Abstract: A method for setting an output of a projector of a display system, is provided. The method includes displaying an image on a projector screen using the projector, measuring a light characteristic emanating from the projector screen using a first meter on a first side of the projector screen, adjusting the output of the projector until a desired value of the light characteristic is measured at the first meter, measuring the light characteristic of light emitted from the projector, with a second meter on a second side of the projector screen, to obtain a light characteristic measurement that corresponds to the desired value, and storing the light characteristic measurement that corresponds to the desired value.

Abstract: The invention relates to systems and methods for tracking the movement of an operator's eyes in order to determine the real-time gaze angle of the eyes of the operator. In one embodiment, the invention may utilize an eye camera and a processing device. A frame by frame image of the eye may be captured utilizing the camera and the processing device, and a custom template resembling the operator's eye may be created utilizing the image produced by the eye camera. The custom template may be substantially the shape and size of the pupil of the eye of the operator, or may also represent additional features of the eye of the operator, such as the iris, sclera, cornea, or eye-lids. A tracking algorithm may determine a substantially real-time gaze angle of the eye.

Abstract: The invention relates to systems and methods for tracking the movement of an operator's eyes in order to determine the real-time gaze angle of the eyes of the operator. In one embodiment, the invention may utilize an eye camera and a processing device. A frame by frame image of the eye may be captured utilizing the camera and the processing device, and a custom template resembling the operator's eye may be created utilizing the image produced by the eye camera. The custom template may be substantially the shape and size of the pupil of the eye of the operator, or may also represent additional features of the eye of the operator, such as the iris, sclera, cornea, or eye-lids. A tracking algorithm may determine a substantially real-time gaze angle of the eye.