def saveAllSpkTrains(event):
arch = []
if typ == 2:
for j in range(len(self.bitmasks)):
print 'Mask '+str(j+1)+' of '+str(len(self.bitmasks))
if self.t == 0:
train,spikes,self.fil = roip.spikeDet(self.tc_data,self.bitmasks[j])
self.t = 1
else:
train,spikes = roip.spikeDetL(self.tc_data,self.bitmasks[j],self.fil)
arch.append([train,spikes])
elif typ == 3:
for roi in self.prinROI:
if self.t == 0:
train,spikes,self.fil = roip.spikeDet(self.tc_data,self.bitmasks[roi[0]][roi[1]])
else:
train,spikes = roip.spikeDetL(self.tc_data,bitmasks[roi[0]][roi[1]],self.fil)
self.t = 1
arch.append([roi,train,spikes])
print 'What would you like to name this dataset?'
name = raw_input('> ')
np.save(name,arch)
def saveSingleSpkTrain(event):
click = plt.ginput(1,300)
if typ == 2:
j = match_point(click,self.bitmasks)
if self.t == 0:
train,spikes,self.fil = roip.spikeDet(self.tc_data,self.bitmasks[j])
self.t = 1
elif self.t == 1:
train,spikes = roip.spikeDetL(self.tc_data,self.bitmasks[j],self.fil)
arch = [train,spikes]
print 'What would you like to name the data from this ROI?'
name = raw_input('> ')
np.save(name,arch)
def showSpikes(event):
click = plt.ginput(1,300)
if typ == 2:
j = match_point(click,self.bitmasks)
if self.t == 0:
train,spikes,self.fil = roip.spikeDet(self.tc_data,self.bitmasks[j])
self.t = 1
elif self.t == 1:
train,spikes = roip.spikeDetL(self.tc_data,self.bitmasks[j],self.fil)
else:
print 'Something is wrong.'
#self.plo = plt.figure(2)
self.ax_plot.plot(train)
self.ax_plot.plot(spikes,np.ones(np.size(spikes))*35000,'r.')
print 'Spiketimes for ROI '+str(j)+': ',spikes
if typ == 3:
print 'Not currently supported.'
