def __call__ ( self , x , y , z , error = False ) :
"""Get the efficiency
>>> dataset = ...
>>> eff = ...
>>> eff.fitTo ( dataset )
>>> x = 0.15
>>> y = 90
>>> z = 15
>>> value = eff(x,y,z)
"""
from ostap.fitting.roofit import SETVAR
from ostap.math.ve import VE
xx = float ( x )
yy = float ( y )
zz = float ( z )
if xx in self.xvar and yy in self.yvar and zz in self.zvar :
with SETVAR ( self.xvar ) :
with SETVAR ( self.yvar ) :
with SETVAR ( self.zvar ) :
self.xvar.setVal ( xx )
self.yvar.setVal ( yy )
self.zvar.setVal ( zz )
if error and self.fit_result :
e = self.eff_fun.getPropagatedError ( self.fit_result )
if 0<= e : return VE ( v , e * e )
return v
logger.error ('Invalid efficiency, return -1 ')
return -1
def __call__ ( self , x , error = False ) :
"""Get the efficiency
>>> dataset = ...
>>> eff = Efficiency1D( ... )
>>> eff.fitTo ( dataset )
>>> x = 0.15
>>> value = eff(x)
"""
from ostap.fitting.roofit import SETVAR
from ostap.math.ve import VE
xx = float ( x )
if xx in self.xvar :
with SETVAR ( self.xvar ) :
self.xvar.setVal ( xx )
v = self.eff_fun.getVal ()
if error and self.fit_result :
e = self.eff_fun.getPropagatedError ( self.fit_result )
if 0<= e : return VE ( v , e * e )
return v
logger.error ('Invalid efficiency, return -1 ')
return -1