def showStats2(self, event=None):
stats=WAVESTATS.keys()
optstats=["None"]+stats
d=self.askParam([{"Name":"X Axis", "Type":"List", "Value":stats},
{"Name":"Y Axis", "Type":"List", "Value":stats},
{"Name":"Color", "Type":"List", "Value":optstats},
{"Name":"Point Size", "Type":"List", "Value":optstats},
])
if not d:
return
g=self.subPlot("%s vs %s" % (d[1], d[0]))
x=self.getWaveformStats(d[0])
self.report("X axis is %s: %.4g to %.4g" % (d[0], x.min(), x.max()))
y=self.getWaveformStats(d[1])
self.report("Y axis is %s: %.4g to %.4g" % (d[1], y.min(), y.max()))
x=column_stack([x, y])
c=None
w=None
if d[2]!="None":
c=self.getWaveformStats(d[2])
self.report("Color is %s: %.4g to %.4g" % (d[2], c.min(), c.max()))
g.addCscale(c, 'hot')
c=colorscale(c, 'hot')
if d[3]!="None":
w=self.getWaveformStats(d[3])
self.report("Point size is %s: %.4g to %.4g" % (d[3], w.min(), w.max()))
w=w-w.min()
w=w/w.max()
w=4+15*w
g.addPlot(x, style="points", colorlist=c, widthlist=w, width=6, name="SSStats")
g.fullScale()
g.DrawAll()
def subAltClick(self, event): x=event.GetX() y=event.GetY() dat=self.subplot.plots['SSStats']['data'] dat=self.subplot.graphCoords(dat) spike=argmin(eucd(dat, array([x,y]))) c=zeros(dat.shape[0]) c[spike]=1.0 self.selected=spike self.showSpike(self.selected) self.subplot.plots["SSStats"]['colorlist']=colorscale(c, 'hot', (-1,1.2)) self.subplot.DrawAll()
def local_update(self, what): if what=='selectspike': if self.showing=='resid': self.showCSResid(None) try: dat=self.subplot.plots['SSStats']['data'] c=zeros(dat.shape[0]) c[self.ss.current_spike]=1.0 self.subplot.plots["SSStats"]['colorlist']=colorscale(c, 'hot', (-1,1.2)) self.subplot.DrawAll() except: pass
def showStats2(self, event=None):
check=self.cacheEvents()
if not check:
self.report("No waveform or event templates")
return
stats=WAVESTATS.keys()
optstats=["None"]+stats
d=self.askParam([{"Name":"X Axis", "Type":"List", "Value":stats},
{"Name":"Y Axis", "Type":"List", "Value":stats},
{"Name":"Color", "Type":"List", "Value":optstats},
{"Name":"Point Size", "Type":"List", "Value":optstats},
])
if not d:
return
print d[0]
x=self.getWaveformStats(d[0])
self.report("X axis is %s: %.4g to %.4g" % (d[0], x.min(), x.max()))
y=self.getWaveformStats(d[1])
self.report("Y axis is %s: %.4g to %.4g" % (d[1], y.min(), y.max()))
x=column_stack([x, y])
c=None
w=None
g=self.subPlot("%s vs %s" % (d[1], d[0]))
if d[2]!="None":
c=self.getWaveformStats(d[2])
self.report("Color is %s: %.4g to %.4g" % (d[2], c.min(), c.max()))
g.addCscale(c, 'hot')
c=colorscale(c, 'hot')
if d[3]!="None":
w=self.getWaveformStats(d[3])
self.report("Point size is %s: %.4g to %.4g" % (d[3], w.min(), w.max()))
w=w-w.min()
w=w/w.max()
w=4+15*w
n=g.addPlot(x, style="points", width=6, name="SSStats")
if c:
g.plots[n]['colorlist']=c
if w!=None:
g.plots[n]['widthlist']=w
g.fullScale()
g.DrawAll()
def showSelectedEvents(self, event=None):
try:
p=self.subplot.plots['SSStats']
if len(self.selected_events):
c=zeros(p['data'].shape[0])
put(c, self.selected_events, 1)
p['colorlist']=colorscale(c, 'hot', (-1,1.2))
else:
p['colorlist']=None
self.subplot.DrawAll()
except:
pass
evts=self.ss.getTemp('spikes')
if evts[1] and len(self.selected_events):
for n in self.ss.rgraph.plots.keys():
if self.ss.rgraph.plots[n]['style']=='evts':
del(self.ss.rgraph.plots[n])
evts=evts[1].getData()
sel=take(evts, self.selected_events, 0)
unsel=take(evts, setdiff1d(arange(evts.shape[0]), self.selected_events), 0)
st=domain(self.ss.dv.data)[0]
self.ss.rgraph.addPlot(sel,style="evts", start=0, color=(250, 0, 0))
self.ss.rgraph.addPlot(unsel,style="evts", start=0, color=(125, 125, 125))
self.ss.rgraph.DrawAll()
