@ -1,4 +1,6 @@
import requests , base64 , random , os
import re
from moviepy . editor import AudioFileClip , concatenate_audioclips , CompositeAudioClip
# https://twitter.com/scanlime/status/1512598559769702406
voices = [ # DISNEY VOICES
@ -55,16 +57,30 @@ class TTTTSWrapper: # TikTok Text-to-Speech Wrapper
def tts ( self , req_text : str = " TikTok Text To Speech " , filename : str = ' title.mp3 ' , random_speaker : bool = False ) :
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 ]
chunks = [ m . group ( ) . strip ( ) for m in re . finditer ( r ' *((. { 0,200})( \ .|.$)) ' , req_text ) ]
audio_clips = [ ]
chunkId = 0
for chunk in chunks :
r = requests . post ( f " { self . URI_BASE } { voice } &req_text= { chunk } &speaker_map_type=0 " )
vstr = [ r . json ( ) [ " data " ] [ " v_str " ] ] [ 0 ]
b64d = base64 . b64decode ( vstr )
with open ( filename , " wb " ) as out :
with open ( f " { filename } - { chunkId } " , " wb " ) as out :
out . write ( b64d )
audio_clips . append ( AudioFileClip ( f " { filename } - { chunkId } " ) )
chunkId = chunkId + 1 ;
audio_concat = concatenate_audioclips ( audio_clips )
audio_composite = CompositeAudioClip ( [ audio_concat ] )
audio_composite . write_audiofile ( filename , 44100 , 2 , 2000 , None )
@staticmethod
def randomvoice ( ) :
ok_or_good = random . randrange ( 1 , 10 )