def filter_gaussian(self,sigmaMs=100,applyFiltered=False,applyBaseline=False):
        """RETURNS filtered trace. Desn't filter it in place."""
        if sigmaMs==0:
            return self.dataY
        filtered=cm.filter_gaussian(self.dataY,sigmaMs)
        if applyBaseline:
            self.dataY=self.dataY-filtered
        elif applyFiltered:
            self.dataY=filtered
        else:
            return filtered
def filter_gaussian(self,sigmaMs=100,applyFiltered=False,applyBaseline=False):
        """RETURNS filtered trace. Desn't filter it in place."""
        if sigmaMs==0:
            return self.dataY
        filtered=cm.filter_gaussian(self.dataY,sigmaMs)
        if applyBaseline:
            self.dataY=self.dataY-filtered
        elif applyFiltered:
            self.dataY=filtered
        else:
            return filtered
def filter_gaussian ( self , sigmaMs = 100 , applyFiltered = False , applyBaseline = False ) : if sigmaMs == 0 : return self . dataY filtered = cm . filter_gaussian ( self . dataY , sigmaMs ) if applyBaseline : self . dataY = self . dataY - filtered elif applyFiltered : self . dataY = filtered else : return filtered
RETURNS filtered trace. Desn't filter it in place.
RETURNS filtered trace . Desn t filter it in place .