def get_peak_center(i, di):
lp = plot.plots[di.name][0]
xs = lp.index.get_data()
ys = lp.value.get_data()
result = None
cx = None
if len(xs) and len(ys):
result = calculate_peak_center(xs, ys)
if result is None or isinstance(result, str):
self.warning('no peak center for {} {}'.format(di.name, di.isotope))
else:
cx = result[0][1]
return cx
def get_peak_center(di):
try:
lp = plot.plots[di][0]
except KeyError:
lp = plot.plots["*{}".format(di)][0]
xs = lp.index.get_data()
ys = lp.value.get_data()
cx = None
if len(xs) and len(ys):
try:
result = calculate_peak_center(xs, ys)
cx = result[0][1]
except PeakCenterError:
self.warning("no peak center for {}".format(di))
return cx
def get_peak_center(di):
try:
lp = plot.plots[di][0]
except KeyError:
lp = plot.plots['*{}'.format(di)][0]
xs = lp.index.get_data()
ys = lp.value.get_data()
cx = None
if len(xs) and len(ys):
try:
result = calculate_peak_center(xs, ys)
cx = result[0][1]
except PeakCenterError:
self.warning('no peak center for {}'.format(di))
return cx
