diff --git a/nemo/maps.py b/nemo/maps.py
index 4d6bef0..501e6e9 100644
--- a/nemo/maps.py
+++ b/nemo/maps.py
@@ -1756,11 +1756,8 @@ def makeModelImage(shape, wcs, catalog, beamFileName, obsFreqGHz = None, GNFWPar
                                      decDeg = row['decDeg'], beam = beam,
                                      GNFWParams = GNFWParams, amplitude = y0ToInsert,
                                      maxSizeDeg = maxSizeDeg, convolveWithBeam = True,
-                                     cosmoModel = cosmoModel, omap = modelMap)
-                # modelMap=modelMap+signalMap
-            if obsFreqGHz is not None:
-                modelMap=convertToDeltaT(modelMap, obsFrequencyGHz = obsFreqGHz,
-                                         TCMBAlpha = TCMBAlpha, z = z)
+                                     cosmoModel = cosmoModel, omap = modelMap,
+                                     obsFrequencyGHz = obsFreqGHz, TCMBAlpha = TCMBAlpha)
     else:
         # Sources - slower but more accurate way
         for row in catalog:
@@ -1769,8 +1766,8 @@ def makeModelImage(shape, wcs, catalog, beamFileName, obsFreqGHz = None, GNFWPar
                 x, y=wcs.wcs2pix(row['RADeg'], row['decDeg'])
                 if (x >= x0 and x < x1 and y >= y0 and y < y1) == False:
                     continue
-            # degreesMap=np.ones(modelMap.shape, dtype = float)*1e6 # NOTE: never move this
-            degreesMap, xBounds, yBounds=makeDegreesDistanceMap(modelMap, wcs,
+            degreesMap=np.ones(modelMap.shape, dtype = float)*1e6 # NOTE: never move this
+            degreesMap, xBounds, yBounds=makeDegreesDistanceMap(degreesMap, wcs,
                                                                 row['RADeg'], row['decDeg'],
                                                                 maxSizeDeg)
             signalMap=signals.makeBeamModelSignalMap(degreesMap, wcs, beam)*row['deltaT_c']
diff --git a/nemo/signals.py b/nemo/signals.py
index 1c095f7..87d726c 100644
--- a/nemo/signals.py
+++ b/nemo/signals.py
@@ -757,7 +757,8 @@ def makeArnaudModelSignalMap(z, M500, shape, wcs, beam = None, RADeg = None, dec
     elif painter == 'pixell': # New method - using Sigurd's object painter
         signalMap=_paintSignalMap(shape, wcs, tckP, beam = beam, RADeg = RADeg, decDeg = decDeg,
                                   amplitude = amplitude, maxSizeDeg = maxSizeDeg,
-                                  convolveWithBeam = convolveWithBeam, omap = omap)
+                                  convolveWithBeam = convolveWithBeam, omap = omap,
+                                  obsFrequencyGHz = obsFrequencyGHz, TCMBAlpha = TCMBAlpha, z = z)
     else:
         raise Exception("'painter' must be 'legacy' or 'pixell' (given '%s')." % (painter))
 
@@ -766,7 +767,7 @@ def makeArnaudModelSignalMap(z, M500, shape, wcs, beam = None, RADeg = None, dec
 #------------------------------------------------------------------------------------------------------------
 def makeBattagliaModelSignalMap(z, M500, shape, wcs, beam = None, RADeg = None, decDeg = None,\
                                 GNFWParams = 'default', amplitude = None, maxSizeDeg = 15.0,\
-                                convolveWithBeam = True, cosmoModel = None,\
+                                convolveWithBeam = True, cosmoModel = None, omap = None,\
                                 obsFrequencyGHz = None, TCMBAlpha = 0):
     """Makes a 2d signal only map containing a Battaglia+2012 model cluster (taking into account the redshift
     evolution described in Table 1 and equation 11 there).
@@ -829,7 +830,8 @@ def makeBattagliaModelSignalMap(z, M500, shape, wcs, beam = None, RADeg = None,
     tckP=signalDict['tckP']
     return _paintSignalMap(shape, wcs, tckP, beam = beam, RADeg = RADeg, decDeg = decDeg,
                            amplitude = amplitude, maxSizeDeg = maxSizeDeg,
-                           convolveWithBeam = convolveWithBeam)
+                           convolveWithBeam = convolveWithBeam, omap = omap,
+                           obsFrequencyGHz = obsFrequencyGHz, TCMBAlpha = TCMBAlpha, z = z)
     
     return signalMap