diff --git a/maphot/maphot.py b/maphot/maphot.py
index b22b045..257f51c 100755
--- a/maphot/maphot.py
+++ b/maphot/maphot.py
@@ -33,13 +33,13 @@
 import best
 from maphot_functions import (getArguments, getObservations, coordRateAngle,
                               getSExCatalog, predicted2catalog,
-                              saveTNOMag, saveStarMag,
+                              saveTNOMag, saveStarMag, saveTNOMag2,
                               getDataHeader, addPhotToCatalog, PS1_vs_SEx,
                               PS1_to_CFHT, CFHT_to_PS1, inspectStars,
                               chooseCentroid, removeTSF,
                               extractGoodStarCatalogue)
 from __version__ import __version__
-from pix2world import pix2world
+from pix2world import pix2MPC
 
 __author__ = ('Mike Alexandersen (@mikea1985, github: mikea1985, '
               'mike.alexandersen@alumni.ubc.ca)')
@@ -332,6 +332,8 @@
 TNOCoords = WCS.all_pix2world(xUse, yUse, 1)
 #Save TNO magnitudes neatly.
 timeNow = datetime.now().strftime('%Y-%m-%d/%H:%M:%S')
+saveTNOMag2(inputFile, coordsfile, MJDm, TNOCoords, xUse, yUse,
+            FILTER, fwhm, finalTNOphotPS1, timeNow, __version__, extno=extno)
 saveTNOMag(inputFile, coordsfile, MJD, MJDm, TNOCoords, xUse, yUse,
            MAGZERO, FILTER, fwhm, bestap, TNOPhot,
            magCalibration, dmagCalibration, finalTNOphotCFHT, zptGood,
@@ -350,8 +352,7 @@
           inputName, outfile=outfile, repfact=repfact, remove=remove)
 
 #Run function to save photometry in MPC format
-pix2world(WCS, EXPTIME, MJD, finalTNOphotPS1[0], xUse, yUse, FILTER,
-          extno)
+pix2MPC(WCS, EXPTIME, MJD, finalTNOphotPS1[0], xUse, yUse, FILTER, extno)
 
 print('Done with ' + inputFile + '!')
 outfile.close()
diff --git a/maphot/maphot_functions.py b/maphot/maphot_functions.py
index 378d350..acdc6d4 100644
--- a/maphot/maphot_functions.py
+++ b/maphot/maphot_functions.py
@@ -425,7 +425,7 @@ def saveTNOMag(image_fn, mpc_fn, headerMJD, obsMJD, SExTNOCoord, x_tno, y_tno,
                 'ZptGood\tRunTime\t' +
                 'GoodMag_PS1\tdGoodMag_PS1\t' +
                 'bgXMin\tbgXMax\tbgYMin\tbgYMax\t' +
-                'gphot_version\n')
+                'maphot_version\n')
   TNOFile.write('{}\t{}\t'.format(image_fn, mpc_fn) +
                 '{}\t{}\t'.format(headerMJD, obsMJD) +
                 '{}\t{}\t'.format(SExTNOCoord[0], SExTNOCoord[1]) +
@@ -441,6 +441,36 @@ def saveTNOMag(image_fn, mpc_fn, headerMJD, obsMJD, SExTNOCoord, x_tno, y_tno,
   return
 
 
+def saveTNOMag2(image_fn, mpc_fn, obsMJD, SExTNOCoord, x_tno, y_tno,
+                obsFILTER, FWHM, finalTNOphotPS1, timeNow, version,
+                extno=None):
+  '''Save the TNO magnitude and other information.'''
+  if extno is None:
+    print('Warning: Treating this as a single extension file.')
+    TNOFileName = 'TNOmags.txt'
+  else:
+    TNOFileName = 'TNOmags{0:02.0f}.txt'.format(extno)
+  TNOFile = open(TNOFileName, 'a+')
+  TNOFile.write('#Filename\tObject\tMJDm\t' +
+                'RA(deg)\tDec(deg)\t' +
+                'x_pix\ty_pix\t' +
+                'Filter\tFWHM\t' +
+                'GoodMag_PS1\tdGoodMag_PS1\t' +
+                'RunTime\t' +
+                'maphot_version\n')
+  TNOFile.write(image_fn.replace('.fits','') + '\t' +
+                mpc_fn.replace('.mpc', '').replace('../MPC/', '') + '\t' +
+                '{}\t'.format(obsMJD) +
+                '{}\t{}\t'.format(SExTNOCoord[0], SExTNOCoord[1]) +
+                '{}\t{}\t'.format(x_tno, y_tno) +
+                '{}\t{}\t'.format(obsFILTER, FWHM) +
+                '{}\t{}\t'.format(finalTNOphotPS1[0], finalTNOphotPS1[1]) +
+                '{}\t'.format(timeNow) +
+                '{}\n'.format(version))
+  TNOFile.close()
+  return
+
+
 def saveStarMag(image_fn, finalCat, timeNow, version, headerMJD, extno=None):
   '''Save the star magnitudes and other information.'''
   if extno is None: