Merge pull request #313 from dice-group/release-1.8

Release 1.8

docs/user_manual/configuration_file/configuration-file-examples.md

@@ -34,6 +34,7 @@ The following shows the whole configuration file for LIMES explicated in the sec
         <PROPERTY>geom:geometry/geos:asWKT RENAME polygon</PROPERTY>
     </TARGET>
     <METRIC>geo_hausdorff(x.polygon, y.polygon)</METRIC>
+    <EXPLAIN_LS>English,German</EXPLAIN_LS>
     <ACCEPTANCE>
         <THRESHOLD>0.9</THRESHOLD>
         <FILE>lgd_relaybox_verynear.nt</FILE>
@@ -171,6 +172,7 @@ The following configuration file uses the machine learning algorithm of the Womb
             <VALUE>60</VALUE>
         </PARAMETER>
     </MLALGORITHM>
+    <EXPLAIN_LS>English,German</EXPLAIN_LS>
 
     <ACCEPTANCE>
         <THRESHOLD>0.9</THRESHOLD>

docs/user_manual/configuration_file/defining_link_specifications.md

@@ -208,7 +208,8 @@ geometries has the same dimension as the geometries themselves
 common, but no interior points.
 * **Top_Within**: A geometry a is within a geometry b if and only if a lies in the interior of b.
 
-
+If both resources are polygons, it is also possible to use area, diagonal or mixed content-measures for the 
+topological relations defined above using **Top_cobalt\_\[area/diagonal/mixed\]\_\[relation\]**
 
 ### Temporal Measures
 
@@ -358,3 +359,10 @@ $$wupalmer(c_1,c_2) = \frac{2depth(lso(c_1,c_2))}{2depth(lso(c_1,c_2))+N_1+N_2}$
 
 where $N_1 = len(lso(c_1,c_2),c_1)$ and $N_2 = len(lso(c_1,c_2),c_2)$ and $depth(lso(c_1,c_2))$ is
 the depth in the hierarchy of their most specific common concept.
+
+### Link Specification Verbalization
+To get a verbalization of the given link specification, the optional EXPLAIN_LS tag can be used.
+Possible arguments are "German", "English" and "None". They can be combined by seperating them with a comma.
+```xml
+<EXPLAIN_LS>English,German</EXPLAIN_LS>
+```