Index: MapBuilder.java
===================================================================
--- MapBuilder.java	(revision 4677)
+++ MapBuilder.java	(working copy)
@@ -1188,10 +1188,10 @@
 		
 		LayerFilterChain filters = new LayerFilterChain(config);
 		if (enableLineCleanFilters && (res < 24)) {
+			if(reducePointError > 0)
+				filters.addFilter(new DouglasPeuckerFilter(reducePointError));
 			filters.addFilter(new RoundCoordsFilter());
 			filters.addFilter(new SizeFilter(MIN_SIZE_LINE));
-			if(reducePointError > 0)
-				filters.addFilter(new DouglasPeuckerFilter(reducePointError));
 		}
 		filters.addFilter(new LineSplitterFilter());
 		filters.addFilter(new RemoveEmpty());
@@ -1243,6 +1243,8 @@
 		LayerFilterChain filters = new LayerFilterChain(config);
 		filters.addFilter(new PolygonSplitterFilter());
 		if (enableLineCleanFilters && (res < 24)) {
+			if(reducePointErrorPolygon > 0)
+				filters.addFilter(new DouglasPeuckerFilter(reducePointErrorPolygon));
 			filters.addFilter(new RoundCoordsFilter());
 			int sizefilterVal =  getMinSizePolygonForResolution(res);
 			if (sizefilterVal > 0)
@@ -1249,8 +1251,6 @@
 				filters.addFilter(new SizeFilter(sizefilterVal));
 			//DouglasPeucker behaves at the moment not really optimal at low zooms, but acceptable.
 			//Is there an similar algorithm for polygons?
-			if(reducePointErrorPolygon > 0)
-				filters.addFilter(new DouglasPeuckerFilter(reducePointErrorPolygon));
 		}
 		filters.addFilter(new RemoveObsoletePointsFilter());
 		filters.addFilter(new RemoveEmpty());