Uses of Enum Class
org.opengis.test.CalculationType

Packages that use CalculationType

Package	Description
org.opengis.test	The GeoAPI conformance testing framework.
org.opengis.test.referencing	Validators and test suites for the org.opengis.referencing package.

Uses of CalculationType in org.opengis.test

Methods in org.opengis.test that return CalculationType

Modifier and Type	Method	Description
static CalculationType	CalculationType.valueOf(String name)	Returns the enum constant of this class with the specified name.
static CalculationType[]	CalculationType.values()	Returns an array containing the constants of this enum class, in the order they are declared.

Methods in org.opengis.test with parameters of type CalculationType

Modifier and Type	Method	Description
void	ToleranceModifier.adjust(double[] tolerances, DirectPosition coordinates, CalculationType mode)	Adjusts the tolerance threshold for comparing the given coordinate along each dimensions.

Method parameters in org.opengis.test with type arguments of type CalculationType

Modifier and Type	Method	Description
static ToleranceModifier	ToleranceModifiers.scale(Set<CalculationType> types, double... factors)	Multiplies tolerance values by the given factors.

Uses of CalculationType in org.opengis.test.referencing

Methods in org.opengis.test.referencing with parameters of type CalculationType

Modifier and Type	Method	Description
protected final void	TransformTestCase.assertCoordinateEquals(double[] expected, double[] actual, int index, CalculationType mode, String message)	Asserts that a single coordinate is equal to the expected one within a positive delta.
protected final void	TransformTestCase.assertCoordinateEquals(double[] expected, float[] actual, int index, CalculationType mode, String message)	Asserts that a single coordinate is equal to the expected one within a positive delta.
protected final void	TransformTestCase.assertCoordinateEquals(float[] expected, double[] actual, int index, CalculationType mode, String message)	Asserts that a single coordinate is equal to the expected one within a positive delta.
protected final void	TransformTestCase.assertCoordinateEquals(float[] expected, float[] actual, int index, CalculationType mode, String message)	Asserts that a single coordinate is equal to the expected one within a positive delta.
protected final void	TransformTestCase.assertCoordinatesEqual(int dimension, double[] expectedPts, int expectedOffset, double[] actualPts, int actualOffset, int numPoints, CalculationType mode, String message)	Asserts that coordinate values are equal to the expected ones within a positive delta.
protected final void	TransformTestCase.assertCoordinatesEqual(int dimension, double[] expectedPts, int expectedOffset, float[] actualPts, int actualOffset, int numPoints, CalculationType mode, String message)	Asserts that coordinate values are equal to the expected ones within a positive delta.
protected final void	TransformTestCase.assertCoordinatesEqual(int dimension, float[] expectedPts, int expectedOffset, double[] actualPts, int actualOffset, int numPoints, CalculationType mode, String message)	Asserts that coordinate values are equal to the expected ones within a positive delta.
protected final void	TransformTestCase.assertCoordinatesEqual(int dimension, float[] expectedPts, int expectedOffset, float[] actualPts, int actualOffset, int numPoints, CalculationType mode, String message)	Asserts that coordinate values are equal to the expected ones within a positive delta.
protected void	TransformTestCase.normalize(DirectPosition expected, DirectPosition actual, CalculationType mode)	Invoked by all assertCoordinateEqual(…) methods before two positions are compared.