| ("】", '~'), | |
| ("、", "~"), | |
| ("‥", "~"), | |
| ("؟", "~"), | |
| ("،", "~"), | |
| ("“", '~'), | |
| ("”", '~'), | |
| ("؛", "~"), | |
| ("《", '~'), | |
| ("》", '~'), | |
| ("？", "~"), | |
| ("！", "~"), | |
| (" ：", "~"), | |
| (" ；", "~"), | |
| ("－", "~"), | |
| ("·", " "), | |
| ("`", ""), | |
| # symbols that indicate a pause or silence | |
| ('"', "~"), | |
| (" - ", "~ "), | |
| ("- ", "~ "), | |
| ("-", ""), | |
| ("…", "~"), | |
| (":", "~"), | |
| (";", "~"), | |
| (",", "~") # make sure this remains the final one when adding new ones | |
| ] | |
| for replacement in replacements: | |
| utt = utt.replace(replacement[0], replacement[1]) | |
| utt = re.sub("~+", "~", utt) | |
| utt = re.sub(r"\s+", " ", utt) | |
| utt = re.sub(r"\.+", ".", utt) | |
| chunk_list = list() | |
| for chunk in utt.split("~"): | |
| # unfortunately the transphone tokenizer is not suited for any languages besides English it seems | |
| # this is not much better, but maybe a little. | |
| word_list = list() | |
| for word_by_whitespace in chunk.split(): | |
| word_list.append(self.transphone.inference(word_by_whitespace, self.g2p_lang)) | |
| chunk_list.append(" ".join(["".join(word) for word in word_list])) | |
| phones = "~ ".join(chunk_list) | |
| elif self.phonemizer == "dragonmapper": | |
| phones = pinyin_to_ipa(utt) | |
| # Unfortunately tonal languages don't agree on the tone, most tonal | |
| # languages use different tones denoted by different numbering | |
| # systems. At this point in the script, it is attempted to unify | |
| # them all to the tones in the IPA standard. | |
| if self.g2p_lang == "vi": | |
| phones = phones.replace('1', "˧") | |
| phones = phones.replace('2', "˨˩") | |
| phones = phones.replace('ɜ', "˧˥") # I'm fairly certain that this is a bug in espeak and ɜ is meant to be 3 | |
| phones = phones.replace('3', "˧˥") # I'm fairly certain that this is a bug in espeak and ɜ is meant to be 3 | |
| phones = phones.replace('4', "˦˧˥") | |
| phones = phones.replace('5', "˧˩˧") | |
| phones = phones.replace('6', "˧˩˨ʔ") # very weird tone, because the tone introduces another phoneme | |
| phones = phones.replace('7', "˧") | |
| elif self.g2p_lang == "yue": | |
| phones = phones.replace('1', "˥") | |
| phones = phones.replace('2', "˧˥") | |
| phones = phones.replace('3', "˧") | |
| phones = phones.replace('4', "˧˩") | |
| phones = phones.replace('5', "˩˧") | |
| phones = phones.replace('6', "˨") | |
| # more of this handling for more tonal languages can be added here, simply make an elif statement and check for the language. | |
| return self.postprocess_phoneme_string(phones, for_feature_extraction, include_eos_symbol, for_plot_labels) | |
| def postprocess_phoneme_string(self, phoneme_string, for_feature_extraction, include_eos_symbol, for_plot_labels): | |
| """ | |
| Takes as input a phoneme string and processes it to work best with the way we represent phonemes as featurevectors | |
| """ | |
| replacements = [ | |
| # punctuation in languages with non-latin script | |
| ("。", "."), | |
| ("，", ","), | |
| ("【", '"'), | |
| ("】", '"'), | |
| ("、", ","), | |
| ("‥", "…"), | |
| ("؟", "?"), | |
| ("،", ","), | |
| ("“", '"'), | |
| ("”", '"'), | |
| ("؛", ","), | |
| ("《", '"'), | |
| ("》", '"'), | |
| ("？", "?"), | |
| ("！", "!"), | |
| (" ：", ":"), | |
| (" ；", ";"), | |
| ("－", "-"), | |
| ("·", " "), | |
| # latin script punctuation | |
| ("/", " "), | |
| ("—", ""), | |
| ("(", "~"), | |
| (")", "~"), | |
| ("...", "…"), | |
| ("\n", ", "), | |
| ("\t", " "), | |
| ("¡", ""), | |
| ("¿", ""), | |
| ("«", '"'), | |
| ("»", '"'), | |
| # unifying some phoneme representations | |
| ("N", "ŋ"), # somehow transphone doesn't transform this to IPA | |
| ("ɫ", "l"), # alveolopalatal | |
| ("ɚ", "ə"), | |
| ("g", "ɡ"), | |
| ("ε", "e"), | |
| ("ʦ", "ts"), | |
| ("ˤ", "ˁ"), | |
| ('ᵻ', 'ɨ'), | |
| ("ɧ", "ç"), # velopalatal | |
| ("ɥ", "j"), # labiopalatal | |
| ("ɬ", "s"), # lateral | |
| ("ɮ", "z"), # lateral | |
| ('ɺ', 'ɾ'), # lateral | |
| ('ʲ', 'j'), # decomposed palatalization | |
| ('\u02CC', ""), # secondary stress | |
| ('\u030B', "˥"), | |
| ('\u0301', "˦"), | |
| ('\u0304', "˧"), | |
| ('\u0300', "˨"), | |
| ('\u030F', "˩"), | |
| ('\u0302', "⭨"), | |
| ('\u030C', "⭧"), | |
| ("꜖", "˩"), | |
| ("꜕", "˨"), | |
| ("꜔", "˧"), | |
| ("꜓", "˦"), | |
| ("꜒", "˥"), | |
| # symbols that indicate a pause or silence | |
| ('"', "~"), | |
| (" - ", "~ "), | |
| ("- ", "~ "), | |
| ("-", ""), | |
| ("…", "."), | |
| (":", "~"), | |
| (";", "~"), | |
| (",", "~") # make sure this remains the final one when adding new ones | |
| ] | |
| unsupported_ipa_characters = {'̙', '̯', '̤', '̩', '̠', '̟', 'ꜜ', '̽', '|', '•', '↘', | |
| '‖', '‿', 'ᷝ', 'ᷠ', '̚', '↗', 'ꜛ', '̻', '̘', '͡', '̺'} | |
| # https://en.wikipedia.org/wiki/IPA_number | |
| for char in unsupported_ipa_characters: | |
| replacements.append((char, "")) | |
| if not for_feature_extraction: | |
| # in case we want to plot etc., we only need the segmental units, so we remove everything else. | |
| replacements = replacements + [ | |
| ('\u02C8', ""), # primary stress | |
| ('\u02D0', ""), # lengthened | |
| ('\u02D1', ""), # half-length | |
| ('\u0306', ""), # shortened | |
| ("˥", ""), # very high tone | |
| ("˦", ""), # high tone | |
| ("˧", ""), # mid tone | |
| ("˨", ""), # low tone | |
| ("˩", ""), # very low tone | |
| ('\u030C', ""), # rising tone | |
| ('\u0302', ""), # falling tone | |
| ('⭧', ""), # rising | |
| ('⭨', ""), # falling | |
| ('⮃', ""), # dipping | |
| ('⮁', ""), # peaking | |
| ('̃', ""), # nasalizing | |
| ("̧", ""), # palatalized | |
| ("ʷ", ""), # labialized | |
| ("ʰ", ""), # aspirated | |
| ("ˠ", ""), # velarized | |
| ("ˁ", ""), # pharyngealized | |
| ("ˀ", ""), # glottalized | |
| ("ʼ", ""), # ejective | |
| ("̹", ""), # rounding | |
| ("̞", ""), # open | |
| ("̪", ""), # dental | |
| ("̬", ""), # voiced | |
| ("̝", ""), # closed | |
| ("̰", ""), # laryngalization | |
| ("̈", ""), # centralization | |
| ("̜", ""), # unrounded | |
| ("̥", ""), # voiceless | |
| ] | |
| for replacement in replacements: | |
| phoneme_string = phoneme_string.replace(replacement[0], replacement[1]) | |
| phones = re.sub("~+", "~", phoneme_string) | |
| phones = re.sub(r"\s+", " ", phones) | |
| phones = re.sub(r"\.+", ".", phones) | |
| phones = phones.lstrip("~").rstrip("~") | |
| # peaking tones | |
| for peaking_perm in self.peaking_perms: | |
| phones = phones.replace(peaking_perm, "⮁".join(peaking_perm)) | |
| # dipping tones | |
| for dipping_perm in self.dipping_perms: | |
| phones = phones.replace(dipping_perm, "⮃".join(dipping_perm)) | |
| # rising tones | |
| for rising_perm in self.rising_perms: | |
| phones = phones.replace(rising_perm, "⭧".join(rising_perm)) | |
| # falling tones | |
| for falling_perm in self.falling_perms: | |
| phones = phones.replace(falling_perm, "⭨".join(falling_perm)) | |
| if self.add_silence_to_end: | |
| phones += "~" # adding a silence in the end during inference produces more natural sounding prosody | |
| if include_eos_symbol: | |
| phones += "#" | |
| if not self.use_word_boundaries: | |
| phones = phones.replace(" ", "") | |
| if for_plot_labels: | |
| phones = phones.replace(" ", "|") | |
| phones = "~" + phones | |
| phones = re.sub("~+", "~", phones) | |
| return phones | |
| def text_vectors_to_id_sequence(self, text_vector): | |
| tokens = list() | |
| for vector in text_vector: | |
| if vector[get_feature_to_index_lookup()["word-boundary"]] == 0: | |
| # we don't include word boundaries when performing alignment, since they are not always present in audio. | |
| features = vector.cpu().numpy().tolist() | |
| immutable_vector = tuple(features) | |
| if immutable_vector in self.text_vector_to_phone_cache: | |
| tokens.append(self.phone_to_id[self.text_vector_to_phone_cache[immutable_vector]]) | |
| continue | |
| features = features[13:] | |
| # the first 12 dimensions are for modifiers, so we ignore those when trying to find the phoneme in the ID lookup | |
| for index in range(len(features)): | |
| if features[index] == 2: | |
| # we remove all features that stem from a modifier, so we can map back to the unmodified sound | |
| features[index] = 0 | |
| for phone in self.phone_to_vector: | |
| if features == self.phone_to_vector[phone][13:]: | |
| tokens.append(self.phone_to_id[phone]) | |
| self.text_vector_to_phone_cache[immutable_vector] = phone | |
| # this is terribly inefficient, but it's fine, since we're building a cache over time that makes this instant | |
| break | |
| return tokens | |
| def english_text_expansion(text): | |
| """ | |
| Apply as small part of the tacotron style text cleaning pipeline, suitable for e.g. LJSpeech. | |
| See https://github.com/keithito/tacotron/ | |
| Careful: Only apply to english datasets. Different languages need different cleaners. | |
| """ | |
| _abbreviations = [(re.compile('\\b%s\\.' % x[0], re.IGNORECASE), x[1]) for x in | |
| [('Mrs.', 'misess'), ('Mr.', 'mister'), ('Dr.', 'doctor'), ('St.', 'saint'), ('Co.', 'company'), ('Jr.', 'junior'), ('Maj.', 'major'), | |
| ('Gen.', 'general'), ('Drs.', 'doctors'), ('Rev.', 'reverend'), ('Lt.', 'lieutenant'), ('Hon.', 'honorable'), ('Sgt.', 'sergeant'), | |
| ('Capt.', 'captain'), ('Esq.', 'esquire'), ('Ltd.', 'limited'), ('Col.', 'colonel'), ('Ft.', 'fort')]] | |
| for regex, replacement in _abbreviations: | |
| text = re.sub(regex, replacement, text) | |
| return text | |
| def remove_french_spacing(text): | |
| text = text.replace(" »", '"').replace("« ", '"') | |
| for punc in ["!", ";", ":", ".", ",", "?", "-"]: | |
| text = text.replace(f" {punc}", punc) | |
| return text | |
| def convert_kanji_to_pinyin_mandarin(text): | |
| return " ".join([x[0] for x in pinyin(text)]) | |
| def get_language_id(language): | |
| try: | |
| iso_codes_to_ids = load_json_from_path("Preprocessing/multilinguality/iso_lookup.json")[-1] | |
| except FileNotFoundError: | |
| try: | |
| iso_codes_to_ids = load_json_from_path("multilinguality/iso_lookup.json")[-1] | |
| except FileNotFoundError: | |
| iso_codes_to_ids = load_json_from_path("iso_lookup.json")[-1] | |
| if language not in iso_codes_to_ids: | |
| print("Please specify the language as ISO 639-3 code (https://en.wikipedia.org/wiki/List_of_ISO_639-3_codes)") | |
| return None | |
| return torch.LongTensor([iso_codes_to_ids[language]]) | |
| if __name__ == '__main__': | |
| print("\n\nEnglish Test") | |
| tf = ArticulatoryCombinedTextFrontend(language="eng") | |
| tf.string_to_tensor("This is a complex sentence, it even has a pause! But can it do this? Nice.", view=True) | |
| print("\n\nChinese Test") | |
| tf = ArticulatoryCombinedTextFrontend(language="cmn") | |
| tf.string_to_tensor("这是一个复杂的句子，它甚至包含一个停顿。", view=True) | |
| tf.string_to_tensor("李绅 《悯农》 锄禾日当午， 汗滴禾下土。 谁知盘中餐， 粒粒皆辛苦。", view=True) | |
| tf.string_to_tensor("巴 拔 把 爸 吧", view=True) | |
| print("\n\nVietnamese Test") | |
| tf = ArticulatoryCombinedTextFrontend(language="vie") | |
| tf.string_to_tensor("Xin chào thế giới, quả là một ngày tốt lành để học nói tiếng Việt!", view=True) | |
| tf.string_to_tensor("ba bà bá bạ bả bã", view=True) | |
| print("\n\nJapanese Test") | |
| tf = ArticulatoryCombinedTextFrontend(language="jpn") | |
| tf.string_to_tensor("医師会がなくても、近隣の病院なら紹介してくれると思います。", view=True) | |
| print(tf.get_phone_string("医師会がなくても、近隣の病院なら紹介してくれると思います。")) | |
| print("\n\nZero-Shot Test") | |
| tf = ArticulatoryCombinedTextFrontend(language="acr") | |
| tf.string_to_tensor("I don't know this language, but this is just a dummy text anyway.", view=True) | |
| print(tf.get_phone_string("I don't know this language, but this is just a dummy text anyway.")) | |