def measure_size_drift(self, z, size=31, zoffset=0.):
        """ Returns the 'size' of the psf in each direction a particular z (px) """
        drift = 0.0
        for i in range(self.measurement_iterations):
            psf, vec = self.psf_slice(z, size=size, zoffset=zoffset+drift)
            psf = psf / psf.sum()

            drift += moment(psf, vec[0], order=1)
            psize = [moment(psf, j, order=2) for j in vec]
        return np.array(psize), drift
def measure_size_drift(self, z, size=31, zoffset=0.):
        """ Returns the 'size' of the psf in each direction a particular z (px) """
        drift = 0.0
        for i in range(self.measurement_iterations):
            psf, vec = self.psf_slice(z, size=size, zoffset=zoffset+drift)
            psf = psf / psf.sum()

            drift += moment(psf, vec[0], order=1)
            psize = [moment(psf, j, order=2) for j in vec]
        return np.array(psize), drift
def measure_size_drift ( self , z , size = 31 , zoffset = 0. ) : drift = 0.0 for i in range ( self . measurement_iterations ) : psf , vec = self . psf_slice ( z , size = size , zoffset = zoffset + drift ) psf = psf / psf . sum ( ) drift += moment ( psf , vec [ 0 ] , order = 1 ) psize = [ moment ( psf , j , order = 2 ) for j in vec ] return np . array ( psize ) , drift
Returns the 'size' of the psf in each direction a particular z (px)
Returns the size of the psf in each direction a particular z ( px )