Uses of Class
georegression.struct.affine.Affine2D_F32

Packages that use Affine2D_F32

Package	Description
georegression.fitting.affine
georegression.struct
georegression.struct.affine
georegression.struct.se
georegression.transform
georegression.transform.affine

Uses of Affine2D_F32 in georegression.fitting.affine

Methods in georegression.fitting.affine that return Affine2D_F32

Modifier and Type	Method	Description
Affine2D_F32	ModelManagerAffine2D_F32.createModelInstance()
Affine2D_F32	MotionAffinePoint2D_F32.getTransformSrcToDst()

Methods in georegression.fitting.affine with parameters of type Affine2D_F32

Modifier and Type	Method	Description
void	ModelManagerAffine2D_F32.copyModel(Affine2D_F32 src, Affine2D_F32 dst)

Uses of Affine2D_F32 in georegression.struct

Methods in georegression.struct that return Affine2D_F32

Modifier and Type	Method	Description
static Affine2D_F32	ConvertFloatType.convert(Affine2D_F64 src, @Nullable Affine2D_F32 dst)

Methods in georegression.struct with parameters of type Affine2D_F32

Modifier and Type	Method	Description
static Affine2D_F64	ConvertFloatType.convert(Affine2D_F32 src, @Nullable Affine2D_F64 dst)
static Affine2D_F32	ConvertFloatType.convert(Affine2D_F64 src, @Nullable Affine2D_F32 dst)

Uses of Affine2D_F32 in georegression.struct.affine

Methods in georegression.struct.affine that return Affine2D_F32

Modifier and Type	Method	Description
Affine2D_F32	Affine2D_F32.concat(Affine2D_F32 second, @Nullable Affine2D_F32 ret)
static Affine2D_F32	UtilAffine.convert(Affine2D_F64 m, @Nullable Affine2D_F32 ret)
Affine2D_F32	Affine2D_F32.copy()
Affine2D_F32	Affine2D_F32.createInstance()
Affine2D_F32	Affine2D_F32.invert(@Nullable Affine2D_F32 inverse)
Affine2D_F32	Affine2D_F32.setTo(float a11, float a12, float a21, float a22, float tx, float ty)
Affine2D_F32	Affine2D_F32.setTo(Affine2D_F32 target)

Methods in georegression.struct.affine with parameters of type Affine2D_F32

Modifier and Type	Method	Description
Affine2D_F32	Affine2D_F32.concat(Affine2D_F32 second, @Nullable Affine2D_F32 ret)
static Affine2D_F32	UtilAffine.convert(Affine2D_F64 m, @Nullable Affine2D_F32 ret)
Affine2D_F32	Affine2D_F32.invert(@Nullable Affine2D_F32 inverse)
Affine2D_F32	Affine2D_F32.setTo(Affine2D_F32 target)

Uses of Affine2D_F32 in georegression.struct.se

Methods in georegression.struct.se that return Affine2D_F32

Modifier and Type	Method	Description
static Affine2D_F32	SpecialEuclideanOps_F32.toAffine(Se2_F32 se, @Nullable Affine2D_F32 affine)	Converts Se2_F32 into Affine2D_F32.

Methods in georegression.struct.se with parameters of type Affine2D_F32

Modifier and Type	Method	Description
static Affine2D_F32	SpecialEuclideanOps_F32.toAffine(Se2_F32 se, @Nullable Affine2D_F32 affine)	Converts Se2_F32 into Affine2D_F32.

Uses of Affine2D_F32 in georegression.transform

Methods in georegression.transform that return Affine2D_F32

Modifier and Type	Method	Description
static Affine2D_F32	ConvertTransform_F32.convert(Se2_F32 src, @Nullable Affine2D_F32 dst)

Methods in georegression.transform with parameters of type Affine2D_F32

Modifier and Type	Method	Description
static Homography2D_F32	ConvertTransform_F32.convert(Affine2D_F32 src, @Nullable Homography2D_F32 dst)
static Affine2D_F32	ConvertTransform_F32.convert(Se2_F32 src, @Nullable Affine2D_F32 dst)

Uses of Affine2D_F32 in georegression.transform.affine

Methods in georegression.transform.affine with parameters of type Affine2D_F32

Modifier and Type	Method	Description
static Point2D_F32	AffinePointOps_F32.transform(Affine2D_F32 se, float x, float y, @Nullable Point2D_F32 result)	Applies a 2D affine transform to the point and stores the results in another variable.
static Point2D_F32	AffinePointOps_F32.transform(Affine2D_F32 se, Point2D_F32 orig, @Nullable Point2D_F32 result)	Applies a 2D affine transform to the point and stores the results in another variable.
static Vector2D_F32	AffinePointOps_F32.transform(Affine2D_F32 se, Vector2D_F32 orig, @Nullable Vector2D_F32 result)	Applies a 2D affine transform to the point and stores the results in another variable.