Appeal No. 2002-0883
Application No. 08/759,899
We further find that Goh teaches that Figure 2 depicts a
typical window 104. Window 104 comprises a work space 202, a
title bar 204, a resizing button 206, horizontal and vertical
scroll bars 208, 209 and scroll buttons 210, 211. Work space 202
is a display area containing graphical representation of the
objects, such as icons, that the user is manipulating. See
column 3, lines 65 through column 4, lines 3.
We further find that Goh teaches a system and method for
displaying a work space of greater effective area than that of
the display screen using a four-dimensional graphical user
interface. See column 4, lines 26-31. A four-dimensional
graphical user interface is used for displaying a plurality of
windows 104 simultaneously. The user selects one or more windows
to be displayed on the faces of the polyhedron. The user may
select as many windows as the polyhedron has faces. In the
preferred embodiment, the polyhedron is a cube; thus up to six
windows 104 may be displayed simultaneously. See column 5, lines
12-20.
Furthermore, we find that Figure 5 depicts a display of a
four-dimensional graphical user interface of the present
invention. A cube 500 is displayed. Six different windows 104
have been texture mapped onto cube 500, one window 104 per face.
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