def connectBT():
'''
Order of operations is seriously important here.
Don't ask me why.
Data-streaming broke when I moved the vibration
a few lines down...
'''
print('Connecting to Myo armband...')
# assign the device to a var. get the MAC address first!
myo_mac_addr = myo.get_myo()
myo_device = myo.Device()
# print developer information to console.
print("MAC: %s" % myo_mac_addr)
fw = myo_device.services.firmware()
print("Firmware: %d.%d.%d.%d" % (fw[0], fw[1], fw[2], fw[3]))
print("Battery: %d" % myo_device.services.battery())
# never sleep.
myo_device.services.sleep_mode(1)
# set logo & bar LED color to purple.
myo_device.services.set_leds([128, 128, 255], [128, 128, 255])
# short vibration.
myo_device.services.vibrate(1)
# define which services we wish to subscribe to.
myo_device.services.battery_notifications()
myo_device.services.emg_filt_notifications()
myo_device.services.set_mode(myo.EmgMode.FILT, myo.ImuMode.OFF, myo.ClassifierMode.OFF)
myo_device.add_emg_event_handler(processEMG)
print "Myo armband connected."
return myo_device
def readAndClassify(samplesPerGesture):
global isReadyToRegisterData
global samplesPerSeconds
global dataRecollectedPerIteration
myo_mac_addr = myo.get_myo()
myo_device = myo.Device()
myo_device.services.sleep_mode(1) # never sleep
myo_device.services.vibrate(1) #short vibration
myo_device.services.emg_filt_notifications()
print("Battery: %d" % myo_device.services.battery())
myo_device.services.set_mode(myo.EmgMode.FILT, myo.ImuMode.OFF, myo.ClassifierMode.OFF)
myo_device.add_emg_event_handler(process_emg)
while(True):
myo_device.services.vibrate(1) # short vibration to let user know we are recording
#time.sleep(2) #add some delay to avoid the vibration causing any interference
isReadyToRegisterData = True
while(samplesPerSeconds < samplesPerGesture):
if myo_device.services.waitForNotifications(1):
continue #return to the beggining of while loop
else:
print("no data has been received from the peripheral, waiting...")
isReadyToRegisterData = False
print("received Info")
classifySignal()
dataRecollectedPerIteration.clear()
print("total number of samples: ", samplesPerSeconds)
samplesPerSeconds = 0;
def power_off(self):
myo_mac_addr = myo.get_myo()
print("MAC address: %s" % myo_mac_addr)
print("Attempting to Power Off")
myo_device = myo.Device()
myo_device.services.power_off()
print("Successfully Powered Off")
def __init__(self):
self.myo_mac_addr = myo.get_myo() #获取当前的myo的mac地址
self.myo_device = myo.Device()
self.actionCout = 0 #实现灯闪的效果
# self.mHandCtrl = myHandCtrl()
self.pose = 0 #分类的动作结果
def __init__(self, dataMode=["emg", "imu"]):
'''data mode'''
self.dataMode = dataMode #采集的数据的种类，主要有：emg 和 imu
self.emgDataMode = "raw" #肌电数据的类型，主要为原始和滤波后
self.imuDataMode = "raw" #姿态数据的类型，主要为原始和滤波后
'''emg data'''
self.emgData = [] #用于保存肌电数据
self.emgDataLenth = 80 #每次采集多少个数据做一次特征提取和动作的识别
self.emgDataCounter = 0 #对肌电数据个数进行计数
'''model'''
self.modelFilePath = "" #分类模型保存的路径
self.modelFileName = "emg_data_20180625-022909-model" #分类模型保存的文件的名字
self.modelFileExitFlag = False #分类模型是否存在
self.numberVoter = 3 #投票成员的个数
'''init myo'''
self.myo_mac_addr = myo.get_myo()
print("MAC address: %s" % self.myo_mac_addr)
self.myo_device = myo.Device() #myo硬件对象
self.myo_device.services.sleep_mode(1) # never sleep
def start_MYO(self):
myo_mac_addr = myo.get_myo()
print("MAC address: %s" % myo_mac_addr)
self.myo_device = myo.Device()
self.myo_device.services.sleep_mode( 1 ) # never sleep
self.myo_device.services.set_leds( [128, 128, 255], [128, 128, 255] ) # purple logo and bar LEDs)
self.myo_device.services.vibrate( 1 ) # short vibration
fw = self.myo_device.services.firmware()
print("Firmware version: %d.%d.%d.%d \n" % (fw[0], fw[1], fw[2], fw[3]))
batt = self.myo_device.services.battery()
print("Battery level: %d" % batt)
# myo_device.services.emg_filt_notifications()
self.myo_device.services.emg_raw_notifications()
# myo_device.services.imu_notifications()
# myo_device.services.classifier_notifications()
# myo_device.services.battery_notifications()
self.myo_device.services.set_mode( myo.EmgMode.RAW, myo.ImuMode.OFF, myo.ClassifierMode.OFF )
self.myo_device.add_emg_event_handler( self.process_emg )
def process_classifier(pose):
print(pose)
def process_battery(batt):
print("Battery level: %d" % batt)
def led_emg(emg):
if (emg[0] > 80):
myo_device.services.set_leds([255, 0, 0], [128, 128, 255])
else:
myo_device.services.set_leds([128, 128, 255], [128, 128, 255])
myo_mac_addr = myo.get_myo()
print("MAC address: %s" % myo_mac_addr)
myo_device = myo.Device()
myo_device.services.sleep_mode(1) # never sleep
myo_device.services.set_leds([128, 128, 255],
[128, 128, 255]) # purple logo and bar LEDs)
myo_device.services.vibrate(1) # short vibration
fw = myo_device.services.firmware()
print("Firmware version: %d.%d.%d.%d" % (fw[0], fw[1], fw[2], fw[3]))
batt = myo_device.services.battery()
print("Battery level: %d" % batt)
myo_device.services.emg_filt_notifications()
# myo_device.services.emg_raw_notifications()
myo_device.services.imu_notifications()
myo_device.services.classifier_notifications()
# myo_device.services.battery_notifications()