Uses of Class
org.opengis.referencing.operation.TransformException

Packages that use TransformException

Package	Description
org.opengis.referencing.operation	Coordinate operations (relationship between any two CRS).
org.opengis.test.referencing	Validators and test suites for the org.opengis.referencing package.

Uses of TransformException in org.opengis.referencing.operation

Subclasses of TransformException in org.opengis.referencing.operation

Modifier and Type	Class	Description
class	NoninvertibleTransformException	Thrown when MathTransform.inverse() is invoked but the transform cannot be inverted.

Methods in org.opengis.referencing.operation that throw TransformException

Modifier and Type	Method	Description
Shape	MathTransform2D.createTransformedShape(Shape shape)	Transforms the specified shape.
Matrix	MathTransform.derivative(DirectPosition point)	Gets the derivative of this transform at a point.
double	MathTransform1D.derivative(double value)	Gets the derivative of this function at a value.
Matrix	MathTransform2D.derivative(Point2D point)	Gets the derivative of this transform at a point.
CoordinateSet	CoordinateOperation.transform(CoordinateSet data)	Changes coordinates from being referenced to the source CRS and/or epoch to being referenced to the target CRS and/or epoch.
void	MathTransform.transform(double[] srcPts, int srcOff, double[] dstPts, int dstOff, int numPts)	Transforms an array of double-precision coordinate tuples.
void	MathTransform.transform(double[] srcPts, int srcOff, float[] dstPts, int dstOff, int numPts)	Transforms an array of double-precision coordinate tuples, then converts to single-precision.
void	MathTransform.transform(float[] srcPts, int srcOff, double[] dstPts, int dstOff, int numPts)	Converts an array of single-precision coordinate tuples to double precision, then transform.
void	MathTransform.transform(float[] srcPts, int srcOff, float[] dstPts, int dstOff, int numPts)	Transforms an array of single-precision coordinate tuples.
default int	MathTransform.transform(DoubleBuffer srcPts, DoubleBuffer dstPts)	Transforms a buffer of double-precision coordinate tuples.
default int	MathTransform.transform(DoubleBuffer srcPts, FloatBuffer dstPts)	Transforms coordinate tuples and converts the result to single-precision.
default int	MathTransform.transform(FloatBuffer srcPts, DoubleBuffer dstPts)	Converts simple-precision coordinate tuples to double-precision and transform them.
default int	MathTransform.transform(FloatBuffer srcPts, FloatBuffer dstPts)	Transforms a buffer of single-precision coordinate tuples.
DirectPosition	MathTransform.transform(DirectPosition ptSrc, DirectPosition ptDst)	Transforms the specified ptSrc and stores the result in ptDst.
double	MathTransform1D.transform(double value)	Transforms the specified value.
Point2D	MathTransform2D.transform(Point2D ptSrc, Point2D ptDst)	Transforms the specified ptSrc and stores the result in ptDst.

Uses of TransformException in org.opengis.test.referencing

Methods in org.opengis.test.referencing that throw TransformException

Modifier and Type	Method	Description
void	ParameterizedTransformTest.testAbridgedMolodensky()	Tests the Abridged Molodensky (EPSG:9605) datum shift operation.
void	AffineTransformTest.testAxisSwapping2D()	Tests a transform swapping the axes in a two-dimensional space.
void	ParameterizedTransformTest.testCassiniSoldner()	Tests the Cassini-Soldner (EPSG:9806) projection method.
void	AffineTransformTest.testDimensionReduction()	Tests a transform which reduce the number of dimensions from 4 to 2.
void	AuthorityFactoryTest.testEPSG_2065()	Tests the EPSG:2065 (CRS S-JTSK (Ferro) / Krovak) projected CRS.
void	AuthorityFactoryTest.testEPSG_2314()	Tests the EPSG:2314 (Trinidad 1903 / Trinidad Grid) projected CRS.
void	AuthorityFactoryTest.testEPSG_24200()	Tests the EPSG:24200 (JAD69 / Jamaica National Grid) projected CRS.
void	AuthorityFactoryTest.testEPSG_27700()	Tests the EPSG:27700 (OSGB 1936 / British National Grid) projected CRS.
void	AuthorityFactoryTest.testEPSG_28992()	Tests the EPSG:28992 (Amersfoort / RD New) projected CRS.
void	AuthorityFactoryTest.testEPSG_29873()	Tests the EPSG:29873 (Timbalai 1948 / RSO Borneo (m)) projected CRS.
void	AuthorityFactoryTest.testEPSG_3002()	Tests the EPSG:3002 (Makassar / NEIEZ) projected CRS.
void	AuthorityFactoryTest.testEPSG_3032()	Tests the EPSG:3032 (WGS 84 / Australian Antarctic Polar Stereographic) projected CRS.
void	AuthorityFactoryTest.testEPSG_3035()	Tests the EPSG:3035 (ETRS89 / LAEA Europe) projected CRS.
void	AuthorityFactoryTest.testEPSG_31300()	Tests the EPSG:31300 (Belge 1972 / Belge Lambert 72) projected CRS.
void	AuthorityFactoryTest.testEPSG_3139()	Tests the EPSG:3139 (Vanua Levu 1915 / Vanua Levu Grid) projected CRS.
void	AuthorityFactoryTest.testEPSG_32040()	Tests the EPSG:32040 (NAD27 / Texas South Central) projected CRS.
void	AuthorityFactoryTest.testEPSG_32661()	Tests the EPSG:32661 (WGS 84 / UPS North (N,E)) projected CRS.
void	AuthorityFactoryTest.testEPSG_3388()	Tests the EPSG:3388 (Pulkovo 1942 / Caspian Sea Mercator) projected CRS.
void	AuthorityFactoryTest.testEPSG_3857()	Tests the EPSG:3857 (WGS 84 / Pseudo-Mercator) projected CRS.
void	AuthorityFactoryTest.testEPSG_5041()	Tests the EPSG:5041 (WGS 84 / UPS North (E,N)) projected CRS.
void	ParameterizedTransformTest.testEquidistantCylindrical()	Tests the Equidistant Cylindrical (EPSG:1028) projection.
void	AffineTransformTest.testGeneral()	Tests using a combination of scale, rotation and translation in a two-dimensional space.
void	AffineTransformTest.testGenericScale2D()	Tests using a non-uniform scale factor of (3,4) in a two-dimensional space.
void	ParameterizedTransformTest.testGeocentricTopocentric()	Tests the Geocentric/topocentric conversions (EPSG:9836).
void	ParameterizedTransformTest.testGeographicTopocentric()	Tests the Geographic/topocentric conversions (EPSG:9837).
void	ParameterizedTransformTest.testHotineObliqueMercator()	Tests the Hotine Oblique Mercator (variant B) (EPSG:9815) projection method.
void	ParameterizedTransformTest.testHyperbolicCassiniSoldner()	Tests the Hyperbolic Cassini-Soldner (EPSG:9833) projection method.
void	AffineTransformTest.testIdentity1D()	Tests using an identity transform in an one-dimensional space.
void	AffineTransformTest.testIdentity2D()	Tests using an identity transform in a two-dimensional space.
void	AffineTransformTest.testIdentity3D()	Tests using an identity transform in a three-dimensional space.
void	ParameterizedTransformTest.testKrovak()	Tests the Krovak (EPSG:9819) projection.
void	ParameterizedTransformTest.testLambertAzimuthalEqualArea()	Tests the Lambert Azimuthal Equal Area (EPSG:9820) projection method.
void	ParameterizedTransformTest.testLambertConicConformal1SP()	Tests the Lambert Conic Conformal (1SP) (EPSG:9801) projection method.
void	ParameterizedTransformTest.testLambertConicConformal2SP()	Tests the Lambert Conic Conformal (2SP) (EPSG:9802) projection method.
void	ParameterizedTransformTest.testLambertConicConformalBelgium()	Tests the Lambert Conic Conformal (2SP Belgium) (EPSG:9803) projection method.
void	ParameterizedTransformTest.testLambertConicConformalMichigan()	Tests the Lambert Conic Conformal (2SP Michigan) (EPSG:1051) projection method.
void	ParameterizedTransformTest.testMercator1SP()	Tests the Mercator (variant A) (EPSG:9804) projection method.
void	ParameterizedTransformTest.testMercator2SP()	Tests the Mercator (variant B) (EPSG:9805) projection method.
void	ParameterizedTransformTest.testMercatorSpherical()	Tests the Mercator (Spherical) (EPSG:1026) projection method.
void	ParameterizedTransformTest.testMercatorVariantC()	Tests the Mercator (variant C) (EPSG:1044) projection method.
void	ParameterizedTransformTest.testMiller()	Tests the IGNF:MILLER projection.
void	ParameterizedTransformTest.testModifiedAzimuthalEquidistant()	Tests the Modified Azimuthal Equidistant (EPSG:9832) projection.
void	ParameterizedTransformTest.testObliqueStereographic()	Tests the Oblique Stereographic (EPSG:9809) projection method.
void	ParameterizedTransformTest.testOrthographic()	Tests the Orthographic (EPSG:9840) projection.
void	ParameterizedTransformTest.testPolarStereographicA()	Tests the Polar Stereographic (variant A) (EPSG:9810) projection method.
void	ParameterizedTransformTest.testPolarStereographicB()	Tests the Polar Stereographic (variant B) (EPSG:9829) projection method.
void	ParameterizedTransformTest.testPolarStereographicC()	Tests the Polar Stereographic (variant C) (EPSG:9830) projection method.
void	ParameterizedTransformTest.testPolyconic()	Tests the American Polyconic (EPSG:9818) projection.
void	ParameterizedTransformTest.testPseudoMercator()	Tests the Mercator Popular Visualisation Pseudo Mercator (EPSG:1024) projection method.
void	AffineTransformTest.testRotation2D()	Tests using an anticlockwise 30° rotation in a two-dimensional space.
void	AffineTransformTest.testSouthOrientated2D()	Tests using a 180° rotation in a two-dimensional space.
void	AffineTransformTest.testTranslatation2D()	Tests using a translation of (400000,-100000) metres in a two-dimensional space.
void	ParameterizedTransformTest.testTransverseMercator()	Tests the Transverse Mercator (EPSG:9807) projection method.
void	ParameterizedTransformTest.testTransverseMercatorSouthOrientated()	Tests the Transverse Mercator (South Orientated) (EPSG:9808) projection method.
void	AffineTransformTest.testUniformScale2D()	Tests using a uniform scale factor of 0.3048 in a two-dimensional space.
protected float[]	TransformTestCase.verifyConsistency(float... sourceFloats)	Transforms coordinates using various versions of MathTransform.transform(…) and verifies that they produce the same numerical values.
protected void	TransformTestCase.verifyDerivative(double... coordinates)	Computes the derivative at the given point and compares the result with the finite differences approximation.
protected float[]	TransformTestCase.verifyInDomain(double[] minOrdinates, double[] maxOrdinates, int[] numOrdinates, Random randomGenerator)	Verifies all supported transform operations in the given domain.
protected void	TransformTestCase.verifyInverse(double... coordinates)	Transforms the given coordinates, applies the inverse transform and compares with the original values.
protected void	TransformTestCase.verifyInverse(float... coordinates)	Transforms the given coordinates, applies the inverse transform and compares with the original values.
protected void	TransformTestCase.verifyTransform(double[] coordinates, double[] expected)	Transforms the given coordinates and verifies that the result is equal (within a positive delta) to the expected ones.