Intersection

fun Vec.intersects(box: Box): Boolean

Returns true when the point (a Vec) intersects with a Box. All points on the boundary of the box (including its vertices) and in the interior of the box intersect with it.

fun Segment.intersects(box: Box): Boolean

Returns true when a Segment intersects with a Box --- when this segment has at least one point in common with the Box's interior, edges, or vertices

fun Triangle.intersects(box: Box): Boolean

Returns true when a Triangle intersects with a Box --- When this triangle has at least one point in common with the Box's interior, edges, or vertices.

fun Parallelogram.intersects(box: Box): Boolean

Returns true when a Parallelogram intersects with a Box --- When the box has at least one point in common with the Parallelogram's interior, edges, or vertices.

fun Box.intersects(other: Box): Boolean

Returns true when a Box intersects with other --- When it has at least one point in common with other's interior, edges, or vertices.

fun Parallelogram.intersects(other: Parallelogram): Boolean

Returns true when a Parallelogram intersects with other --- When it has at least one point in common with other's interior, edges, or vertices.

fun Segment.intersects(other: Segment): Boolean

Returns true when a Segment intersects with another Segment --- when this segment has at least one point (including the start and end points) in common with another Segment.

fun Triangle.intersects(other: Triangle): Boolean

Returns true when a Triangle intersects with other --- When this triangle has at least one point in common with other's interior, edges, or vertices.

fun Vec.intersects(other: Vec): Boolean

Returns true if the point (a Vec), intersects other; this only occurs when the two points are equal.

fun Vec.intersects(parallelogram: Parallelogram): Boolean

Returns true when the point (a Vec) intersects with a Parallelogram. All points on the boundary of the parallelogram (including its vertices) and in the interior of the parallelogram intersect with it.

fun Segment.intersects(parallelogram: Parallelogram): Boolean

Returns true when a Segment intersects with a Parallelogram --- when this segment has at least one point in common with the Parallelogram's interior, edges, or vertices.

fun Triangle.intersects(parallelogram: Parallelogram): Boolean

Returns true when a Triangle intersects with a Parallelogram --- When this triangle has at least one point in common with the Parallelogram's interior, edges, or vertices.

fun Box.intersects(parallelogram: Parallelogram): Boolean

Returns true when a Box intersects with a Parallelogram --- When it has at least one point in common with the Parallelogram's interior, edges, or vertices.

fun Segment.intersects(point: Vec): Boolean

Returns true when the Segment intersects with a point (a Vec). All points on the segment, including endpoints, intersect with the segment.

fun Triangle.intersects(point: Vec): Boolean

Returns true when the Triangle intersects with a point (a Vec). All points on the boundary of the triangle (including its vertices) and in the interior of the triangle intersect with it.

fun Parallelogram.intersects(point: Vec): Boolean

Returns true when the Parallelogram intersects with a point (a Vec). All points on the boundary of the parallelogram (including its vertices) and in the interior of the parallelogram intersect with it.

fun Box.intersects(point: Vec): Boolean

Returns true when the Box intersects with a point (a Vec). All points on the boundary of the box (including its vertices) and in the interior of the box intersect with it.

fun Vec.intersects(segment: Segment): Boolean

Returns true when the point (a Vec) intersects with a Segment. All points on the segment, including endpoints, intersect with the segment.

fun Triangle.intersects(segment: Segment): Boolean

Returns true when a Triangle intersects with a Segment --- when the segment has at least one point in common with the Triangle's interior, edges, or vertices.

fun Parallelogram.intersects(segment: Segment): Boolean

Returns true when a Parallelogram intersects with a Segment --- when the segment has at least one point in common with the Parallelogram's interior, edges, or vertices.

fun Box.intersects(segment: Segment): Boolean

Returns true when a Box intersects with a Segment --- when the segment has at least one point in common with the Box's interior, edges, or vertices

fun Vec.intersects(triangle: Triangle): Boolean

Returns true when the point (a Vec) intersects with a Triangle. All points on the boundary of the triangle (including its vertices) and in the interior of the triangle intersect with it.

fun Segment.intersects(triangle: Triangle): Boolean

Returns true when a Segment intersects with a Triangle --- when this segment has at least one point in common with the Triangle's interior, edges, or vertices.

fun Parallelogram.intersects(triangle: Triangle): Boolean

Returns true when a Parallelogram intersects with a Triangle --- When the triangle has at least one point in common with the Parallelogram's interior, edges, or vertices.

fun Box.intersects(triangle: Triangle): Boolean

Returns true when a Box intersects with a Triangle --- When the triangle has at least one point in common with the Box's interior, edges, or vertices.

fun PartitionedMesh.intersects(box: Box, meshToBox: AffineTransform): Boolean

Returns true when a PartitionedMesh intersects with a Box.

Note that, because it is expensive to apply a transform to a mesh, this method takes a meshToBox transform as an argument. This transform maps from the PartitionedMesh's coordinate space to the coordinate space that the intersection should be checked in.

fun Box.intersects(mesh: PartitionedMesh, meshToBox: AffineTransform): Boolean

Returns true when a Box intersects with a PartitionedMesh.

Note that, because it is expensive to apply a transform to a mesh, this method takes a meshToBox transform as an argument. This transform maps from the PartitionedMesh's coordinate space to the coordinate space that the intersection should be checked in.

fun Parallelogram.intersects(
    mesh: PartitionedMesh,
    meshToParallelogram: AffineTransform
): Boolean

RReturns true when a Parallelogram intersects with a PartitionedMesh.

Note that, because it is expensive to apply a transform to a mesh, this method takes a meshToParallelogram transform as an argument. This transform maps from the PartitionedMesh's coordinate space to the coordinate space that the intersection should be checked in.

fun Vec.intersects(mesh: PartitionedMesh, meshToPoint: AffineTransform): Boolean

Returns true when the point (a Vec) intersects with mesh. meshToPoint transforms the coordinate space of mesh to the coordinate space that the intersection should be checked in (that of the point). All points along the boundary of the mesh and the meshs interior are considered for intersection.

Performance note: it is expensive to apply a transform to a mesh. To avoid unnecessary calculations, the inverse of meshToPoint is used to perform the mathematically equivalent intersection of the point in mesh’s object coordinates.

fun Segment.intersects(
    mesh: PartitionedMesh,
    meshToSegment: AffineTransform
): Boolean

Returns true when a Segment intersects with a PartitionedMesh.

Note that, because it is expensive to apply a transform to a mesh, this method takes a meshToSegment transform as an argument. This transform maps from the PartitionedMesh's coordinate space to the coordinate space that the intersection should be checked in.

fun Triangle.intersects(
    mesh: PartitionedMesh,
    meshToTriangle: AffineTransform
): Boolean

Returns true when a Triangle intersects with a PartitionedMesh.

Note that, because it is expensive to apply a transform to a mesh, this method takes a meshToTriangle transform as an argument. This transform maps from the PartitionedMesh's coordinate space to the coordinate space that the intersection should be checked in.

fun PartitionedMesh.intersects(
    parallelogram: Parallelogram,
    meshToParallelogram: AffineTransform
): Boolean

Returns true when a PartitionedMesh intersects with a Parallelogram.

Note that, because it is expensive to apply a transform to a mesh, this method takes a meshToParallelogram transform as an argument. This transform maps from the PartitionedMesh's coordinate space to the coordinate space that the intersection should be checked in.

fun PartitionedMesh.intersects(point: Vec, meshToPoint: AffineTransform): Boolean

Returns true when the PartitionedMesh intersects with point. meshToPoint transforms the coordinate space of mesh to the coordinate space that the intersection should be checked in (that of the point). All points along the boundary of the mesh and the meshs interior are considered for intersection.

Performance note: it is expensive to apply a transform to a mesh. To avoid unnecessary calculations, the inverse of meshToPoint is used to perform the mathematically equivalent intersection of the point in mesh’s object coordinates.

fun PartitionedMesh.intersects(
    segment: Segment,
    meshToSegment: AffineTransform
): Boolean

Returns true when a PartitionedMesh intersects with a Segment.

Note that, because it is expensive to apply a transform to a mesh, this method takes a meshToSegment transform as an argument. This transform maps from the PartitionedMesh's coordinate space to the coordinate space that the intersection should be checked in.

fun PartitionedMesh.intersects(
    triangle: Triangle,
    meshToTriangle: AffineTransform
): Boolean

Returns true when a PartitionedMesh intersects with a Triangle.

Note that, because it is expensive to apply a transform to a mesh, this method takes a meshToTriangle transform as an argument. This transform maps from the PartitionedMesh's coordinate space to the coordinate space that the intersection should be checked in.

fun PartitionedMesh.intersects(
    other: PartitionedMesh,
    thisToCommonTransForm: AffineTransform,
    otherToCommonTransform: AffineTransform
): Boolean

Returns true when a PartitionedMesh intersects with a PartitionedMesh.

Note that, because it is expensive to apply a transform to a mesh, this method takes two AffineTransform objects: thisToCommonTransForm and otherToCommonTransform. These transforms map from the respective PartitionedMeshs' coordinate spaces to the common coordinate space that the intersection should be checked in.