ink/ink-geometry/api/current.txt

// Signature format: 4.0
package androidx.ink.geometry {

  public abstract class AffineTransform {
    method public final androidx.ink.geometry.ImmutableParallelogram applyTransform(androidx.ink.geometry.Box box);
    method public final androidx.ink.geometry.MutableParallelogram applyTransform(androidx.ink.geometry.Box box, androidx.ink.geometry.MutableParallelogram outParallelogram);
    method public final androidx.ink.geometry.ImmutableParallelogram applyTransform(androidx.ink.geometry.Parallelogram parallelogram);
    method public final androidx.ink.geometry.MutableParallelogram applyTransform(androidx.ink.geometry.Parallelogram parallelogram, androidx.ink.geometry.MutableParallelogram outParallelogram);
    method public final androidx.ink.geometry.ImmutableSegment applyTransform(androidx.ink.geometry.Segment segment);
    method public final androidx.ink.geometry.MutableSegment applyTransform(androidx.ink.geometry.Segment segment, androidx.ink.geometry.MutableSegment outSegment);
    method public final androidx.ink.geometry.ImmutableTriangle applyTransform(androidx.ink.geometry.Triangle triangle);
    method public final androidx.ink.geometry.MutableTriangle applyTransform(androidx.ink.geometry.Triangle triangle, androidx.ink.geometry.MutableTriangle outTriangle);
    method public final androidx.ink.geometry.ImmutableVec applyTransform(androidx.ink.geometry.Vec point);
    method public final androidx.ink.geometry.MutableVec applyTransform(androidx.ink.geometry.Vec point, androidx.ink.geometry.MutableVec outVec);
    method public final androidx.ink.geometry.ImmutableAffineTransform computeInverse();
    method public final androidx.ink.geometry.MutableAffineTransform computeInverse(androidx.ink.geometry.MutableAffineTransform outAffineTransform);
    method @Size(min=6L) public final float[] getValues();
    method @Size(min=6L) public final float[] getValues(optional @Size(min=6L) float[] outArray);
    method public final boolean isAlmostEqual(androidx.ink.geometry.AffineTransform other, @FloatRange(from=0.0) float tolerance);
    method public static final void multiply(androidx.ink.geometry.AffineTransform lhs, androidx.ink.geometry.AffineTransform rhs, androidx.ink.geometry.MutableAffineTransform output);
    field public static final androidx.ink.geometry.AffineTransform.Companion Companion;
    field public static final androidx.ink.geometry.ImmutableAffineTransform IDENTITY;
  }

  public static final class AffineTransform.Companion {
    method public void multiply(androidx.ink.geometry.AffineTransform lhs, androidx.ink.geometry.AffineTransform rhs, androidx.ink.geometry.MutableAffineTransform output);
    property public androidx.ink.geometry.ImmutableAffineTransform IDENTITY;
  }

  public final class AndroidGraphicsConverter {
    method public static androidx.ink.geometry.BoxAccumulator add(androidx.ink.geometry.BoxAccumulator, android.graphics.RectF rect);
    method public static androidx.ink.geometry.ImmutableAffineTransform? createAffineTransform(android.graphics.Matrix matrix);
    method public static androidx.ink.geometry.ImmutableBox? createBox(android.graphics.RectF rect);
    method public static androidx.ink.geometry.ImmutableVec createVec(android.graphics.PointF point);
    method public static androidx.ink.geometry.ImmutableAffineTransform? from(androidx.ink.geometry.ImmutableAffineTransform.Companion, android.graphics.Matrix matrix);
    method public static androidx.ink.geometry.ImmutableBox? from(androidx.ink.geometry.ImmutableBox.Companion, android.graphics.RectF rect);
    method public static androidx.ink.geometry.ImmutableVec from(androidx.ink.geometry.ImmutableVec.Companion, android.graphics.PointF point);
    method @CheckResult public static boolean getBounds(androidx.ink.geometry.BoxAccumulator, android.graphics.RectF outRect);
    method public static android.graphics.Path outlinesToPath(androidx.ink.geometry.PartitionedMesh, @IntRange(from=0L) int renderGroupIndex);
    method public static androidx.ink.geometry.MutableAffineTransform populateFrom(androidx.ink.geometry.MutableAffineTransform, android.graphics.Matrix matrix);
    method public static androidx.ink.geometry.MutableVec populateFrom(androidx.ink.geometry.MutableVec, android.graphics.PointF point);
    method public static void populateMatrix(androidx.ink.geometry.AffineTransform, android.graphics.Matrix out);
    method public static android.graphics.Path populateOutlines(androidx.ink.geometry.PartitionedMesh, @IntRange(from=0L) int renderGroupIndex, android.graphics.Path out);
    method public static android.graphics.PointF populatePointF(androidx.ink.geometry.Vec, android.graphics.PointF out);
    method public static android.graphics.RectF populateRectF(androidx.ink.geometry.Box, android.graphics.RectF out);
    method public static android.graphics.Matrix toMatrix(androidx.ink.geometry.AffineTransform);
    method public static android.graphics.PointF toPointF(androidx.ink.geometry.Vec);
    method public static android.graphics.RectF toRectF(androidx.ink.geometry.Box);
  }

  public final class Angle {
    method @androidx.ink.geometry.AngleRadiansFloat public static float degreesToRadians(@androidx.ink.geometry.AngleDegreesFloat float degrees);
    method @FloatRange(from=0.0, to=androidx.ink.geometry.Angle.FULL_TURN_RADIANS_DOUBLE) @androidx.ink.geometry.AngleRadiansFloat public static float normalized(@androidx.ink.geometry.AngleRadiansFloat float radians);
    method @FloatRange(from=-3.141592653589793, to=androidx.ink.geometry.Angle.HALF_TURN_RADIANS_DOUBLE) @androidx.ink.geometry.AngleRadiansFloat public static float normalizedAboutZero(@androidx.ink.geometry.AngleRadiansFloat float radians);
    method @androidx.ink.geometry.AngleDegreesFloat public static float radiansToDegrees(@androidx.ink.geometry.AngleRadiansFloat float radians);
    property public float FULL_TURN_RADIANS;
    property public float HALF_TURN_RADIANS;
    property public float QUARTER_TURN_RADIANS;
    property public float ZERO;
    field @androidx.ink.geometry.AngleRadiansFloat public static final float FULL_TURN_RADIANS;
    field @androidx.ink.geometry.AngleRadiansFloat public static final float HALF_TURN_RADIANS;
    field public static final androidx.ink.geometry.Angle INSTANCE;
    field @androidx.ink.geometry.AngleRadiansFloat public static final float QUARTER_TURN_RADIANS;
    field @androidx.ink.geometry.AngleRadiansFloat public static final float ZERO;
  }

  @kotlin.annotation.MustBeDocumented @kotlin.annotation.Retention(kotlin.annotation.AnnotationRetention.SOURCE) @kotlin.annotation.Target(allowedTargets={kotlin.annotation.AnnotationTarget.VALUE_PARAMETER, kotlin.annotation.AnnotationTarget.FUNCTION, kotlin.annotation.AnnotationTarget.PROPERTY_GETTER, kotlin.annotation.AnnotationTarget.PROPERTY_SETTER, kotlin.annotation.AnnotationTarget.LOCAL_VARIABLE, kotlin.annotation.AnnotationTarget.FIELD}) public @interface AngleDegreesFloat {
  }

  @kotlin.annotation.MustBeDocumented @kotlin.annotation.Retention(kotlin.annotation.AnnotationRetention.SOURCE) @kotlin.annotation.Target(allowedTargets={kotlin.annotation.AnnotationTarget.VALUE_PARAMETER, kotlin.annotation.AnnotationTarget.FUNCTION, kotlin.annotation.AnnotationTarget.PROPERTY_GETTER, kotlin.annotation.AnnotationTarget.PROPERTY_SETTER, kotlin.annotation.AnnotationTarget.LOCAL_VARIABLE, kotlin.annotation.AnnotationTarget.FIELD}) public @interface AngleRadiansFloat {
  }

  public abstract class Box {
    method public final androidx.ink.geometry.ImmutableVec computeCenter();
    method public final androidx.ink.geometry.MutableVec computeCenter(androidx.ink.geometry.MutableVec outVec);
    method public final java.util.List<androidx.ink.geometry.ImmutableVec> computeCorners();
    method public final void computeCorners(androidx.ink.geometry.MutableVec outVecXMinYMin, androidx.ink.geometry.MutableVec outVecXMaxYMin, androidx.ink.geometry.MutableVec outVecXMaxYMax, androidx.ink.geometry.MutableVec outVecXMinYMax);
    method public final operator boolean contains(androidx.ink.geometry.Box otherBox);
    method public final operator boolean contains(androidx.ink.geometry.Vec point);
    method @FloatRange(from=0.0) public final float getHeight();
    method @FloatRange(from=0.0) public final float getWidth();
    method public abstract float getXMax();
    method public abstract float getXMin();
    method public abstract float getYMax();
    method public abstract float getYMin();
    method public final boolean isAlmostEqual(androidx.ink.geometry.Box other, @FloatRange(from=0.0) float tolerance);
    property @FloatRange(from=0.0) public final float height;
    property @FloatRange(from=0.0) public final float width;
    property public abstract float xMax;
    property public abstract float xMin;
    property public abstract float yMax;
    property public abstract float yMin;
  }

  public final class BoxAccumulator {
    ctor public BoxAccumulator();
    ctor public BoxAccumulator(androidx.ink.geometry.Box box);
    method public androidx.ink.geometry.BoxAccumulator add(androidx.ink.geometry.Box? box);
    method public androidx.ink.geometry.BoxAccumulator add(androidx.ink.geometry.BoxAccumulator? other);
    method public androidx.ink.geometry.BoxAccumulator add(androidx.ink.geometry.Parallelogram parallelogram);
    method public androidx.ink.geometry.BoxAccumulator add(androidx.ink.geometry.PartitionedMesh mesh);
    method public androidx.ink.geometry.BoxAccumulator add(androidx.ink.geometry.Segment segment);
    method public androidx.ink.geometry.BoxAccumulator add(androidx.ink.geometry.Triangle triangle);
    method public androidx.ink.geometry.BoxAccumulator add(androidx.ink.geometry.Vec point);
    method public androidx.ink.geometry.Box? getBox();
    method public boolean isAlmostEqual(androidx.ink.geometry.BoxAccumulator other, @FloatRange(from=0.0) float tolerance);
    method public boolean isEmpty();
    method public androidx.ink.geometry.BoxAccumulator populateFrom(androidx.ink.geometry.Box? input);
    method public androidx.ink.geometry.BoxAccumulator reset();
    property public androidx.ink.geometry.Box? box;
  }

  public final class ImmutableAffineTransform extends androidx.ink.geometry.AffineTransform {
    ctor public ImmutableAffineTransform(float m00, float m10, float m20, float m01, float m11, float m21);
    ctor public ImmutableAffineTransform(@Size(min=6L) float[] values);
    method public static androidx.ink.geometry.ImmutableAffineTransform rotate(@androidx.ink.geometry.AngleRadiansFloat float angleOfRotation);
    method public static androidx.ink.geometry.ImmutableAffineTransform scale(float scaleFactor);
    method public static androidx.ink.geometry.ImmutableAffineTransform scale(float xScaleFactor, float yScaleFactor);
    method public static androidx.ink.geometry.ImmutableAffineTransform scaleX(float scaleFactor);
    method public static androidx.ink.geometry.ImmutableAffineTransform scaleY(float scaleFactor);
    method public static androidx.ink.geometry.ImmutableAffineTransform skewX(float sx);
    method public static androidx.ink.geometry.ImmutableAffineTransform skewY(float sy);
    method public static androidx.ink.geometry.ImmutableAffineTransform translate(androidx.ink.geometry.Vec offset);
    field public static final androidx.ink.geometry.ImmutableAffineTransform.Companion Companion;
  }

  public static final class ImmutableAffineTransform.Companion {
    method public androidx.ink.geometry.ImmutableAffineTransform rotate(@androidx.ink.geometry.AngleRadiansFloat float angleOfRotation);
    method public androidx.ink.geometry.ImmutableAffineTransform scale(float scaleFactor);
    method public androidx.ink.geometry.ImmutableAffineTransform scale(float xScaleFactor, float yScaleFactor);
    method public androidx.ink.geometry.ImmutableAffineTransform scaleX(float scaleFactor);
    method public androidx.ink.geometry.ImmutableAffineTransform scaleY(float scaleFactor);
    method public androidx.ink.geometry.ImmutableAffineTransform skewX(float sx);
    method public androidx.ink.geometry.ImmutableAffineTransform skewY(float sy);
    method public androidx.ink.geometry.ImmutableAffineTransform translate(androidx.ink.geometry.Vec offset);
  }

  public final class ImmutableBox extends androidx.ink.geometry.Box {
    method public static androidx.ink.geometry.ImmutableBox fromCenterAndDimensions(androidx.ink.geometry.Vec center, @FloatRange(from=0.0) float width, @FloatRange(from=0.0) float height);
    method public static androidx.ink.geometry.ImmutableBox fromTwoPoints(androidx.ink.geometry.Vec point1, androidx.ink.geometry.Vec point2);
    method public float getXMax();
    method public float getXMin();
    method public float getYMax();
    method public float getYMin();
    property public float xMax;
    property public float xMin;
    property public float yMax;
    property public float yMin;
    field public static final androidx.ink.geometry.ImmutableBox.Companion Companion;
  }

  public static final class ImmutableBox.Companion {
    method public androidx.ink.geometry.ImmutableBox fromCenterAndDimensions(androidx.ink.geometry.Vec center, @FloatRange(from=0.0) float width, @FloatRange(from=0.0) float height);
    method public androidx.ink.geometry.ImmutableBox fromTwoPoints(androidx.ink.geometry.Vec point1, androidx.ink.geometry.Vec point2);
  }

  public final class ImmutableParallelogram extends androidx.ink.geometry.Parallelogram {
    method public static androidx.ink.geometry.ImmutableParallelogram fromCenterAndDimensions(androidx.ink.geometry.ImmutableVec center, @FloatRange(from=0.0) float width, float height);
    method public static androidx.ink.geometry.ImmutableParallelogram fromCenterDimensionsAndRotation(androidx.ink.geometry.ImmutableVec center, @FloatRange(from=0.0) float width, float height, @androidx.ink.geometry.AngleRadiansFloat float rotation);
    method public static androidx.ink.geometry.ImmutableParallelogram fromCenterDimensionsRotationAndSkew(androidx.ink.geometry.ImmutableVec center, @FloatRange(from=0.0) float width, float height, @androidx.ink.geometry.AngleRadiansFloat float rotation, float skew);
    method public static androidx.ink.geometry.ImmutableParallelogram fromSegmentAndPadding(androidx.ink.geometry.Segment segment, float padding);
    method public androidx.ink.geometry.ImmutableVec getCenter();
    method public float getHeight();
    method public float getRotation();
    method public float getSkew();
    method public float getWidth();
    property public androidx.ink.geometry.ImmutableVec center;
    property public float height;
    property public float rotation;
    property public float skew;
    property public float width;
    field public static final androidx.ink.geometry.ImmutableParallelogram.Companion Companion;
  }

  public static final class ImmutableParallelogram.Companion {
    method public androidx.ink.geometry.ImmutableParallelogram fromCenterAndDimensions(androidx.ink.geometry.ImmutableVec center, @FloatRange(from=0.0) float width, float height);
    method public androidx.ink.geometry.ImmutableParallelogram fromCenterDimensionsAndRotation(androidx.ink.geometry.ImmutableVec center, @FloatRange(from=0.0) float width, float height, @androidx.ink.geometry.AngleRadiansFloat float rotation);
    method public androidx.ink.geometry.ImmutableParallelogram fromCenterDimensionsRotationAndSkew(androidx.ink.geometry.ImmutableVec center, @FloatRange(from=0.0) float width, float height, @androidx.ink.geometry.AngleRadiansFloat float rotation, float skew);
    method public androidx.ink.geometry.ImmutableParallelogram fromSegmentAndPadding(androidx.ink.geometry.Segment segment, float padding);
  }

  public final class ImmutableSegment extends androidx.ink.geometry.Segment {
    ctor public ImmutableSegment(androidx.ink.geometry.Vec start, androidx.ink.geometry.Vec end);
    method public androidx.ink.geometry.ImmutableVec getEnd();
    method public androidx.ink.geometry.ImmutableVec getStart();
    property public androidx.ink.geometry.ImmutableVec end;
    property public androidx.ink.geometry.ImmutableVec start;
  }

  public final class ImmutableTriangle extends androidx.ink.geometry.Triangle {
    ctor public ImmutableTriangle(androidx.ink.geometry.Vec p0, androidx.ink.geometry.Vec p1, androidx.ink.geometry.Vec p2);
    method public androidx.ink.geometry.ImmutableVec getP0();
    method public androidx.ink.geometry.ImmutableVec getP1();
    method public androidx.ink.geometry.ImmutableVec getP2();
    property public androidx.ink.geometry.ImmutableVec p0;
    property public androidx.ink.geometry.ImmutableVec p1;
    property public androidx.ink.geometry.ImmutableVec p2;
  }

  public final class ImmutableVec extends androidx.ink.geometry.Vec {
    ctor public ImmutableVec(float x, float y);
    method public static androidx.ink.geometry.ImmutableVec fromDirectionAndMagnitude(@androidx.ink.geometry.AngleRadiansFloat float direction, float magnitude);
    method public float getX();
    method public float getY();
    property public float x;
    property public float y;
    field public static final androidx.ink.geometry.ImmutableVec.Companion Companion;
  }

  public static final class ImmutableVec.Companion {
    method public androidx.ink.geometry.ImmutableVec fromDirectionAndMagnitude(@androidx.ink.geometry.AngleRadiansFloat float direction, float magnitude);
  }

  public final class Intersection {
    method public static boolean intersects(androidx.ink.geometry.Box, androidx.ink.geometry.Box other);
    method public static boolean intersects(androidx.ink.geometry.Box, androidx.ink.geometry.Parallelogram parallelogram);
    method public static boolean intersects(androidx.ink.geometry.Box, androidx.ink.geometry.PartitionedMesh mesh, androidx.ink.geometry.AffineTransform meshToBox);
    method public static boolean intersects(androidx.ink.geometry.Box, androidx.ink.geometry.Segment segment);
    method public static boolean intersects(androidx.ink.geometry.Box, androidx.ink.geometry.Triangle triangle);
    method public static boolean intersects(androidx.ink.geometry.Box, androidx.ink.geometry.Vec point);
    method public static boolean intersects(androidx.ink.geometry.Box, float x, float y);
    method public static boolean intersects(androidx.ink.geometry.Parallelogram, androidx.ink.geometry.Box box);
    method public static boolean intersects(androidx.ink.geometry.Parallelogram, androidx.ink.geometry.Parallelogram other);
    method public static boolean intersects(androidx.ink.geometry.Parallelogram, androidx.ink.geometry.PartitionedMesh mesh, androidx.ink.geometry.AffineTransform meshToParallelogram);
    method public static boolean intersects(androidx.ink.geometry.Parallelogram, androidx.ink.geometry.Segment segment);
    method public static boolean intersects(androidx.ink.geometry.Parallelogram, androidx.ink.geometry.Triangle triangle);
    method public static boolean intersects(androidx.ink.geometry.Parallelogram, androidx.ink.geometry.Vec point);
    method public static boolean intersects(androidx.ink.geometry.Parallelogram, float x, float y);
    method public static boolean intersects(androidx.ink.geometry.PartitionedMesh, androidx.ink.geometry.Box box, androidx.ink.geometry.AffineTransform meshToBox);
    method public static boolean intersects(androidx.ink.geometry.PartitionedMesh, androidx.ink.geometry.Parallelogram parallelogram, androidx.ink.geometry.AffineTransform meshToParallelogram);
    method public static boolean intersects(androidx.ink.geometry.PartitionedMesh, androidx.ink.geometry.PartitionedMesh other, androidx.ink.geometry.AffineTransform thisToCommonTransform, androidx.ink.geometry.AffineTransform otherToCommonTransform);
    method public static boolean intersects(androidx.ink.geometry.PartitionedMesh, androidx.ink.geometry.Segment segment, androidx.ink.geometry.AffineTransform meshToSegment);
    method public static boolean intersects(androidx.ink.geometry.PartitionedMesh, androidx.ink.geometry.Triangle triangle, androidx.ink.geometry.AffineTransform meshToTriangle);
    method public static boolean intersects(androidx.ink.geometry.PartitionedMesh, androidx.ink.geometry.Vec point, androidx.ink.geometry.AffineTransform meshToPoint);
    method public static boolean intersects(androidx.ink.geometry.PartitionedMesh, float x, float y, androidx.ink.geometry.AffineTransform meshToPoint);
    method public static boolean intersects(androidx.ink.geometry.Segment, androidx.ink.geometry.Box box);
    method public static boolean intersects(androidx.ink.geometry.Segment, androidx.ink.geometry.Parallelogram parallelogram);
    method public static boolean intersects(androidx.ink.geometry.Segment, androidx.ink.geometry.PartitionedMesh mesh, androidx.ink.geometry.AffineTransform meshToSegment);
    method public static boolean intersects(androidx.ink.geometry.Segment, androidx.ink.geometry.Segment other);
    method public static boolean intersects(androidx.ink.geometry.Segment, androidx.ink.geometry.Triangle triangle);
    method public static boolean intersects(androidx.ink.geometry.Segment, androidx.ink.geometry.Vec point);
    method public static boolean intersects(androidx.ink.geometry.Segment, float x, float y);
    method public static boolean intersects(androidx.ink.geometry.Triangle, androidx.ink.geometry.Box box);
    method public static boolean intersects(androidx.ink.geometry.Triangle, androidx.ink.geometry.Parallelogram parallelogram);
    method public static boolean intersects(androidx.ink.geometry.Triangle, androidx.ink.geometry.PartitionedMesh mesh, androidx.ink.geometry.AffineTransform meshToTriangle);
    method public static boolean intersects(androidx.ink.geometry.Triangle, androidx.ink.geometry.Segment segment);
    method public static boolean intersects(androidx.ink.geometry.Triangle, androidx.ink.geometry.Triangle other);
    method public static boolean intersects(androidx.ink.geometry.Triangle, androidx.ink.geometry.Vec point);
    method public static boolean intersects(androidx.ink.geometry.Triangle, float x, float y);
    method public static boolean intersects(androidx.ink.geometry.Vec, androidx.ink.geometry.Box box);
    method public static boolean intersects(androidx.ink.geometry.Vec, androidx.ink.geometry.Parallelogram parallelogram);
    method public static boolean intersects(androidx.ink.geometry.Vec, androidx.ink.geometry.PartitionedMesh mesh, androidx.ink.geometry.AffineTransform meshToPoint);
    method public static boolean intersects(androidx.ink.geometry.Vec, androidx.ink.geometry.Segment segment);
    method public static boolean intersects(androidx.ink.geometry.Vec, androidx.ink.geometry.Triangle triangle);
    method public static boolean intersects(androidx.ink.geometry.Vec, androidx.ink.geometry.Vec other);
    field public static final androidx.ink.geometry.Intersection INSTANCE;
  }

  public final class MutableAffineTransform extends androidx.ink.geometry.AffineTransform {
    ctor public MutableAffineTransform();
    method public androidx.ink.geometry.MutableAffineTransform populateFrom(androidx.ink.geometry.AffineTransform input);
    method public androidx.ink.geometry.MutableAffineTransform populateFromIdentity();
    method public androidx.ink.geometry.MutableAffineTransform populateFromRotation(@androidx.ink.geometry.AngleRadiansFloat float angleOfRotation);
    method public androidx.ink.geometry.MutableAffineTransform populateFromScale(float scaleFactor);
    method public androidx.ink.geometry.MutableAffineTransform populateFromScale(float xScaleFactor, float yScaleFactor);
    method public androidx.ink.geometry.MutableAffineTransform populateFromScaleX(float scaleFactor);
    method public androidx.ink.geometry.MutableAffineTransform populateFromScaleY(float scaleFactor);
    method public androidx.ink.geometry.MutableAffineTransform populateFromSkewX(float sx);
    method public androidx.ink.geometry.MutableAffineTransform populateFromSkewY(float sy);
    method public androidx.ink.geometry.MutableAffineTransform populateFromTranslate(androidx.ink.geometry.Vec offset);
    method public void setValues(float m00, float m10, float m20, float m01, float m11, float m21);
    method public void setValues(@Size(min=6L) float[] values);
  }

  public final class MutableBox extends androidx.ink.geometry.Box {
    ctor public MutableBox();
    method public float getXMax();
    method public float getXMin();
    method public float getYMax();
    method public float getYMin();
    method public androidx.ink.geometry.MutableBox populateFrom(androidx.ink.geometry.Box input);
    method public androidx.ink.geometry.MutableBox populateFromCenterAndDimensions(androidx.ink.geometry.Vec center, @FloatRange(from=0.0) float width, @FloatRange(from=0.0) float height);
    method public androidx.ink.geometry.MutableBox populateFromTwoPoints(androidx.ink.geometry.Vec point1, androidx.ink.geometry.Vec point2);
    method public androidx.ink.geometry.MutableBox setXBounds(float x1, float x2);
    method public androidx.ink.geometry.MutableBox setYBounds(float y1, float y2);
    property public float xMax;
    property public float xMin;
    property public float yMax;
    property public float yMin;
  }

  public final class MutableParallelogram extends androidx.ink.geometry.Parallelogram {
    ctor public MutableParallelogram();
    method public androidx.ink.geometry.MutableVec getCenter();
    method public float getHeight();
    method @androidx.ink.geometry.AngleRadiansFloat public float getRotation();
    method public float getSkew();
    method @FloatRange(from=0.0) public float getWidth();
    method public androidx.ink.geometry.MutableParallelogram populateFrom(androidx.ink.geometry.Parallelogram input);
    method public androidx.ink.geometry.MutableParallelogram populateFromCenterAndDimensions(androidx.ink.geometry.MutableVec center, @FloatRange(from=0.0) float width, float height);
    method public androidx.ink.geometry.MutableParallelogram populateFromCenterDimensionsAndRotation(androidx.ink.geometry.MutableVec center, @FloatRange(from=0.0) float width, float height, @androidx.ink.geometry.AngleRadiansFloat float rotation);
    method public androidx.ink.geometry.MutableParallelogram populateFromCenterDimensionsRotationAndSkew(androidx.ink.geometry.MutableVec center, @FloatRange(from=0.0) float width, float height, @androidx.ink.geometry.AngleRadiansFloat float rotation, float skew);
    method public androidx.ink.geometry.MutableParallelogram populateFromSegmentAndPadding(androidx.ink.geometry.Segment segment, float padding);
    method public void setCenter(androidx.ink.geometry.MutableVec);
    method public void setHeight(float);
    method public void setRotation(@androidx.ink.geometry.AngleRadiansFloat float);
    method public void setSkew(float);
    method public void setWidth(@FloatRange(from=0.0) float);
    property public androidx.ink.geometry.MutableVec center;
    property public float height;
    property @androidx.ink.geometry.AngleRadiansFloat public float rotation;
    property public float skew;
    property @FloatRange(from=0.0) public float width;
    field public static final androidx.ink.geometry.MutableParallelogram.Companion Companion;
  }

  public static final class MutableParallelogram.Companion {
  }

  public final class MutableSegment extends androidx.ink.geometry.Segment {
    ctor public MutableSegment();
    ctor public MutableSegment(androidx.ink.geometry.MutableVec start, androidx.ink.geometry.MutableVec end);
    method public androidx.ink.geometry.MutableVec getEnd();
    method public androidx.ink.geometry.MutableVec getStart();
    method public androidx.ink.geometry.MutableSegment populateFrom(androidx.ink.geometry.Segment input);
    method public void setEnd(androidx.ink.geometry.MutableVec);
    method public void setStart(androidx.ink.geometry.MutableVec);
    property public androidx.ink.geometry.MutableVec end;
    property public androidx.ink.geometry.MutableVec start;
  }

  public final class MutableTriangle extends androidx.ink.geometry.Triangle {
    ctor public MutableTriangle();
    ctor public MutableTriangle(androidx.ink.geometry.MutableVec p0, androidx.ink.geometry.MutableVec p1, androidx.ink.geometry.MutableVec p2);
    method public androidx.ink.geometry.MutableVec getP0();
    method public androidx.ink.geometry.MutableVec getP1();
    method public androidx.ink.geometry.MutableVec getP2();
    method public androidx.ink.geometry.MutableTriangle populateFrom(androidx.ink.geometry.Triangle input);
    method public void setP0(androidx.ink.geometry.MutableVec);
    method public void setP1(androidx.ink.geometry.MutableVec);
    method public void setP2(androidx.ink.geometry.MutableVec);
    property public androidx.ink.geometry.MutableVec p0;
    property public androidx.ink.geometry.MutableVec p1;
    property public androidx.ink.geometry.MutableVec p2;
  }

  public final class MutableVec extends androidx.ink.geometry.Vec {
    ctor public MutableVec();
    ctor public MutableVec(float x, float y);
    method public static androidx.ink.geometry.MutableVec fromDirectionAndMagnitude(@androidx.ink.geometry.AngleRadiansFloat float direction, float magnitude);
    method public float getX();
    method public float getY();
    method public androidx.ink.geometry.MutableVec populateFrom(androidx.ink.geometry.Vec input);
    method public void setX(float);
    method public void setY(float);
    property public float x;
    property public float y;
    field public static final androidx.ink.geometry.MutableVec.Companion Companion;
  }

  public static final class MutableVec.Companion {
    method public androidx.ink.geometry.MutableVec fromDirectionAndMagnitude(@androidx.ink.geometry.AngleRadiansFloat float direction, float magnitude);
  }

  public abstract class Parallelogram {
    method public final androidx.ink.geometry.ImmutableBox computeBoundingBox();
    method public final androidx.ink.geometry.MutableBox computeBoundingBox(androidx.ink.geometry.MutableBox outBox);
    method public final java.util.List<androidx.ink.geometry.ImmutableVec> computeCorners();
    method public final void computeCorners(androidx.ink.geometry.MutableVec outCorner1, androidx.ink.geometry.MutableVec outCorner2, androidx.ink.geometry.MutableVec outCorner3, androidx.ink.geometry.MutableVec outCorner4);
    method public final java.util.List<androidx.ink.geometry.ImmutableVec> computeSemiAxes();
    method public final void computeSemiAxes(androidx.ink.geometry.MutableVec outAxis1, androidx.ink.geometry.MutableVec outAxis2);
    method public final float computeSignedArea();
    method public final operator boolean contains(androidx.ink.geometry.ImmutableVec point);
    method public abstract androidx.ink.geometry.Vec getCenter();
    method public abstract float getHeight();
    method @androidx.ink.geometry.AngleRadiansFloat public abstract float getRotation();
    method public abstract float getSkew();
    method @FloatRange(from=0.0) public abstract float getWidth();
    method public final boolean isAlmostEqual(androidx.ink.geometry.Parallelogram other, @FloatRange(from=0.0) float tolerance);
    property public abstract androidx.ink.geometry.Vec center;
    property public abstract float height;
    property @androidx.ink.geometry.AngleRadiansFloat public abstract float rotation;
    property public abstract float skew;
    property @FloatRange(from=0.0) public abstract float width;
    field public static final androidx.ink.geometry.Parallelogram.Companion Companion;
  }

  public static final class Parallelogram.Companion {
  }

  public final class PartitionedMesh {
    method public androidx.ink.geometry.Box? computeBoundingBox();
    method @FloatRange(from=0.0, to=1.0) public float computeCoverage(androidx.ink.geometry.Box box);
    method @FloatRange(from=0.0, to=1.0) public float computeCoverage(androidx.ink.geometry.Box box, optional androidx.ink.geometry.AffineTransform boxToThis);
    method @FloatRange(from=0.0, to=1.0) public float computeCoverage(androidx.ink.geometry.Parallelogram parallelogram);
    method @FloatRange(from=0.0, to=1.0) public float computeCoverage(androidx.ink.geometry.Parallelogram parallelogram, optional androidx.ink.geometry.AffineTransform parallelogramToThis);
    method @FloatRange(from=0.0, to=1.0) public float computeCoverage(androidx.ink.geometry.PartitionedMesh other);
    method @FloatRange(from=0.0, to=1.0) public float computeCoverage(androidx.ink.geometry.PartitionedMesh other, optional androidx.ink.geometry.AffineTransform otherShapeToThis);
    method @FloatRange(from=0.0, to=1.0) public float computeCoverage(androidx.ink.geometry.Triangle triangle);
    method @FloatRange(from=0.0, to=1.0) public float computeCoverage(androidx.ink.geometry.Triangle triangle, optional androidx.ink.geometry.AffineTransform triangleToThis);
    method public boolean computeCoverageIsGreaterThan(androidx.ink.geometry.Box box, float coverageThreshold);
    method public boolean computeCoverageIsGreaterThan(androidx.ink.geometry.Box box, float coverageThreshold, optional androidx.ink.geometry.AffineTransform boxToThis);
    method public boolean computeCoverageIsGreaterThan(androidx.ink.geometry.Parallelogram parallelogram, float coverageThreshold);
    method public boolean computeCoverageIsGreaterThan(androidx.ink.geometry.Parallelogram parallelogram, float coverageThreshold, optional androidx.ink.geometry.AffineTransform parallelogramToThis);
    method public boolean computeCoverageIsGreaterThan(androidx.ink.geometry.PartitionedMesh other, float coverageThreshold);
    method public boolean computeCoverageIsGreaterThan(androidx.ink.geometry.PartitionedMesh other, float coverageThreshold, optional androidx.ink.geometry.AffineTransform otherShapeToThis);
    method public boolean computeCoverageIsGreaterThan(androidx.ink.geometry.Triangle triangle, float coverageThreshold);
    method public boolean computeCoverageIsGreaterThan(androidx.ink.geometry.Triangle triangle, float coverageThreshold, optional androidx.ink.geometry.AffineTransform triangleToThis);
    method protected void finalize();
    method @IntRange(from=0L) public int getOutlineCount(@IntRange(from=0L) int groupIndex);
    method @IntRange(from=0L) public int getOutlineVertexCount(@IntRange(from=0L) int groupIndex, @IntRange(from=0L) int outlineIndex);
    method @IntRange(from=0L) public int getRenderGroupCount();
    method public void initializeSpatialIndex();
    method public androidx.ink.geometry.MutableVec populateOutlinePosition(@IntRange(from=0L) int groupIndex, @IntRange(from=0L) int outlineIndex, @IntRange(from=0L) int outlineVertexIndex, androidx.ink.geometry.MutableVec outPosition);
    field public static final androidx.ink.geometry.PartitionedMesh.Companion Companion;
  }

  public static final class PartitionedMesh.Companion {
  }

  public abstract class Segment {
    method public final androidx.ink.geometry.ImmutableBox computeBoundingBox();
    method public final androidx.ink.geometry.MutableBox computeBoundingBox(androidx.ink.geometry.MutableBox outBox);
    method public final androidx.ink.geometry.ImmutableVec computeDisplacement();
    method public final androidx.ink.geometry.MutableVec computeDisplacement(androidx.ink.geometry.MutableVec outVec);
    method @FloatRange(from=0.0) public final float computeLength();
    method public final androidx.ink.geometry.ImmutableVec computeLerpPoint(float ratio);
    method public final androidx.ink.geometry.MutableVec computeLerpPoint(float ratio, androidx.ink.geometry.MutableVec outVec);
    method public final androidx.ink.geometry.ImmutableVec computeMidpoint();
    method public final androidx.ink.geometry.MutableVec computeMidpoint(androidx.ink.geometry.MutableVec outVec);
    method public abstract androidx.ink.geometry.Vec getEnd();
    method public abstract androidx.ink.geometry.Vec getStart();
    method public final boolean isAlmostEqual(androidx.ink.geometry.Segment other, @FloatRange(from=0.0) float tolerance);
    method public final float project(androidx.ink.geometry.Vec pointToProject);
    property public abstract androidx.ink.geometry.Vec end;
    property public abstract androidx.ink.geometry.Vec start;
    field public static final androidx.ink.geometry.Segment.Companion Companion;
  }

  public static final class Segment.Companion {
  }

  public abstract class Triangle {
    method public final androidx.ink.geometry.ImmutableBox computeBoundingBox();
    method public final androidx.ink.geometry.MutableBox computeBoundingBox(androidx.ink.geometry.MutableBox outBox);
    method public final androidx.ink.geometry.ImmutableSegment computeEdge(@IntRange(from=0L, to=2L) int index);
    method public final androidx.ink.geometry.MutableSegment computeEdge(@IntRange(from=0L, to=2L) int index, androidx.ink.geometry.MutableSegment outSegment);
    method public final float computeSignedArea();
    method public final operator boolean contains(androidx.ink.geometry.Vec point);
    method public abstract androidx.ink.geometry.Vec getP0();
    method public abstract androidx.ink.geometry.Vec getP1();
    method public abstract androidx.ink.geometry.Vec getP2();
    method public final boolean isAlmostEqual(androidx.ink.geometry.Triangle other, @FloatRange(from=0.0) float tolerance);
    property public abstract androidx.ink.geometry.Vec p0;
    property public abstract androidx.ink.geometry.Vec p1;
    property public abstract androidx.ink.geometry.Vec p2;
    field public static final androidx.ink.geometry.Triangle.Companion Companion;
  }

  public static final class Triangle.Companion {
  }

  public abstract class Vec {
    method @FloatRange(from=0.0, to=java.lang.Math.PI) @androidx.ink.geometry.AngleRadiansFloat public static final float absoluteAngleBetween(androidx.ink.geometry.Vec lhs, androidx.ink.geometry.Vec rhs);
    method public static final void add(androidx.ink.geometry.Vec lhs, androidx.ink.geometry.Vec rhs, androidx.ink.geometry.MutableVec output);
    method @FloatRange(from=-3.141592653589793, to=java.lang.Math.PI) @androidx.ink.geometry.AngleRadiansFloat public final float computeDirection();
    method @FloatRange(from=0.0) public final float computeMagnitude();
    method @FloatRange(from=0.0) public final float computeMagnitudeSquared();
    method public final androidx.ink.geometry.ImmutableVec computeNegation();
    method public final androidx.ink.geometry.MutableVec computeNegation(androidx.ink.geometry.MutableVec outVec);
    method public final androidx.ink.geometry.ImmutableVec computeOrthogonal();
    method public final androidx.ink.geometry.MutableVec computeOrthogonal(androidx.ink.geometry.MutableVec outVec);
    method public final androidx.ink.geometry.ImmutableVec computeUnitVec();
    method public final androidx.ink.geometry.MutableVec computeUnitVec(androidx.ink.geometry.MutableVec outVec);
    method public static final float determinant(androidx.ink.geometry.Vec lhs, androidx.ink.geometry.Vec rhs);
    method public static final void divide(androidx.ink.geometry.Vec lhs, float rhs, androidx.ink.geometry.MutableVec output);
    method public static final float dotProduct(androidx.ink.geometry.Vec lhs, androidx.ink.geometry.Vec rhs);
    method public abstract float getX();
    method public abstract float getY();
    method public final boolean isAlmostEqual(androidx.ink.geometry.Vec other);
    method public final boolean isAlmostEqual(androidx.ink.geometry.Vec other, optional @FloatRange(from=0.0) float tolerance);
    method public final boolean isParallelTo(androidx.ink.geometry.Vec other, @FloatRange(from=0.0) @androidx.ink.geometry.AngleRadiansFloat float angleTolerance);
    method public final boolean isPerpendicularTo(androidx.ink.geometry.Vec other, @FloatRange(from=0.0) @androidx.ink.geometry.AngleRadiansFloat float angleTolerance);
    method public static final void multiply(androidx.ink.geometry.Vec lhs, float rhs, androidx.ink.geometry.MutableVec output);
    method public static final void multiply(float lhs, androidx.ink.geometry.Vec rhs, androidx.ink.geometry.MutableVec output);
    method @FloatRange(from=-3.141592653589793, to=java.lang.Math.PI, fromInclusive=false) @androidx.ink.geometry.AngleRadiansFloat public static final float signedAngleBetween(androidx.ink.geometry.Vec lhs, androidx.ink.geometry.Vec rhs);
    method public static final void subtract(androidx.ink.geometry.Vec lhs, androidx.ink.geometry.Vec rhs, androidx.ink.geometry.MutableVec output);
    property public abstract float x;
    property public abstract float y;
    field public static final androidx.ink.geometry.Vec.Companion Companion;
    field public static final androidx.ink.geometry.ImmutableVec ORIGIN;
  }

  public static final class Vec.Companion {
    method @FloatRange(from=0.0, to=java.lang.Math.PI) @androidx.ink.geometry.AngleRadiansFloat public float absoluteAngleBetween(androidx.ink.geometry.Vec lhs, androidx.ink.geometry.Vec rhs);
    method public void add(androidx.ink.geometry.Vec lhs, androidx.ink.geometry.Vec rhs, androidx.ink.geometry.MutableVec output);
    method public float determinant(androidx.ink.geometry.Vec lhs, androidx.ink.geometry.Vec rhs);
    method public void divide(androidx.ink.geometry.Vec lhs, float rhs, androidx.ink.geometry.MutableVec output);
    method public float dotProduct(androidx.ink.geometry.Vec lhs, androidx.ink.geometry.Vec rhs);
    method public void multiply(androidx.ink.geometry.Vec lhs, float rhs, androidx.ink.geometry.MutableVec output);
    method public void multiply(float lhs, androidx.ink.geometry.Vec rhs, androidx.ink.geometry.MutableVec output);
    method @FloatRange(from=-3.141592653589793, to=java.lang.Math.PI, fromInclusive=false) @androidx.ink.geometry.AngleRadiansFloat public float signedAngleBetween(androidx.ink.geometry.Vec lhs, androidx.ink.geometry.Vec rhs);
    method public void subtract(androidx.ink.geometry.Vec lhs, androidx.ink.geometry.Vec rhs, androidx.ink.geometry.MutableVec output);
    property public androidx.ink.geometry.ImmutableVec ORIGIN;
  }

}