Abstract: A method, apparatus and computer program product for indicating scroll position on a display is presented. A movement event requiring movement of content within a display area is identified. A location indicator is displayed at a first content location relative to content within the display area, the location indicator identifying that the first content location will remain visible on the display in response to the movement event. During movement of the content within the display area, a corresponding movement of the location indicator relative to the first content location is provided as the first content location moves with the content within the display area.

Abstract: A method, apparatus and computer program product for indicating scroll position on a display is presented. A movement event requiring movement of content within a display area is identified. A location indicator is displayed at a first content location relative to content within the display area, the location indicator identifying that the first content location will remain visible on the display in response to the movement event. During movement of the content within the display area, a corresponding movement of the location indicator relative to the first content location is provided as the first content location moves with the content within the display area.

Abstract: A method, apparatus and computer program product for indicating scroll position on a display is presented. A movement event requiring movement of content within a display area is identified. A location indicator is displayed at a first content location relative to content within the display area, the location indicator identifying that the first content location will remain visible on the display in response to the movement event. During movement of the content within the display area, a corresponding movement of the location indicator relative to the first content location is provided as the first content location moves with the content within the display area.

Abstract: Parallax compensation is described, including magnifying a portion of a region of a display using a lens, receiving a request to move the lens in a direction, and moving the portion relative to the lens in the direction in response to the request to move the lens to compensate for parallax at a first edge of the region.

Abstract: Print page user interface is described, including receiving a request to open a printing interface, the printing interface being substantially transparent such that content positioned underneath the printing interface is visible, determining a print area, the print area comprising a portion of the content visible in a print zone, the print zone being an area of the printing interface used to identify the portion and to configure the portion to print on no more than one sheet of paper, and sending a request to print the print area on the no more than one sheet of paper.

Abstract: Navigating display data (e.g., large documents) on an electronic display is described in which a first set of visual indicators are layered over the portion of the portion of data displayed on the electronic display. The user selects a particular navigation task, which selection signal is received by the navigation application. The navigation application determines a section of interest based on the particular navigation task selected and layers a second set of visual indicators over the portion of the display data defined by all of the sections other than the section of interest. The navigation application then animates movement of the display data and both sets of visual indicators on the electronic display according to the particular navigation task selected.

Abstract: Navigating display data (e.g., large documents) on an electronic display is described in which a first set of visual indicators are layered over the portion of the portion of data displayed on the electronic display. The user selects a particular navigation task, which selection signal is received by the navigation application. The navigation application determines a section of interest based on the particular navigation task selected and layers a second set of visual indicators over the portion of the display data defined by all of the sections other than the section of interest. The navigation application then animates movement of the display data and both sets of visual indicators on the electronic display according to the particular navigation task selected.

Abstract: A form magnifier is described, including presenting a form having a first field, presenting a magnifier over the form and the first field, the magnifier having a first area to present a magnified view of a portion of the form and at least a portion of the first field, and receiving a first input to the first field using the magnifier.

Abstract: Techniques for implementing a form filling lens are described, including displaying at least a portion of a form, the portion comprising a first field configured to receive data, drawing a lens comprising a first data entry area to receive a first input comprising the data, receiving the first input using the first data entry area, and entering the data in the first field.