Fix README.

README.md

 ## Assignment
 
-> WebViewer displaying a map (of the Netherlands).
-> Viewer has standard functionalities as zooming, panning, layer selection.
-> Viewer has possibility to draw a own geometry on the map.
-> Viewer has ability to send a user drawn geometry to the server.
-> Server does a check if the user drawn geometry has intersections with (server side defined) wfs layers and returns result of these checks.
-> 
-> What has to be build:
-> 
-> Server Component
->  - build with Java (7 or 8)
->  - usage of build management tool (preferable maven, but gradle or ant is also ok)
->  - War file (to be deployed in Apache Tomcat) or Standalone application (Spring Boot (jetty, tomcat))
->  - Make use of libraries (geotools, spring framework, jersey, dropwizard)
->  - Rest interface for
-> 	 - receiving geometry and sending back if geometry intersects defined wfs layers
-> 	 - defining wfs layers
-> 	 - getting list of defined wfs layers
-> 	 - checking if wfs layer is available
->  - add wfs layer
->  - view available wfs layer
->  - delete wfs layer
->  - update  wfs layer
->  - check intersections between geometry and defined wfs layers
->  - server component persists wfs layers in file database (hsql, h2)
-> 
-> Client component
->  - build with HTML, Javascript
->  - Zoom
->  - Pan
->  - Layer selection 
-> 	background (these are only options, feel free to add your own layers)
-> 			http://geodata.rivm.nl/geoserver/ows?
-> 
-> 	forground (options, feel free to add your own layers)
-> 			http://geoservices.rijkswaterstaat.nl/nwb_wegen
-> 			http://ahn.geodan.nl/ahn/viewer3/cgi-bin/tilecache/tilecache.py/1.0.0/
-> 	http://www.spatineo.com/ is a good place to find free services
->  - Drawing an editing of geometry in viewer
->  - Sending Geometry to server component 
-> 
-> 
-> What do we expect:
->  - working example
->  - unit tests
->  - source code 
->  - motivation for decisions (why usage of geotools or H2 database)
-> 
-> What do we provide:
->   - accessible linux server
->   - login credentials for server
->   - email adress for questions
+```
+WebViewer displaying a map (of the Netherlands).
+Viewer has standard functionalities as zooming, panning, layer selection.
+Viewer has possibility to draw a own geometry on the map.
+Viewer has ability to send a user drawn geometry to the server.
+Server does a check if the user drawn geometry has intersections with (server side defined) wfs layers and returns result of these checks.
+
+What has to be build:
+
+Server Component
+ - build with Java (7 or 8)
+ - usage of build management tool (preferable maven, but gradle or ant is also ok)
+ - War file (to be deployed in Apache Tomcat) or Standalone application (Spring Boot (jetty, tomcat))
+ - Make use of libraries (geotools, spring framework, jersey, dropwizard)
+ - Rest interface for
+	 - receiving geometry and sending back if geometry intersects defined wfs layers
+	 - defining wfs layers
+	 - getting list of defined wfs layers
+	 - checking if wfs layer is available
+ - add wfs layer
+ - view available wfs layer
+ - delete wfs layer
+ - update  wfs layer
+ - check intersections between geometry and defined wfs layers
+ - server component persists wfs layers in file database (hsql, h2)
+
+Client component
+ - build with HTML, Javascript
+ - Zoom
+ - Pan
+ - Layer selection 
+	background (these are only options, feel free to add your own layers)
+			http://geodata.rivm.nl/geoserver/ows?
+				
+	forground (options, feel free to add your own layers)
+			http://geoservices.rijkswaterstaat.nl/nwb_wegen
+			http://ahn.geodan.nl/ahn/viewer3/cgi-bin/tilecache/tilecache.py/1.0.0/
+	http://www.spatineo.com/ is a good place to find free services
+ - Drawing an editing of geometry in viewer
+ - Sending Geometry to server component 
+ 	
+
+What do we expect:
+ - working example
+ - unit tests
+ - source code 
+ - motivation for decisions (why usage of geotools or H2 database)
+ 
+What do we provide:
+  - accessible linux server
+  - login credentials for server
+  - email adress for questions
+```