import requests, base64, random, os # https://twitter.com/scanlime/status/1512598559769702406 voices = [ # DISNEY VOICES 'en_us_ghostface', # Ghost Face 'en_us_chewbacca', # Chewbacca 'en_us_c3po', # C3PO 'en_us_stitch', # Stitch 'en_us_stormtrooper', # Stormtrooper 'en_us_rocket', # Rocket # ENGLISH VOICES 'en_au_001', # English AU - Female 'en_au_002', # English AU - Male 'en_uk_001', # English UK - Male 1 'en_uk_003', # English UK - Male 2 'en_us_001', # English US - Female (Int. 1) 'en_us_002', # English US - Female (Int. 2) 'en_us_006', # English US - Male 1 'en_us_007', # English US - Male 2 'en_us_009', # English US - Male 3 'en_us_010', # English US - Male 4 # EUROPE VOICES 'fr_001', # French - Male 1 'fr_002', # French - Male 2 'de_001', # German - Female 'de_002', # German - Male 'es_002', # Spanish - Male # AMERICA VOICES 'es_mx_002', # Spanish MX - Male 'br_001', # Portuguese BR - Female 1 'br_003', # Portuguese BR - Female 2 'br_004', # Portuguese BR - Female 3 'br_005', # Portuguese BR - Male # ASIA VOICES 'id_001', # Indonesian - Female 'jp_001', # Japanese - Female 1 'jp_003', # Japanese - Female 2 'jp_005', # Japanese - Female 3 'jp_006', # Japanese - Male 'kr_002', # Korean - Male 1 'kr_003', # Korean - Female 'kr_004', # Korean - Male 2 ] good_voices = {'good': ['en_us_002', 'en_us_006'], 'ok': ['en_au_002', 'en_uk_001']} # less en_us_stormtrooper more less en_us_rocket en_us_ghostface class TTTTSWrapper: # TikTok Text-to-Speech Wrapper def __init__(self): self.URI_BASE = 'https://api16-normal-useast5.us.tiktokv.com/media/api/text/speech/invoke/?text_speaker=' def tts(self, req_text: str = "TikTok Text To Speech", filename: str = 'title.mp3', random_speaker: bool = False): if len(req_text) > 299: return ValueError("Text too long must be under 299 characters") if random_speaker: req_text = req_text.replace("+", "plus").replace(" ", "+").replace("&", "and") voice = self.randomvoice() if random_speaker else 'en_us_002' r = requests.post(f"{self.URI_BASE}{voice}&req_text={req_text}&speaker_map_type=0") vstr = [r.json()["data"]["v_str"]][0] b64d = base64.b64decode(vstr) out = open(filename, "wb") out.write(b64d) out.close() @staticmethod def randomvoice(): ok_or_good = random.randrange(1, 10) if ok_or_good == 1: # 1/10 chance of ok voice return random.choice(good_voices['ok']) return random.choice(good_voices['good']) # 9/10 chance of good voice