def update_his(self, nda, **kwa):
"""use kwa: arr=arr, nneg=1, npos=3 OR arr, fraclo=0.05, frachi=0.95
"""
amp_range = amin, amax = self._intensity_limits(nda, kwa)
self.axhi.cla()
self.axhi.invert_xaxis() # anvert x-axis direction
self.axhi.set_ylim(amp_range)
self.axhi.set_yticklabels([]) # removes axes labels, not ticks
self.axhi.tick_params(axis='y', direction='in')
self.axhi.set_ylim(amp_range)
#self.axhi.set_ylabel('V')
#self.axhi.get_yaxis().set_visible(False) # hides axes labels and ticks
kwh={'bins' : kwa.get('bins',self.hbins),\
'range' : kwa.get('range',amp_range),\
'weights' : kwa.get('weights',None),\
'color' : kwa.get('color', self.hcolor),\
'log' : kwa.get('log',False),\
'bottom' : kwa.get('bottom', 0),\
'align' : kwa.get('align', 'mid'),\
'histtype' : kwa.get('histtype',u'bar'),\
'label' : kwa.get('label', ''),\
'orientation': kwa.get('orientation',u'horizontal'),\
}
#self.his = gr.hist(self.axhi, nda, **kwh)
self.his = pp_hist(self.axhi, nda.ravel(), **kwh)
wei, bins, patches = self.his
gr.add_stat_text(self.axhi, wei, bins)
def update_his(self, nda, **kwa):
"""use kwa: arr=arr, nneg=1, npos=3 OR arr, fraclo=0.05, frachi=0.95
"""
amp_range = amin, amax = self._intensity_limits(nda, **kwa)
self.axhi.cla()
self.axhi.invert_xaxis() # anvert x-axis direction
self.axhi.set_ylim(amp_range)
self.axhi.set_yticklabels([]) # removes axes labels, not ticks
self.axhi.tick_params(axis='y', direction='in')
self.axhi.set_ylim(amp_range)
#self.axhi.set_ylabel('V')
#self.axhi.get_yaxis().set_visible(False) # hides axes labels and ticks
kwa.setdefault('bins', self.hbins)
kwa.setdefault('amp_range', amp_range)
kwa.setdefault('color', self.hcolor)
kwa.setdefault('orientation', u'horizontal')
if 'arr' in kwa: kwa.pop('arr')
self.his = gr_hist(self.axhi, nda.ravel(), **kwa)
wei, bins, patches = self.his
gr.add_stat_text(self.axhi, wei, bins)
