Mesh – Aspose FOSS API Reference

Mesh

Übersicht über die

Mesh ist eine Klasse in Aspose.3d für Java. Erben von: Geometry, Iterable<int[]>.

Mesh.Mesh creates an empty mesh instance.

Eigenschaften

Name	Type	Access	Description
`polygonCount`	`int`	Read	Gets the polygon count.
`polygons`	`List<int[]>`	Read	Gets the polygons.
`edges`	`List<Integer>`	Read	Gets the edges.
`manifold`	`boolean`	Read	Gets the manifold.
`visible`	`boolean`	Read	Gets the visible.
`castShadows`	`boolean`	Read	Gets the cast shadows.
`receiveShadows`	`boolean`	Read	Gets the receive shadows.
`controlPoints`	`java.util.List<Vector4>`	Read	Gets the control points.
`vertexElements`	`java.util.List<VertexElement>`	Read	Gets the vertex elements.
`deformers`	`java.util.List<Deformer>`	Read	Gets the deformers.
`deformers2`	`java.util.Collection<T>`	Read	Gets the deformers2.
`parentNode`	`Node`	Read	Gets the parent node.
`parentNodes`	`ArrayList<Node>`	Read	Gets the parent nodes.
`excluded`	`boolean`	Read	Gets the excluded.
`boundingBox`	`BoundingBox`	Read	Gets the bounding box.
`scene`	`Scene`	Read	Gets the scene.
`name`	`String`	Read	Gets the name.
`properties`	`PropertyCollection`	Read	Gets the properties.

Methoden und Verfahren

Signature	Description
`Mesh()`	Creates an empty mesh with default name
`Mesh(name: String)`	Calls Mesh(name) on this Mesh instance.
`addControlPoint(x: double, y: double, z: double)`	Adds a weighted 4D control point
`addControlPoint(x: double, y: double, z: double, w: double)`	Calls addControlPoint(x, y, z, w) on this Mesh instance.
`createPolygon(indices: int[])`	Creates a quadrilateral polygon from four vertex indices
`createPolygon(indices: int[], offset: int, length: int)`	Calls createPolygon(indices, offset, length) on this Mesh instance.
`createPolygon(v1: int, v2: int, v3: int)`	Calls createPolygon(v1, v2, v3) on this Mesh instance.
`createPolygon(v1: int, v2: int, v3: int, v4: int)`	Calls createPolygon(v1, v2, v3, v4) on this Mesh instance.
`getPolygonCount()` → `int`	Returns the polygon count.
`getPolygonSize(index: int)` → `int`	Returns the number of vertices of the polygon at the given index
`getPolygons()` → `List<int[]>`	Returns the polygons.
`getEdges()` → `List<Integer>`	Returns the edges.
`isManifold()` → `boolean`	Returns true if manifold is set.
`iterator()` → `Iterator<int[]>`	Provides an iterator over polygon index arrays
`toMesh()` → `Mesh`	Returns a copy of this mesh as a Mesh object
`clone()` → `Mesh`	Creates a deep copy of the mesh
`triangulate()` → `Mesh`	Converts all polygons to triangles and returns the new mesh
`optimize(removeVertices: boolean)` → `Mesh`	Simplifies geometry considering tolerance, threshold, and angle deviation
`optimize(removeVertices: boolean, tolerance: float)` → `Mesh`	Calls optimize(removeVertices, tolerance) on this Mesh instance.
`optimize(removeVertices: boolean, tolerance: float, threshold: float)` → `Mesh`	Calls optimize(removeVertices, tolerance, threshold) on this Mesh instance.
`optimize(removeVertices: boolean, tolerance: float, threshold: float, angleThreshold: float)` → `Mesh`	Calls optimize(removeVertices, tolerance, threshold, angleThreshold) on this Mesh instance.
`optimize2(removeVertices: boolean)` → `Mesh`	Performs an alternative optimization on the mesh
`union(a: Mesh, b: Mesh)` → `Mesh`	Returns a mesh representing the union of two meshes
`difference(a: Mesh, b: Mesh)` → `Mesh`	Calls difference(a, b) on this Mesh instance.
`intersect(a: Mesh, b: Mesh)` → `Mesh`	Calls intersect(a, b) on this Mesh instance.
`doBoolean(operation: BooleanOperation, a: Mesh, ma: Matrix4, b: Mesh, mb: Matrix4)` → `Mesh`	Performs the specified Boolean operation on two transformed meshes
`Geometry()`	Calls Geometry on this Mesh instance.
`getVisible()` → `boolean`	Returns the visible.
`setVisible(value: boolean)`	Sets the visible value.
`getCastShadows()` → `boolean`	Returns the cast shadows.
`setCastShadows(value: boolean)`	Initializes a new instance of Box class.
`getReceiveShadows()` → `boolean`	Returns the receive shadows.
`setReceiveShadows(value: boolean)`	Initializes a new instance of Cylinder class.
`getControlPoints()` → `java.util.List<Vector4>`	Returns the control points.
`getVertexElements()` → `java.util.List<VertexElement>`	Returns the vertex elements.
`getDeformers()` → `java.util.List<Deformer>`	Returns the deformers.
`getElement(type: VertexElementType)` → `VertexElement`	Gets or sets width segments.
`createElement(type: VertexElementType)` → `VertexElement`	Gets or sets the height segments.
`addElement(element: VertexElement)`	Calls addElement(element) on this Mesh instance.
`addDeformer(deformer: Deformer)`	Adds a deformer to this geometry and sets the owner reference.
`getVertexElementOfUV(mapping: TextureMapping)` → `VertexElementUV`	Calls getVertexElementOfUV(mapping) on this Mesh instance.
`createElementUV(mapping: TextureMapping)` → `VertexElementUV`	Calls createElementUV(mapping) on this Mesh instance.
`getDeformers2()` → `java.util.Collection<T>`	Returns the deformers2.
`Entity()`	NURBS curve is a curve represented by NURBS(Non-uniform rational basis spline), A NURBS curve is defined by its getOrder(), a set of weighted Geometry.getControlPoints() and a getKnotVectors() The w component in control point is used as control point’s weight, whatever it is a CurveDimension.TWO_DIMENSIONAL or CurveDimension.THREE_DIMENSIONAL
`getParentNode()` → `Node`	Constructor of instance.
`setParentNode(value: Node)`	The Boolean operator used in the operation to create the result mesh.
`getParentNodes()` → `ArrayList<Node>`	Protected constructor to allow derived classes to set name.
`getExcluded()` → `boolean`	The Boolean operator used in the operation to create the result mesh.
`setExcluded(value: boolean)`	Sets the excluded value.
`getBoundingBox()` → `BoundingBox`	The first operand of the Boolean operator.
`SceneObject()`	Boolean operator allows you to apply Boolean operation on two IMeshConvertible instances.
`getScene()` → `Scene`	Constructor of BooleanOperator.
`A3DObject()`	Parameterized Cylinder. It can also be used to represent a cone when one of radiusTop/radiusBottom is zero.
`getName()` → `String`	The segments of the curve.
`setName(name: String)`	Constructs a CircleShape profile with specified radius.
`getProperties()` → `PropertyCollection`	Initializes a new instance of Cylinder class.
`findProperty(name: String)` → `Property`	Initializes a new instance of the Bone class.
`getProperty(name: String)` → `Object`	Gets the transform matrix of the node in current pose.
`setProperty(name: String, value: Object)`	Gets the width segments.
`removeProperty(name: String)` → `boolean`	Gets flip coordinate system of control points/normal during importing/exporting.