Abstract: Translating a hand gesture to an action, consistent with the present disclosure, may be performed in a number of ways. In a particular example, a computer-readable medium may store instructions that when executed cause a processor to receive from a sensor of an input device, a drive signal indicative of a hand gesture, where the drive signal is a sigma-delta A-to-D enabled drive signal. The computer-readable medium may also store instructions that when executed, cause the processor to instruct the input device to enter a hover mode of operation, in response to a determination that the hand gesture includes a first hand gesture, and translate a second hand gesture detected by the sensor to an action by determining a three-dimensional space position and a motion vector of the second hand gesture. The computer-readable medium may store instructions, provide instructions to an operating system to perform the action.

Abstract: Techniques relating to providing three dimensional view of an image to the viewers of a digital display device are described. For example, a filtration mask is implemented on the digital display device, the filtration mask includes multiple super masks arranged based on an aspect ratio of the digital display device. Each of the multiple super masks includes at least one left eye pixel mask visible to left eye of a viewer and at least one right eye pixel mask visible to right eye of the viewer. Further, the at least one left eye pixel mask and at least one right eye pixel mask are arranged in a predefined pattern. Furthermore, at least two super masks from amongst the multiple super masks include the at least one left eye pixel mask and the at least one right eye pixel mask arranged in a mutually different predefined pattern.

Abstract: Techniques relating to providing three dimensional view of an image to the viewers of a digital display device are described. For example, a filtration mask is implemented on the digital display device, the filtration mask includes multiple super masks arranged based on an aspect ratio of the digital display device. Each of the multiple super masks includes at least one left eye pixel mask visible to left eye of a viewer and at least one right eye pixel mask visible to right eye of the viewer. Further, the at least one left eye pixel mask and at least one right eye pixel mask are arranged in a predefined pattern. Furthermore, at least two super masks from amongst the multiple super masks include the at least one left eye pixel mask and the at least one right eye pixel mask arranged in a mutually different predefined pattern.

Abstract: Examples disclosed herein relate to a remote display area including input lenses each depicting a region of a graphical user interface. Examples include, in response to detection of a graphical user interface (GUI) input event with a remote computing device within an input lens having input focus, invoking the GUI input event at a location of the GUI of a local computing device within the region of the GUI depicted in the input lens having input focus.

Abstract: Examples disclosed herein relate to a remote display area including input lenses each depicting a region of a graphical user interface. Examples include, in response to detection of a graphical user interface (GUI) input event with a remote computing device within an input lens having input focus, invoking the GUI input event at a location of the GUI of a local computing device within the region of the GUI depicted in the input lens having input focus.

Abstract: Encoded information is provided about how an image is rendered. When the image is initially rendered, preselected colors are used. The image is re-rendered so that colors used to re-render the image encode information about how the image was originally rendered. For example, the colors for the re-rendered image indicate for each part of the image, the number of vertices included in that part of the image. Alternatively, the colors for the re-rendered image indicate for each part of the image, which type of primitive within a graphics library is used to re-render the first part of the image, or the colors for the re-rendered image indicate for each part of the image, scheduling path within the graphics library used to render that part of the image.