Digital content production system, a digital content production program, and a digital content production method

• US 20030093497A1
• Filed: 10/09/2002
• Published: 05/15/2003
• Est. Priority Date: 10/10/2001
• Status: Abandoned Application

• Current Assignee: Seiko Epson Corporation (Seiko Group)
• Original Assignee: Seiko Epson Corporation (Seiko Group)
• Inventors: Ohashi, Hirotaka
• Application Number:
  US10/267,178
• Publication Number:
  US 20030093497A1
• Time in Patent Office: Days
• US Class Current: 709/217
• CPC Class Codes: G06F 40/103 Formatting, i.e. changing of presentation of documents automatic justification G06F40/189; automatic line break hyphenation G06F40/191
• CPC Class Codes: G06F 40/166 Editing, e.g. inserting or deleting

Abstract

When compiling digital content for output by segmenting and storing the included information to different data storage frames, the digital content production system clearly denotes the correlation between data storage frames so that the output digital content is easy to read and follow. When text data cannot fit completely within a text data storage frame, the content distribution terminal flows a flow object containing the overflowing part of the text data to another text frame, and adds the same identifying symbol to both the source frame from which the flow object overflows and to the destination frame into which the overflowing text is stored.

Claims

1. A digital content production system, comprising:

content production means for determining an output layout for selected digital content and producing the selected digital content for output, the content production means segmenting and storing included information of the selected digital content in different ones of a plurality of data storage frames placed in a layout area to produce the digital content for output, wherein the content production means appends related identification information to each data storage frame in which the included information is stored.

2. A digital content production system, comprising:

content storage means for storing digital content;

content selection means for selecting digital content from the content storage means; and

content production means for determining an output layout for the selected digital content and producing digital content for output, the content production means segmenting and storing included information of the selected digital content in different ones of a plurality of data storage frames placed in a layout area to produce digital content for output, wherein, when the included information cannot be completely stored in a particular data storage frame, the content production means stores overflow information of the included information that could not be stored in the particular data storage frame (overflowing data storage frame) to an overflow data storage frame and appends identification information to the overflowing data storage frame and to the overflow data storage frame identifying the overflowing and overflow data storage frames as related.

3. A digital content production system as described in claim 2, wherein the identification information includes guidance information relating to the location of the overflow data storage frame, or to the location of the overflowing data storage frame.

4. A digital content production system as described in claim 2, wherein the identification information is a code.

5. A digital content production system as described in claim 4, wherein the content production means appends the same code to the overflowing data storage frame and to the overflow data storage frame.

6. A digital content production system as described in claim 5, wherein the content production means appends different codes to data storage frames containing unrelated content.

7. A digital content production system as described in claim 6, wherein the content production means selects a code from a specific code group so as to increase the likelihood that the same code is not used for more than one group of related data storage frames within a specific range.

8. A digital content production system as described in claim 6, wherein the content production means selects a code from a specific code group so that fewer code types are used throughout the entire layout area.

9. A digital content production system as described in claim 7, wherein there are plural code groups, each code group containing a plurality of similar codes that are different from the codes in other code groups, and wherein the content production means produces digital content for output containing plural page unit layout areas, selects a code from the plural code groups according to code usage on each page, and appends the selected code to the overflowing data storage frame and to the overflow data storage frame.

10. A digital content production system as described in claim 9, wherein the content production means runs a first code selection process for searching the plural code groups for a code group of which none of the member codes has been used on any page, and selecting a code from the code group retrieved by the search.

11. A digital content production system as described in claim 10, wherein the content production means runs a second code selection process for selecting from the plural code groups a code that has not been used on any page.

12. A digital content production system as described in claim 11, wherein the content production means runs a third code selection process for searching the plural code groups for a code group of which none of the member codes has been used on any page on which is placed the overflowing data storage frame or the overflow data storage frame, and selecting a code from the code group found by the third code selection process.

13. A digital content production system as described in claim 12, wherein the content production means runs a fourth code selection process for selecting from the plural code groups a code that has not been used on any page on which is placed the overflowing data storage frame or the overflow data storage frame.

14. A digital content production system as described in claim 13, wherein the content production means appends the code selected by the first code selection process when such code is available, appends the code selected by the second code selection process when a code cannot be selected by the first code selection process, appends the code selected by the third code selection process when a code cannot be selected by the second code selection process, or appends the code selected by the fourth code selection process when a code cannot be selected by the third code selection process.

15. A digital content production system as described in claim 5, wherein the content production means selects a code based on the content of the included information, and appends the selected code to the overflowing data storage frame and to the overflow data storage frame.

16. A digital content production system as described in claim 2, wherein the identification information is color.

17. A digital content production system as described in claim 16, wherein the content production means adds the same color to the overflowing data storage frame and to the overflow data storage frame.

18. A digital content production system as described in claim 17, wherein the content production means adds different colors to data storage frames containing unrelated content.

19. A digital content production system as described in claim 18, wherein the content production means selects colors from a specific color group so as to increase the likelihood that the same color is not used for more than one group of related data storage frames within a specific range.

20. A digital content production system as described in claim 18, wherein the content production means selects a color from a specific color group so that fewer color types are used throughout the entire layout area.

21. A digital content production system as described in claim 20, wherein there are plural color groups, each color group containing a plurality of similar colors that are different from the colors in other color groups, wherein the content production means produces digital content for output containing plural page unit layout areas, selects colors from the plural color groups according to color usage on each page, and adds the selected colors to the overflowing data storage frame and to the overflow data storage frame.

22. A digital content production system as described in claim 19, wherein the content production means runs a first color selection process for searching the plural color groups for a color group of which none of the member colors has been used on any page, and selecting a color from the color group retrieved by the search.

23. A digital content production system as described in claim 22, wherein the content production means runs a second color selection process for selecting from the plural color groups a color that has not been used on any page.

24. A digital content production system as described in claim 23, wherein the content production means runs a third color selection process for searching the plural color groups for a color group of which none of the member colors has been used on any page on which is placed the overflowing data storage frame or the overflow data storage frame, and selecting a color from the color group found by searching.

25. A digital content production system as described in claim 24, wherein the content production means runs a fourth color selection process for selecting from the plural color groups a color that has not been used on any page on which is placed the overflowing data storage frame or the overflow data storage frame.

26. A digital content production system as described in claim 25, wherein the content production means appends the color selected by the first color selection process when such color is available, appends the color selected by the second color selection process when a color cannot be selected by the first color selection process, appends the color selected by the third color selection process when a color cannot be selected by the second color selection process, or appends the color selected by the fourth color selection process when a color cannot be selected by the third color selection process.

27. A digital content production system as described in claim 17, wherein the content production means selects a color based on the content of the included information, and adds the selected color to the overflowing data storage frame and to the overflow data storage frame.

28. A digital content production system as described in claim 2, further comprising a user information storage means for storing user information relating to a user, the content selection means selecting digital content from the content storage means based on user information from the user information storage means.

29. A digital content production system as described in claim 2, further comprising a user information storage means for storing user information relating to a user, the content production means determining the output layout for digital content selected by the content selection means based on user information from the user information storage means.

30. A device-readable medium containing a digital content production program for running a digital content production process on a device capable of reading the medium, the program comprising:

instructions for determining an output layout for selected digital content and producing the selected digital content for output;

instructions for segmenting and storing included information of the selected digital content in different ones of a plurality of data storage frames placed in a layout area to produce the digital content for output; and

instructions for appending related identification information to each data storage frame in which the included information is stored.

31. A device-readable medium containing a digital content production program for running a digital content production process on a device capable of reading the medium, the program comprising:

instructions for selecting digital content from storage;

instructions for determining an output layout for the selected digital content and producing the selected digital content for output;

instructions for segmenting and storing included information of the selected digital content in different ones of a plurality of data storage frames placed in a layout area to produce digital content for output;

instructions for storing overflow information of the included information that could not be stored in the particular data storage frame (overflowing data storage frame) to an overflow data storage frame, when the included information cannot be completely stored in a particular data storage frame; and

instructions for appending identification information to the overflowing data storage frame and to the overflow data storage frame identifying the overflowing and overflow data storage frames as related.

32. A digital content production method, comprising:

determining an output layout for selected digital content and producing the selected digital content for output;

segmenting and storing included information of the selected digital content in different ones of a plurality of data storage frames placed in a layout area to produce the digital content for output; and

appending related identification information to each data storage frame in which the included information is stored.

33. A digital content production method, comprising:

selecting digital content from storage;

determining an output layout for the selected digital content and producing the selected digital content for output;

segmenting and storing included information of the selected digital content in different ones of a plurality of data storage frames placed in a layout area to produce digital content for output;

storing overflow information of the included information that could not be stored in the particular data storage frame (overflowing data storage frame) to an overflow data storage frame, when the included information cannot be completely stored in a particular data storage frame; and

appending identification information to the overflowing data storage frame and to the overflow data storage frame identifying the overflowing and overflow data storage frames as related.