self.nskECG.ecgalgResetLib()
self.nskECG.ecg_buffer.task_done() #let queue know that we're done
continue
else: # leadoff==200, or lead is on
leadoff_count=0
D = self.nskECG.ecgalgAnalyzeRaw(D)
self.cur_lead_on = D['leadoff']
if 'hrv' in D:
self.cur_hrv = D['hrv']
self.cur_hrv_t = D['timestamp']
# we keep looping until something tells us to stop
pass #
def is_lead_on(self):
return self.cur_lead_on
def get_hrv(self):
return self.cur_hrv
# c = pycurl.Curl()
# c.setopt(c.URL, ' http://cloudbrain.rocks/link?pub_metric=eeg&sub_metric=muse-001-eeg&publisher=muse-001&subscriber=booth-example&pub_ip=54.183.68.29&sub_ip=54.183.68.29')
# c.perform()
ecg = ecg_fake()
sc = ChangeYourBrainStateControl('blah', None, ecg=ecg, vis_period_sec = .25, baseline_sec = 5, condition_sec = 5, baseline_inst_sec = 2, condition_inst_sec = 2)
sc.tag_in()
chrome_path = '/usr/bin/google-chrome %s'
webbrowser.get(chrome_path).open(biodata_viz_url)
print 'Chrome Loaded'
print 'hello world 4'
# webbrowser.get(chrome_path).open(biodata_viz_url)
# webbrowser.open(biodata_viz_url)
#time.sleep(4)
# uncomment next line to run full timing
if timing == "live":
sc = ChangeYourBrainStateControl(sb_client.client_name,
sb_server_2,
ecg=ecg,
vis_period_sec=.25,
baseline_sec=30,
condition_sec=90,
baseline_inst_sec=6,
condition_inst_sec=9)
# uncomment the next line to run expidited timing (DO NOT CHANGE VALUES)
elif timing == "debug":
sc = ChangeYourBrainStateControl(sb_client.client_name,
sb_server_2,
ecg=ecg,
vis_period_sec=.25,
baseline_sec=5,
condition_sec=5,
baseline_inst_sec=2,
condition_inst_sec=2)
print 'ChangeYourBrain state engine started, beginning protocol.'
sb_client.set_handle_value('alpha_absolute', sc.process_eeg_alpha)
chrome_path = 'open -a /Applications/Google\ Chrome.app %s'
webbrowser.get(chrome_path).open(biodata_viz_url)
else: # Linux
chrome_path = '/usr/bin/google-chrome %s'
webbrowser.get(chrome_path).open(biodata_viz_url)
print 'Chrome Loaded'
print 'hello world 4'
# webbrowser.get(chrome_path).open(biodata_viz_url)
# webbrowser.open(biodata_viz_url)
#time.sleep(4)
# uncomment next line to run full timing
if timing == "live":
sc = ChangeYourBrainStateControl(sb_client.client_name, sb_server_2, ecg=ecg, vis_period_sec = .25, baseline_sec = 30, condition_sec = 90, baseline_inst_sec = 6, condition_inst_sec = 9)
# uncomment the next line to run expidited timing (DO NOT CHANGE VALUES)
elif timing == "debug":
sc = ChangeYourBrainStateControl(sb_client.client_name, sb_server_2, ecg=ecg, vis_period_sec = .25, baseline_sec = 5, condition_sec = 5, baseline_inst_sec = 2, condition_inst_sec = 2)
print 'ChangeYourBrain state engine started, beginning protocol.'
sb_client.set_handle_value('alpha_absolute',sc.process_eeg_alpha)
print 'waiting for tag in'
if (eeg_source == 'real'):
#time.sleep(4)
#sc.tag_in()
sb_client.set_handle_value(eeg_connect_string,sc.tag_in)
else:
time.sleep(4)
sc.tag_in()
time.sleep(12)
D = self.nskECG.ecgalgAnalyzeRaw(D)
self.cur_lead_on = D['leadoff']
if 'hrv' in D:
self.cur_hrv = D['hrv']
self.cur_hrv_t = D['timestamp']
# we keep looping until something tells us to stop
pass #
def is_lead_on(self):
return self.cur_lead_on
def get_hrv(self):
return self.cur_hrv
# c = pycurl.Curl()
# c.setopt(c.URL, ' http://cloudbrain.rocks/link?pub_metric=eeg&sub_metric=muse-001-eeg&publisher=muse-001&subscriber=booth-example&pub_ip=54.183.68.29&sub_ip=54.183.68.29')
# c.perform()
ecg = ecg_fake()
sc = ChangeYourBrainStateControl('blah',
None,
ecg=ecg,
vis_period_sec=.25,
baseline_sec=5,
condition_sec=5,
baseline_inst_sec=2,
condition_inst_sec=2)
sc.tag_in()
