Class View

Gets or sets the current camera.

Gets the currently registered controls, if any.

Note: To register controls, use setControls.

Gets or sets the distance to the far plane. The distance will be clamped to be within the bounds defined by minNearPlane and maxFarPlane.

The height, in pixels, of this view.

Gets or sets the maximum distance allowed for the camera far plane.

Gets or sets the minimum distance allowed for the camera near plane.

Gets or sets the distance to the near plane. The distance will be clamped to be within the bounds defined by minNearPlane and maxFarPlane.

The width, in pixels, of this view.

Releases unmanaged resources from this object.

Computes a PointOfView for the given object.

Setup the camera to match the specified object or point of view.

• If the argument is a PointOfView, this will be used directly.
• If the object implements HasDefaultPointOfView, this will be used to compute the point of view.
• Otherwise, a default point of view is computed from the object's bounding box.

Important note: this method does not update any camera controls that are controlling the camera. Those controls have to be updated manually so they do not override the new camera position. For example, controls that have a target must be updated so that the target position matches the one returned by this method.

Return the position in the requested CRS, or in camera's CRS if undefined.

Resets the near and far planes to their default value.

Registers external controls that must be udpated periodically.

Note: this is the case of simple controls in the examples/{js,jsm}/controls folder of THREE.js (e.g MapControls):

• they fire 'change' events when the controls' state has changed and the view must be rendered,
• they have an update() method to update the controls' state.

For more complex controls, such as the package camera-controls, a more complex logic is required. Please refer to the appropriate examples for a detailed documentation on how to bind Giro3D and those controls.