Collaboration diagram for IsClosedTest:

Public Member Functions
void	testLineStringNotClosed ()

void	testLineStringClosed ()

void	testMultiLineStringNotClosed ()

void	testpointClosed ()

void	testmultiPointClosed ()

Static Public Attributes
static final String	notClosed ="LINESTRING(0 0, 1 1)"

static final String	isClosed ="LINESTRING(0 0, 0 1, 1 1, 0 0)"

static final String	mlNotClosed ="MULTILINESTRING((0 0, 0 1, 1 1, 0 0),(0 0, 1 1))"

static final String	pointClosed ="POINT(0 0)"

static final String	multiPointClosed ="MULTIPOINT((0 0), (1 1), (0 0))"

Member Function Documentation

◆ testLineStringClosed()

void testLineStringClosed ( )

                                            {
                 IsClosed instance=new IsClosed();
                 ValueFactory valfac=SimpleValueFactory.getInstance();
                 Value geo=valfac.createLiteral(isClosed, WKTDatatype.LiteralIRI);
                 Value result=instance.evaluate(valfac, geo);
                 Value expResult=valfac.createLiteral(true);
                 assertEquals(expResult, result);
         }

References GeometricBinaryAttributeFunction.evaluate(), IsClosedTest.isClosed, and WKTDatatype.LiteralIRI.

◆ testLineStringNotClosed()

void testLineStringNotClosed ( )

                                               {
                 IsClosed instance=new IsClosed();
                 ValueFactory valfac=SimpleValueFactory.getInstance();
                 Value geo=valfac.createLiteral(notClosed, WKTDatatype.LiteralIRI);
                 Value result=instance.evaluate(valfac, geo);
                 Value expResult=valfac.createLiteral(false);
                 assertEquals(expResult, result);
         }

References GeometricBinaryAttributeFunction.evaluate(), WKTDatatype.LiteralIRI, and IsClosedTest.notClosed.

◆ testMultiLineStringNotClosed()

void testMultiLineStringNotClosed ( )

                                                    {
                 IsClosed instance=new IsClosed();
                 ValueFactory valfac=SimpleValueFactory.getInstance();
                 Value geo=valfac.createLiteral(mlNotClosed, WKTDatatype.LiteralIRI);
                 Value result=instance.evaluate(valfac, geo);
                 Value expResult=valfac.createLiteral(false);
                 assertEquals(expResult, result);
         }       

References GeometricBinaryAttributeFunction.evaluate(), WKTDatatype.LiteralIRI, and IsClosedTest.mlNotClosed.

◆ testmultiPointClosed()

void testmultiPointClosed ( )

                                            {
                 IsClosed instance=new IsClosed();
                 ValueFactory valfac=SimpleValueFactory.getInstance();
                 Value geo=valfac.createLiteral(multiPointClosed, WKTDatatype.LiteralIRI);
                 Value result=instance.evaluate(valfac, geo);
                 Value expResult=valfac.createLiteral(true);
                 assertEquals(expResult, result);
         }       

References GeometricBinaryAttributeFunction.evaluate(), WKTDatatype.LiteralIRI, and IsClosedTest.multiPointClosed.

◆ testpointClosed()

void testpointClosed ( )

                                       {
                 IsClosed instance=new IsClosed();
                 ValueFactory valfac=SimpleValueFactory.getInstance();
                 Value geo=valfac.createLiteral(pointClosed, WKTDatatype.LiteralIRI);
                 Value result=instance.evaluate(valfac, geo);
                 Value expResult=valfac.createLiteral(false);
                 assertEquals(expResult, result);
         }       