RccPartiallyOverlappingFF extends GenericFilterFunction { @Override protected boolean permittedTopology(DimensionInfo sourceDimensionInfo, DimensionInfo targetDimensionInfo) { return sourceDimensionInfo.isArea() && targetDimensionInfo.isArea(); }  @Override boolean isDisjoint(); @Override boolean isDisconnected();  }
@Test public void testPermittedTopology_point_point() { DimensionInfo sourceDimensionInfo = DimensionInfo.XY_POINT; DimensionInfo targetDimensionInfo = DimensionInfo.XY_POINT; RccPartiallyOverlappingFF instance = new RccPartiallyOverlappingFF(); boolean expResult = false; boolean result = instance.permittedTopology(sourceDimensionInfo, targetDimensionInfo); assertEquals(expResult, result); }
@Test public void testPermittedTopology_point_linestring() { DimensionInfo sourceDimensionInfo = DimensionInfo.XY_POINT; DimensionInfo targetDimensionInfo = DimensionInfo.XY_LINESTRING; RccPartiallyOverlappingFF instance = new RccPartiallyOverlappingFF(); boolean expResult = false; boolean result = instance.permittedTopology(sourceDimensionInfo, targetDimensionInfo); assertEquals(expResult, result); }
@Test public void testPermittedTopology_point_polygon() { DimensionInfo sourceDimensionInfo = DimensionInfo.XY_POINT; DimensionInfo targetDimensionInfo = DimensionInfo.XY_POLYGON; RccPartiallyOverlappingFF instance = new RccPartiallyOverlappingFF(); boolean expResult = false; boolean result = instance.permittedTopology(sourceDimensionInfo, targetDimensionInfo); assertEquals(expResult, result); }
@Test public void testPermittedTopology_linestring_linestring() { DimensionInfo sourceDimensionInfo = DimensionInfo.XY_LINESTRING; DimensionInfo targetDimensionInfo = DimensionInfo.XY_LINESTRING; RccPartiallyOverlappingFF instance = new RccPartiallyOverlappingFF(); boolean expResult = false; boolean result = instance.permittedTopology(sourceDimensionInfo, targetDimensionInfo); assertEquals(expResult, result); }
@Test public void testPermittedTopology_linestring_point() { DimensionInfo sourceDimensionInfo = DimensionInfo.XY_LINESTRING; DimensionInfo targetDimensionInfo = DimensionInfo.XY_POINT; RccPartiallyOverlappingFF instance = new RccPartiallyOverlappingFF(); boolean expResult = false; boolean result = instance.permittedTopology(sourceDimensionInfo, targetDimensionInfo); assertEquals(expResult, result); }
@Test public void testPermittedTopology_linestring_polygon() { DimensionInfo sourceDimensionInfo = DimensionInfo.XY_LINESTRING; DimensionInfo targetDimensionInfo = DimensionInfo.XY_POLYGON; RccPartiallyOverlappingFF instance = new RccPartiallyOverlappingFF(); boolean expResult = false; boolean result = instance.permittedTopology(sourceDimensionInfo, targetDimensionInfo); assertEquals(expResult, result); }
@Test public void testPermittedTopology_polygon_polygon() { DimensionInfo sourceDimensionInfo = DimensionInfo.XY_POLYGON; DimensionInfo targetDimensionInfo = DimensionInfo.XY_POLYGON; RccPartiallyOverlappingFF instance = new RccPartiallyOverlappingFF(); boolean expResult = true; boolean result = instance.permittedTopology(sourceDimensionInfo, targetDimensionInfo); assertEquals(expResult, result); }
@Test public void testPermittedTopology_polygon_linestring() { DimensionInfo sourceDimensionInfo = DimensionInfo.XY_POLYGON; DimensionInfo targetDimensionInfo = DimensionInfo.XY_LINESTRING; RccPartiallyOverlappingFF instance = new RccPartiallyOverlappingFF(); boolean expResult = false; boolean result = instance.permittedTopology(sourceDimensionInfo, targetDimensionInfo); assertEquals(expResult, result); }
@Test public void testPermittedTopology_polygon_point() { DimensionInfo sourceDimensionInfo = DimensionInfo.XY_POLYGON; DimensionInfo targetDimensionInfo = DimensionInfo.XY_POINT; RccPartiallyOverlappingFF instance = new RccPartiallyOverlappingFF(); boolean expResult = false; boolean result = instance.permittedTopology(sourceDimensionInfo, targetDimensionInfo); assertEquals(expResult, result); }