Non-overlapping tiling apparatus and method for multiple window displays

• US 5,712,995 A
• Filed: 09/20/1995
• Issued: 01/27/1998
• Est. Priority Date: 09/20/1995
• Status: Expired due to Fees

• Current Assignee: Robert M. Cohn
• Original Assignee: Galilean Frames, Inc.
• Inventors: Cohn, Robert M.
• Primary Examiner(s): Breene, John E.
• Application Number:
  US08/530,644
• Time in Patent Office: 860 Days
• Field of Search: 395/155-161, 395/326-358, 345/119-120, 348/564-568
• US Class Current: 715/792
• 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

Abstract

A user interface provides a non-overlapped tiling mechanism for management of windows or panes. The non-overlapped tiling mechanism provides independent manipulation of panes and partitions between panes, and creates arrays of partitions from an array of panes in a tiled area. The partition arrays include whole partitions, segments, and combinations of segments. The various types of partitions can be managed and manipulated to effect resizing, repositioning and adjustment of multiple panes simultaneously. The mechanism provides free form and arbitrary arrangement of panes in configurations which do not require or necessarily exhibit any particular symmetry, any parent-child relationship, or any other fixed relationship among panes. The mechanism also provides for ad hoc addition, deletion and hiding of panes. Additionally, application regions can be freely associated and displayed with any of the panes, and associations between application regions and panes can be changed.

Claims

1. A tiling system comprising:

a plurality of non-overlapping panes, wherein a pane can be situated adjacent to more than one pane along an edge in a first direction, and wherein a pane can be situated adjacent to more than one pane along an edge in a second direction transverse to the first direction;

a plurality of partitions adjacent said plurality of panes, wherein at least two of the plurality of partitions have a common end;

means for moving one of the partitions having a common end; and

means for simultaneously moving the at least two partitions having a common end.

2. The tiling system of claim 1, wherein the at least two partitions having a common end are aligned.

3. The tiling system of claim 2, further comprising:

means for jointly displaying partitions which are aligned; and

means for displaying at least one of the aligned partitions distinctly from the partitions which are aligned.

4. The tiling system of claim 2, further comprising means for simultaneously moving at least two partitions which are positioned in directions transverse to each other.

5. The tiling system of claim 2, wherein a first application region is associated with a first pane, said tiling system further comprising means for disassociating the first application region from the first pane and associating the first application region with a second pane.

6. The tiling system of claim 5, wherein a second application region is associated with said second pane, said tiling system further comprising means for associating said second application region with said first pane when said first application region is associated with said second pane.

7. The tiling system of claim 2, further comprising means for creating an additional pane from a portion of at least one of said plurality of panes.

8. The tiling system of claim 7, wherein the means for creating a new pane include first means for defining an area for placement of the additional pane by movement of at least one partition.

9. The tiling system of claim 8, wherein the means for creating a new pane include second means for defining an area for placement of the additional pane by simultaneous movement of the at least one partition and at least one other partition aligned with the at least one partition.

10. The tiling system of claim 2, further comprising:

means for removing a first pane from said plurality of panes; and

means for resizing at least one pane of said plurality of panes which is adjacent to said first pane to include an area defined by said first pane.

11. The tiling system of claim 2, further comprising aligning means for moving a first partition which is within a range of a second partition so as to align the first and second partitions.

12. The tiling system of claim 11, wherein said aligning means includes means for altering said range.

13. The tiling system of claim 11, further comprising:

a plurality of predefined partition positions; and

wherein said aligning means includes means for moving said first partition into alignment with one of said plurality of predefined partition positions.

14. The tiling system of claim 2, further comprising parallel moving means for moving at least one partition which is parallel to the at least two partitions having a common end so as to maintain a predetermined dimension for at least one of said plurality of panes, when one of the at least two partitions having a common end is moved.

15. The tiling system of claim 2 further comprising means for associating application regions of another interface with respective ones of said plurality of panes.

16. The tiling system of claim 1, wherein the at least two partitions having a common end are transverse.

17. The tiling system of claim 16, further comprising parallel moving means for moving at least one partition parallel to a first one of the transverse partitions and at least one partition parallel to a second one of the transverse partitions so as to maintain a predetermined dimension of at least one of the plurality of panes when the transverse partitions are moved.

18. The tiling system of claim 1, further comprising partition creating means for creating said plurality of partitions based upon said plurality of non-overlapping panes.

19. The tiling system of claim 18, wherein said partition creating means includes:

edge means for identifying edges of said plurality of panes;

matching means for determining coextensive edges of adjacent panes; and

partition means for identifying coextensive edges of adjacent panes as partitions of said plurality of partitions.

20. The tiling system of claim 19, wherein said matching means includes:

means for identifying common edges of adjacent panes;

means for determining whether identified common edges are coextensive; and

means for iteratively expanding edges to include aligned edges of separate panes when common edges are not coextensive.

21. The tiling system of claim 18, further comprising partition set creating means for creating sets of aligned partitions of the plurality of partitions.

22. The tiling system of claim 1, further comprising parallel moving means for moving at least one partition which is parallel to one of the at least two partitions having a common end so as to maintain a predetermined dimension for at least one of said plurality of panes, when one of the at least two partitions having a common end is moved.

23. A method for manipulating panes in a non-overlapping tiling system comprising the steps of:

defining a plurality of non-overlapping panes, wherein a pane can be situated adjacent to more than one pane along an edge in a first direction, and wherein a pane can be situated adjacent to more than one pane along an edge in a second direction transverse to the first direction;

defining a plurality of partitions adjacent to said plurality of panes;

defining at least one first set of aligned partitions including at least two partitions which are aligned

selecting one partition from a first set of aligned partitions; and

changing a position of said selected partition so as to manipulate at least one of the plurality of panes.

24. The method of claim 23 further comprising the step of defining at least one second set of aligned partitions including at least two partitions which are aligned and which transverse to at least one first set of partitions.

25. The method of claim 23, wherein a first application region is associated with a first pane and a second application region is associated with a second pane, the method further comprising the steps of associating said first application region with said second pane and associating said second application region with said first pane when said first application region is associated with said second pane.

26. The method of claim 23, further comprising the steps of:

removing a first pane from said plurality of panes; and

resizing at least one pane of said plurality of panes which is adjacent to said first pane to include an area defined by said first pane.

27. A method for manipulating panes in a non-overlapping tiling system comprising the steps of:

defining a plurality of non-overlapping panes;

defining a plurality of partitions adjacent to said plurality of panes;

defining at least one first set of aligned partitions including at least two partitions which are aligned;

displaying the plurality of partitions; and

jointly displaying the at least one first set of aligned partitions distinctly from the plurality of partitions.

28. The method of claim 27, wherein the step of defining a plurality of non-overlapping panes includes the step of defining a plurality of panes wherein a pane can be situated adjacent to more than one pane along an edge in a first direction, and wherein a pane can be situated adjacent to more than one pane along an edge in a second direction transverse to the first direction.

29. A tiling system having a plurality of non-overlapping panes comprising:

means for selectively coupling at least two of the plurality of panes which are adjacent in a first direction such that the at least two panes can be jointly manipulated in a second direction transverse to the first direction when coupled and individually manipulated in the second direction when not coupled; and

;

wherein the means for selectively coupling includes;

a first individually selectable control for coupled manipulation of the at least two panes; and

a plurality of second individually selectable controls, each corresponding to one of the at least two panes, for uncoupled manipulation of the corresponding pane.

30. The tiling system of claim 29, further comprising:

second means for selectively coupling at least two of the plurality of panes which are adjacent in the second direction such that the at least two panes can be jointly manipulated in the first direction when coupled and individually manipulated in the first direction when not coupled;

wherein the second means for selectively coupling includes;

a third individually selectable control for coupled movement of the at least two panes adjacent in the second direction; and

a plurality of fourth individually selectable controls, each corresponding to one of the at least two panes adjacent in the second direction, for uncoupled movement of the corresponding pane.

31. The tiling system of claim 29, further comprising:

means for displaying the panes, the first individually selectable control and the plurality of second individually selectable controls.

32. The tiling system of claim 31, wherein the first individually selectable control and the plurality of second individually selectable controls are simultaneously and distinctly displayed.

33. The tiling system of claim 31, wherein the first individually selectable control and plurality of second individually selectable controls are pickup regions.

34. The non-overlapping tiling system of claim 29, further comprising means for manipulating panes.

35. The tiling system of claim 29, wherein a first application region is associated with a first pane, said tiling system comprising means for disassociating the first application region from the first pane and associating the first application region with another one of said plurality of non-overlapping panes.

36. The tiling system of claim 35, wherein a second application region is associated with said other pane, said tiling system further comprising means for associating said second application region with said first pane when said first application region is associated with said other pane.

37. The tiling system of claim 29, further comprising means for creating an additional pane from a portion of at least one of said plurality of panes.

38. A tiling system having a plurality of non-overlapping panes comprising:

means for selectively coupling at least two of the plurality of panes which are adjacent in a first direction such that the at least two panes can be jointly manipulated in a second direction transverse to the first direction when coupled and individually manipulated in the second direction when not coupled; and

means for selectively coupling at least two of the plurality of panes which are adjacent in the second direction such that the at least two panes can be jointly manipulated in the first direction when coupled and individually manipulated in the first direction when not coupled;

means for selectively coupling a first pane, at least one second pane adjacent the first pane in the first direction, and at least one third pane adjacent the first pane in the second direction such that the first pane, the at least one second pane, and the at least one third pane can be jointly manipulated in the first and second directions when coupled.

39. A tiling system having a plurality of non-overlapping panes, wherein a pane can be situated adjacent to more than one pane along an edge in a first direction, and wherein a pane can be situated adjacent to more than one pane along an edge in a second direction transverse to the first direction, the tiling system comprising:

means for selectively coupling at least two of the plurality of panes which are adjacent in a first direction such that the at least two panes can be jointly manipulated in a second direction transverse to the first direction when coupled and individually manipulated in the second direction when not coupled,

wherein the means for selectively coupling includes;

a first individually selectable control for coupled manipulation of the at least two panes; and

a second individually selectable control for uncoupled manipulation of at least one of the at least two panes.

40. The tiling system of claim 39, further comprising means for selectively coupling at least two of the plurality of panes which are adjacent in the second direction such that the at least two panes can be jointly manipulated in the first direction when coupled and individually manipulated in the first direction when not coupled.

41. A tiling system comprising:

a plurality of non-overlapping panes, wherein a pane can be situated adjacent to more than one pane along an edge in a first direction, and wherein a pane can be situated adjacent to more than one pane along an edge in a second direction transverse to the first direction;

means for associating at least one application region with at least one of said plurality of panes;

means for changing an association of a first application region from an association with a first one of said plurality of panes to an association with a second one of said plurality of panes.

42. The tiling system of claim 41, further comprising means for changing an association of a second application region associated with said second pane to an association with said first pane when the association of the first application region with the first pane is changed.

43. A tiling system comprising:

a plurality of non-overlapping panes;

a plurality of partitions adjacent said plurality of panes;

means for jointly displaying partitions which are aligned; and

means for displaying at least one of the aligned partitions distinctly from the partitions which are aligned.

44. The tiling system of claim 43, wherein the display means displays each of the partitions in the set of aligned partitions distinctly from the set of aligned partitions.

45. The tiling system of claim 44, further comprising:

means for selecting one of a single partition and a set of aligned partitions including said single partition; and

means for moving the selected one of a single partition and set of aligned partitions so as to manipulate at least one pane.

46. The tiling system of claim 43, wherein a pane can be situated adjacent to more than one pane along an edge in a first direction, and wherein a pane can be situated adjacent to more than one pane along an edge in a second direction transverse to the first direction.

47. A system for creating partitions adjacent panes in a tiling system having a plurality of panes, a first set of aligned edges of a first set of the panes, and a second set of aligned edges of a second set of the panes which is adjacent to the first set of panes, wherein the second set of aligned edges is aligned with the first set of aligned edges, the system comprising:

means for iteratively expanding a first subset of the first set of aligned edges;

means for iteratively expanding a second subset of the second set of aligned edges;

means for determining whether the first subset is coextensive with the second subset; and

means for identifying coextensive subsets as partitions.

48. The system of claim 47, wherein a pane can be situated adjacent to more than one pane along an edge in a first direction, and wherein a pane can be situated adjacent to more than one pane along an edge in a second direction transverse to the first direction.

49. The tiling system of claim 47, further comprising partition set creating means for creating sets of aligned partitions.

50. A non-overlapping tiling system comprising:

a plurality of non-overlapping panes, wherein a pane can be situated adjacent to more than one pane along an edge in a first direction, and wherein a pane can be situated adjacent to more than one pane along an edge in a second direction transverse to the first direction;

a plurality of partitions adjacent to said plurality of panes;

means for selecting one of a single partition and a set of aligned partitions including said single partition as a movement partition; and

means for moving the movement partition.

51. The tiling system of claim 50, wherein the means for selecting includes at least one first individually selectable control for selecting the single partition and at least one second individually selectable control for selecting the set of aligned partitions including the single partition.

52. The tiling system of claim 51, further comprising:

means for simultaneously and distinctly displaying the at least one first individually selectable control and the at least one second individually selectable control.

53. An apparatus for manipulating panes in a tiling system having a plurality of non-overlapping panes comprising:

first manipulation means for simultaneously moving a first edge which is an edge of a first pane and a second edge which is an edge of a second pane and which extends the first edge;

second manipulation means for moving the first edge without moving the second edge;

third manipulation means for simultaneously moving a third edge, which is an edge of the first pane transverse to the first edge, together with one of the first edge, the second edge, and a fourth edge which extends the third edge; and

fourth manipulation means for moving the third edge without moving the first, second and fourth edges.

54. The tiling system of claim 53 further comprising means for associating application regions of another interface with respective ones of said plurality of panes.

55. A tiling system comprising:

a plurality of non-overlapping panes;

a plurality of partitions adjacent said plurality of panes; and

aligning means for aligning a first partition with a second partition when said first partition is within a range of said second partition; and

wherein the aligning means includes means for altering said range.

56. The tiling system of claim 55, wherein a pane can be situated adjacent to more than one pane along an edge in a first direction, and wherein a pane can be situated adjacent to more than one pane along an edge in a second direction transverse to the first direction.

57. A tiling system comprising:

a plurality of non-overlapping panes;

a plurality of partitions adjacent said plurality of panes; and

aligning means for aligning a first partition with a second partition when said first partition is within a range of said second partition; and

wherein said aligning means includes;

a plurality of predefined partition positions; and

means for locating a partition into alignment with one of said plurality of predefined positions.

58. The tiling system of claim 57, wherein a pane can be situated adjacent to more than one pane along an edge in a first direction, and wherein a pane can be situated adjacent to more than one pane along an edge in a second direction transverse to the first direction.

59. A tiling system comprising:

a plurality of non-overlapping panes;

a plurality of partitions adjacent to said plurality of panes, wherein at least two of the plurality of partitions are aligned; and

means for creating an additional pane including;

first means for defining an area for placement of the additional pane by movement of one partition of the aligned partitions; and

second means for defining an area for placement of the additional pane by movement of the one partition and at least one other of the aligned partitions.

60. A tiling system having a plurality of non-overlapping panes and a plurality of partitions adjacent to the panes, the system comprising:

means for moving at least one partition to define an area between an initial position and a final position of the at least one partition; and

means for creating an additional pane in the area such that one of the panes is situated adjacent to more than one pane along an edge in a first direction and one of the panes is situated adjacent to more than one pane along an edge in a second direction transverse to the first direction.

61. A tiling system comprising:

a plurality of non-overlapping panes;

a plurality of partitions abutting said plurality of panes; and

means for creating an additional pane including means for defining an area for placement of the additional by moving a partition between two adjacent panes.

62. A tiling system comprising:

a plurality of non-overlapping panes;

a plurality of partitions adjacent said plurality of panes, wherein at least two partitions are aligned;

first parallel moving means for moving a partition parallel to the aligned partitions and moving one of the aligned partitions so as to maintain a predetermined dimension for at least one of said plurality of panes; and

second parallel moving means for moving the partition parallel to the aligned partitions and moving the aligned partitions so as to maintain a predetermined dimension for at least one of said plurality of panes.

63. A tiling system comprising:

a plurality of non-overlapping panes;

a plurality of partitions adjacent said plurality of panes, wherein at least two of the plurality of partitions are transverse;

parallel moving means for moving a first transverse partition, a second transverse partition, at least one partition parallel to the first transverse partition and at least one partition parallel to the second transverse partition so as to maintain a predetermined dimension of at least one of the plurality of panes.

64. A computer system comprising:

a processor for executing program steps; and

a display connected to the processor; and

a set of program steps to be executed on the processor which generate a tiling system on the display, the tiling system including;

a plurality of non-overlapping panes, wherein a pane can be situated adjacent to more than one pane along an edge in a first direction, and wherein a pane can be situated adjacent to more than one pane along an edge in a second direction transverse to the first direction;

a plurality of partitions adjacent to said plurality of panes, wherein at least two of the plurality of partitions have a common end;

means for moving one of the partitions having a common end; and

means for simultaneously moving the at least two partitions having a common end.

65. A tiling system comprising:

a plurality of non-overlapping panes, wherein a pane can be situated adjacent to more than one pane along an edge in a first direction, and wherein a pane can be situated adjacent to more than one pane along an edge in a second direction transverse to the first direction, and wherein at least one of the panes is a tenanted pane with which an application region is associated, and at least one of the panes is an untenanted pane with which no application region is associated; and

means for displaying each application region at a position corresponding to an associated tenanted pane and for displaying each untenanted pane as an empty pane.

66. The tiling system of claim 65, further comprising means for associating an application region with the at least one untenanted pane.

67. The tiling system of claim 66, further comprising means for exchanging application region associations between a first pane and a second pane.

68. The tiling system of claim 65, wherein an application region is associated with a tenanted pane, the system further comprising:

means for associating the application region with an untenanted pane.

69. The tiling system of claim 68, further comprising means for removing an association of the tenanted pane and the application region so that the tenanted pane becomes an untenanted pane.

70. The tiling system of claim 65, further comprising means for removing an association of the tenanted pane and the application region so that the tenanted pane becomes an untenanted pane.

71. The tiling system of claim 70, wherein one of the first pane and second pane is an untenanted pane having a null application region association.

72. A tiling system having a plurality of non-overlapping panes comprising:

means for selectively coupling at least two of the plurality of panes which are adjacent in a first direction such that the at least two panes can be jointly manipulated in a second direction transverse to the first direction when coupled and individually manipulated in the second direction when not coupled; and

means for selectively coupling at least two of the plurality of panes which are adjacent in the second direction such that the at least two panes can be jointly manipulated in the first direction when coupled and individually manipulated in the first direction when not coupled;

wherein the means for selectively coupling includes;

a first individually selectable control for coupled manipulation of the at least two panes; and

a second individually selectable control for uncoupled manipulation of the at least two panes.

73. The tiling system of claim 72, further comprising:

means for manipulating the plurality of partitions and the at least one set of aligned partitions, wherein displayed partitions and displayed aligned partitions are controls for selecting one of the partitions or sets of aligned partitions to be manipulated.

74. A non-overlapping tiling system comprising:

a plurality of non-overlapping panes;

a plurality of partitions adjacent to said plurality of panes, wherein the plurality of partitions include at least one set of aligned partitions including at least two partitions which are aligned;

means for displaying the plurality of partitions; and

means for jointly displaying the at least one set of aligned partitions distinctly from the plurality of partitions.

75. The tiling system of claim 74, wherein a pane can be situated adjacent to more than one pane along an edge in a first direction, and wherein a pane can be situated adjacent to more than one pane along an edge in a second direction transverse to the first direction.