-//= depend_on application.yml
+//= depend_on settings.yml
+//= depend_on settings.local.yml
+//= require querystring
OSM = {
<% if defined?(PIWIK) %>
PIWIK: <%= PIWIK.to_json %>,
<% end %>
- MAX_REQUEST_AREA: <%= MAX_REQUEST_AREA.to_json %>,
- SERVER_URL: <%= SERVER_URL.to_json %>,
- API_VERSION: <%= API_VERSION.to_json %>,
- STATUS: <%= STATUS.to_json %>,
- MAX_NOTE_REQUEST_AREA: <%= MAX_NOTE_REQUEST_AREA.to_json %>,
- OVERPASS_URL: <%= OVERPASS_URL.to_json %>,
- NOMINATIM_URL: <%= NOMINATIM_URL.to_json %>,
- GRAPHHOPPER_URL: <%= GRAPHHOPPER_URL.to_json %>,
- MAPQUEST_DIRECTIONS_URL: <%= MAPQUEST_DIRECTIONS_URL.to_json %>,
- MAPZEN_VALHALLA_URL: <%= MAPZEN_VALHALLA_URL.to_json %>,
- OSRM_URL: <%= OSRM_URL.to_json %>,
+ MAX_REQUEST_AREA: <%= Settings.max_request_area.to_json %>,
+ SERVER_PROTOCOL: <%= Settings.server_protocol.to_json %>,
+ SERVER_URL: <%= Settings.server_url.to_json %>,
+ API_VERSION: <%= Settings.api_version.to_json %>,
+ STATUS: <%= Settings.status.to_json %>,
+ MAX_NOTE_REQUEST_AREA: <%= Settings.max_note_request_area.to_json %>,
+ OVERPASS_URL: <%= Settings.overpass_url.to_json %>,
+ NOMINATIM_URL: <%= Settings.nominatim_url.to_json %>,
+ GRAPHHOPPER_URL: <%= Settings.graphhopper_url.to_json %>,
+ FOSSGIS_OSRM_URL: <%= Settings.fossgis_osrm_url.to_json %>,
DEFAULT_LOCALE: <%= I18n.default_locale.to_json %>,
-<% if defined?(MAPQUEST_KEY) %>
- MAPQUEST_KEY: <%= MAPQUEST_KEY.to_json %>,
-<% end %>
-<% if defined?(MAPZEN_VALHALLA_KEY) %>
- MAPZEN_VALHALLA_KEY: <%= MAPZEN_VALHALLA_KEY.to_json %>,
-<% end %>
-<% if defined?(THUNDERFOREST_KEY) %>
- THUNDERFOREST_KEY: <%= THUNDERFOREST_KEY.to_json %>,
+<% if Settings.key?(:thunderforest_key) %>
+ THUNDERFOREST_KEY: <%= Settings.thunderforest_key.to_json %>,
<% end %>
MARKER_GREEN: <%= image_path("marker-green.png").to_json %>,
},
parseHash: function(hash) {
- var args = {};
+ var querystring = require("querystring-component"),
+ args = {};
var i = hash.indexOf('#');
if (i < 0) {
return 6372795 * 2 * Math.asin(
Math.sqrt(
- Math.pow(Math.sin(latdiff / 2), 2) +
+ Math.pow(Math.sin(latdiff / 2), 2) +
Math.cos(lat1) * Math.cos(lat2) * Math.pow(Math.sin(lngdiff / 2), 2)
));
}