In-document floating object re-ordering

• US 8,024,667 B2
• Filed: 10/24/2008
• Issued: 09/20/2011
• Est. Priority Date: 10/24/2008
• Status: Expired due to Fees

• Current Assignee: Microsoft Technology Licensing LLC (Microsoft Corporation)
• Original Assignee: Microsoft Corporation
• Inventors: Lang, Brent, Shaw, Han-Yi
• Primary Examiner(s): Vu; Kieu
• Assistant Examiner(s): Basom; Blaine T.
• Application Number:
  US12/258,074
• Publication Number:
  US 20100107101A1
• Time in Patent Office: 1,061 Days
• Field of Search: 715/766, 715/782, 715/862, 715/790, 715/768, 715/769, 715/243, 715/794, 715/795, 715/796, 715/848, 715/849, 715/850, 715/851, 715/852
• US Class Current: 715/766
• 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

Techniques are disclosed herein for re-ordering floating objects in an electronic document. An electronic document having floating objects is displayed in a first mode. Each floating object has an x-y location in the document and has a position on a z-order stack. In the first mode the floating objects are displayed in an x-y plane based on the z-order stack. Then, the electronic document is displayed in a second mode in which the electronic document is depicted as x-y plane slices. Each x-y plane slice corresponds to one position on the z-order stack. The x-y plane slices are displayed in particular order to depict the position of the floating objects on the z-order stack. A re-ordering of the x-y plane slices is displayed based on a request. Then, the electronic document is displayed in the first mode again based on the re-ordering of the x-y planes.

Claims

1. A computer implemented method comprising:

displaying at least a portion of an electronic document in a first mode, the portion of the electronic document comprises a plurality of floating objects, the portion of the electronic document has a z-order stack, each floating object has an x-y location in the portion of the electronic document and has a position in the z-order stack, in the first mode the floating objects are displayed in an x-y plane based on the z-order stack;

displaying the portion of the electronic document in a second mode, in the second mode the electronic document is depicted as a plurality of x-y plane slices, each x-y plane slice corresponds to one position on the z-order stack and depicts the floating object that is associated with that position on the z-order stack, each x-y plane slice having a number indicator that specifies the position on the z-order stack that the floating object for that x-y plane slice is in, the x-y plane slices are displayed partially overlapping in a particular order to depict the position of the floating objects on the z-order stack, displaying the portion of the electronic document in a second mode includes displaying only a subset of the floating objects that are included in the portion of the electronic document;

receiving a request to re-order the x-y plane slices when in the second mode, receiving the request to re-order includes receiving a request to move a first x-y plane slice relative to the other x-y plane slices;

displaying a re-ordering of the x-y plane slices based on the request to re-order, the displaying a re-ordering includes displaying the first x-y plane slice moving relative to the other x-y slices, the displaying includes decreasing the amount of overlap displayed between neighboring x-y plane slices that the first x-y plane slice is near as it is being moved, the displaying including updating the number indicator on the first x-y plane slice that indicates the current position on the z-order stack for the first x-y plane slice, the number is updated as the first x-y slice is being moved to specify the relative position of the first x-y plane slice to the other x-y plane slices; and

displaying the portion of the electronic document in the first mode based on the re-ordering of the x-y planes slices.

2. A computer implemented method as recited in claim 1, further comprising determining the subset by determining which of the floating objects overlap a first floating object.

3. A computer implemented method as recited in claim 1, further comprising determining the subset by determining which of the floating objects were identified by a user as associated with a first floating object.

4. A computer implemented method as recited in claim 1, wherein the displaying the portion of the electronic document in a second mode includes preserving the x-y location in the portion of the electronic document of each floating object in the subset.

5. A computer implemented method as recited in claim 1, further comprising:

receiving a request to store an indication that a first floating object of the floating objects is to be displayed without being obscured by other floating objects when in the first mode, the request is received when in the second mode; and

wherein displaying the portion of the electronic document in the first mode based on the re-ordering includes displaying the first floating object to allow the first floating object to be viewed for editing by the user, the first floating object would be otherwise be obscured in the first mode.

6. A computer implemented method as recited in claim 1, further comprising:

receiving an indication of a position of a cursor as the cursor moves across the x-y plane slices; and

highlighting the x-y plane slice that the cursor is currently over as the cursor moves.

7. The method of claim 1, wherein the displaying includes displaying a progressively narrower gap between x-y plane slices further from the first x-y plane slice, the distribution of gap widths approximates a Gaussian distribution.

8. The method of claim 1, wherein the displaying includes displaying a progressively narrower gap between x-y plane slices further from the first x-y plane slice, the x-y plane slices include second, third and fourth x-y plane slices that are in progressively higher layers of the z-order stack, the progression has a large gap between the first x-y plane slice and the second x-y place slice, an intermediate size gap between the second x-y plane slice and the third x-y place slice, and a small gap between the third x-y plane slice and the fourth x-y place slice.

9. A computer implemented method comprising:

displaying a page of an electronic document in a first mode, the electronic document page comprises a plurality of floating objects and a plurality of ordered layers, each floating object has an x-y location in the electronic document page, each floating object is associated with one of the layers, in the first mode the floating objects are displayed in a single x-y plane based on the order of the layers;

receiving a selection of a first floating object while displaying the electronic document page in the first mode;

determining a subset of floating objects that are associated with the first floating object, the subset of floating objects are associated with a subset of the layers;

displaying the electronic document page in a second mode, in the second mode the electronic document page is depicted as a plurality of transparent slices that partially overlap, each of the slices corresponds to a layer of the subset of layers, the slices overlap in a first order to depict the relative order of the subset of layers, each of the slices contains a floating object depicted in the x-y location in the electronic document page for the floating object, the transparent slices are displayed as panes of glass, each transparent slice having a number indicator that specifies what layer the floating object for that transparent slice is in;

receiving a request to re-order the slices when in the second mode, receiving the request includes receiving a request to drag a first slice of the slices to a new location among the slices;

displaying the first slice in different positions relative to the other slices in response to the request to re-order the slices, the displaying the first slice in different positions includes altering the overlap between the slices to provide visual cues as the first slice is being dragged, the displaying includes displaying a progressively narrower gap between slices further from the first slice, the distribution of gap widths approximates a Gaussian distribution;

receiving an indication that the first slice is in a final position, the receiving the indication includes receiving a request to drop the first slice at the new location, the slices are in a final order when the first slice is in the final position; and

displaying the electronic document page in the first mode based on the final order of the slices.

10. A computer implemented method as recited in claim 9, wherein the displaying the first slice of the slices in different positions relative to the other slices includes displaying a position indicator on the first slice, the position indicator specifies what position the first slice occupies relative to the other slices as the first slice is being dragged and prior to being dropped.

11. A computer implemented method as recited in claim 9, further comprising determining the subset by determining which of the floating objects overlap the first floating object.

12. A computer implemented method as recited in claim 9, further comprising determining the subset by determining which of the floating objects were identified by a user as associated with the first floating object, the identified floating objects are associated with layers of the plurality of ordered layers other than the layer with which the first floating object is associated.

13. A computer implemented method as recited in claim 9, wherein the displaying the electronic document page in a second mode includes preserving the x-y location in the electronic document page of each floating object.

14. A computer implemented method as recited in claim 9, further comprising:

receiving a request to store an indication that the first floating object is to be displayed without being obscured by other floating objects when in the first mode, the request is received when in the second mode; and

wherein the displaying the electronic document page in the first mode based on the final position of the first slice and positions of the other slices includes displaying the first floating object to allow the first floating object to be viewed for editing by the user, the first floating object would be otherwise be obscured in the first mode.

15. A computer storage medium having stored thereon instructions which, when executed on a processor, implement a method comprising:

displaying a page of an electronic document in a first mode, the document page comprises a plurality of floating objects and a plurality of layers, each floating object has an x-y location in the document page, each floating object is associated with one of the layers, in the first mode the floating objects are displayed in a single x-y plane based on the order of the layers, the first mode allows editing characteristics of the floating objects;

providing an option for a user to request that all of the floating objects be displayed in a layer editing mode or that only floating objects that overlap a selected floating object be displayed in the layer editing mode;

receiving a request to display the document page in the layer editing mode, the layer editing mode allows changing the layer that a floating object is in but does not allow changing other characteristics of the floating objects, the request is one of displaying all floating objects or only displaying floating objects that overlap a selected floating object;

determining a set of the floating objects to display in the layer editing mode to satisfy the request, the set of the floating objects are associated with a set of the layers;

displaying the document page in the layer editing mode, the layer editing mode depicts the document page as a plurality of windows, each window corresponds to a layer of the set of layers, the windows partially overlap each other in an order that corresponds to the relative order of the set of layers, each of the windows contains a floating object depicted in the x-y location in the document page for that floating object, the windows are transparent to allow a particular floating object to be seen through any windows that overlap the window containing the particular floating object, the windows are displayed as panes of glass each having a number indicator that specifies what layer the floating object for that window is in;

receiving a request to re-order the windows when in the layer editing mode, receiving the request includes receiving a request to drag a first window of the windows to a new location;

displaying the first window in different positions relative to the other windows in response to the request to drag the first window to the new location, the displaying the first window includes updating the number indicator on the first window as the first window is being dragged to highlight the position the first window is in relative to the other windows, the displaying the first window includes displaying a progressively narrower gap between windows further from the first window, the distribution of gap widths approximates a Gaussian distribution;

receiving an indication that the first window is in a final position, the receiving the indication includes receiving a request to drop the first window at the new location; and

receiving a request to display the document page in the first mode, the request to display the document page in the first mode is received when the first window is in the final position, the windows are in a final order when the first window is in the final position; and

displaying the document page in the first mode in response to the request to display the document page in the first mode, the displaying the document page in the first mode is based on the final order of the windows.

16. A computer storage medium as recited in claim 15, wherein the determining a set of the floating objects to display in the layer editing mode includes determining a set of the floating objects in layers other than the layer in which the selected floating object is in that form a cluster with the selected floating object.

17. A computer storage medium method as recited in claim 15, wherein the determining a set of the floating objects to display in the layer editing mode includes determining a set of the floating objects in layers other than that directly overlap the selected floating object.

18. A computer storage medium as recited in claim 15, wherein the displaying the object in a layer editing mode includes preserving the x-y location in the document page of each floating object.

19. A computer storage medium as recited in claim 15, wherein the receiving a request to display the document page in the layer editing mode includes receiving a request to display only floating objects that overlap a selected floating object.