Uses of Class java.awt.geom.AffineTransform

Returns a paint context, used for filling areas of a raster scan with this color.

Returns the PaintContext used to generate the color pattern.

Create the context necessary for performing the color pattern generation.

Returns a paint context, used for filling areas of a raster scan with the current value of this system color.

Creates the context used to paint the texture.

Produces a new Font based on the current font, adjusted to a new style and subjected to a new affine transformation.

Produces a new Font based on the current font, subjected to a new affine transformation.

Return an iterator along the shape boundary.

Return an iterator along the shape boundary.

Return an iterator along the flattened version of the shape boundary.

Return an iterator along the flattened version of the shape boundary.

Sets the current transform.

Sets the current transform to a concatenation of transform and the existing transform.

Returns a transform that maps user coordinates to device coordinates.

Returns a transform that maps user coordinates to device coordinates.

Returns a copy of the affine transformation this font is currently subject to, if any.

Returns the current transform.

Construct a new FontRenderContext.

Creates a new attribute that contains a copy of the given transform.

Retrieves the affine transform for scaling typographical points to raster pixels.

Returns a copy of the transform contained by this attribute.

Construct AffineTransformOp with the given xform and interpolationType.

Construct AffineTransformOp with the given xform and rendering hints.

Returns transform used in transformation between source and destination image.

Create a new transform which copies the given one.

Set this transform to the result of performing the original version of this followed by tx.

Returns a new Area equal to this one, transformed by the AffineTransform at.

Creates a transformed version of the path.

Returns an iterator over this arc, with an optional transformation.

Returns a PathIterator object defining the contour of this Area, transformed by at.

Returns a PathIterator object corresponding to the ellipse.

Note: An ellipse cannot be represented exactly in PathIterator segments, the outline is thefore approximated with cubic Bezier segments.

Creates a PathIterator for iterating along the segments of the path.

Return a path iterator, possibly applying a transform on the result.

Return an iterator along the shape boundary.

Return an iterator along the shape boundary.

Return a new path iterator which iterates over this rectangle.

Returns a flattened PathIterator object defining the contour of this Area, transformed by at and with a defined flatness.

Creates a new FlatteningPathIterator for the path

Return a flat path iterator, possibly applying a transform on the result.

Return an iterator along the flattened version of the shape boundary.

Return an iterator along the shape boundary.

Return an iterator along the shape boundary.

Set this transform to the result of performing tx followed by the original version of this.

Set this transform to a copy of the given one.

Transforms this area by the AffineTransform at.

Applies a transform to the path.

Returns a transform, which if concatenated to this one, will result in the identity transform.

Returns a rotation transform.

Returns a rotation transform about a point.

Returns a scaling transform:

 [ sx 0  0 ]
 [ 0  sy 0 ]
 [ 0  0  1 ]
 

Returns a shearing transform (points are shifted in the x direction based on a factor of their y coordinate, and in the y direction as a factor of their x coordinate):

 [  1  shx 0 ]
 [ shy  1  0 ]
 [  0   0  1 ]
 

Returns a translation transform:

 [ 1 0 tx ]
 [ 0 1 ty ]
 [ 0 0 1  ]