lib/geo_calc/calc/bearing.rb in geo_calc-0.7.3 vs lib/geo_calc/calc/bearing.rb in geo_calc-0.7.4

@@ -1,18 +1,19 @@
 module GeoCalc
   module Bearing
+    # @returns [Numeric] bearing in degrees
     def bearing_to point
-      GeoCalc::Calc::Bearing.bearing_to self, point
+      GeoCalc::Bearing.bearing_to self, point
     end
 
     # Returns the (initial) bearing from this point to the supplied point, in degrees
-    #   see http:#williams.best.vwh.net/avform.htm#Crs
+    # see(http:#williams.best.vwh.net/avform.htm#Crs)
     # 
-    # - Point point: Latitude/longitude of destination point
+    # @param [GeoPoint] Latitude/longitude of destination point
     # 
-    # Returns -  Numeric: Initial bearing in degrees from North
-
+    # @return [Numeric] initial bearing in degrees from North
+    #
     def self.bearing_to base_point, point
       lat1 = base_point.lat.to_rad
       lat2 = point.lat.to_rad
       dlon = (point.lon - base_point.lon).to_rad
 
@@ -22,19 +23,19 @@
 
       (bearing.to_deg + 360) % 360
     end
 
     def final_bearing_to point
-      GeoCalc::Calc::Bearing.final_bearing_to self, point
+      GeoCalc::Bearing.final_bearing_to self, point
     end
 
     # Returns final bearing arriving at supplied destination point from this point; the final bearing 
     # will differ from the initial bearing by varying degrees according to distance and latitude
     # 
-    # - GeoPoint point: Latitude/longitude of destination point
+    # @param [GeoPoint] Latitude/longitude of destination point
     #
-    # Returns Numeric: Final bearing in degrees from North
-
+    # @return [Numeric] final bearing in degrees from North
+    #
     def self.final_bearing_to base_point, point
       # get initial bearing from supplied point back to this point...
       lat1 = point.lat.to_rad
       lat2 = base_point.lat.to_rad
       dlon = (base_point.lon - point.lon).to_rad