Storage/display/action object for onscreen use
View Patent ↗A method for storing, displaying, and retrieving user-selected portions of software application data, display, and functional operations includes one or more 3-D objects portrayed on a computer display. The 3-D object has various onscreen data, 3-D object, text portion, switch, video/audio clip, or the like assigned to and displayed on facets of the 3-D object. The 3-D object is rotatable about at least one axes, so that each one of the six surfaces of the 3-D object may be brought into full visualization, while two other surfaces are partially visible. A plurality of 3-D objects may be combined for functional operations among corresponding files stored on the 3-D objects.
1. In an electronic device that accepts user inputs and includes a screen display, a method for storing, displaying, and recalling items, including the steps of:
displaying a view of a 3-D object;
displaying at least one item;
assigning said at least one item to said 3-D object; including drawing an arrow logic line between the item to a facet and the surface of said object, said at least one item being stored thereafter in said 3-D object and being visually represented on the surface of said 3-D object;
thereafter accessing said at least one item by interacting with said item as represented on said surface;
further including the step of the user calling forth said 3-D object onscreen by drawing onscreen a square and an arc intersecting said square, and thereafter displaying said 3-D object onscreen.
2. In an electronic device that accepts user inputs and includes a screen display, a method for storing, displaying, and recalling items, including the steps of:
displaying a view of a 3-D object;
displaying at least one item;
assigning said at least one item to said 3-D object, including touching or clicking and dragging said onscreen item to a user selected facet of said 3-D object;
further including the step of the user calling forth said 3-D object onscreen by drawing onscreen a square and an arc intersecting said square, and thereafter displaying said 3-D object onscreen.
3. The method of claim 2 , further including the step of providing an onscreen 3-D object inkwell, and selecting a color from said inkwell in which to draw said square and arc, thereafter said 3-D object being rendered in the selected color.
4. In an electronic device that accepts user inputs and includes a screen display, a method for storing, displaying, and recalling items, including the steps of:
displaying a view of a 3-D object;
displaying at least one item;
assigning said at least one item to said 3-D object; including drawing an arrow logic line between the item to a facet and the surface of said object, said at least one item being stored thereafter in said 3-D object and being visually represented on the surface of said 3-D object;
thereafter accessing said at least one item by interacting with said item as represented on said surface;
further including an assembly line displayed onscreen, and including the step of dragging a plurality of said 3-D objects onto said assembly line in a user defined order, said active facets of said plurality of 3-D objects having corresponding data files, said data files being displayed as the assembly line beneath each 3-D object and stack of 3-D objects is touched.
5. In an electronic device that accepts user inputs and includes a screen display, a method for storing, displaying, and recalling items, including the steps of:
displaying a view of a 3-D object;
displaying at least one item;
assigning said at least one item to said 3-D object, including touching or clicking and dragging said onscreen item to a user selected facet of said 3-D object;
further including an assembly line displayed onscreen, and including the step of dragging a plurality of said 3-D objects onto said assembly line in a user defined order, said active facets of said plurality of 3-D objects having corresponding data files, said data files being displayed as the assembly line beneath each 3-D object and stack of 3-D objects is touched.