274 lines
11 KiB
Python
274 lines
11 KiB
Python
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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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, getDefaultInputDevice, getDefaultOutputDevice
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from models.osc.osc_tools import sendTyping, sendMessage, sendTestAction, receiveOscParameters
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from models.transcription.transcription_recorder import SelectedMicRecorder, SelectedSpeakerRecorder
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from models.transcription.transcription_recorder import SelectedMicEnergyRecorder, SelectedSpeakeEnergyRecorder
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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 config import config
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class threadFnc(Thread):
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def __init__(self, fnc, 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._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.isSet()
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def run(self):
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while True:
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if self.stopped():
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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.mic_energy_recorder = None
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self.mic_energy_plot_progressbar = None
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self.speaker_energy_get_progressbar = None
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self.speaker_energy_plot_progressbar = None
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self.translator = Translator()
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self.keyword_processor = KeywordProcessor()
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def resetTranslator(self):
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del self.translator
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self.translator = Translator()
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def resetKeywordProcessor(self):
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del self.translator
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self.keyword_processor = KeywordProcessor()
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def authenticationTranslator(self, choice_translator=None, auth_key=None):
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if choice_translator == None:
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choice_translator = config.CHOICE_TRANSLATOR
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if auth_key == None:
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auth_key = config.AUTH_KEYS[choice_translator]
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result = self.translator.authentication(choice_translator, auth_key)
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if result:
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auth_keys = config.AUTH_KEYS
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auth_keys[choice_translator] = auth_key
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config.AUTH_KEYS = auth_keys
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return result
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def getTranslatorStatus(self):
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return self.translator.translator_status[config.CHOICE_TRANSLATOR]
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def getListTranslatorName(self):
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return list(self.translator.translator_status.keys())
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def getInputTranslate(self, message):
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translation = self.translator.translate(
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translator_name=config.CHOICE_TRANSLATOR,
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source_language=config.INPUT_SOURCE_LANG,
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target_language=config.INPUT_TARGET_LANG,
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message=message
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)
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message = config.MESSAGE_FORMAT.replace("[message]", message).replace("[translation]", translation)
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return message
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def getOutputTranslate(self, message):
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translation = self.translator.translate(
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translator_name=config.CHOICE_TRANSLATOR,
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source_language=config.OUTPUT_SOURCE_LANG,
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target_language=config.OUTPUT_TARGET_LANG,
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message=message
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)
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message = config.MESSAGE_FORMAT.replace("[message]", message).replace("[translation]", translation)
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return message
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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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@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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@staticmethod
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def checkOSCStarted():
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def checkOscReceive(address, osc_arguments):
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if config.ENABLE_OSC is False:
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config.ENABLE_OSC = True
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# start receive osc
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th_receive_osc_parameters = Thread(target=receiveOscParameters, args=(checkOscReceive,))
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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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sendTestAction()
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@staticmethod
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def checkSoftwareUpdated():
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# check update
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response = requests_get(config.GITHUB_URL)
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tag_name = response.json()["tag_name"]
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if tag_name != config.VERSION:
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config.UPDATE_FLAG = True
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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 getInputDefaultDevice():
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return [device["name"] for device in getInputDevices()[config.CHOICE_MIC_HOST]][0]
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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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@staticmethod
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def checkSpeakerStatus(choice=config.CHOICE_SPEAKER_DEVICE):
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speaker_device = [device for device in getOutputDevices() if device["name"] == choice][0]
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if getDefaultOutputDevice()["index"] == speaker_device["index"]:
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return True
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return False
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def startMicTranscript(self, fnc):
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mic_audio_queue = Queue()
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self.mic_audio_recorder = SelectedMicRecorder(
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[device for device in getInputDevices()[config.CHOICE_MIC_HOST] if device["name"] == config.CHOICE_MIC_DEVICE][0],
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config.INPUT_MIC_ENERGY_THRESHOLD,
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config.INPUT_MIC_DYNAMIC_ENERGY_THRESHOLD,
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config.INPUT_MIC_RECORD_TIMEOUT,
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)
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self.mic_audio_recorder.recordIntoQueue(mic_audio_queue)
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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=config.INPUT_MIC_PHRASE_TIMEOUT,
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max_phrases=config.INPUT_MIC_MAX_PHRASES,
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)
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def sendMicTranscript():
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mic_transcriber.transcribeAudioQueue(mic_audio_queue, config.INPUT_MIC_VOICE_LANGUAGE)
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message = mic_transcriber.getTranscript()
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fnc(message)
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self.mic_print_transcript = threadFnc(sendMicTranscript)
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self.mic_print_transcript.daemon = True
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self.mic_print_transcript.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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if self.mic_audio_recorder.stop != None:
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self.mic_audio_recorder.stop()
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self.mic_audio_recorder.stop = None
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def startCheckMicEnergy(self, fnc):
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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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fnc(energy)
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sleep(0.01)
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mic_energy_queue = Queue()
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mic_device = [device for device in getInputDevices()[config.CHOICE_MIC_HOST] if device["name"] == config.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)
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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 self.mic_energy_recorder != None:
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self.mic_energy_recorder.stop()
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if self.mic_energy_plot_progressbar != None:
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self.mic_energy_plot_progressbar.stop()
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def startSpeakerTranscript(self, fnc):
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spk_audio_queue = Queue()
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spk_device = [device for device in getOutputDevices() if device["name"] == config.CHOICE_SPEAKER_DEVICE][0]
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self.spk_audio_recorder = SelectedSpeakerRecorder(
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spk_device,
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config.INPUT_SPEAKER_ENERGY_THRESHOLD,
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config.INPUT_SPEAKER_DYNAMIC_ENERGY_THRESHOLD,
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config.INPUT_SPEAKER_RECORD_TIMEOUT,
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)
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self.spk_audio_recorder.recordIntoQueue(spk_audio_queue)
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spk_transcriber = AudioTranscriber(
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speaker=True,
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source=self.spk_audio_recorder.source,
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phrase_timeout=config.INPUT_SPEAKER_PHRASE_TIMEOUT,
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max_phrases=config.INPUT_SPEAKER_MAX_PHRASES,
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)
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def sendSpkTranscript():
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spk_transcriber.transcribeAudioQueue(spk_audio_queue, config.INPUT_SPEAKER_VOICE_LANGUAGE)
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message = spk_transcriber.getTranscript()
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fnc(message)
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self.spk_print_transcript = threadFnc(sendSpkTranscript)
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self.spk_print_transcript.daemon = True
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self.spk_print_transcript.start()
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def stopSpeakerTranscript(self):
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if isinstance(self.spk_print_transcript, threadFnc):
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self.spk_print_transcript.stop()
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if self.spk_audio_recorder.stop != None:
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self.spk_audio_recorder.stop()
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self.spk_audio_recorder.stop = None
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def startCheckSpeakerEnergy(self, fnc):
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def sendSpeakerEnergy():
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if speaker_energy_queue.empty() is False:
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energy = speaker_energy_queue.get()
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fnc(energy)
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sleep(0.01)
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def getSpeakerEnergy():
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with self.speaker_energy_recorder.source as source:
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energy = self.speaker_energy_recorder.recorder.listen_energy(source)
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speaker_energy_queue.put(energy)
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speaker_device = [device for device in getOutputDevices() if device["name"] == config.CHOICE_SPEAKER_DEVICE][0]
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speaker_energy_queue = Queue()
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self.speaker_energy_recorder = SelectedSpeakeEnergyRecorder(speaker_device)
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self.speaker_energy_get_progressbar = threadFnc(getSpeakerEnergy)
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self.speaker_energy_get_progressbar.daemon = True
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self.speaker_energy_get_progressbar.start()
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self.speaker_energy_plot_progressbar = threadFnc(sendSpeakerEnergy)
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self.speaker_energy_plot_progressbar.daemon = True
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self.speaker_energy_plot_progressbar.start()
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def stopCheckSpeakerEnergy(self):
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if self.speaker_energy_get_progressbar != None:
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self.speaker_energy_get_progressbar.stop()
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if self.speaker_energy_plot_progressbar != None:
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self.speaker_energy_plot_progressbar.stop()
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def notificationXSOverlay(self, message):
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xsoverlayForVRCT(content=f"{message}")
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model = Model()
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