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[rails.git] / lib / osm.rb

diff --git a/lib/osm.rb b/lib/osm.rb
index ee0b8d9030ee719c769cdb0039edef17d8631e01..4241ad700a575c0bc9b6e088b97c1cf5137467fe 100644 (file)
--- a/lib/osm.rb
+++ b/lib/osm.rb
@@ -365,23 +365,23 @@ module OSM
       yscale = ysize / height
       scale = [xscale, yscale].max
 
       yscale = ysize / height
       scale = [xscale, yscale].max
 

-      xpad = width * scale - xsize
-      ypad = height * scale - ysize
+      xpad = (width * scale) - xsize
+      ypad = (height * scale) - ysize

 
       @width = width
       @height = height
 
 
       @width = width
       @height = height
 

-      @tx = xsheet(min_lon) - xpad / 2
-      @ty = ysheet(min_lat) - ypad / 2
+      @tx = xsheet(min_lon) - (xpad / 2)
+      @ty = ysheet(min_lat) - (ypad / 2)

 
 

-      @bx = xsheet(max_lon) + xpad / 2
-      @by = ysheet(max_lat) + ypad / 2
+      @bx = xsheet(max_lon) + (xpad / 2)
+      @by = ysheet(max_lat) + (ypad / 2)

     end
 
     # the following two functions will give you the x/y on the entire sheet
 
     def ysheet(lat)
     end
 
     # the following two functions will give you the x/y on the entire sheet
 
     def ysheet(lat)

-      log(tan(PI / 4 + (lat * PI / 180 / 2))) / (PI / 180)
+      log(tan((PI / 4) + (lat * PI / 180 / 2))) / (PI / 180)

     end
 
     def xsheet(lon)
     end
 
     def xsheet(lon)


@@ -417,7 +417,7 @@ module OSM
     def distance(lat, lon)
       lat = lat * PI / 180
       lon = lon * PI / 180
     def distance(lat, lon)
       lat = lat * PI / 180
       lon = lon * PI / 180

-      6372.795 * 2 * asin(sqrt(sin((lat - @lat) / 2)**2 + cos(@lat) * cos(lat) * sin((lon - @lon) / 2)**2))
+      6372.795 * 2 * asin(sqrt((sin((lat - @lat) / 2)**2) + (cos(@lat) * cos(lat) * (sin((lon - @lon) / 2)**2))))

     end
 
     # get the worst case bounds for a given radius from the base position
     end
 
     # get the worst case bounds for a given radius from the base position


@@ -425,7 +425,7 @@ module OSM
       latradius = 2 * asin(sqrt(sin(radius / 6372.795 / 2)**2))
 
       begin
       latradius = 2 * asin(sqrt(sin(radius / 6372.795 / 2)**2))
 
       begin

-        lonradius = 2 * asin(sqrt(sin(radius / 6372.795 / 2)**2 / cos(@lat)**2))
+        lonradius = 2 * asin(sqrt((sin(radius / 6372.795 / 2)**2) / (cos(@lat)**2)))

       rescue Errno::EDOM, Math::DomainError
         lonradius = PI
       end
       rescue Errno::EDOM, Math::DomainError
         lonradius = PI
       end


@@ -445,7 +445,7 @@ module OSM
   end
 
   class API
   end
 
   class API

-    def get_xml_doc
+    def xml_doc

       doc = XML::Document.new
       doc.encoding = XML::Encoding::UTF_8
       root = XML::Node.new "osm"
       doc = XML::Document.new
       doc.encoding = XML::Encoding::UTF_8
       root = XML::Node.new "osm"


@@ -520,7 +520,7 @@ module OSM
 
   # Return the HTTP client to use
   def self.http_client
 
   # Return the HTTP client to use
   def self.http_client

-    @http_client ||= Faraday.new
+    @http_client ||= Faraday.new(:request => { :timeout => 15 })

   end
 
   # Return the MaxMindDB database handle
   end
 
   # Return the MaxMindDB database handle