Multiple screen automatic programming interface

• US 20030090473A1
• Filed: 03/24/2000
• Published: 05/15/2003
• Est. Priority Date: 03/24/2000
• Status: Abandoned Application

• Current Assignee: Vikas B. Joshi
• Original Assignee: Vikas B. Joshi
• Inventors: Joshi, Vikas B.
• Application Number:
  US09/534,721
• Publication Number:
  US 20030090473A1
• Time in Patent Office: Days
• US Class Current: 345/173
• CPC Class Codes: G06F 3/0237 using prediction or retrieval techniques
• CPC Class Codes: G06F 3/04886 by partitioning the display area of the touch-screen or the surface of the digitising tablet into independently controllable areas, e.g. virtual keyboards or menus
• CPC Class Codes: G06F 8/33 Intelligent editors

Abstract

A two screen programming environment uses one screen to display multiple windows of code, comments, flowcharts, and pseudo-code, and uses a second screen to display buttons representing input options for a user. The second display is a touch-entry screen which displays numerous selections grouped into sets of related functionality. The groups which are displayed as well as the elements within each group are determined according to the current state of the programming environment. Specifically, the system uses its current context to determine which input options within which groups are the most likely options to be needed by a user, and displays those options. As a user selects options and enters text, the system dynamically updates the input options displayed on the second screen. Also, to increase the number of options displayed at one time, closely-related options are displayed on some buttons so that touching different regions of such a button results in selecting different options.

Claims

1. An interactive touch screen programming system comprising:

a first touch entry screen;

a second display screen;

said first touch entry screen further comprising a plurality of dynamically changing touch entry buttons;

each of said dynamically changing touch entry buttons corresponding to at least one function;

said plurality of dynamically changing touch entry buttons segmented into a plurality of sets, said sets containing one or more of said dynamically changing touch entry buttons which perform a similar function, and wherein, based on a context of said programming system, said plurality of sets and all elements within each of said plurality of sets are updated to correspond to a most probable set of functions to be performed.

2. An interactive touch screen programming system, as per claim 1, wherein each of said sets correspond to one of file manipulation commands, editing commands, navigating commands, inserting code or comment phrases, inserting identifiers, inserting operators, inserting punctuation, inserting keywords, and changing a layout of said first touch entry screen.

3. An interactive touch screen programming system, as per claim 2, wherein said set corresponding to said changing a layout of said first touch entry screen comprises a touch entry button which, when selected, updates an original group of buttons within another of said plurality of sets to include a different group of buttons.

4. An interactive touch screen programming system, as per claim 3, wherein said different group of buttons are, in relation to said original group, a next most probable set of functions to be performed.

5. An interactive touch screen programming system, as per claim 1, wherein each of said plurality of sets is updated independently of updating of other of said plurality of sets.

6. An interactive touch screen programming system, as per claim 1, wherein at least one of said dynamically changing touch entry buttons corresponds to multiple functions.

7. An interactive touch screen programming system, as per claim 6, wherein said multiple functions are presented as physically separate button regions.

8. An interactive touch screen programming system, as per claim 6, wherein one function of said multiple functions is a base function and other functions of said multiple functions are likely alternatives to said base function.

9. An interactive touch screen programming system, as per claim 1, wherein said second display screen displays any of programming code, corresponding comments, flowcharts, and pseudo-code.

10. An interactive touch screen programming system, as per claim 9, wherein said context is dependent on a cursor position within a display on said second display screen.

11. An interactive touch screen programming system, as per claim 9, wherein said context is dependent on any of:

a selected line of code within a display on said second display system and the present cursor position.

12. An interactive touch screen programming system, as per claim 1, wherein said context is dependent on alpha-numeric input received by said system.

13. An interactive touch screen programming system, as per claim 1, wherein said context is determined after every movement of a cursor.

14. An interactive touch screen programming system, as per claim 1, wherein said first touch entry screen further comprises a working window representing a portion of said second display screen.

15. An interactive touch screen programming system, as per claim 1, wherein said one or more components of said interactive touch screen programming system are located any of:

locally, remotely, across networks or across communication mediums.

16. An interactive touch screen programming system, as per claim 15, wherein said across networks or across communication mediums includes any of:

the Internet, world wide web, cellular, wireless, satellite or optical communication systems.

18. A method of selecting a set of context-sensitive touch-entry buttons to include in a plurality of functionally-separate groups in a dual-screen programming system, as per claim 7, comprising the additional steps:

determining if said additional input is a request to update one of said corresponding second sets;

if the previous step is true, then, for said one of said corresponding second sets, creating an updated set by identifying those buttons which, based on said context, are next most likely to be selected next, and

displaying said updated set, if created.

17. A method of selecting a set of context-sensitive touch-entry buttons included in a plurality of functionally-separate groups in a dual-screen programming system comprising the steps:

displaying at least one source file on a first display screen;

detecting input to said system;

determining a context of said system;

identifying a first set of said plurality of functionally-separate groups, wherein said first set contains those groups which, based on said context, are most likely to be selected next;

identifying, for each group of said first set, a corresponding second set of touch-entry buttons, wherein said corresponding second set contains those buttons which, based on said context, are most likely to be selected next;

displaying each of said corresponding second sets on a touch-entry screen, and

repeating said steps upon receiving an additional input.

19. A computer product containing computer code for creating, displaying and organizing multiple input tokens for associated programming code and comments, said tokens comprising any of program tokens, identifiers, reserved words, operators, and comment phrases and displayable on one or more computer display units, said computer product comprising:

code for displaying said associated programming code and comments;

code for displaying said tokens;

code to dynamically change said tokens displayed based on any of;

a selected line of code within said display of;

said associated programming code and comments, and a present cursor position;

code for organizing said plurality of dynamically changing tokens into a plurality of segmented sets, said sets containing one or more of said dynamically changing tokens which perform a similar function, and

wherein, based on a context of said programming system, said plurality of sets and all elements within each of said plurality of sets are updated to correspond to a most probable set of functions to be performed.

20. A computer product containing computer code for creating, displaying and organizing multiple input tokens for associated programming code and comments, as per claim 19 , wherein said dynamically changing tokens are actuated by any of:

a touch screen input, mouse input, stylus, and pointing device.

21. A computer product containing computer code for creating, displaying and organizing multiple input tokens for associated programming code and comments, as per claim 19 , wherein each of said sets correspond to one of file manipulation commands, editing commands, navigating commands, inserting code or comment phrases, inserting identifiers, inserting operators, inserting punctuation, inserting keywords, and changing a layout.

22. A computer product containing computer code for creating, displaying and organizing multiple input tokens for associated programming code and comments, as per claim 19 , wherein each of said plurality of sets is updated independently of updating of other of said plurality of sets.

23. A computer product containing computer code for creating, displaying and organizing multiple input tokens for associated programming code and comments, as per claim 19, wherein one or more components of said computer product are located any of:

locally, remotely, across networks or across communication mediums.

24. A computer product containing computer code for creating, displaying and organizing multiple input tokens for associated programming code and comments, as per claim 23 , wherein said across networks or across communication mediums includes any of:

the Internet, world wide web, cellular, wireless, satellite or optical communication systems.

25. An interactive touch screen programming system comprising:

a first display entry screen;

a second display screen displaying programming code and comments;

a system for creating, displaying and organizing multiple input tokens for said displayed programming code and comments, said tokens comprising any of program tokens, identifiers, reserved words, operators, and comment phrases and displayable on said first display entry screen;

a system to dynamically change said tokens displayed based on any of;

a selected line of code within said display of said programming code and comments, and a present cursor position;

a system to organize said plurality of dynamically changing tokens into a plurality of segmented sets, said sets containing one or more of said dynamically changing tokens which perform a similar function, and

wherein, based on a context of said programming system, said plurality of sets and all elements within each of said plurality of sets are updated to correspond to a most probable set of functions to be performed.

26. An interactive touch screen programming system, as per claim 25, wherein said dynamically changing tokens are actuated by any of:

a touch screen input, mouse input, stylus, and pointing device.

27. An interactive touch screen programming system, as per claim 25, wherein each of said sets correspond to one of file manipulation commands, editing commands, navigating commands, inserting code or comment phrases, inserting identifiers, inserting operators, inserting punctuation, inserting keywords, and changing a layout.

28. An interactive touch screen programming system, as per claim 25, wherein each of said plurality of sets is updated independently of updating of other of said plurality of sets.

29. An interactive touch screen programming system, as per claim 25 , wherein one or more components of said touch screen programming system are located any of:

locally, remotely, across networks or across communication mediums.

30. An interactive touch screen programming system, as per claim 29 , wherein said across networks or across communication mediums includes any of:

the Internet, world wide web, cellular, wireless, satellite or optical communication systems.

36. An interactive touch screen programming system, as per claim 29 , wherein said across networks or across communication mediums includes any of:

the Internet, world wide web, cellular, wireless, satellite or optical communication systems.

31. A computer based method for creating, displaying and organizing multiple input tokens for associated programming code and comments, said tokens comprising any of program tokens, identifiers, reserved words, operators, and comment phrases and displayable on one or more computer display units, said computer product comprising:

displaying said associated programming code and comments;

displaying said tokens, each of said tokens corresponding to at least one function;

dynamically changing said tokens displayed based on any of;

a selected line of code within said display of said associated programming code and comments, and a present cursor position;

organizing said plurality of dynamically changing tokens into a plurality of segmented sets, said sets containing one or more of said dynamically changing tokens which perform a similar function, and

wherein, based on a context of said programming system, said plurality of sets and all elements within each of said plurality of sets are updated to correspond to a most probable set of functions to be performed.

32. A computer based method for creating, displaying and organizing multiple input tokens for associated programming code and comments, as per claim 31, wherein said dynamically changing tokens are actuated by any of:

a touch screen input, mouse input, stylus, and pointing device.

33. A computer based method for creating, displaying and organizing multiple input tokens for associated programming code and comments, as per claim 31, wherein each of said sets correspond to one of file manipulation commands, editing commands, navigating commands, inserting code or comment phrases, inserting identifiers, inserting operators, inserting punctuation, inserting keywords, and changing a layout.

34. A computer based method for creating, displaying and organizing multiple input tokens for associated programming code and comments, as per claim 31, wherein each of said plurality of sets is updated independently of updating of other of said plurality of sets.

35. A computer based method for creating, displaying and organizing multiple input tokens for associated programming code and comments, as per claim 31, wherein one or more components of said computer based method are located any of:

locally, remotely, across networks or across communication mediums.