def peakDetect(self, signal, v_mph, v_mpd, v_cutMin, v_cutMax):
if namespace.toforce:
v_mph = v_mph * 0.01 * np.pi
self.peak = find_peaks(signal, v_mph, v_mpd, v_cutMin, v_cutMax)
if len(self.peak[0]) == 0: self.peak[0].append(len(self.filterSignal)-1)
if len(self.peak[1]) == 0: self.peak[1].append(self.filterSignal[len(self.filterSignal)-1])
if len(self.peak[2]) == 0: self.peak[2].append(0)
if len(self.peak[3]) == 0: self.peak[3].append(0)
def plotPeaks(xline, signal, v_mph, v_mpd, v_cutMin, v_cutMax):
if namespace.toforce:
v_mph = v_mph * 0.01 * np.pi
v_in = find_peaks(signal, v_mph, v_mpd, v_cutMin, v_cutMax)
id_vmax = v_in[0]
vmax = v_in[1]
id_vmin = v_in[2]
vmin = v_in[3]
if len(v_in[1]) != 0:
plt.plot(xline[id_vmax], vmax, 'b+')
if len(v_in[3]) != 0:
plt.plot(xline[id_vmin], vmin, 'b+')
return v_in