def __init__(self):
QtWidgets.QApplication.__init__(self,[''])
############# LOGIC CONTROL ##################
self.isconnected = Value('b',1)
self.trigger_server_activated = False
self.streaming = Value('b',0)
############### INIT CONSTANTS DEFINITION ###########################
self.constants = constants()
######### slots manager for multiple callbacks settings #############
self.slots = SlotsManager()
########### queue ###########
self.queue = Queue()
################ BUFFER ####################
self.buffer = buffer(self.constants)
self.buffer.emitter.connect(self.slots.trigger)
################ INIT DATA MANAGER #####################
self.eeg_dmg = data_manager_openBCI(self.constants, self.queue, self.buffer, self.slots)
self.eeg_dmg.start()
################# INIT GUI ################################
self.gui = GUI(self, callbacks = [self.connection_manager, self.test_acquisition, self.launch_trigger_server, self.saveFileDialog, self.openFileNameDialog])
########## LOGGER ####################
self.log = log.logger(self.gui.bci_graph.logger)
####### INIT DRIVER ###########
self.driver = openBCI(self.queue, self.streaming, self.isconnected, self.log)
self.driver.start()
def __init__(self):
QtWidgets.QApplication.__init__(self,[''])
############# LOGIC CONTROL ##################
self.isconnected = Value('b',1)
############### INIT CONSTANTS DEFINITION ###########################
self.constants = constants()
######### slots manager for multiple callbacks settings #############
self.slots = SlotsManager()
########### queue ###########
self.queue = Queue()
##### TRIGGER SERVER ############
self.trigger_server = trigger_server(self.constants.ADDRESS, self.constants.PORT)
################ BUFFER ####################
self.buffer = buffer(self.constants)
self.buffer.emitter.connect(self.slots.trigger)
################ INIT DATA MANAGER #####################
self.eeg_dmg = data_manager_openBCI(self)
self.eeg_dmg.start()
###### INIT tcp/ip INTERFACE FOR DATA ACQUISITION
self.recording_manager = recording_manager(self)
################# INIT GUI ################################
self.gui = GUI(self, callbacks = [self.connection_manager, self.recording_manager.test_acquisition, self.recording_manager.update_state, self.saveFileDialog, self.openFileNameDialog])
########## LOGGER ####################
self.log = log.logger(self.gui)
####### INIT DRIVER ###########
self.driver = openBCI(self.queue, self.recording_manager.streaming, self.isconnected, self.log)
self.driver.start()
def __init__(self):
QtWidgets.QApplication.__init__(self,
['']) #Inicia la aplicación de QT
############# LOGIC CONTROL ##################
self.isconnected = Value(
'b', 1
) #Devuelve una "Envoltura de Sincronización" de tipo byte con valor 1
# Iniciar Constantes
self.constants = constants()
######### slots manager for multiple callbacks settings #############
self.slots = SlotsManager()
# Iniciar Encolamiento
self.queue = Queue()
self.queue_even = Queue()
self.queue_odd = Queue()
##### TRIGGER SERVER ############
self.trigger_server = trigger_server(self.constants.ADDRESS,
self.constants.PORT)
# Iniciar buffer donde se guardan los datos de los sensores
self.buffer = buffer(self.constants)
self.buffer.emitter.connect(
self.slots.trigger) ##### Ejecuta el evento para los callbacks??
# Iniciar manejo de datos
self.eeg_dmg = data_manager_openBCI(self) #Envía toda la clase MYAPP
self.eeg_dmg.start()
# Iniciar interfaz TCP/IP para adquisición de datos
self.recording_manager = recording_manager(
self) #Introduce la propia aplicación
# Iniciar Aplicación GUI: envía la aplicación completa y una lista de callbacks
# CALLBACKS: conjunto de acciones ante las que debe dar una respuesta = conexión, adquisición, actualización, guardar o cargar/abrir
self.gui = GUI(self,
callbacks=[
self.connection_manager,
self.recording_manager.test_acquisition,
self.recording_manager.update_state,
self.saveFileDialog, self.openFileNameDialog
])
########## LOGGER ####################
self.log = log.logger(
self.gui) #Introducir la aplicación GUI previamente creada
# Iniciar Driver
self.driver = openBCI(
self, self.queue, self.queue_even, self.queue_odd,
self.recording_manager.streaming, self.isconnected, self.log
) #Introduce la cola, los estados del streaming y de conexión y el logger
self.driver.start()
# -*- coding: utf-8 -*- """ @author: %(Mikel Val Calvo)s @email: %([email protected]) @institution: %(Dpto. de Inteligencia Artificial, Universidad Nacional de Educación a Distancia (UNED)) @DOI: 10.5281/zenodo.3759306 """ #%% #%% General imports from FILMS_ANALYSIS_ESCENAS import utils_general_prueba from GENERAL.constants_02 import constants import pandas as pd import numpy as np constants = constants() constants.AVAILABLE_CHANNELS = [ True, True, True, True, True, True, True, False ] #%% set subject subject = 'test' full_module_name = 'prueba.labels_metadata' arousal, valence, label_times_eeg, label_times_bvp, label_times_gsr = utils_general_prueba.get_labels( full_module_name) baseline_eeg_features, baseline_bvp_features, baseline_gsr_phasic_features, baseline_gsr_tonic_features = utils_general_prueba.load_baseline_data( subject, constants) print(baseline_eeg_features.head()) print(baseline_bvp_features.head()) print(baseline_gsr_phasic_features.head()) print(baseline_gsr_tonic_features.head())