No need to take for the present of upper limits when computing the scaling for...

No need to take for the present of upper limits when computing the scaling for regular fluxes as upper limits are now stored separately.

pcigale/analysis_modules/pdf_analysis/utils.py

@@ -136,16 +136,14 @@ def _compute_scaling(models, obs, corr_dz, wz):
         # Multiplications are faster than divisions, so we directly use the
         # inverse error
         inv_err2 = 1. / obs.flux_err[band] ** 2.
-        if np.isfinite(flux) and obs.flux_err[band] > 0.:
         model = models.flux[band][wz]
-            num += model * (flux*inv_err2)
+        num += model * (flux * inv_err2)
         denom += model ** 2. * inv_err2
 
     for name, prop in obs.extprop.items():
         # Multiplications are faster than divisions, so we directly use the
         # inverse error
         inv_err2 = 1. / obs.extprop_err[name] ** 2.
-        if np.isfinite(prop) and obs.extprop_err[name] > 0.:
         model = models.extprop[name][wz]
         num += model * (prop * inv_err2 * corr_dz)
         denom += model ** 2. * (inv_err2 * corr_dz ** 2.)