Creates an object that contains all the relevant information required to generate a proxy used to communicate with a remote object.

Destruct this CogHandEyeCalibratorRemoteCameras.

Determines whether the specified Object is equal to the current Object.

Compute the CogHandEyeCalibrationRemoteCamerasResults for the remote cameras based on the supplied the corresponded point pairs extracted from images of the separate calibration plates being shuffled between primary station and remote station captured with remote cameras, pelrects of remote cameras, and unCorrectedHome2DFromStage2Ds poses. This overload performs a full hand eye calibration on the remote station so that it doesn't require that the remote cameras and primary cameras to have overlapped or connected plate features in their FOVs when moving the calibration plates between primary station and remote station (via the highly repeatable motions).

Compute the CogHandEyeCalibrationRemoteCamerasResults for the remote cameras based on the supplied tracked feature points on a part from the remote station, pelrects of the remote cameras, and uncorrectedHome2DFromStage2D poses. This overload performs a full hand eye calibration on the remote station so that it doesn't require that the remote cameras and primary cameras to have overlapped tracked features in their FOVs when moving the part between primary station and remote station (via the highly repeatable motions).

Reuse the internal camera parameters (from the supplied camera calibration results of the remote cameras) to compute CogHandEyeCalibrationRemoteCamerasResults for the remote cameras based on the supplied corresponded point pairs extracted from images of the separate calibration plates being shuffled between primary station and remote station captured with remote cameras, pelrects of remote cameras, and uncorrectedHome2DFromStage2D poses. This overload performs a full hand eye calibration on the remote station so that it doesn't require that the remote cameras and primary cameras to have overlapped/connected plate features in their FOVs when moving the calibration plates between primary station and remote station (via the highly repeatable motions).

Reuse the internal camera parameters (from the supplied camera calibration results of the remote cameras) to compute the CogHandEyeCalibrationRemoteCamerasResults for the remote cameras based on the supplied tracked feature points on a part from the remote station, pelrects of the remote camera, and uncorrectedHome2DFromStage2D poses. This overload performs a full hand eye calibration on the remote station so that it doesn't require that the remote cameras and primary cameras to have overlapped tracked features in their FOVs when moving the part between primary station and remote station (via the highly repeatable motions).

Compute the CogHandEyeCalibrationRemoteCamerasResults for the remote cameras based on the supplied hand-eye calibration results of the primary cameras, the corresponded point pairs (from the same calibration plate) for the primary cameras and the remote cameras, pelrects of the remote cameras, using the current parameter settings.

Compute the CogHandEyeCalibrationRemoteCamerasResults for the remote cameras based on the supplied hand-eye calibration results of the primary cameras, the tracked feature points on a part from both primary station and remote station, and pelrects of remote cameras.

Note that it requires the primary cameras and remote cameras must have overlapped tracked features in their FOVs when moving the part between primary station and remote station (via the highly repeatable motion).

Note that the tracked Raw2D features' order must be the same over all primary/remote cameras and over all poses.

Reuse the internal camera parameters (from the supplied camera calibration results of the remote cameras) to compute the CogHandEyeCalibrationRemoteCamerasResults for the remote cameras based on the supplied hand-eye calibration results of the primary cameras, the corresponded point pairs (from the same calibration plate) for the primary cameras and the remote cameras, pelrects of the remote cameras, using the current parameter settings.

Reuse the internal camera parameters (from the supplied camera calibration results of the remote cameras) to compute the CogHandEyeCalibrationRemoteCamerasResults for the remote cameras based on the supplied hand-eye calibration results of the primary cameras, the tracked feature points on a part from both primary station and remote station, pelrects of remote camera.

Note that it requires the primary cameras and remote cameras must have overlapped tracked features in their FOVs when moving the part between primary station and remote station (via the highly repeatable motions).

Note that the tracked Raw2D features' order must be the same over all primary/remote cameras and over all poses.

Finalize this CogHandEyeCalibratorRemoteCameras.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Serves as a hash function for a particular type.

Retrieves the current lifetime service object that controls the lifetime policy for this instance.

Implements the GetObjectData method of the ISerializable interface.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Implements the corresponding member of the ICustomTypeDescriptor interface. May be overridden in derived classes to provide custom type information.

Gets the Type of the current instance.

Obtains a lifetime service object to control the lifetime policy for this instance.

Creates a shallow copy of the current Object.

Creates a shallow copy of the current MarshalByRefObject object.

This method should be called internally whenever the object's state may have changed.

This method may be called internally whenever a derived object's state may have changed and the derived object expresses this change via a derived CogChangedEventArgs class.

Re-enables raising of the Changed event after SuspendChangedEvent has been called, and raises the Changed event if the ChangedEventSuspended count is reduced to zero and any changes were made while events were suspended. Must be called once for each call to SuspendChangedEvent.

Temporarily suspends the raising of the Changed event. May be called more than once, and a corresponding call to ResumeAndRaiseChangedEvent must be made for each call to SuspendChangedEvent.

Returns a String that represents the current Object.