Abstract: A computer-based system and method of viewing an electronic slide show presentation providing three modes for viewing an electronic slide show: a speaker presentation mode, an individual browser mode, and a kiosk browser mode. For each mode, a user interface having features desirable in the corresponding mode is provided. The speaker presentation mode user interface displays slides sized to fill a computer display screen. The individual browser mode user interface displays slides within an application window and provides a navigation scrollbar for navigating the slides. The navigation scrollbar having advance and reverse buttons for controlling the display of builds in the slide, and previous and next slide buttons for controlling the display of slides. The kiosk browser mode user interface displays full screen slides and restricts a viewer's navigational functions. The method also provides a user with the ability to customize the user interface corresponding to a slide presentation.

Abstract: A computer-based method of sizing and positioning controls within a window is disclosed. The method divides a window, and in particular a dialog window, into rectangular regions, referred to as frames. A logical description of the relative positions and sizes of the controls and frames within the dialog window is specified. The method automatically determines the coordinates of each control and positions the controls accordingly during execution of the computer program that is displaying the dialog window. The method is performed in two stages: a specification stage and a layout stage. In the specification stage, a dialog window is subdivided into multiple nested rectangular frames. The set of frames for a dialog window forms a hierarchical tree of frames. In the layout stage, the method traverses the tree of frames twice. The first traversal of the frame tree occurs in postorder sequence, and determines the minimum required size of each frame.