def process_peaks(self, mph=0.0, mpd=0, startx=0.0, endx=0.0):
if mph > 0:
self.mph = mph
if mpd > 0:
self.mpd = mpd
x = self.mass
y = self.spectrum
p = Peaks()
ref = startx + (abs(endx - startx) / 2)
delta = 1.0
mph, mpd, mask = p.prepare_detect(ref, delta, x, y, startx, endx)
# Detect peak on rising edge
edge = 'rising'
# Detect peak greater than threshold
threshold = 0.0
# Don't use default plot
ind = p.detect_peaks(y[mask], self.mph, self.mpd, threshold, edge)
# print("mass =", x[mask][ind])
# print("inten=", y[mask][ind])
self.mph = mph
self.mpd = mpd
self.mask = mask
self.ind = ind
def process_peaks(self, mph=0.0, mpd=0, startx=0.0, endx=0.0):
if mph > 0:
self.mph = mph
if mpd > 0:
self.mpd = mpd
x = self.mass
y = self.spectrum
p = Peaks()
ref = startx + (abs(endx - startx) / 2)
delta = 1.0
mph, mpd, mask = p.prepare_detect(ref, delta, x, y, startx, endx)
# Detect peak on rising edge
edge = 'rising'
# Detect peak greater than threshold
threshold = 0.0
# Don't use default plot
ind = p.detect_peaks(y[mask], self.mph, self.mpd, threshold, edge)
# print("mass =", x[mask][ind])
# print("inten=", y[mask][ind])
self.mph = mph
self.mpd = mpd
self.mask = mask
self.ind = ind
