def get_mca(self, mca=1, with_rois=True):
if self._xsp3 is None:
self.connect()
time.sleep(0.5)
emca = self._xsp3.mcas[mca - 1]
if with_rois:
emca.get_rois()
counts = self.get_array(mca=mca)
if max(counts) < 1.0:
counts = 0.5 * np.ones(len(counts))
counts[0] = 2.0
thismca = MCA(counts=counts, offset=0.0, slope=0.01)
thismca.energy = self.get_energy()
thismca.counts = counts
thismca.quad = 0.0
thismca.rois = []
if with_rois:
for eroi in emca.rois:
thismca.rois.append(
ROI(name=eroi.name,
address=eroi._prefix,
left=eroi.left,
right=eroi.right))
return thismca
def get_mca(self, mca=1, with_rois=True):
if self._xsp3 is None:
self.connect()
time.sleep(0.5)
emca = self._xsp3.mcas[mca-1]
if with_rois:
emca.get_rois()
counts = self.get_array(mca=mca)
if max(counts) < 1.0:
counts = 0.5*np.ones(len(counts))
counts[0] = 2.0
thismca = MCA(counts=counts, offset=0.0, slope=0.01)
thismca.energy = self.get_energy()
thismca.counts = counts
thismca.quad = 0.0
thismca.rois = []
if with_rois:
for eroi in emca.rois:
thismca.rois.append(ROI(name=eroi.name, address=eroi._prefix,
left=eroi.left, right=eroi.right))
return thismca
