diff --git a/src/RoutableTilesToGeoJSON.js b/src/RoutableTilesToGeoJSON.js
index 5561aae3..8b48e34e 100644
--- a/src/RoutableTilesToGeoJSON.js
+++ b/src/RoutableTilesToGeoJSON.js
@@ -74,6 +74,80 @@ var extractWays = function (json, nodes, feats) {
         return nodes[nodeId];
       });
     });
+
+  return json["@graph"]
+    .filter((item) => {
+      return item["@type"] === "osm:Way" && !item["osm:building"];
+    })
+    .map((item) => {
+      //Transform osm:hasNodes to a linestring style thing
+      if (!item["osm:hasNodes"]) {
+        item["osm:hasNodes"] = [];
+      } else if (typeof item["osm:hasNodes"] === "string") {
+        item["osm:hasNodes"] = [item["osm:hasNodes"]];
+      }
+      item["osm:hasNodes"] = item["osm:hasNodes"].map(
+        (nodeId, index, nodeIds) => {
+          const node = feats.get(nodeId);
+          if (
+            (index === 0 || index === nodeIds.length - 1) &&
+            node["osm:hasTag"]?.find((tag) => tag.startsWith("entrance="))
+          ) {
+            let angle;
+            let xy, xy2;
+            if (index === 0) {
+              xy = mercatorProject(nodes[nodeId]);
+              xy2 = mercatorProject(nodes[nodeIds[index + 1]]);
+            } else {
+              xy = mercatorProject(nodes[nodeId]);
+              xy2 = mercatorProject(nodes[nodeIds[index - 1]]);
+            }
+            angle = Math.atan2(xy[0] - xy2[0], -(xy[1] - xy2[1])); // atan2(lat', -lon')
+            angle = (angle / Math.PI) * 180 - 90; // rotate 0 from right to top
+            if (
+              item["osm:hasTag"]?.find((tag) => tag.startsWith("indoor=")) ||
+              item["osm:hasTag"]?.find((tag) => tag === "highway=corridor")
+            ) {
+              angle = angle + 180; // flip indoor angle to get ordinary outdoor angle
+            }
+            const offset = 0.5;
+            node.properties = {
+              entrance: node["osm:hasTag"]
+                ?.find((tag) => tag.startsWith("entrance="))
+                ?.substring(9),
+              offset: [
+                Math.cos((angle / 180) * Math.PI) * offset,
+                Math.sin((angle / 180) * Math.PI) * offset,
+              ],
+              rotate: angle - 90,
+              ref: node["osm:hasTag"]
+                ?.find((tag) => tag.startsWith("ref="))
+                ?.substring(4),
+              "addr:unit": node["osm:hasTag"]
+                ?.find((tag) => tag.startsWith("addr:unit="))
+                ?.substring(10),
+            };
+            //           console.log(node);
+          }
+
+          return nodes[nodeId];
+        }
+      );
+      let geometry = {
+        type: "LineString",
+        coordinates: item["osm:hasNodes"],
+      };
+      return {
+        id: item["@id"],
+        //layer: item['osm:highway'],
+        type: "Feature",
+        properties: {
+          highway: item["osm:highway"],
+          name: item["rdfs:label"] ? item["rdfs:label"] : "",
+        },
+        geometry: geometry,
+      };
+    });
 };
 
 const entranceToLabel = function (node) {