Display of objects on a touch screen and their selection
First Claim
1. A method comprising:
- detecting, via a hover-sensing device, a user input instrument tip perpendicularly near a tip hover detection point on a touch screen but not touching the touch screen;
determining via a processor that objects controlled by an application program are displayed near the tip hover detection point in a plane of a display and the touch screen; and
providing a first visual feedback highlighting indication and a second visual feedback highlighting indication altering the original appearance of objects displayed in the plane of the display by an object selection assistance program, where selection of the first visual feedback highlighting indication and the second visual feedback highlighting indication is based upon a planar nearness determination of the object displayed in the plane of the display to the tip hover detection point on the display such that a first subset of the objects closer to the tip hover detection point have the first visual feedback highlighting indication and a second subset of the objects further from the tip hover detection point have the second visual feedback highlighting indication to indicate planar nearness of the first and second subsets of objects to tip hover detection point.
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Accused Products
Abstract
A touch screen may emphasize the display of objects near the tip of a user input instrument located near the surface of the touch screen but not touching the touch screen. The objects may consist of words and the emphasis may consist of highlighting. The user input instrument may be a finger of a user or an electronic pen. As the user input instrument is moved, the objects emphasized may change. A user may select objects on a touch screen by entering into object-selection mode and moving the user input instrument along the surface of the touch screen. An initial touch of the user input instrument to the surface of the touch screen may select a nearest object or objects. As the user input instrument is moved along the surface, the selection of objects may change based upon the movement.
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Citations
19 Claims
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1. A method comprising:
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detecting, via a hover-sensing device, a user input instrument tip perpendicularly near a tip hover detection point on a touch screen but not touching the touch screen; determining via a processor that objects controlled by an application program are displayed near the tip hover detection point in a plane of a display and the touch screen; and providing a first visual feedback highlighting indication and a second visual feedback highlighting indication altering the original appearance of objects displayed in the plane of the display by an object selection assistance program, where selection of the first visual feedback highlighting indication and the second visual feedback highlighting indication is based upon a planar nearness determination of the object displayed in the plane of the display to the tip hover detection point on the display such that a first subset of the objects closer to the tip hover detection point have the first visual feedback highlighting indication and a second subset of the objects further from the tip hover detection point have the second visual feedback highlighting indication to indicate planar nearness of the first and second subsets of objects to tip hover detection point. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
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9. An information handling system comprising:
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a processor to generate content for display on a touch screen, the content including objects that respond to touch input; and the touch screen to receive the input by detecting a user input instrument tip perpendicularly near the touch screen but not touching a surface of the touch screen, wherein; the processor, by executing an object selection assistance program, is to determine that one or more of the objects are displayed on the touch screen near a tip hover detection point corresponding to the tip and in a plane parallel to the touch screen; and the processor, by executing the object selection assistance program, is to provide a plurality of types of visual feedback highlighting the one or more of the objects displayed on the touch screen near the tip hover detection point in the plane parallel to the touchscreen, the type of visual feedback highlighting of an object based upon distance from the displayed object in the plane parallel to the touch screen to the tip hover detection point such that a first subset of the objects closer to the tip hover detection point have a first highlighting indication and a second highlighting indication is applied to a second subset of the objects further from the tip hover detection point than the distance of the first subset of objects, wherein the first and second highlighting indications are respective alterations to how the first subset of objects and the second subset of objects originally appear. - View Dependent Claims (10, 11, 12)
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13. An information handling system comprising:
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a processor to generate content for display on a display with a touch screen device, the content including objects that respond to input to the touch screen device; and the touch screen device to receive a hover input by detecting a user input instrument tip perpendicularly near the touch screen but not touching a surface of the touch screen, wherein; the processor, by executing an object selection assistance program, is to determine that one or more of the objects are displayed on the display near a tip hover detection point perpendicular to the detected user input instrument in a plane parallel to the touch screen; and the processor, by executing the object selection assistance program, is to provide a plurality of types of visual feedback highlighting of a first object and a second object both displayed on the touch screen near the tip hover detection point but at different distances from the tip hover detection point, the type of visual feedback highlighting used for the first object and the second object are based upon a nearness in a plane parallel to the touch screen to the tip hover detection point at a location on the touch screen over which the user input instrument tip hovers perpendicularly such that the first object is closer to tip hover detection point and has a first highlighting indication and the second object that is further from the tip hover detection point has a second highlighting indication, wherein the first and second highlighting indications are respective alterations to how the first subset of objects and the second subset of objects originally appear. - View Dependent Claims (14, 15, 16, 17, 18, 19)
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Specification