Content-based graphical user interface

• US 7,213,229 B2
• Filed: 02/28/2003
• Issued: 05/01/2007
• Est. Priority Date: 02/28/2003
• Status: Active Grant

• Current Assignee: Arch Vision, Inc.
• Original Assignee: Arch Vision, Inc.
• Inventors: Stevens, Randall S., McConathy, Nathaniel, Wells, Christopher A.
• Primary Examiner(s): Chaki; Kakali
• Assistant Examiner(s): Francis; Mark P.
• Application Number:
  US10/376,175
• Publication Number:
  US 20040169680A1
• Time in Patent Office: 1,523 Days
• Field of Search: 717/106, 717109-164, 715746-781, 715788-815, 345744-859
• US Class Current: 717/110
• 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 computer program, computer-readable media and data signal for providing a content-specific graphic user interface each includes a plurality of code segments for rendering a user interface having at least one graphic manipulation icon, said at least one graphic manipulation icon being operatively associated with at least one attribute of the graphic image for manipulation of said at least one attribute by a user. A method and system for using core functions from a host application to provide a content-specific graphical image manipulation interface is also disclosed.

Claims

1. A computer program embodied on a computer-readable media for providing a content-specific graphic user interface comprising:

a plurality of data segments stored together, said data segments defining both a specific three-dimensional graphical content and at least one custom graphical manipulation function stored with the specific graphical content, wherein the custom graphical manipulation function is configured for rendering a user interface in any of a plurality of host applications in which a graphical image can be used, said at least one custom graphic manipulation function being operatively associated with at least one attribute of the graphic image for manipulation of said at least one attribute by a user, wherein the data segments are configured such that the selection of the custom graphic manipulation function by the user will cause a series of core graphic manipulation functions to be automatically applied to the graphic content such that a custom type of graphic manipulation specific to the content can be applied to the graphical content, wherein the core graphic manipulation functions comprise at least one of a transform function and a material properties function, including at least one of a move, rotate, scaling, texture, color, intensity, and opacity function.

2. A computer program according to claim 1 further comprising a code segment defining an application program interface configured to implement the graphic manipulation function in the host application for selective image manipulation, said graphic manipulation function being based on the core functions of the host application and the graphical image content.

3. A computer program according to claim 1 wherein said graphic manipulation function corresponds with a series of content-specific graphic user interface functions, configured to create a compound graphic user interface to be displayed within a host application.

4. A computer program embodied on a computer-readable media for providing a content-specific graphic user interface comprising:

a code segment defining graphical content for use by a host application to display a predetermined graphical image;

a code segment defining an application program interface for use in forming a set of data manipulation functions to implement in the host application for selective image manipulation, said data manipulation functions being based on the core functions of the host application and the graphical image content;

a code segment defining functions for custom manipulation of the graphical content to alter the appearance of the graphic image displayed on a screen according to actions specifically configured for the graphical content, thereby forming data manipulation functions, said data manipulation functions being based on and stored along with the graphical content and implemented using said core functions; and

a code segment cooperative with an input device to receive an input for image data manipulation, and to cause said code segment defining graphical content to apply said data manipulation functions to manipulate a graphical image on a display through the host application with said data manipulation functions using said core functions and the host application, wherein the core functions comprise at least one of a transform function and a material properties function, including at least one of a move, rotate, scaling, texture, color, intensity, and opacity function.

5. A computer program according to claim 4 wherein said data manipulation functions are defined based on the core functions and stored with predetermined image components in operative association with said content code segment.

6. A computer program according to claim 5 wherein said predetermined image components also include predetermined image sub-components and a plurality of said sub-components are used to form compound image components.

7. A computer program according to claim 4 wherein said data manipulation functions are assigned to one of a series of content-specific graphic user interface functions, thereby creating a compound graphic user interface to be displayed within a host application.

8. A computer readable medium having stored thereon data comprising:

computer-executable instructions for rendering a graphic image and a user interface corresponding with graphical image content for the image and having at least one graphic manipulation icon, said at least one graphic manipulation icon being operatively associated with at least one custom attribute of the graphical image content for manipulation of said at least one attribute by a user through use of a core graphic manipulation, wherein the core function comprises at least one of a transform function and a material properties function, including at least one of a move, rotate, scaling, texture, color, intensity, and opacity function.

9. A computer readable medium according to claim 8 wherein said computer-executable instructions include a code segment defining graphical content for use by a host application to display a predetermined graphical image.

10. A computer readable medium according to claim 9 wherein said computer-executable instructions further include a code segment defining an application program interface for use in forming a set of data manipulation functions to implement in the host application for selective image manipulation, said data manipulation functions being based on the core functions of the host application and the graphical image content, wherein the core functions comprise at least one of a transform function and a material properties function, including at least one of a move, rotate, scaling, texture, color, intensity, and opacity function.

11. A computer readable medium according to claim 10 wherein said computer-executable instructions include a code segment defining functions for data manipulation of the graphical image content to alter the appearance of the graphic image displayed on a screen, thereby forming data manipulation functions, said data manipulation functions being based on the graphical image content and implemented using said core instructions.

12. A computer readable medium according to claim 11 wherein said computer-executable instructions include a code segment cooperative with an input device to receive an input for image manipulation, and to cause said content code segment to apply said data manipulation functions to manipulate a graphical image on a display through the host application with said data manipulation functions using the core functions and the host application.

13. A computer readable medium according to claim 11 wherein said data manipulation functions are defined based on the core functions and stored with predetermined components in operative association with said code segment defining graphical content.

14. A computer readable medium according to claim 13 wherein said predetermined components also include predetermined image sub-components and a plurality of said sub-components are used to form compound components.

15. A computer readable medium according to claim 13 wherein said data manipulation functions are assigned to one of a series of content-specific graphic user interface functions, thereby creating a compound graphic user interface to be displayed within a host application.

16. A computer readable medium having stored thereon data comprising:

a code segment defining graphical content for use by a host application to display a predetermined graphical image;

a code segment defining an application program interface for use in forming a set of data manipulation functions to implement in the host application for selective image data manipulation, said data manipulation functions being based on the core functions of the host application and the graphical content;

a code segment defining functions for data manipulation of the graphical content to alter the appearance of the graphic image displayed on a screen, thereby forming data manipulation functions, said data manipulation functions being based on and stored along with the graphical content and implemented using said core functions; and

a code segment cooperative with an input device to receive an input for image data manipulation, and to cause said code segment defining graphical content to apply said data manipulation functions to manipulate a graphical image on a display through the host application with said data manipulation functions using said core functions and the host application, wherein the core functions comprise at least one of a transform function and a material properties function, including at least one of a move, rotate, scaling, texture, color, intensity, and opacity function.

17. A computer readable medium according to claim 16 wherein said data manipulation functions are defined based on the core functions and stored with predetermined image components in association with said code segment defining graphical content.

18. A computer readable medium according to claim 16 wherein said predetermined components also include predetermined sub-components and a plurality of said sub-components are used to form compound components.

19. A computer readable medium according to claim 16 wherein said data manipulation functions are assigned to one of a series of content-specific graphic user interface functions, thereby creating a compound graphic user interface to be displayed within a host application.

20. A computer-readable media storing computer-executable instructions for providing a content-specific graphic user interface computer application comprising:

computer-executable instructions for rendering a user interface having at least one graphic manipulation icon, said at least one graphic manipulation icon being operatively associated with at least one attribute of a specific graphic image for manipulation of said at least one attribute by a user.

21. A computer-readable media according to claim 20 wherein said computer-executable instructions include a code segment defining graphical content for use by a host application to display a predetermined graphical image.

22. A computer-readable media according to claim 20 wherein said computer-executable instructions further include a code segment defining an application program interface for use in forming a set of data manipulation functions to implement in the host application for selective image manipulation, said data manipulation functions being based on the core functions of the host application and the graphical image content.

23. A computer-readable media according to claim 22 wherein said computer-executable instructions include a code segment defining functions for data manipulation of the graphical content to alter the appearance of the graphic image displayed on a screen, thereby forming data manipulation functions, said data manipulation functions being based on the graphical image content and implemented using said core instructions.

24. A computer-readable media according to claim 23 wherein said computer-executable instructions include a code segment cooperative with an input device to receive an input for image manipulation, and to cause said content code segment to apply said data manipulation functions to manipulate a graphical image on a display through the host application with said data manipulation functions using the core functions and the host application.

25. A computer-readable media according to claim 22 wherein said data manipulation functions are defined based on the core functions and stored with predetermined image components in association with said code segment defining graphical content.

26. A computer-readable media according to claim 25 wherein said predetermined image components also include predetermined image sub-components and a plurality of said sub-components is used to form compound image components.

27. A computer-readable media according to claim 22 wherein said data manipulation functions are assigned to one of a series of content-specific graphic user interface functions, thereby creating a compound graphic user interface to be displayed within a host application.

28. A computer-readable media storing computer-executable instructions for providing a content-specific graphic user interface computer application comprising:

a data segment defining specific graphical content for use by a host application to display a predetermined graphical image;

a code segment defining an application program interface for use in forming a set of data manipulation functions to implement in the host application for selective data manipulation, said data manipulation functions being based on the core functions of the host application and the specific graphical content;

a code segment defining functions for data manipulation of the specific graphical content to alter the appearance of the content displayed on a screen, thereby forming data manipulation functions, said data manipulation functions being based on the specific graphical content and implemented using said core functions; and

a code segment cooperative with an input device to receive an input for data manipulation, and to cause said data segment defining content to apply said data manipulation functions to manipulate a display of the content on a screen through the host application with said data manipulation functions using said core functions and the host application, wherein the core functions comprise at least one of a transform function and a material properties function, including at least one of a move, rotate, scaling, texture, color, intensity, and opacity function.

29. A method for using core functions of a host application to provide a content-specific graphical image manipulation interface comprising steps of:

providing an application program interface code segment for interaction with a host application;

providing a graphical content segment for interaction with the application program interface code segment and to provide at least one graphical element;

using said application program interface code segment to form a set of data manipulation functions to implement in the host application for selective data manipulation, the data manipulation functions being based on the core functions of the host application and the specific content, wherein the core functions comprise at least one of a transform function and a material properties function, including at least one of a move, rotate, scaling, texture, color, intensity, and opacity function; and

assigning each function to one of a plurality of content-specific graphic user interface operations thereby creating a content-specific graphic user interface for display by the host application.

30. A method for using core functions from a host application to provide a content-specific graphical image data manipulation interface according to claim 29 wherein said step of defining a set of data manipulation functions includes storing said set of data manipulation functions with predetermined components in association with said code segment defining graphical content.

31. A method for using core functions from a host application to provide a content-specific graphical image manipulation interface according to claim 29 wherein said step of defining a set of data manipulation functions includes storing said set of data manipulation functions wherein said predetermined components also include predetermined image sub-components and a plurality of said sub-components are used to form compound components.

32. A computer system for providing a content-specific graphic user interface comprising:

at least one computer preprogrammed with a plurality of code segments for rendering a user interface having at least one graphic manipulation icon, said at least one graphic manipulation icon being operatively associated with at least one custom attribute of a graphic image for manipulation of said at least one attribute by a user.

33. A computer system according to claim 32 wherein said at least one computer is preprogrammed with a code segment defining graphical content for use by a host application to display a predetermined graphical image.

34. A computer system according to claim 32 wherein said at least one computer is preprogrammed with a code segment defining an application program interface to form a set of core functions to implement in the host application for selective image manipulation, said core functions being based on the capabilities of the host application.

35. A computer system according to claim 34 wherein said at least one computer is preprogrammed with a code segment defining functions for data manipulation of the graphical content to alter the appearance of the graphic image displayed on a screen, thereby forming data manipulation functions, said data manipulation functions being based on the graphical image content and implemented using said core instructions.

36. A computer system according to claim 35 wherein said at least one computer is preprogrammed with a code segment cooperative with an input device to receive an input for image manipulation, and to cause said content code segment to apply said data manipulation functions to manipulate a graphical image on a display through the host application with said data manipulation functions using the core functions and the host application.

37. A computer system according to claim 35 wherein said at least one computer is preprogrammed to define data manipulation functions based on the core functions and store said data manipulation functions with predetermined image components in association with said code segment defining graphical content.

38. A computer system according to claim 37 wherein said at least one computer storing the predetermined image components also stores predetermined image sub-components and uses said plurality of said sub-components to form compound image components.

39. A computer system according to claim 35 wherein said at least one computer is preprogrammed to assign said data manipulation functions to one of a series of content-specific graphic user interface functions, thereby creating a compound graphic user interface to be displayed within a host application.

40. A computer system for providing a content-specific graphic user interface comprising:

at least one computer preprogrammed with;

(a) a code segment defining graphical content for use by a host application to display a predetermined graphical image;

(b) a code segment defining an application program interface for use in forming a set of data manipulation functions to implement in the host application for selective image manipulation, said data manipulation functions being based on the core functions of the host application and the graphical image content;

(c) a code segment defining functions for data manipulation of the graphical content to alter the appearance of the graphic image displayed on a screen, thereby forming data manipulation functions, said data manipulation functions being based on the graphical image content and implemented using said core functions; and

(d) a code segment cooperative with an input device to receive an input for image data manipulation, and to cause said code segment defining graphical content to apply said data manipulation functions to manipulate a graphical image on a display through the host application with said data manipulation functions using said core functions and the host application, wherein the core functions comprise at least one of a transform function and a material properties function, including at least one of a move, rotate, scaling, texture, color, intensity, and opacity function.