diff --git a/multiplemarkers.php b/multiplemarkers.php
index 4ae4b22..c35b0bc 100644
--- a/multiplemarkers.php
+++ b/multiplemarkers.php
@@ -2,7 +2,7 @@
 
 // first we will need to work on getting the current location using the google maps API
 
-/// we can get the current location by using the functions form the geolocation.html
+// we can get the current location by using the functions form the geolocation.html
 
 
 // now we use the geolocation to find the list of nearby locations
@@ -16,13 +16,13 @@
     <div id = "map" style = "width: 500pxl height: 400px; "> </div>
     <script>
 
-        // this will allow us to get the geolocation for where the user is
+//         this will allow us to get the geolocation for where the user is
     function getLocation(){
         if (navigator.geolocation){
             navigator.geolocation.getCurrentPostion(savePostion, postionError, {timeout:10000});
         }
         else{
-            //geolocation is not supported by the browser
+//            geolocation is not supported by the browser
         }
 
     }
@@ -37,15 +37,17 @@ function savePosition(position){
         $_post("geolocation.php", {lat: postion.coords.latitude, lng: position.coords.longitude});
     }
 
-        // once you get the geolocation: we proceed to getting a list of elements from my mysql database which we will use to find the array of  location
+//         once you get the geolocation: we proceed to getting a list of elements from my mysql database which we will use to find the array of  location
     </script>
 
-    var currentlocation = getLoaction(); // this is where the current location will be stored
+    var currentlocation = getLoaction();
+<!--        this is where the current location will be stored-->
 
         <script>
-        // this is where we shall put the functions that will make our array for us
-            // we will need to connect the database to this.. which is am not sure of how to do...
-        select id, (3959* acos(cos(radians(37))))* cos(radians(lat)) * cos(radians(lng) - radians(-122)) + sin(radians(37))* sin(radians(lat)))) AS distance from currentlocation HAVING distance <25  ORDER BY distance LIMIT 0, 20; // this statement gets us the closest 20 locations within the radius fo 25 miles to the coordinate
+//      this is where we shall put the functions that will make our array for us
+//             we will need to connect the database to this.. which is am not sure of how to do...
+        select id, (3959* acos(cos(radians(37))))* cos(radians(lat)) * cos(radians(lng) - radians(-122)) + sin(radians(37))* sin(radians(lat)))) AS distance from currentlocation HAVING distance <25  ORDER BY distance LIMIT 0, 20;
+//             this statement gets us the closest 20 locations within the radius fo 25 miles to the coordinate