def _receptive_field_window(self):
"""
Open a Receptive Field plot for the unit currently
identified by a right click.
"""
if 'plot' in self._right_click_info:
plot = self._right_click_info['plot']
sheet = topo.sim[plot.plot_src_name]
center_x, center_y = self._right_click_info['coords'][1]
r, c = self._right_click_info['coords'][0]
# RFHACK:
# just matrixplot for whatever generators have the views
for g in topo.sim.objects(GeneratorSheet).values():
try:
view = g.sheet_views[('RFs', sheet.name, center_x,
center_y)]
matrixplot(
view.view()[0],
title=
("Receptive Field of %s unit (%d,%d) at coord (%3.0f, %3.0f) at time %s"
% (sheet.name, r, c, center_x, center_y,
topo.sim.timestr(view.timestamp))))
except KeyError:
# maybe lose this warning
topo.sim.warning(
"No RF measurements are available yet for input_sheet %s; run the Receptive Field plot for that input_sheet to see the RF."
% g.name)
def _receptive_field_window(self):
"""
Open a Receptive Field plot for the unit currently
identified by a right click.
"""
if 'plot' in self._right_click_info:
plot = self._right_click_info['plot']
sheet = topo.sim[plot.plot_src_name]
center_x,center_y=self._right_click_info['coords'][1]
r,c = self._right_click_info['coords'][0]
# RFHACK:
# just matrixplot for whatever generators have the views
for g in topo.sim.objects(GeneratorSheet).values():
try:
view = sheet.views.rfs[g.name][center_x, center_y]
matrixplot(view.last.data,title=("Receptive Field of %s unit (%d,%d) at coord (%3.0f, %3.0f) at time %s" %
(sheet.name,r,c,center_x,center_y,topo.sim.timestr(view.timestamp))))
except:
# maybe lose this warning
topo.sim.warning("No RF measurements are available yet for input_sheet %s; run the Receptive Field plot for that input_sheet to see the RF."%g.name)
def matrixplot_trace(self):
"""
Matrixplot membrane potential trace of the unit designated by the
trace_coords list.
"""
matrixplot(self.membrane_potential_trace, aspect=40)
def matrixplot_trace(self):
"""
Matrixplot membrane potential trace of the unit designated by the
trace_coords list.
"""
matrixplot(self.membrane_potential_trace,aspect=40)
