Camera

Methods: com.aspose.threed (aspose-3d-foss 26.1.0)

Camera este un Entity care definește un punct de vedere într-o scenă 3D. Controlează modul în care scena este proiectată pe un plan de imagine 2D. O cameră este atașată la un Node pentru a o poziționa și orienta în scenă.

public class Camera extends Entity

Methods

A3DObject -> SceneObject -> Entity -> Camera

Note de implementare

În ediția Java FOSS, Camera clasa are doar constructori — nu sunt implementate proprietăți specifice camerei (câmp de vedere, plan apropiat/distant, mod de proiecție).

Limitare la exportare: Entitățile de cameră sunt nu sunt scrise când se exportă scenele. Exportatorul glTF (GltfExporter) procesează doar Mesh entități — Nodurile de cameră sunt omise în tăcere. Aceasta înseamnă că o cameră atașată unui nod nu va apărea în niciun fișier exportat. Exemplul „Read Camera After Import” de mai jos arată cum să citiți numele camerelor dintr-un fișier importat; totuși, scrierea camerelor într-un fișier nou nu este suportată în această ediție.

Methods

Camera()
Camera(String name)

Name	Type	Access	Description
`apertureMode`	`ApertureMode`	Read	Gets the aperture mode.
`fieldOfView`	`double`	Read	Gets the field of view.
`fieldOfViewX`	`double`	Read	Gets the field of view x.
`fieldOfViewY`	`double`	Read	Gets the field of view y.
`width`	`double`	Read	Gets the width.
`height`	`double`	Read	Gets the height.
`aspectRatio`	`double`	Read	Gets the aspect ratio.
`magnification`	`Vector2`	Read	Gets the magnification.
`projectionType`	`ProjectionType`	Read	Gets the projection type.
`rotationMode`	`RotationMode`	Read	Gets the frustum’s orientation mode This property only works when the getTarget() is null.
`nearPlane`	`double`	Read	Gets the frustum’s near plane distance.
`farPlane`	`double`	Read	Gets the frustum’s far plane distance.
`aspect`	`double`	Read	Gets the aspect ratio of the frustum @return the aspect ratio of the frustum /
`orthoHeight`	`double`	Read	Gets the height when frustum in orthographic projection.
`up`	`Vector3`	Read	Gets the up direction of the camera @return the up direction of the camera /
`lookAt`	`Vector3`	Read	Gets the the interested position that the camera is looking at.
`direction`	`Vector3`	Read	Gets the direction that the camera is looking at.
`target`	`Node`	Read	Gets the target that the camera is looking at.
`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.

Methods

Camera moștenește toate proprietățile de la Entity și A3DObject. Nu sunt expuse proprietăți suplimentare specifice formatului în această ediție.

Signature	Description
`Camera()`	Creates a new camera instance with default name and properties
`Camera(projectionType: ProjectionType)`	Calls Camera(projectionType) on this Camera instance.
`Camera(name: String)`	Calls Camera(name) on this Camera instance.
`Camera(name: String, projectionType: ProjectionType)`	Calls Camera(name, projectionType) on this Camera instance.
`getApertureMode()` → `ApertureMode`	Returns the aperture mode.
`setApertureMode(value: ApertureMode)`	Sets the aperture mode value.
`getFieldOfView()` → `double`	Returns the field of view.
`setFieldOfView(value: double)`	Sets the field of view value.
`getFieldOfViewX()` → `double`	Returns the field of view x.
`setFieldOfViewX(value: double)`	Sets the field of view x value.
`getFieldOfViewY()` → `double`	Returns the field of view y.
`setFieldOfViewY(value: double)`	Sets the field of view y value.
`getWidth()` → `double`	Returns the width.
`setWidth(value: double)`	Sets the width value.
`getHeight()` → `double`	Returns the height.
`setHeight(value: double)`	Sets the height value.
`getAspectRatio()` → `double`	Returns the aspect ratio.
`setAspectRatio(value: double)`	Sets the aspect ratio value.
`getMagnification()` → `Vector2`	Returns the magnification.
`setMagnification(value: Vector2)`	Sets the magnification value.
`getProjectionType()` → `ProjectionType`	Returns the projection type.
`setProjectionType(value: ProjectionType)`	Sets the projection type value.
`getRotationMode()` → `RotationMode`	Gets the frustum’s orientation mode This property only works when the getTarget() is null.
`setRotationMode(value: RotationMode)`	Sets the frustum’s orientation mode This property only works when the getTarget() is null.
`getNearPlane()` → `double`	Gets the frustum’s near plane distance.
`setNearPlane(value: double)`	Sets the frustum’s near plane distance.
`getFarPlane()` → `double`	Gets the frustum’s far plane distance.
`setFarPlane(value: double)`	Sets the frustum’s far plane distance.
`getAspect()` → `double`	Gets the aspect ratio of the frustum @return the aspect ratio of the frustum /
`setAspect(value: double)`	Sets the aspect ratio of the frustum @param value New value /
`getOrthoHeight()` → `double`	Gets the height when frustum in orthographic projection.
`setOrthoHeight(value: double)`	Sets the height when frustum in orthographic projection.
`getUp()` → `Vector3`	Gets the up direction of the camera @return the up direction of the camera /
`setUp(value: Vector3)`	Sets the up direction of the camera @param value New value /
`getLookAt()` → `Vector3`	Gets the the interested position that the camera is looking at.
`setLookAt(value: Vector3)`	Sets the the interested position that the camera is looking at.
`getDirection()` → `Vector3`	Gets the direction that the camera is looking at.
`setDirection(value: Vector3)`	Sets the direction that the camera is looking at.
`getTarget()` → `Node`	Gets the target that the camera is looking at.
`setTarget(value: Node)`	Sets the target that the camera is looking at.
`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.

Exemple de utilizare

Atașați o Cameră la o Scenă

import com.aspose.threed.*;

Scene scene = new Scene();

Camera cam = new Camera("MainCamera");

Node node = scene.getRootNode().createChildNode("camera", cam);
node.getTransform().setTranslation(0.0, 5.0, 20.0);

scene.save("scene-with-camera.glb");

Citiți Camera După Import

import com.aspose.threed.*;

Scene scene = new Scene();
scene.open("model.glb");

for (Node node : scene.getRootNode().getChildNodes()) {
    if (node.getEntity() instanceof Camera) {
        Camera cam = (Camera) node.getEntity();
        System.out.println("Camera: " + cam.getName());
    }
}

Camera

Methods

Note de implementare

Methods

Methods

Exemple de utilizare

Atașați o Cameră la o Scenă

Citiți Camera După Import

Vezi și