def __init__(self):
self.lead_count = 0
target_port = 'COM3'
#target_port = 'devA/tty.XXXXXXX' #change this to work on OSX
try:
self.nskECG = NeuroskyECG(target_port)
except serial.serialutil.SerialException:
print("Could not open target serial port: %s" % target_port)
sys.exit(1)
#optional call, default is already 1
self.nskECG.setHRVUpdate(1) #update hrv every 1 detected pulses
self.cur_lead_on = False
self.cur_hrv = 0
def __init__(self):
self.lead_count = 0
target_port = 'COM3'
#target_port = 'devA/tty.XXXXXXX' #change this to work on OSX
try:
self.nskECG = NeuroskyECG(target_port)
except serial.serialutil.SerialException:
print "Could not open target serial port: %s" % target_port
sys.exit(1)
#optional call, default is already 1
self.nskECG.setHRVUpdate(1) #update hrv every 1 detected pulses
# want the LEAD_TIMEOUT to hold on to values between baseline and test, but reset between users
self.LEAD_TIMEOUT = 30 # reset algorithm if leadoff for more than this many seconds
self.cur_lead_on = False
self.cur_hrv = 0
# -*- coding: utf-8 -*-
"""
Test file for NeuroskyECG
"""
from neurosky_ecg import NeuroskyECG
import sys
target_port = 'COM12'
#target_port = 'devA/tty.XXXXXXX' #change this to work on OSX
try:
nskECG = NeuroskyECG(target_port)
except serial.serialutil.SerialException:
print("Could not open target serial port: %s" % target_port)
sys.exit(1)
# optional call, default is already 1
nskECG.setHRVUpdate(1) #update hrv every 1 detected pulses
# start running the serial producer thread
nskECG.start()
# this loop is the consumer thread, and will pop
# dict values (with 'timestamp', 'ecg_raw', and 'leadoff'
# from the internal buffer and run the analysis on the
# data.
cur_hrv = None # whatever the current hrv value is
cur_hrv_t = None # timestamp with the current hrv
