diff --git a/star_chart_spherical_projection/generate_star_chart.py b/star_chart_spherical_projection/generate_star_chart.py
index f3a47c9..c2195b9 100644
--- a/star_chart_spherical_projection/generate_star_chart.py
+++ b/star_chart_spherical_projection/generate_star_chart.py
@@ -201,7 +201,7 @@ def _generate_stereographic_projection(starList=None,
     # Convert Star chart from RA hours to Radians to chart
     list_of_stars = _ra_to_radians(starList)
 
-    finalPositionOfStarsDict = {} # {'Common Name': {"Declination" : Declination (int), "RA": RA (str)}
+    final_position_of_stars_dict = {} # {'Common Name': {"Declination" : Declination (int), "RA": RA (str)}
     x_star_labels = []
     x_ra_values = []
     y_dec_values = []
@@ -246,7 +246,7 @@ def _generate_stereographic_projection(starList=None,
                     in_range_value = True # South
 
                 if in_range_value:
-                    finalPositionOfStarsDict[name] = {"Declination" : star_declination, "RA": _radians_to_ra(star_ra)} # {'Common Name': {"Declination" : Declination (int), "RA": RA (str)}
+                    final_position_of_stars_dict[name] = {"Declination" : star_declination, "RA": _radians_to_ra(star_ra)} # {'Common Name': {"Declination" : Declination (int), "RA": RA (str)}
                     x_star_labels.append(name)
                     x_ra_values.append(star_ra)
                     y_dec_values.append(dec_ruler_position)
@@ -262,13 +262,13 @@ def _generate_stereographic_projection(starList=None,
                     in_range_value = True # South
 
                 if in_range_value:
-                    finalPositionOfStarsDict[name] = {"Declination" : float(star_declination), "RA": _radians_to_ra(star_ra)} # {'Common Name': {"Declination" : Declination (int), "RA": RA (str)}
+                    final_position_of_stars_dict[name] = {"Declination" : float(star_declination), "RA": _radians_to_ra(star_ra)} # {'Common Name': {"Declination" : Declination (int), "RA": RA (str)}
                     x_star_labels.append(name)
                     x_ra_values.append(star_ra)
                     y_dec_values.append(dec_ruler_position)
                     logger.debug(f"Original: '{name}': {np.rad2deg(ra)} RA (degrees) and {dec} Declination (degrees)")
 
-    return x_star_labels, x_ra_values, y_dec_values, finalPositionOfStarsDict
+    return x_star_labels, x_ra_values, y_dec_values, final_position_of_stars_dict
 
 def plot_stereographic_projection(included_stars=[], 
                                 pole=None, 
diff --git a/star_chart_spherical_projection/position_of_stars.py b/star_chart_spherical_projection/position_of_stars.py
index 502d0ff..6b78f57 100644
--- a/star_chart_spherical_projection/position_of_stars.py
+++ b/star_chart_spherical_projection/position_of_stars.py
@@ -65,7 +65,7 @@ def final_position(included_stars=[],
     declination_min = -90
     declination_max = 90
 
-    _, _, _, finalPositionOfStarsDict = star_chart_spherical_projection._generate_stereographic_projection(starList=list_of_stars, 
+    _, _, _, final_position_of_stars_dict = star_chart_spherical_projection._generate_stereographic_projection(starList=list_of_stars, 
                                                                                                         pole="North", 
                                                                                                         declination_min=declination_min,
                                                                                                         year_since_2000=year_since_2000,
@@ -76,13 +76,13 @@ def final_position(included_stars=[],
     if save_to_csv is not None:
         header_options = ["Common Name", "Right Ascension (HH.MM.SS)", "Declination (DD.SS)"]
         star_chart_list = []
-        for star_name, star_position in finalPositionOfStarsDict.items():
+        for star_name, star_position in final_position_of_stars_dict.items():
             star_chart_list.append([star_name, star_position["RA"], star_position["Declination"]])
         df = pd.DataFrame(star_chart_list, columns=header_options)
         df = df.sort_values(by=["Common Name"])
         df.to_csv(save_to_csv, header=header_options, index=False)
 
-    return finalPositionOfStarsDict
+    return final_position_of_stars_dict
 
 def position_over_time(star=None,
                         added_star=None,