def _poly(self, z):
        """Right now legval(z)"""
        shp = self.state.oshape.shape
        zmax = float(shp[0])
        zmin = 0.0
        zmid = zmax * 0.5

        coeffs = self.param_vals[self.rscale_mask].copy()
        if coeffs.size == 0:
            ans = 0*z
        else:
            ans = np.polynomial.legendre.legval((z-zmid)/zmid,
                    self.param_vals[self.rscale_mask])
        return ans
def _poly(self, z):
        """Right now legval(z)"""
        shp = self.state.oshape.shape
        zmax = float(shp[0])
        zmin = 0.0
        zmid = zmax * 0.5

        coeffs = self.param_vals[self.rscale_mask].copy()
        if coeffs.size == 0:
            ans = 0*z
        else:
            ans = np.polynomial.legendre.legval((z-zmid)/zmid,
                    self.param_vals[self.rscale_mask])
        return ans
def _poly ( self , z ) : shp = self . state . oshape . shape zmax = float ( shp [ 0 ] ) zmin = 0.0 zmid = zmax * 0.5 coeffs = self . param_vals [ self . rscale_mask ] . copy ( ) if coeffs . size == 0 : ans = 0 * z else : ans = np . polynomial . legendre . legval ( ( z - zmid ) / zmid , self . param_vals [ self . rscale_mask ] ) return ans
Right now legval(z)
Right now legval ( z )