androidx.ink.geometry.compose
Extension functions summary
BoxAccumulator |
BoxAccumulator.add(rect: MutableRect)Expands the accumulated bounding box (if necessary) such that it also contains |
BoxAccumulator |
BoxAccumulator.add(rect: Rect)Expands the accumulated bounding box (if necessary) such that it also contains |
ImmutableAffineTransform? |
ImmutableAffineTransform.Companion.from(matrix: Matrix)Constructs an ImmutableAffineTransform with the values from |
ImmutableVec |
ImmutableVec.Companion.from(offset: Offset)Constructs an |
ImmutableBox? |
If |
ImmutableBox? |
ImmutableBox.Companion.from(rect: Rect)If |
MutableAffineTransform |
MutableAffineTransform.populateFrom(matrix: Matrix)Fills this |
MutableVec |
MutableVec.populateFrom(offset: Offset)Writes the values from |
Matrix |
Writes the values from this |
MutableRect |
|
Matrix |
Constructs a |
Offset |
|
Rect |
Extension functions
add
fun BoxAccumulator.add(rect: MutableRect): BoxAccumulator
Expands the accumulated bounding box (if necessary) such that it also contains rect. If rect is empty, this is a no-op.
Returns the modified instance to allow chaining calls.
| Returns | |
|---|---|
BoxAccumulator |
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add
fun BoxAccumulator.add(rect: Rect): BoxAccumulator
Expands the accumulated bounding box (if necessary) such that it also contains rect. If rect is empty, this is a no-op.
Returns the modified instance to allow chaining calls.
| Returns | |
|---|---|
BoxAccumulator |
|
from
fun ImmutableAffineTransform.Companion.from(matrix: Matrix): ImmutableAffineTransform?
Constructs an ImmutableAffineTransform with the values from matrix, if and only if matrix is a 2D affine transform; that is, that the Z row and column in matrix must both be 0, 0, 1, 0. Returns null if matrix is not a 2D affine transform.
Performance-sensitive code should use the populateFrom overload that takes a pre-allocated AffineTransform, so that the instance can be reused across multiple calls.
from
fun ImmutableVec.Companion.from(offset: Offset): ImmutableVec
Constructs an ImmutableVec with the values from offset.
Performance-sensitive code should use the populateFrom overload that takes a pre-allocated MutableVec, so that instance can be reused across multiple calls.
from
fun ImmutableBox.Companion.from(rect: MutableRect): ImmutableBox?
If rect is not empty, returns an ImmutableBox constructed from the values of rect. Otherwise returns null.
Performance-sensitive code should use the BoxAccumulator.add overload and obtain the bounding box from there, so that instance can be reused across multiple calls.
from
fun ImmutableBox.Companion.from(rect: Rect): ImmutableBox?
If rect is not empty, returns an ImmutableBox constructed from the values of rect. Otherwise returns null.
Performance-sensitive code should use the BoxAccumulator.add overload and obtain the bounding box from there, so that instance can be reused across multiple calls.
populateFrom
fun MutableAffineTransform.populateFrom(matrix: Matrix): MutableAffineTransform
Fills this MutableAffineTransform with the values from matrix.
If matrix is not an affine transform, throws IllegalArgumentException instead.
Leaves the input matrix unchanged. Returns the modified instance to allow chaining calls.
| Returns | |
|---|---|
MutableAffineTransform |
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| Throws | |
|---|---|
kotlin.IllegalArgumentException |
if |
populateFrom
fun MutableVec.populateFrom(offset: Offset): MutableVec
Writes the values from offset to this MutableVec.
Returns the modified instance to allow chaining function calls.
| Returns | |
|---|---|
MutableVec |
|
populateMatrix
fun AffineTransform.populateMatrix(out: Matrix): Matrix
Writes the values from this AffineTransform to out. Note the conversion from a 3x3 AffineTransform to a 4x4 column-major android.compose.ui.graphics.Matrix.
Returns the modified Matrix instance to allow chaining calls.
populateMutableRect
fun Box.populateMutableRect(out: MutableRect): MutableRect
Writes the values from this Box to out.
Returns the modified MutableRect instance to allow chaining calls.
| Returns | |
|---|---|
MutableRect |
toMatrix
fun AffineTransform.toMatrix(): Matrix
Constructs a Matrix with the values from the AffineTransform.
Performance-sensitive code should still use this because Matrix is an inline value class.