diff --git a/exotic/exotic.py b/exotic/exotic.py
index 4d0a09e3..89c53ea1 100644
--- a/exotic/exotic.py
+++ b/exotic/exotic.py
@@ -138,9 +138,9 @@
 except ImportError:  # package import
     from .output_files import OutputFiles
 try: # tools
-    from util import round_to_2, user_input
+    from utils import round_to_2, user_input
 except ImportError: # package import
-    from .util import round_to_2, user_input
+    from .utils import round_to_2, user_input
 try:  # simple version
     from .version import __version__
 except ImportError:  # package import
@@ -1087,7 +1087,7 @@ def transformation(image_data, file_name, roi=1):
                 except Exception as ee:
                     log_info(ee)
     
-    log_info(f"Alignment failed: {file_name}", warn=True)
+    log_info(f"Warning: Alignment failed - {file_name}", warn=True)
     return SimilarityTransform(scale=1, rotation=0, translation=[0,0])
 
 
@@ -1758,7 +1758,7 @@ def main():
         log_info("Complete Reduction Routine")
         log_info("**************************")
 
-        init_path, wcs_file, wcs_header = None, None, None
+        init_path, wcs_file, wcs_header, ra_file, dec_file = None, None, None, None, None
         generalDark, generalBias, generalFlat = np.empty(shape=(0, 0)), np.empty(shape=(0, 0)), np.empty(shape=(0, 0))
 
         if isinstance(args.reduce, str):
@@ -1937,7 +1937,6 @@ def main():
             wcs_file = check_wcs(inputfiles[0], exotic_infoDict['save'], exotic_infoDict['plate_opt'])
             compStarList = exotic_infoDict['comp_stars']
             tar_radec, comp_radec = None, []
-            ra_file, dec_file = None, None
 
             if wcs_file:
                 log_info(f"\nHere is the path to your plate solution: {wcs_file}")
@@ -2468,7 +2467,7 @@ def main():
             log_info("\n\nOutput File Saved")
         else:
             goodTimes, goodFluxes, goodNormUnc, goodAirmasses = [], [], [], []
-            bestCompStar = None
+            bestCompStar, comp_coords = None, None
 
             with exotic_infoDict['prered_file'].open('r') as f:
                 for processed_data in f:
@@ -2730,6 +2729,17 @@ def main():
         log_info(f"               Airmass coefficient 1: {round_to_2(myfit.parameters['a1'], myfit.errors['a1'])} +/- {round_to_2(myfit.errors['a1'])}")
         log_info(f"               Airmass coefficient 2: {round_to_2(myfit.parameters['a2'], myfit.errors['a2'])} +/- {round_to_2(myfit.errors['a2'])}")
         log_info(f"                    Residual scatter: {round_to_2(100. * np.std(myfit.residuals / np.median(myfit.data)))} %")
+        if fitsortext == 1:
+            if minAperture >= 0:
+                log_info(f"                Best Comparison Star: #{bestCompStar} - {comp_coords}")
+            else:
+                log_info("                 Best Comparison Star: None")
+            if minAperture == 0:
+                log_info("                       Optimal Method: PSF photometry")
+            else:
+                log_info(f"                    Optimal Aperture: {abs(np.round(minAperture, 2))}")
+                log_info(f"                     Optimal Annulus: {np.round(minAnnulus, 2)}")
+
         log_info(f"              Transit Duration [day]: {round_to_2(np.mean(durs))} +/- {round_to_2(np.std(durs))}")
         log_info("*********************************************************")
 
@@ -2738,14 +2748,19 @@ def main():
         ##########
 
         output_files = OutputFiles(myfit, pDict, exotic_infoDict, durs)
-        error_txt = "\nPlease report this issue on the Exoplanet Watch Slack Channel in #data-reductions."
+        error_txt = "\n\tPlease report this issue on the Exoplanet Watch Slack Channel in #data-reductions."
 
         try:
             output_files.final_lightcurve(phase)
         except Exception as e:
             log_info(f"\nError: Could not create FinalLightCurve.csv. {error_txt}\n\t{e}", error=True)
         try:
-            output_files.final_planetary_params()
+            if fitsortext == 1:
+                output_files.final_planetary_params(phot_opt=True, comp_star=bestCompStar, comp_coords=comp_coords,
+                                                    min_aper=np.round(minAperture, 2),
+                                                    min_annul=np.round(minAnnulus, 2))
+            else:
+                output_files.final_planetary_params(phot_opt=False)
         except Exception as e:
             log_info(f"\nError: Could not create FinalParams.json. {error_txt}\n\t{e}", error=True)
         try:
diff --git a/exotic/inputs.py b/exotic/inputs.py
index 75d68f16..31344499 100644
--- a/exotic/inputs.py
+++ b/exotic/inputs.py
@@ -5,9 +5,9 @@
 from astropy.io import fits
 
 try:
-    from util import *
+    from utils import *
 except ImportError:
-    from .util import *
+    from .utils import *
 try:
     from animate import *
 except ImportError:
@@ -304,12 +304,13 @@ def obs_date(date):
     return date
 
 
-def latitude(lat, hdr):
+def latitude(lat, hdr=None):
     while True:
         if not lat:
-            lat = find(hdr, ['LATITUDE', 'LAT', 'SITELAT'])
-            if lat:
-                return lat
+            if hdr:
+                lat = find(hdr, ['LATITUDE', 'LAT', 'SITELAT'])
+                if lat:
+                    return lat
             lat = user_input("Enter the latitude (in degrees) of where you observed. "
                              "(Don't forget the sign where North is '+' and South is '-')! "
                              "(Example: -32.12): ", type_=str)
@@ -333,12 +334,13 @@ def latitude(lat, hdr):
         lat = None
 
 
-def longitude(long, hdr):
+def longitude(long, hdr=None):
     while True:
         if not long:
-            long = find(hdr, ['LONGITUD', 'LONG', 'LONGITUDE', 'SITELONG'])
-            if long:
-                return long
+            if hdr:
+                long = find(hdr, ['LONGITUD', 'LONG', 'LONGITUDE', 'SITELONG'])
+                if long:
+                    return long
             long = user_input("Enter the longitude (in degrees) of where you observed. "
                               "(Don't forget the sign where East is '+' and West is '-')! "
                               "(Example: +152.51): ", type_=str)
@@ -368,9 +370,10 @@ def elevation(elev, lat, long, hdr=None):
         try:
             elev = typecast_check(type_=float, val=elev)
             if not elev:
-                elev = find(hdr, ['HEIGHT', 'ELEVATION', 'ELE', 'EL', 'OBSGEO-H', 'ALT-OBS', 'SITEELEV'])
-                if elev:
-                    return int(elev)
+                if hdr:
+                    elev = find(hdr, ['HEIGHT', 'ELEVATION', 'ELE', 'EL', 'OBSGEO-H', 'ALT-OBS', 'SITEELEV'])
+                    if elev:
+                        return int(elev)
                 log_info("\nEXOTIC is retrieving elevation based on entered "
                          "latitude and longitude from Open Elevation.")
                 animate_toggle(True)
diff --git a/exotic/output_files.py b/exotic/output_files.py
index 7b11e42b..84b7b09f 100644
--- a/exotic/output_files.py
+++ b/exotic/output_files.py
@@ -3,9 +3,9 @@
 from pathlib import Path
 
 try:
-    from util import round_to_2
+    from utils import round_to_2
 except ImportError:
-    from .util import round_to_2
+    from .utils import round_to_2
 try:
     from version import __version__
 except ImportError:
@@ -32,7 +32,7 @@ def final_lightcurve(self, phase):
                                                             self.fit.transit, self.fit.airmass_model):
                 f.write(f"{bjd}, {phase}, {flux}, {fluxerr}, {model}, {am}\n")
 
-    def final_planetary_params(self):
+    def final_planetary_params(self, phot_opt, comp_star=None, comp_coords=None, min_aper=None, min_annul=None):
         params_file = self.dir / f"FinalParams_{self.p_dict['pName']}_{self.i_dict['date']}.json"
 
         params_num = {
@@ -49,10 +49,18 @@ def final_planetary_params(self):
             "Airmass coefficient 2 (a2)": f"{round_to_2(self.fit.parameters['a2'], self.fit.errors['a2'])} +/- "
                                           f"{round_to_2(self.fit.errors['a2'])}",
             "Scatter in the residuals of the lightcurve fit is": f"{round_to_2(100. * std(self.fit.residuals / median(self.fit.data)))} %",
-            "Transit Duration (day)": f"{round_to_2(mean(self.durs))} +/- "
-                                      f"{round_to_2(std(self.durs))}"
         }
 
+        if phot_opt:
+            phot_ext = {"Best Comparison Star": f"#{comp_star} - {comp_coords}" if min_aper >= 0 else str(comp_star)}
+            if min_aper == 0:
+                phot_ext["Optimal Method"] = "PSF photometry"
+            else:
+                phot_ext["Optimal Aperture"] = f"{abs(min_aper)}"
+                phot_ext["Optimal Annulus"] = f"{min_annul}"
+            params_num.update(phot_ext)
+
+        params_num["Transit Duration (day)"] = f"{round_to_2(mean(self.durs))} +/- {round_to_2(std(self.durs))}"
         final_params = {'FINAL PLANETARY PARAMETERS': params_num}
 
         with params_file.open('w') as f:
@@ -70,7 +78,6 @@ def aavso(self, comp_star, airmasses, ld0, ld1, ld2, ld3):
         if (self.i_dict['second_obs']).lower() == "n/a":
             self.i_dict['second_obs'] = ""
 
-
         with params_file.open('w') as f:
             f.write("#TYPE=EXOPLANET\n"  # fixed
                     f"#OBSCODE={self.i_dict['aavso_num']}\n"  # UI
diff --git a/exotic/util.py b/exotic/utils.py
similarity index 98%
rename from exotic/util.py
rename to exotic/utils.py
index 18ed36ab..ec0ed7c4 100644
--- a/exotic/util.py
+++ b/exotic/utils.py
@@ -90,7 +90,7 @@ def dms_to_dd(dms_in):
     return dec
 
 
-# Provided by: Kalee Tock
+# Credit: Kalee Tock
 def get_val(hdr, ks):
     for key in ks:
         if key in hdr.keys():
@@ -103,7 +103,7 @@ def get_val(hdr, ks):
     return None
 
 
-# Provided by: Kalee Tock
+# Credit: Kalee Tock
 def add_sign(var):
     str_var = str(var)
     m = re.search(r"^[+\-]", str_var)
@@ -116,7 +116,7 @@ def add_sign(var):
         return f"-{float(var)}.6f"
 
 
-# Provided by: Kalee Tock
+# Credit: Kalee Tock
 def process_lat_long(val, key):
     m = re.search(r"\'?([+-]?\d+)[\s:](\d+)[\s:](\d+\.?\d*)", val)
     if m:
@@ -136,7 +136,7 @@ def process_lat_long(val, key):
         print(f"Cannot match value {val}, which is meant to be {key}.")
 
 
-# Provided by: Kalee Tock
+# Credit: Kalee Tock
 def find(hdr, ks, obs=None):
     # Special stuff for MObs and Boyce-Astro Observatories
     boyce = {"LATITUDE": "+32.6135", "LONGITUD": "-116.3334", "HEIGHT": 1405}
diff --git a/exotic/version.py b/exotic/version.py
index c68196d1..a955fdae 100644
--- a/exotic/version.py
+++ b/exotic/version.py
@@ -1 +1 @@
-__version__ = "1.2.0"
+__version__ = "1.2.1"