def __init__(self, app):
Thread.__init__(self)
### APP REFERENCE ################
self.app = app
### data ###########
self.all_data_store = np.empty(shape=(self.app.constants.CHANNELS, 0))
########### SHARED QUEUE ###########
self.app.slots.append(self.append_to_store)
self.filter_bank = filter_bank_class(self.app.constants)
self.filter_bank.update_filters()
self.spectrum = spectrum(self.app.constants)
##### Mutex #####
self.muttex = Lock()
def __init__(self, constants, queue, buffer, slots):
Thread.__init__(self)
### data ###########
self.constants = constants
self.queue = queue
self.slots = slots
self.buffer = buffer
self.all_data_store = np.empty(shape=(self.constants.CHANNELS, 0))
########### SHARED QUEUE ###########
self.slots.append(self.append_to_store)
self.filter_bank = filter_bank_class(self.constants)
self.filter_bank.update_filters()
self.spectrum = spectrum(self.constants)
##### Mutex #####
self.muttex = Lock()
def __init__(self, app):
Thread.__init__(self) #Inicializa el hilo
self.app = app #Guarda la aplicación
### data ###########
self.all_data_store = np.empty(
shape=(self.app.constants.CHANNELS,
0)) #Crea una matriz vacía con la forma:
# filas = número de sensores/canales
# columnas = 0
########### SHARED QUEUE ###########
self.app.slots.append(
self.append_to_store) #Introducir un callback en la lista
self.filter_bank = filter_bank_class(
self.app.constants) #Enviar las constantes al filtro
self.filter_bank.update_filters()
self.spectrum = spectrum(
self.app.constants) #Enviar las constantes al espectro
self.muttex = Lock() #Asociar el mutex a una variable
def __init__(self, queue):
Thread.__init__(self)
### data ###########
self.EEG_buffer = EEG_buffer()
self.all_data_store = []
self.queue = queue
########### SHARED QUEUE ###########
self.filter_bank = filter_bank_class(self.EEG_buffer.LOWCUT,
self.EEG_buffer.HIGHCUT,
self.EEG_buffer.NOTCH,
self.EEG_buffer.ORDER,
self.EEG_buffer.SAMPLE_RATE)
self.filter_bank.set_filters(self.EEG_buffer.LOWCUT,
self.EEG_buffer.HIGHCUT)
self.spectrum = spectrum(self.EEG_buffer.NDIMS,
self.EEG_buffer.SAMPLE_RATE)
# -- flag --
self.exit = Event()
self.exit.set()
###### mutex lock
self.mutexBuffer = Lock()