Orthogonal magnifier within a computer system display

• US 20030006995A1
• Filed: 06/15/2001
• Published: 01/09/2003
• Est. Priority Date: 06/15/2001
• Status: Abandoned Application

• Current Assignee: Sun Microsystems Incorporated (Oracle Corporation)
• Original Assignee: Sun Microsystems Incorporated (Oracle Corporation)
• Inventors: Reddy, Achut, Smith, Randall B., Cunningham, Helen A.
• Application Number:
  US09/882,844
• Publication Number:
  US 20030006995A1
• Time in Patent Office: Days
• US Class Current: 345/671
• CPC Class Codes: G06F 2203/04805 Virtual magnifying lens, i.e. window or frame movable on top of displayed information to enlarge it for better reading or selection
• CPC Class Codes: G06F 3/0481 based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
• CPC Class Codes: G06T 3/053 Detail-in-context presentations fisheye or wide-angle transformations G06T3/047
• CPC Class Codes: G06T 3/40 Scaling of whole images or parts thereof, e.g. expanding or contracting

Abstract

One embodiment of the present invention provides a system that selectively magnifies a region within a computer display without obscuring proximate regions in the computer display. The system operates by receiving positioning information from a user of a computer system, wherein the positioning information determines a position of a magnifier within the computer display. Next, the system positions the magnifier over the target region and over proximate regions in the computer display. The system then displays the target region within the magnifier in magnified form, and displays the proximate regions within the magnifier in reduced and/or partially magnified form, so that features within the proximate regions are visible within the magnifier and are not obscured by the magnifier. The system also displays regions within the computer display not covered by the magnifier in unmodified form.

Claims

1. A method for selectively magnifying a region within a computer display without obscuring proximate regions in the computer display, comprising:

receiving positioning information from a user of a computer system;

wherein the positioning information determines a position of a magnifier within the computer display;

wherein the magnifier covers a target region to be magnified and proximate regions immediately surrounding the target region;

positioning the magnifier over the target region and the proximate regions in the computer display;

displaying the target region within the magnifier in magnified form;

displaying the proximate regions within the magnifier in reduced and/or partially magnified form, so that features within the proximate regions are not obscured by the magnifier; and

displaying regions within the computer display not covered by the magnifier in unmodified form.

2. The method of claim 1, wherein the method further comprises:

receiving a command to adjust a magnification of the target region; and

adjusting the magnification of the target region within the magnifier.

3. The method of claim 1, wherein the positioning information is received from a pointing device in the computer system, so that the pointing device can be used to position the magnifier within the computer display.

4. The method of claim 1, wherein the magnifier is a window that moves about the computer display.

5. The method of claim 4, wherein the magnifier is organized as a grid with nine regions, including:

a central region;

a top left region, which is above and to the left of the central region;

a top middle region, which is above the central region;

a top right region, which is above and to the right of the central region;

a middle left region, which is to the left of the central region;

a middle right region, which is to the right of the central region;

a bottom left region, which is below and to the left of the central region;

a bottom middle region, which is below the central region; and

a bottom right region, which is below and to the right of the central region.

6. The method of claim 5, wherein:

the central region magnifies in both the vertical and horizontal directions;

the top left region reduces in the vertical direction and reduces in the horizontal direction;

the top middle region reduces in the vertical direction and magnifies in the horizontal direction;

the top right region reduces in the vertical direction and reduces in the horizontal direction;

the middle left region magnifies in the vertical direction and reduces in the horizontal direction;

the middle right region magnifies in the vertical direction and reduces in the horizontal direction;

the bottom left region reduces in the vertical direction and reduces in the horizontal direction;

the bottom middle region reduces in the vertical direction and magnifies in the horizontal direction; and

the bottom right region reduces in the vertical direction and reduces in the horizontal direction.

7. The method of claim 5, wherein the magnifier additionally includes twelve peripheral regions, including:

a top left peripheral region, which is above the top left region;

a top middle peripheral region, which is above the top middle region;

a top right peripheral region, which is above the top right region;

a left top peripheral region, which is to the left of the top left region;

a left middle peripheral region, which is to the left of the middle left

a left bottom peripheral region, which is to the left of the bottom left region;

a right top peripheral region, which is to the right of the top right region;

a right middle peripheral region, which is to the right of the middle right region;

a right bottom peripheral region, which is to the right of the bottom right region;

a bottom left peripheral region, which is below the bottom left region;

a bottom middle peripheral region, which is below the bottom middle region; and

a bottom right peripheral region, which is below the bottom right region;

8. The method of claim 7, wherein:

the top left peripheral region reduces in the horizontal direction;

the top middle peripheral region magnifies in the horizontal direction;

the top right peripheral region reduces in the horizontal direction;

the left top peripheral region reduces in the vertical direction;

the left middle peripheral region magnifies in the vertical direction;

the left bottom peripheral region reduces in the vertical direction;

the right top peripheral region reduces in the vertical direction;

the right middle peripheral region magnifies in the vertical direction;

the right bottom peripheral region reduces in the vertical direction;

the bottom left peripheral region reduces in the horizontal direction;

the bottom middle peripheral region magnifies in the horizontal direction; and

the bottom right peripheral region reduces in the horizontal direction;

wherein the twelve peripheral regions do not magnify or reduce as much as the proximate regions.

9. The method of claim 1,

wherein displaying the target region involves invoking a display method of an object associated with the target region;

and

wherein the display method uses a magnification transformation to magnify the target region.

10. The method of claim 1, further comprising:

receiving positioning information for a second magnifier from the user of the computer system; and

positioning the second magnifier over a second target region in the computer display to magnify the second target region.

11. A computer-readable storage medium storing instructions that when executed by a computer system cause the computer system to perform a method for selectively magnifying a region within a computer display without obscuring proximate regions in the computer display, the method comprising:

receiving positioning information from a user of the computer system;

wherein the positioning information determines a position of a magnifier within the computer display;

wherein the magnifier covers a target region to be magnified and proximate regions immediately surrounding the target region;

positioning the magnifier over the target region and the proximate regions in the computer display;

displaying the target region within the magnifier in magnified form;

displaying the proximate regions within the magnifier in reduced and/or partially magnified form, so that features within the proximate regions are not obscured by the magnifier; and

displaying regions within the computer display not covered by the magnifier in unmodified form.

12. The computer-readable storage medium of claim 11, wherein the method further comprises:

receiving a command to adjust a magnification of the target region; and

adjusting the magnification of the target region within the magnifier.

13. The computer-readable storage medium of claim 11, wherein the positioning information is received from a pointing device in the computer system, so that the pointing device can be used to position the magnifier within the computer display.

14. The computer-readable storage medium of claim 11, wherein the magnifier is a window that moves about the computer display.

15. The computer-readable storage medium of claim 14, wherein the magnifier is organized as a grid with nine regions, including:

a central region;

a top left region, which is above and to the left of the central region;

a top middle region, which is above the central region;

a top right region, which is above and to the right of the central region;

a middle left region, which is to the left of the central region;

a middle right region, which is to the right of the central region;

a bottom left region, which is below and to the left of the central region;

a bottom middle region, which is below the central region; and

a bottom right region, which is below and to the right of the central region.

16. The computer-readable storage medium of claim 15, wherein:

the central region magnifies in both the vertical and horizontal directions;

the top left region reduces in the vertical direction and reduces in the horizontal direction;

the top middle region reduces in the vertical direction and magnifies in the horizontal direction;

the top right region reduces in the vertical direction and reduces in the horizontal direction;

the middle left region magnifies in the vertical direction and reduces in the horizontal direction;

the middle right region magnifies in the vertical direction and reduces in the horizontal direction;

the bottom left region reduces in the vertical direction and reduces in the horizontal direction;

the bottom middle region reduces in the vertical direction and magnifies in the horizontal direction; and

the bottom right region reduces in the vertical direction and reduces in the horizontal direction.

17. The computer-readable storage medium of claim 15, wherein the magnifier additionally includes twelve peripheral regions, including:

a top left peripheral region, which is above the top left region;

a top middle peripheral region, which is above the top middle region;

a top right peripheral region, which is above the top right region;

a left top peripheral region, which is to the left of the top left region;

a left middle peripheral region, which is to the left of the middle left region;

a left bottom peripheral region, which is to the left of the bottom left region;

a right top peripheral region, which is to the right of the top right region;

a right middle peripheral region, which is to the right of the middle right region;

a right bottom peripheral region, which is to the right of the bottom right region;

a bottom left peripheral region, which is below the bottom left region;

a bottom middle peripheral region, which is below the bottom middle region; and

a bottom right peripheral region, which is below the bottom right region;

18. The computer-readable storage medium of claim 17, wherein:

the top left peripheral region reduces in the horizontal direction;

the top middle peripheral region magnifies in the horizontal direction;

the top right peripheral region reduces in the horizontal direction;

the left top peripheral region reduces in the vertical direction;

the left middle peripheral region magnifies in the vertical direction;

the left bottom peripheral region reduces in the vertical direction;

the right top peripheral region reduces in the vertical direction;

the right middle peripheral region magnifies in the vertical direction;

the right bottom peripheral region reduces in the vertical direction;

the bottom left peripheral region reduces in the horizontal direction;

the bottom middle peripheral region magnifies in the horizontal direction; and

the bottom right peripheral region reduces in the horizontal direction;

wherein the twelve peripheral regions do not magnify or reduce as much as the proximate regions.

19. The computer-readable storage medium of claim 11,

wherein displaying the target region involves invoking a display method of an object associated with the target region;

and

wherein the display method uses a magnification transformation to magnify the target region.

20. The computer-readable storage medium of claim 11, wherein the method further comprises:

receiving positioning information for a second magnifier from the user of the computer system; and

positioning the second magnifier over a second target region in the computer display to magnify the second target region.

21. An apparatus that selectively magnifies a region within a computer display without obscuring proximate regions in the computer display, comprising:

the computer display within a computer system;

a magnifier within the computer display;

an input device that is configured to receive positioning information from a user of the computer system;

wherein the positioning information determines a position of the magnifier within the computer display;

wherein the magnifier covers a target region to be magnified and proximate regions immediately surrounding the target region;

a positioning mechanism that is configured to position the magnifier over the target region and the proximate regions in the computer display; and

a display generation mechanism that is configured to,

display the target region within the magnifier in magnified form,

display the proximate regions within the magnifier in reduced and/or partially magnified form, so that features within the proximate regions are not obscured by the magnifier, and to

display regions within the computer display not covered by the magnifier in unmodified form.

22. The apparatus of claim 21, wherein the apparatus further comprises an adjustment mechanism that is configured to:

receive a command to adjust a magnification of the target region; and

to adjust the magnification of the target region within the magnifier.

23. The apparatus of claim 21, wherein the input device is a pointing device in the computer system, whereby the pointing device can be used to position the magnifier within the computer display.

24. The apparatus of claim 21, wherein the magnifier is a window that moves about the computer display.

25. The apparatus of claim 24, wherein the magnifier is organized as a grid with nine regions, including:

a central region;

a top left region, which is above and to the left of the central region;

a top middle region, which is above the central region;

a top right region, which is above and to the right of the central region;

a middle left region, which is to the left of the central region;

a middle right region, which is to the right of the central region;

a bottom left region, which is below and to the left of the central region;

a bottom middle region, which is below the central region; and

a bottom right region, which is below and to the right of the central region.

26. The apparatus of claim 25, wherein:

the central region magnifies in both the vertical and horizontal directions;

the top left region reduces in the vertical direction and reduces in the horizontal direction;

the top middle region reduces in the vertical direction and magnifies in the horizontal direction;

the top right region reduces in the vertical direction and reduces in the horizontal direction;

the middle left region magnifies in the vertical direction and reduces in the horizontal direction;

the middle right region magnifies in the vertical direction and reduces in the horizontal direction;

the bottom left region reduces in the vertical direction and reduces in the horizontal direction;

the bottom middle region reduces in the vertical direction and magnifies in the horizontal direction; and

the bottom right region reduces in the vertical direction and reduces in the horizontal direction.

27. The apparatus of claim 25, wherein the magnifier additionally includes twelve peripheral regions, including:

a top left peripheral region, which is above the top left region;

a top middle peripheral region, which is above the top middle region;

a top right peripheral region, which is above the top right region;

a left top peripheral region, which is to the left of the top left region;

a left middle peripheral region, which is to the left of the middle left region;

a left bottom peripheral region, which is to the left of the bottom left region;

a right top peripheral region, which is to the right of the top right region;

a right middle peripheral region, which is to the right of the middle right region;

a right bottom peripheral region, which is to the right of the bottom right region;

a bottom left peripheral region, which is below the bottom left region;

a bottom middle peripheral region, which is below the bottom middle region; and

a bottom right peripheral region, which is below the bottom right region;

28. The apparatus of claim 27, wherein:

the top left peripheral region reduces in the horizontal direction;

the top middle peripheral region magnifies in the horizontal direction;

the top right peripheral region reduces in the horizontal direction;

the left top peripheral region reduces in the vertical direction;

the left middle peripheral region magnifies in the vertical direction;

the left bottom peripheral region reduces in the vertical direction;

the right top peripheral region reduces in the vertical direction;

the right middle peripheral region magnifies in the vertical direction;

the right bottom peripheral region reduces in the vertical direction;

the bottom left peripheral region reduces in the horizontal direction;

the bottom middle peripheral region magnifies in the horizontal direction; and

the bottom right peripheral region reduces in the horizontal direction;

wherein the twelve peripheral regions do not magnify or reduce as much as the proximate regions.

29. The apparatus of claim 21,

wherein the display generation mechanism is configured to display the target region by invoking a display method of an object associated with the target region;

and

wherein the display method is configured to use a magnification transformation to magnify the target region.

30. The apparatus of claim 21, wherein the positioning information is additionally configured to:

receive positioning information for a second magnifier from the user of the computer system; and

to

position the second magnifier over a second target region in the computer display to magnify the second target region.

31. A method for selectively magnifying a region within a computer display without obscuring proximate regions in the computer display, comprising:

receiving positioning information from a user of a computer system;

wherein the positioning information determines a position of a magnifier within the computer display;

wherein the magnifier covers a target region to be magnified and proximate regions immediately surrounding the target region;

positioning the magnifier over the target region and the proximate regions in the computer display; and

displaying the target region within the magnifier so that every point in the target region is mapped to a point within the magnifier, and at least one portion of the target region is magnified.

32. A computer-readable storage medium storing instructions that when executed by a computer system cause the computer system to perform a method for selectively magnifying a region within a computer display without obscuring proximate regions in the computer display, the method comprising:

receiving positioning information from a user of the computer system;

wherein the positioning information determines a position of a magnifier within the computer display;

wherein the magnifier covers a target region to be magnified and proximate regions immediately surrounding the target region;

positioning the magnifier over the target region and the proximate regions in the computer display; and

displaying the target region within the magnifier so that every point in the target region is mapped to a point within the magnifier, and at least one portion of the target region is magnified.

33. An apparatus that selectively magnifies a region within a computer display without obscuring proximate regions in the computer display, comprising:

the computer display within a computer system;

a magnifier within the computer display;

an input device that is configured to receive positioning information from a user of the computer system;

wherein the positioning information determines a position of the magnifier within the computer display;

wherein the magnifier covers a target region to be magnified and proximate regions immediately surrounding the target region;

a positioning mechanism that is configured to position the magnifier over the target region and the proximate regions in the computer display; and

a display generation mechanism that is configured to, display the target region within the magnifier so that every point in the target region is mapped to a point within the magnifier, and at least one portion of the target region is magnified.