def create_gen(self):
pressao = gerador_duplo(gerador_simples(120,5),gerador_simples(80,3))
pressao.gs1.info(1, 'pa', (0,300), 'Systolic', 1, 60)
pressao.gs2.info(2, 'pa', (0,300), 'Dyastolic', 1, 60)
temperatura = gerador_duplo(gerador_simples(36,3), gerador_simples(35,4))
temperatura.gs1.info(1, 'C', (0,100), 'Temperature CH1', 1, 60)
temperatura.gs2.info(2, 'C', (0,100), 'Temperature CH2', 1, 60)
spo2 = gerador_simples(92,3)
spo2.info(1, '%O2', (0, 100), 'Oximetry', 1, 60)
cor = choice(self.ecgs)
ecg = gerador_arquivo('../resources/'+cor[1],256,300,int)
ecg.info(1, 'mv', (-1024,1024), 'D2', 1, 1000)
fc = gerador_simples(cor[0],5)
fc.info(1, 'BPM', (0,300), 'Cardiac Rate', 1, 60)
return {3:pressao, 1:temperatura, 4:spo2, 6:ecg, 5:fc}
self.t_qrs = 0;
self.M = np.mean(self.mm.queue)
refM = np.mean(self.mm.queue)
self.R = 0
self.F = 0
else:
if self.count > self.ms2n(350):
pa = self.y[self.count - self.ms2n(349):self.count - self.ms2n(299)]
pb = self.y[self.count - self.ms2n(49):self.count]
self.F = self.F + (np.max(pa) - np.max(pb))/150.0
if self.t_qrs > self.ms2n(200) and self.t_qrs < self.ms2n(1200):
self.M = self.dec(refM ,0.75*refM, self.ms2n(1000), self.M)
if self.t_qrs == round((2/3.0)*self.rm):
self.R = 0.01*refM
if self.t_qrs > round((2/3.0)*self.rm) and self.t_qrs < self.rm:
self.R = self.dec(0.01*refM, 0.10*refM, self.ms2n(1400), self.R)
self.t_qrs += 1
print MFR, self.M, self.F, self.R, y
if __name__ == '__main__':
g = gerador_arquivo('../resources/.ecg_180',256, 10000, int)
data = g.getNext()
qrsdec = QRSDetector(256)
qrsdec.addData(data)
qrsdec.detect()
print qrsdec.inter_qrs.queue
refM = np.mean(self.mm.queue)
self.R = 0
self.F = 0
else:
if self.count > self.ms2n(350):
pa = self.y[self.count - self.ms2n(349):self.count -
self.ms2n(299)]
pb = self.y[self.count - self.ms2n(49):self.count]
self.F = self.F + (np.max(pa) - np.max(pb)) / 150.0
if self.t_qrs > self.ms2n(200) and self.t_qrs < self.ms2n(
1200):
self.M = self.dec(refM, 0.75 * refM, self.ms2n(1000),
self.M)
if self.t_qrs == round((2 / 3.0) * self.rm):
self.R = 0.01 * refM
if self.t_qrs > round(
(2 / 3.0) * self.rm) and self.t_qrs < self.rm:
self.R = self.dec(0.01 * refM, 0.10 * refM,
self.ms2n(1400), self.R)
self.t_qrs += 1
print MFR, self.M, self.F, self.R, y
if __name__ == '__main__':
g = gerador_arquivo('../resources/.ecg_180', 256, 10000, int)
data = g.getNext()
qrsdec = QRSDetector(256)
qrsdec.addData(data)
qrsdec.detect()
print qrsdec.inter_qrs.queue