648 lines
27 KiB
Python
648 lines
27 KiB
Python
import gc
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import tempfile
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from zipfile import ZipFile
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from subprocess import Popen
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from os import makedirs as os_makedirs
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from os import path as os_path
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from shutil import copyfile
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from datetime import datetime
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from logging import getLogger, FileHandler, Formatter, INFO
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from time import sleep
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from queue import Queue
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from threading import Thread, Event
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from requests import get as requests_get
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import webbrowser
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from typing import Callable
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from flashtext import KeywordProcessor
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from models.translation.translation_translator import Translator
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from models.transcription.transcription_utils import getInputDevices, getOutputDevices
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from models.osc.osc_tools import sendTyping, sendMessage, sendTestAction, receiveOscParameters
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from models.transcription.transcription_recorder import SelectedMicEnergyAndAudioRecorder, SelectedSpeakerEnergyAndAudioRecorder
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from models.transcription.transcription_recorder import SelectedMicEnergyRecorder, SelectedSpeakerEnergyRecorder
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from models.transcription.transcription_transcriber import AudioTranscriber
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from models.xsoverlay.notification import xsoverlayForVRCT
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from models.translation.translation_languages import translation_lang
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from models.transcription.transcription_languages import transcription_lang
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from models.translation.translation_utils import checkCTranslate2Weight
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from models.transcription.transcription_whisper import checkWhisperWeight
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# from models.overlay.overlay import Overlay
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# from models.overlay.overlay_image import OverlayImage
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from config import config
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class threadFnc(Thread):
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def __init__(self, fnc, end_fnc=None, daemon=True, *args, **kwargs):
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super(threadFnc, self).__init__(daemon=daemon, *args, **kwargs)
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self.fnc = fnc
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self.end_fnc = end_fnc
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self._stop = Event()
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def stop(self):
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self._stop.set()
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def stopped(self):
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return self._stop.is_set()
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def run(self):
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while True:
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if self.stopped():
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if callable(self.end_fnc):
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self.end_fnc()
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return
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self.fnc(*self._args, **self._kwargs)
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class Model:
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_instance = None
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def __new__(cls):
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if cls._instance is None:
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cls._instance = super(Model, cls).__new__(cls)
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cls._instance.init()
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return cls._instance
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def init(self):
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self.logger = None
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self.mic_print_transcript = None
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self.mic_audio_recorder = None
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self.mic_energy_recorder = None
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self.mic_energy_plot_progressbar = None
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self.speaker_print_transcript = None
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self.speaker_audio_recorder = None
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self.speaker_energy_recorder = None
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self.speaker_energy_plot_progressbar = None
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self.previous_send_message = ""
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self.previous_receive_message = ""
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self.translator = Translator()
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self.keyword_processor = KeywordProcessor()
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# self.overlay = Overlay(
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# config.OVERLAY_SMALL_LOG_SETTINGS["x_pos"],
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# config.OVERLAY_SMALL_LOG_SETTINGS["y_pos"],
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# config.OVERLAY_SMALL_LOG_SETTINGS["depth"],
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# config.OVERLAY_SMALL_LOG_SETTINGS["display_duration"],
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# config.OVERLAY_SMALL_LOG_SETTINGS["fadeout_duration"],
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# config.OVERLAY_SETTINGS["opacity"],
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# config.OVERLAY_SETTINGS["ui_scaling"],
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# )
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# self.overlay_image = OverlayImage()
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# self.pre_overlay_message = None
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# self.th_overlay = None
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def checkCTranslatorCTranslate2ModelWeight(self):
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return checkCTranslate2Weight(config.PATH_LOCAL, config.CTRANSLATE2_WEIGHT_TYPE)
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def changeTranslatorCTranslate2Model(self):
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self.translator.changeCTranslate2Model(config.PATH_LOCAL, config.CTRANSLATE2_WEIGHT_TYPE)
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def clearTranslatorCTranslate2Model(self):
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self.translator.clearCTranslate2Model()
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def checkTranscriptionWhisperModelWeight(self):
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return checkWhisperWeight(config.PATH_LOCAL, config.WHISPER_WEIGHT_TYPE)
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def resetKeywordProcessor(self):
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del self.keyword_processor
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self.keyword_processor = KeywordProcessor()
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def authenticationTranslatorDeepLAuthKey(self, auth_key):
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result = self.translator.authenticationDeepLAuthKey(auth_key)
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return result
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def startLogger(self):
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os_makedirs(config.PATH_LOGS, exist_ok=True)
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logger = getLogger()
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logger.setLevel(INFO)
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file_name = os_path.join(config.PATH_LOGS, f"{datetime.now().strftime('%Y-%m-%d_%H-%M-%S')}.log")
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file_handler = FileHandler(file_name, encoding="utf-8", delay=True)
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formatter = Formatter("[%(asctime)s] %(message)s")
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file_handler.setFormatter(formatter)
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logger.addHandler(file_handler)
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self.logger = logger
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self.logger.disabled = False
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def stopLogger(self):
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self.logger.disabled = True
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self.logger = None
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def getListLanguageAndCountry(self):
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transcription_langs = list(transcription_lang.keys())
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translation_langs = []
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for tl_key in translation_lang.keys():
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for lang in translation_lang[tl_key]["source"]:
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translation_langs.append(lang)
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translation_langs = list(set(translation_langs))
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supported_langs = list(filter(lambda x: x in transcription_langs, translation_langs))
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languages = []
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for language in supported_langs:
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for country in transcription_lang[language]:
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languages.append(
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{
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"language" : language,
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"country" : country,
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}
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)
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languages = sorted(languages, key=lambda x: x['language'])
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return languages
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def findTranslationEngines(self, source_lang, target_lang):
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compatible_engines = []
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for engine in list(translation_lang.keys()):
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languages = translation_lang.get(engine, {}).get("source", {})
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if source_lang in languages and target_lang in languages:
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compatible_engines.append(engine)
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if "DeepL_API" in compatible_engines:
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if config.AUTH_KEYS["DeepL_API"] is None:
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compatible_engines.remove('DeepL_API')
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return compatible_engines
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def getInputTranslate(self, message):
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translation_success_flag = True
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translator_name=config.CHOICE_INPUT_TRANSLATOR
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source_language=config.SOURCE_LANGUAGE
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target_language=config.TARGET_LANGUAGE
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target_country = config.TARGET_COUNTRY
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translation = self.translator.translate(
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translator_name=translator_name,
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source_language=source_language,
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target_language=target_language,
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target_country=target_country,
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message=message
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)
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# 翻訳失敗時のフェールセーフ処理
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if translation is False:
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translation_success_flag = False
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translation = self.translator.translate(
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translator_name="CTranslate2",
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source_language=source_language,
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target_language=target_language,
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target_country=target_country,
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message=message
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)
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return translation, translation_success_flag
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def getOutputTranslate(self, message):
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translation_success_flag = True
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translator_name=config.CHOICE_OUTPUT_TRANSLATOR
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source_language=config.TARGET_LANGUAGE
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target_language=config.SOURCE_LANGUAGE
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target_country=config.SOURCE_COUNTRY
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translation = self.translator.translate(
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translator_name=translator_name,
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source_language=source_language,
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target_language=target_language,
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target_country=target_country,
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message=message
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)
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# 翻訳失敗時のフェールセーフ処理
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if translation is False:
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translation_success_flag = False
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translation = self.translator.translate(
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translator_name="CTranslate2",
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source_language=source_language,
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target_language=target_language,
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target_country=target_country,
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message=message
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)
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return translation, translation_success_flag
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def addKeywords(self):
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for f in config.INPUT_MIC_WORD_FILTER:
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self.keyword_processor.add_keyword(f)
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def checkKeywords(self, message):
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return len(self.keyword_processor.extract_keywords(message)) != 0
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def detectRepeatSendMessage(self, message):
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repeat_flag = False
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if self.previous_send_message == message:
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repeat_flag = True
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self.previous_send_message = message
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return repeat_flag
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def detectRepeatReceiveMessage(self, message):
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repeat_flag = False
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if self.previous_receive_message == message:
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repeat_flag = True
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self.previous_receive_message = message
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return repeat_flag
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@staticmethod
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def oscStartSendTyping():
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sendTyping(True, config.OSC_IP_ADDRESS, config.OSC_PORT)
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@staticmethod
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def oscStopSendTyping():
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sendTyping(False, config.OSC_IP_ADDRESS, config.OSC_PORT)
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@staticmethod
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def oscSendMessage(message):
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sendMessage(message, config.OSC_IP_ADDRESS, config.OSC_PORT)
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def checkOSCStarted(self, fnc):
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self.is_valid_osc = False
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def checkOscReceive(address, osc_arguments):
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if self.is_valid_osc is False:
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self.is_valid_osc = True
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self.listening_server = receiveOscParameters(checkOscReceive)
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def oscListener():
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self.listening_server.serve_forever()
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def sendTestActionLoop():
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for _ in range(10):
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sendTestAction()
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if self.is_valid_osc is True:
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break
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sleep(0.1)
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self.listening_server.shutdown()
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# start receive osc
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th_receive_osc_parameters = Thread(target=oscListener)
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th_receive_osc_parameters.daemon = True
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th_receive_osc_parameters.start()
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# check osc started
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th_send_osc_test_action = Thread(target=sendTestActionLoop)
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th_send_osc_test_action.daemon = True
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th_send_osc_test_action.start()
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th_receive_osc_parameters.join()
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th_send_osc_test_action.join()
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if self.is_valid_osc is False:
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fnc()
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@staticmethod
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def checkSoftwareUpdated():
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# check update
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update_flag = False
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response = requests_get(config.GITHUB_URL)
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new_version = response.json()["name"]
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if new_version != config.VERSION:
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update_flag = True
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print("software version", "now:", config.VERSION, "new:", new_version)
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return update_flag
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@staticmethod
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def updateSoftware(restart:bool=True, func=None):
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def updateSoftwareTask():
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filename = 'VRCT.zip'
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program_name = 'VRCT.exe'
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folder_name = '_internal'
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tmp_directory_name = 'tmp'
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batch_name = 'update.bat'
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current_directory = config.PATH_LOCAL
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try:
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res = requests_get(config.GITHUB_URL)
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assets = res.json()['assets']
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url = [i["browser_download_url"] for i in assets if i["name"] == filename][0]
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with tempfile.TemporaryDirectory() as tmp_path:
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res = requests_get(url, stream=True)
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file_size = int(res.headers.get('content-length', 0))
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total_chunk = 0
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with open(os_path.join(tmp_path, filename), 'wb') as file:
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for chunk in res.iter_content(chunk_size=1024*5):
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file.write(chunk)
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total_chunk += len(chunk)
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if isinstance(func, Callable):
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func(progress=total_chunk/file_size, progress_type="downloading")
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print(f"downloaded {total_chunk}/{file_size}")
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with ZipFile(os_path.join(tmp_path, filename)) as zf:
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total_files = len(zf.infolist())
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extracted_files = 0
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for file_info in zf.infolist():
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extracted_files += 1
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zf.extract(file_info, os_path.join(current_directory, tmp_directory_name))
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if isinstance(func, Callable):
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func(progress=extracted_files/total_files, progress_type="extracting")
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print(f"extracted {extracted_files}/{total_files}")
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copyfile(os_path.join(current_directory, folder_name, "batch", batch_name), os_path.join(current_directory, batch_name))
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command = [os_path.join(current_directory, batch_name), program_name, folder_name, tmp_directory_name, str(restart)]
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Popen(command, cwd=current_directory)
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except Exception:
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import traceback
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with open('error.log', 'a') as f:
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traceback.print_exc(file=f)
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webbrowser.open(config.BOOTH_URL, new=2, autoraise=True)
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th_update_software = Thread(target=updateSoftwareTask)
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th_update_software.daemon = True
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th_update_software.start()
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@staticmethod
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def reStartSoftware():
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program_name = 'VRCT.exe'
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folder_name = '_internal'
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batch_name = 'restart.bat'
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current_directory = config.PATH_LOCAL
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copyfile(os_path.join(current_directory, folder_name, "batch", batch_name), os_path.join(current_directory, batch_name))
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command = [os_path.join(current_directory, batch_name), program_name]
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Popen(command, cwd=current_directory)
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@staticmethod
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def getListInputHost():
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return [host for host in getInputDevices().keys()]
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@staticmethod
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def getListInputDevice():
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return [device["name"] for device in getInputDevices()[config.CHOICE_MIC_HOST]]
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@staticmethod
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def getListOutputDevice():
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return [device["name"] for device in getOutputDevices()]
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def startMicTranscript(self, fnc, error_fnc=None):
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mic_device_list = getInputDevices().get(config.CHOICE_MIC_HOST, [{"name": "NoDevice"}])
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choice_mic_device = [device for device in mic_device_list if device["name"] == config.CHOICE_MIC_DEVICE]
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if len(choice_mic_device) == 0:
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try:
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error_fnc()
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except Exception:
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pass
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return
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mic_audio_queue = Queue()
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# mic_energy_queue = Queue()
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mic_device = choice_mic_device[0]
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record_timeout = config.INPUT_MIC_RECORD_TIMEOUT
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phase_timeout = config.INPUT_MIC_PHRASE_TIMEOUT
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if record_timeout > phase_timeout:
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record_timeout = phase_timeout
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self.mic_audio_recorder = SelectedMicEnergyAndAudioRecorder(
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device=mic_device,
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energy_threshold=config.INPUT_MIC_ENERGY_THRESHOLD,
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dynamic_energy_threshold=config.INPUT_MIC_DYNAMIC_ENERGY_THRESHOLD,
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record_timeout=record_timeout,
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)
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# self.mic_audio_recorder.recordIntoQueue(mic_audio_queue, mic_energy_queue)
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self.mic_audio_recorder.recordIntoQueue(mic_audio_queue, None)
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self.mic_transcriber = AudioTranscriber(
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speaker=False,
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source=self.mic_audio_recorder.source,
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phrase_timeout=phase_timeout,
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max_phrases=config.INPUT_MIC_MAX_PHRASES,
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transcription_engine=config.SELECTED_TRANSCRIPTION_ENGINE,
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root=config.PATH_LOCAL,
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whisper_weight_type=config.WHISPER_WEIGHT_TYPE,
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)
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def sendMicTranscript():
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try:
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self.mic_transcriber.transcribeAudioQueue(mic_audio_queue, config.SOURCE_LANGUAGE, config.SOURCE_COUNTRY)
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message = self.mic_transcriber.getTranscript()
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fnc(message)
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except Exception:
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pass
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def endMicTranscript():
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mic_audio_queue.queue.clear()
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# mic_energy_queue.queue.clear()
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del self.mic_transcriber
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gc.collect()
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# def sendMicEnergy():
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# if mic_energy_queue.empty() is False:
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# energy = mic_energy_queue.get()
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# # print("mic energy:", energy)
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# try:
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# fnc(energy)
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# except Exception:
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# pass
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# sleep(0.01)
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self.mic_print_transcript = threadFnc(sendMicTranscript, end_fnc=endMicTranscript)
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self.mic_print_transcript.daemon = True
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self.mic_print_transcript.start()
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# self.mic_get_energy = threadFnc(sendMicEnergy)
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# self.mic_get_energy.daemon = True
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# self.mic_get_energy.start()
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def stopMicTranscript(self):
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if isinstance(self.mic_print_transcript, threadFnc):
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self.mic_print_transcript.stop()
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self.mic_print_transcript = None
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if isinstance(self.mic_audio_recorder, SelectedMicEnergyAndAudioRecorder):
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self.mic_audio_recorder.stop()
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self.mic_audio_recorder = None
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# if isinstance(self.mic_get_energy, threadFnc):
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# self.mic_get_energy.stop()
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# self.mic_get_energy = None
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def startCheckMicEnergy(self, fnc, end_fnc, error_fnc=None):
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mic_device_list = getInputDevices().get(config.CHOICE_MIC_HOST, [{"name": "NoDevice"}])
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choice_mic_device = [device for device in mic_device_list if device["name"] == config.CHOICE_MIC_DEVICE]
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if len(choice_mic_device) == 0:
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try:
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error_fnc()
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except Exception:
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pass
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return
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def sendMicEnergy():
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if mic_energy_queue.empty() is False:
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energy = mic_energy_queue.get()
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try:
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fnc(energy)
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except Exception:
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pass
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sleep(0.01)
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mic_energy_queue = Queue()
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mic_device = choice_mic_device[0]
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self.mic_energy_recorder = SelectedMicEnergyRecorder(mic_device)
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self.mic_energy_recorder.recordIntoQueue(mic_energy_queue)
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self.mic_energy_plot_progressbar = threadFnc(sendMicEnergy, end_fnc=end_fnc)
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self.mic_energy_plot_progressbar.daemon = True
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self.mic_energy_plot_progressbar.start()
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def stopCheckMicEnergy(self):
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if isinstance(self.mic_energy_plot_progressbar, threadFnc):
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self.mic_energy_plot_progressbar.stop()
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self.mic_energy_plot_progressbar = None
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if isinstance(self.mic_energy_recorder, SelectedMicEnergyRecorder):
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self.mic_energy_recorder.stop()
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self.mic_energy_recorder = None
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def startSpeakerTranscript(self, fnc, error_fnc=None):
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speaker_device_list = getOutputDevices()
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choice_speaker_device = [device for device in speaker_device_list if device["name"] == config.CHOICE_SPEAKER_DEVICE]
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if len(choice_speaker_device) == 0:
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try:
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error_fnc()
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except Exception:
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pass
|
|
return
|
|
|
|
speaker_audio_queue = Queue()
|
|
# speaker_energy_queue = Queue()
|
|
speaker_device = choice_speaker_device[0]
|
|
record_timeout = config.INPUT_SPEAKER_RECORD_TIMEOUT
|
|
phase_timeout = config.INPUT_SPEAKER_PHRASE_TIMEOUT
|
|
if record_timeout > phase_timeout:
|
|
record_timeout = phase_timeout
|
|
|
|
self.speaker_audio_recorder = SelectedSpeakerEnergyAndAudioRecorder(
|
|
device=speaker_device,
|
|
energy_threshold=config.INPUT_SPEAKER_ENERGY_THRESHOLD,
|
|
dynamic_energy_threshold=config.INPUT_SPEAKER_DYNAMIC_ENERGY_THRESHOLD,
|
|
record_timeout=record_timeout,
|
|
)
|
|
# self.speaker_audio_recorder.recordIntoQueue(speaker_audio_queue, speaker_energy_queue)
|
|
self.speaker_audio_recorder.recordIntoQueue(speaker_audio_queue ,None)
|
|
self.speaker_transcriber = AudioTranscriber(
|
|
speaker=True,
|
|
source=self.speaker_audio_recorder.source,
|
|
phrase_timeout=phase_timeout,
|
|
max_phrases=config.INPUT_SPEAKER_MAX_PHRASES,
|
|
transcription_engine=config.SELECTED_TRANSCRIPTION_ENGINE,
|
|
root=config.PATH_LOCAL,
|
|
whisper_weight_type=config.WHISPER_WEIGHT_TYPE,
|
|
)
|
|
def sendSpeakerTranscript():
|
|
try:
|
|
self.speaker_transcriber.transcribeAudioQueue(speaker_audio_queue, config.TARGET_LANGUAGE, config.TARGET_COUNTRY)
|
|
message = self.speaker_transcriber.getTranscript()
|
|
fnc(message)
|
|
except Exception:
|
|
pass
|
|
|
|
def endSpeakerTranscript():
|
|
speaker_audio_queue.queue.clear()
|
|
# speaker_energy_queue.queue.clear()
|
|
del self.speaker_transcriber
|
|
gc.collect()
|
|
|
|
# def sendSpeakerEnergy():
|
|
# if speaker_energy_queue.empty() is False:
|
|
# energy = speaker_energy_queue.get()
|
|
# # print("speaker energy:", energy)
|
|
# try:
|
|
# fnc(energy)
|
|
# except Exception:
|
|
# pass
|
|
# sleep(0.01)
|
|
|
|
self.speaker_print_transcript = threadFnc(sendSpeakerTranscript, end_fnc=endSpeakerTranscript)
|
|
self.speaker_print_transcript.daemon = True
|
|
self.speaker_print_transcript.start()
|
|
|
|
# self.speaker_get_energy = threadFnc(sendSpeakerEnergy)
|
|
# self.speaker_get_energy.daemon = True
|
|
# self.speaker_get_energy.start()
|
|
|
|
def stopSpeakerTranscript(self):
|
|
if isinstance(self.speaker_print_transcript, threadFnc):
|
|
self.speaker_print_transcript.stop()
|
|
self.speaker_print_transcript = None
|
|
if isinstance(self.speaker_audio_recorder, SelectedSpeakerEnergyAndAudioRecorder):
|
|
self.speaker_audio_recorder.stop()
|
|
self.speaker_audio_recorder = None
|
|
# if isinstance(self.speaker_get_energy, threadFnc):
|
|
# self.speaker_get_energy.stop()
|
|
# self.speaker_get_energy = None
|
|
|
|
def startCheckSpeakerEnergy(self, fnc, end_fnc, error_fnc=None):
|
|
speaker_device_list = getOutputDevices()
|
|
choice_speaker_device = [device for device in speaker_device_list if device["name"] == config.CHOICE_SPEAKER_DEVICE]
|
|
if len(choice_speaker_device) == 0:
|
|
try:
|
|
error_fnc()
|
|
except Exception:
|
|
pass
|
|
return
|
|
|
|
def sendSpeakerEnergy():
|
|
if speaker_energy_queue.empty() is False:
|
|
energy = speaker_energy_queue.get()
|
|
try:
|
|
fnc(energy)
|
|
except Exception:
|
|
pass
|
|
sleep(0.01)
|
|
|
|
speaker_energy_queue = Queue()
|
|
speaker_device = choice_speaker_device[0]
|
|
self.speaker_energy_recorder = SelectedSpeakerEnergyRecorder(speaker_device)
|
|
self.speaker_energy_recorder.recordIntoQueue(speaker_energy_queue)
|
|
self.speaker_energy_plot_progressbar = threadFnc(sendSpeakerEnergy, end_fnc=end_fnc)
|
|
self.speaker_energy_plot_progressbar.daemon = True
|
|
self.speaker_energy_plot_progressbar.start()
|
|
|
|
def stopCheckSpeakerEnergy(self):
|
|
if isinstance(self.speaker_energy_plot_progressbar, threadFnc):
|
|
self.speaker_energy_plot_progressbar.stop()
|
|
self.speaker_energy_plot_progressbar = None
|
|
if isinstance(self.speaker_energy_recorder, SelectedSpeakerEnergyRecorder):
|
|
self.speaker_energy_recorder.stop()
|
|
self.speaker_energy_recorder = None
|
|
|
|
def notificationXSOverlay(self, message):
|
|
xsoverlayForVRCT(content=f"{message}")
|
|
|
|
# def createOverlayImageShort(self, message, translation):
|
|
# your_language = config.TARGET_LANGUAGE
|
|
# target_language = config.SOURCE_LANGUAGE
|
|
# ui_type = config.OVERLAY_UI_TYPE
|
|
# self.pre_overlay_message = {
|
|
# "message" : message,
|
|
# "your_language" : your_language,
|
|
# "translation" : translation,
|
|
# "target_language" : target_language,
|
|
# "ui_type" : ui_type,
|
|
# }
|
|
# return self.overlay_image.createOverlayImageShort(message, your_language, translation, target_language, ui_type)
|
|
|
|
# def createOverlayImageLong(self, message_type, message, translation):
|
|
# your_language = config.TARGET_LANGUAGE if message_type == "receive" else config.SOURCE_LANGUAGE
|
|
# target_language = config.SOURCE_LANGUAGE if message_type == "receive" else config.TARGET_LANGUAGE
|
|
# return self.overlay_image.create_overlay_image_long(message_type, message, your_language, translation, target_language)
|
|
|
|
# def clearOverlayImage(self):
|
|
# if self.overlay.initialized is True:
|
|
# self.overlay.uiManager.uiClear()
|
|
|
|
# def updateOverlay(self, img):
|
|
# if self.overlay.initialized is True:
|
|
# self.overlay.uiManager.uiUpdate(img)
|
|
|
|
# def startOverlay(self):
|
|
# if self.overlay.initialized is False:
|
|
# self.overlay.init()
|
|
|
|
# if self.overlay.initialized is True and self.th_overlay is None:
|
|
# self.th_overlay = Thread(target=self.overlay.startOverlay)
|
|
# self.th_overlay.daemon = True
|
|
# self.th_overlay.start()
|
|
|
|
# def updateOverlayPosition(self):
|
|
# if self.overlay.initialized is True:
|
|
# pos = (config.OVERLAY_SMALL_LOG_SETTINGS["x_pos"], config.OVERLAY_SMALL_LOG_SETTINGS["y_pos"])
|
|
# self.overlay.uiManager.setPosition(pos)
|
|
# depth = config.OVERLAY_SMALL_LOG_SETTINGS["depth"]
|
|
# self.overlay.uiManager.setDepth(depth)
|
|
# self.overlay.uiManager.posUpdate()
|
|
|
|
# def updateOverlayTimes(self):
|
|
# if self.overlay.initialized is True:
|
|
# display_duration = config.OVERLAY_SMALL_LOG_SETTINGS["display_duration"]
|
|
# self.overlay.uiManager.setFadeTime(display_duration)
|
|
# fadeout_duration = config.OVERLAY_SMALL_LOG_SETTINGS["fadeout_duration"]
|
|
# self.overlay.uiManager.setFadeInterval(fadeout_duration)
|
|
# self.overlay.uiManager.update()
|
|
|
|
# def updateOverlayImageOpacity(self):
|
|
# if self.overlay.initialized is True:
|
|
# opacity = config.OVERLAY_SETTINGS["opacity"]
|
|
# self.overlay.uiManager.setTransparency(opacity)
|
|
|
|
# def updateOverlayImageUiScaling(self):
|
|
# if self.overlay.initialized is True:
|
|
# ui_scaling = config.OVERLAY_SETTINGS["ui_scaling"]
|
|
# self.overlay.uiManager.setUiScaling(ui_scaling)
|
|
|
|
model = Model() |