Uses of Interface
pythagoras.d.Transform

Packages that use Transform

Package	Description
pythagoras.d	The Pythagoras geometry utility classes specialized on double.

Uses of Transform in pythagoras.d

Classes in pythagoras.d that implement Transform

Modifier and Type	Class and Description
class	AbstractTransform Implements some code shared by the various Transform implementations.
class	AffineTransform Implements an affine (3x2 matrix) transform.
class	IdentityTransform Implements the identity transform.

Methods in pythagoras.d with type parameters of type Transform

Modifier and Type	Method and Description
static <T extends Transform> T	Transforms.multiply(AffineTransform a, AffineTransform b, T into) Multiplies the supplied two affine transforms, storing the result in into.
static <T extends Transform> T	Transforms.multiply(AffineTransform a, double m00, double m01, double m10, double m11, double tx, double ty, T into) Multiplies the supplied two affine transforms, storing the result in into.
static <T extends Transform> T	Transforms.multiply(double m00, double m01, double m10, double m11, double tx, double ty, AffineTransform b, T into) Multiplies the supplied two affine transforms, storing the result in into.
static <T extends Transform> T	Transforms.multiply(double am00, double am01, double am10, double am11, double atx, double aty, double bm00, double bm01, double bm10, double bm11, double btx, double bty, T into) Multiplies the supplied two affine transforms, storing the result in into.

Methods in pythagoras.d that return Transform

Modifier and Type	Method and Description
Transform	Transform.clone() Deprecated. Use copy().
Transform	AbstractTransform.clone() Deprecated.
Transform	Transform.concatenate(Transform other) Returns a new transform comprised of the concatenation of other to this transform (i.e.
Transform	IdentityTransform.concatenate(Transform other)
Transform	AffineTransform.concatenate(Transform other)
Transform	Transform.copy() Returns a copy of this transform.
abstract Transform	AbstractTransform.copy()
Transform	Transform.invert() Returns a new transform that represents the inverse of this transform.
Transform	IdentityTransform.invert()
Transform	Transform.lerp(Transform other, double t) Returns a new transform comprised of the linear interpolation between this transform and the specified other.
Transform	IdentityTransform.lerp(Transform other, double t)
Transform	AffineTransform.lerp(Transform other, double t)
Transform	Transform.preConcatenate(Transform other) Returns a new transform comprised of the concatenation of this transform to other (i.e.
Transform	IdentityTransform.preConcatenate(Transform other)
Transform	AffineTransform.preConcatenate(Transform other)
Transform	Transform.rotate(double angle) Rotates this transform.
Transform	AbstractTransform.rotate(double angle)
Transform	Transform.scale(double scaleX, double scaleY) Scales this transform by the specified amount in the x and y dimensions.
Transform	AbstractTransform.scale(double scaleX, double scaleY)
Transform	Transform.scaleX(double scaleX) Scales this transform by the specified amount in the x dimension.
Transform	AbstractTransform.scaleX(double scaleX)
Transform	Transform.scaleY(double scaleY) Scales this transform by the specified amount in the y dimension.
Transform	AbstractTransform.scaleY(double scaleY)
Transform	Transform.setRotation(double angle) Sets the rotation component of this transform.
Transform	AbstractTransform.setRotation(double angle)
Transform	Transform.setScale(double scaleX, double scaleY) Sets the x and y scale of this transform.
Transform	AbstractTransform.setScale(double scaleX, double scaleY)
Transform	Transform.setScaleX(double scaleX) Sets the x scale of this transform.
Transform	AbstractTransform.setScaleX(double scaleX)
Transform	Transform.setScaleY(double scaleY) Sets the y scale of this transform.
Transform	AbstractTransform.setScaleY(double scaleY)
Transform	Transform.setTransform(double m00, double m01, double m10, double m11, double tx, double ty) Sets the affine transform matrix.
Transform	AbstractTransform.setTransform(double m00, double m01, double m10, double m11, double tx, double ty)
Transform	Transform.setTranslation(double tx, double ty) Sets the translation component of this transform.
Transform	AbstractTransform.setTranslation(double tx, double ty)
Transform	Transform.setTx(double tx) Sets the x-component of this transform's translation.
Transform	AbstractTransform.setTx(double tx)
Transform	Transform.setTy(double ty) Sets the y-component of this transform's translation.
Transform	AbstractTransform.setTy(double ty)
Transform	Transform.setUniformScale(double scale) Sets the uniform scale of this transform.
Transform	AbstractTransform.setUniformScale(double scale)
Transform	Transform.shear(double tx, double ty) Shears this transform.
Transform	AbstractTransform.shear(double sx, double sy)
Transform	Transform.shearX(double tx) Shears this transform in the x dimension.
Transform	AbstractTransform.shearX(double sx)
Transform	Transform.shearY(double ty) Shears this transform in the y dimension.
Transform	AbstractTransform.shearY(double sy)
Transform	Transform.translate(double tx, double ty) Translates this transform.
Transform	AbstractTransform.translate(double tx, double ty)
Transform	Transform.translateX(double tx) Translates this transform in the x dimension.
Transform	AbstractTransform.translateX(double tx)
Transform	Transform.translateY(double ty) Translates this transform in the y dimension.
Transform	AbstractTransform.translateY(double ty)
Transform	Transform.uniformScale(double scale) Scales this transform in a uniform manner by the specified amount.
Transform	AbstractTransform.uniformScale(double scale)

Methods in pythagoras.d with parameters of type Transform

Modifier and Type	Method and Description
Transform	Transform.concatenate(Transform other) Returns a new transform comprised of the concatenation of other to this transform (i.e.
Transform	IdentityTransform.concatenate(Transform other)
Transform	AffineTransform.concatenate(Transform other)
Area	Area.createTransformedArea(Transform t) Creates a new area equal to this area transformed by the supplied transform.
IShape	Path.createTransformedShape(Transform t)
static IShape	Transforms.createTransformedShape(Transform t, IShape src) Creates and returns a new shape that is the supplied shape transformed by this transform's matrix.
Transform	Transform.lerp(Transform other, double t) Returns a new transform comprised of the linear interpolation between this transform and the specified other.
Transform	IdentityTransform.lerp(Transform other, double t)
Transform	AffineTransform.lerp(Transform other, double t)
PathIterator	Path.pathIterator(Transform t)
PathIterator	IShape.pathIterator(Transform at) Returns an iterator over the path described by this shape.
PathIterator	Area.pathIterator(Transform t)
PathIterator	AbstractRoundRectangle.pathIterator(Transform at)
PathIterator	AbstractRectangle.pathIterator(Transform t)
PathIterator	AbstractQuadCurve.pathIterator(Transform t)
PathIterator	AbstractLine.pathIterator(Transform at)
PathIterator	AbstractEllipse.pathIterator(Transform at)
PathIterator	AbstractCubicCurve.pathIterator(Transform t)
PathIterator	AbstractArc.pathIterator(Transform at)
PathIterator	RectangularShape.pathIterator(Transform t, double flatness)
PathIterator	Path.pathIterator(Transform t, double flatness)
PathIterator	IShape.pathIterator(Transform at, double flatness) Returns an iterator over the path described by this shape.
PathIterator	Area.pathIterator(Transform t, double flatness)
PathIterator	AbstractRectangle.pathIterator(Transform t, double flatness)
PathIterator	AbstractQuadCurve.pathIterator(Transform t, double flatness)
PathIterator	AbstractLine.pathIterator(Transform at, double flatness)
PathIterator	AbstractCubicCurve.pathIterator(Transform at, double flatness)
Transform	Transform.preConcatenate(Transform other) Returns a new transform comprised of the concatenation of this transform to other (i.e.
Transform	IdentityTransform.preConcatenate(Transform other)
Transform	AffineTransform.preConcatenate(Transform other)
Ray2	Ray2.transform(Transform transform)
void	Path.transform(Transform t)
Ray2	IRay2.transform(Transform transform) Transforms this ray.
void	Area.transform(Transform t) Transforms this area with the supplied transform.
Ray2	Ray2.transform(Transform transform, Ray2 result)
Ray2	IRay2.transform(Transform transform, Ray2 result) Transforms this ray, placing the result in the object provided.
Ray2	Ray2.transformLocal(Transform transform) Transforms this ray in-place.