JP2975890B2 - Document layout editing device, document layout editing method, and storage medium - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to a document layout editing device, a document layout editing method, and a storage medium.

[0002]

2. Description of the Related Art When a document is created, in order to accurately convey the contents, not only the contents themselves, but also the appearance is required. Therefore, it is important to lay out sentences and figures on paper (or a display screen) as appropriate, and to edit the layout in a beautiful appearance.

Conventionally, in a document creation apparatus such as a word processor or desktop publishing (DTP), a user himself / herself edits a layout by empirical know-how and trial and error with reference to layout examples existing in the world. Therefore, there is a problem that the layout editing requires excellent sensitivity and skill of the user, and also requires a considerable work time even with a skilled user.

In recent years, with the spread of personal computers, layout editing has become increasingly important in fields such as electronic mail communication, the Internet, and electronic publishing. In such a field, users who are skilled in layout editing are rather rare, and inexperienced users are common. Therefore, it is required that even such an inexperienced user can easily perform excellent layout editing in a short time.

[0005] By the way, it is difficult for a user who is inexperienced in layout editing to analyze and evaluate an impression received from a layout-edited document and accurately grasp it. In other words, it is not clear whether the impression received from the document whose layout has been edited is “bright” or “dark”, or “flashy” or “conservative”. In addition, there are individual differences in the impression received from the document whose layout has been edited, and the sensitivity of the general public does not match the sensitivity of the user in many cases.

[0006]

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and an object of the present invention is to be able to analyze and evaluate an impression received from layout editing, and to analyze and evaluate the impression. The purpose of the present invention is to adjust the performed impression according to the user's sensitivity. Another object of the present invention is to
The purpose is to analyze and evaluate the impression received from layout editing. More specifically, an object of the present invention is to provide a document layout editing apparatus capable of editing such a layout, a document layout editing method, and a storage medium storing the method in the form of computer software.

[0007]

According to the first aspect of the present invention, an impression received from layout editing is analyzed and evaluated by selecting a plurality of impression word levels corresponding to document components of a layout-edited document. Then, the gist is to adjust the impression that has been analyzed and evaluated by correcting the level of each impression word.

According to a second aspect of the present invention, a document component analysis unit (5) for analyzing a logical structure of a document for analyzing and evaluating layout editing, dividing the document into constituent units, and analyzing a document constituent element of each constituent unit. And a sentiment database (6) storing document components defined by a plurality of preset impression word levels, and a search corresponding to the sentiment database and layout editing corresponding to the document components of the document to be analyzed and evaluated. Impression word level selection section (7) for selecting impression word levels
And an impression word correction unit (8) for receiving a correction of the level of each impression word selected by the impression word level selection unit, and adjusting the sensitivity database according to the level of each impression word instructed to be corrected through the impression word correction unit. The gist of the present invention is to provide an adjusting unit (9) for performing the adjustment.

According to a third aspect of the present invention, there is provided a document component analyzing unit (5) for analyzing a logical structure of a document for analyzing and evaluating layout editing, dividing the document into constituent units, and analyzing a document constituent element of each constituent unit. A document component is a format to be set for each component unit of a document in layout editing, and an impression word storing a document component defined by a plurality of preset impression word levels. The sentiment database (6) including the document component correspondence dictionary, and the impression words are that the impressions felt from the layout-edited document are unified by a simple and abstract linguistic expression, and the sentiment database is provided. Impression word level selection section that searches the impression word / document component correspondence dictionary and selects the level of each impression word corresponding to the document component of the document to analyze and evaluate layout editing ( ), A display section (4) for displaying the level of each impression word selected by the impression word level selection section, and an impression word correction section (8) for receiving a correction of the level of each impression word selected by the impression word level selection section. And the difference between the level of each impression word selected by the impression word level selection unit and the level of each impression word instructed to be corrected through the impression word correction unit, and cancels the difference. The gist of the present invention is to provide an adjusting unit (9) for adjusting the level of each impression word set in the impression word / document component correspondence dictionary.

According to a fourth aspect of the present invention, in the document layout editing apparatus according to the third aspect, the level of each impression word is a sum of the scores of the categories used for each document component corresponding to the impression word. And a value multiplied by a weight coefficient preset to normalize the level stage, and the adjusting unit (9) has at least an effect on eliminating the difference for each impression word. The gist of the present invention is to eliminate one or more document components and to appropriately change the score of each category of the determined document components to eliminate the difference.

According to a fifth aspect of the present invention, in the document layout editing apparatus according to the third aspect, the level of each impression word is the sum of the scores of the categories used for each document component corresponding to the impression word. And a value multiplied by a weight coefficient preset to normalize the level stage, and the adjusting unit (9) has at least an effect on eliminating the difference for each impression word. If one or more document components are obtained, the score of each category of the obtained document components is changed as appropriate, and if the level of each impression word is not normalized to a preset level, the value of the weighting factor The gist is that the difference is eliminated by adjusting and normalizing.

According to a sixth aspect of the present invention, in the document layout editing apparatus according to the third aspect, the level of each impression word is the sum of the scores of the categories used for each document component corresponding to the impression word. And a value multiplied by a weighting factor set in advance to normalize the level stage, and the adjusting unit (9) determines a category used for each document component corresponding to each impression word. The gist is to eliminate the difference by multiplying the sum of the scores by a predetermined coefficient corresponding to the difference without changing the score.

According to a seventh aspect of the present invention, there is provided a process for analyzing the logical structure of a document for analyzing and evaluating layout editing, dividing the document into constituent units, and analyzing document constituent elements of each constituent unit. A process of storing document components specified by the level of impression words of a document, a process of selecting a level of each impression word corresponding to a document component of a document to be analyzed and evaluated for layout editing, The gist of the present invention includes a process of receiving a level modification and a process of adjusting a process of storing a document component defined by the plurality of impression word levels according to the level of each impression word instructed to be modified. And

According to an eighth aspect of the present invention, there is provided a process for analyzing a logical structure of a document for analyzing and evaluating layout editing, dividing the document into constituent units, and analyzing document constituent elements of each constituent unit. In the layout editing, an impression word / document component correspondence dictionary that stores a document component defined by a plurality of impression word levels set in advance as a format to be set for each component unit of the document. The processing to prepare and the impression word is that the impression felt from the document whose layout has been edited is unified by a simple and abstract linguistic expression. Processing to select the level of each impression word corresponding to the document component of the document to be analyzed and evaluated, processing to display the level of each selected impression word, and modification of the level of each selected impression word A process for accepting a level of each impression words is selected, it obtains a difference between the level of each impression words that are correction instruction, so as to eliminate the difference, the impression word &
Adjusting the level of each impression word set in the document component correspondence dictionary.

According to a ninth aspect of the present invention, in the document layout editing method according to the eighth aspect, the level of each impression word is a sum total of scores of categories used for each document component corresponding to the impression word. In addition, it is a value multiplied by a weight coefficient set in advance to normalize the level stage, and the process of adjusting the level of each impression word is a process for eliminating the difference for each impression word. The gist of the present invention is to eliminate at least one or more document components having an influence and to appropriately change the score of each category of the determined document components to eliminate the difference.

According to a tenth aspect of the present invention, in the document layout editing method according to the eighth aspect, the level of each impression word is a total sum of scores of categories used for each document component corresponding to the impression word. In addition, it is a value multiplied by a weight coefficient set in advance to normalize the level stage, and the process of adjusting the level of each impression word is a process for eliminating the difference for each impression word. In the case where at least one or more document components having an influence is obtained, the score of each category of the obtained document components is appropriately changed, and when the level of each impression word is not normalized to a preset level level, By adjusting and normalizing the weighting factor,
The gist is to eliminate the difference.

According to an eleventh aspect of the present invention, in the document layout editing method of the eighth aspect, the level of each impression word is a sum of scores of categories used for each document component corresponding to the impression word. In addition, the process of adjusting the level of each impression word, which is a value multiplied by a weight coefficient preset to normalize the level stage, is used for each document component corresponding to each impression word. The gist is to eliminate the difference by multiplying the sum of the scores by a predetermined coefficient corresponding to the difference without changing the score of the category.

The invention according to claim 12 is the invention according to claims 7-1.
The gist is that the document layout editing method described in any one of (1) and (2) is stored in the form of computer software.

According to a thirteenth aspect of the present invention, a score that each component gives to an impression is derived from a category of a document component of a layout-edited document, a plurality of derived scores are calculated, and the calculation result is obtained. The gist is to evaluate the impression received from the document whose layout has been edited based on the.

According to a fourteenth aspect of the present invention, a score that each component gives to an impression is derived from the category of the document component of the layout-edited document, a plurality of derived scores are calculated, and the calculation result is obtained. The gist is to evaluate the impression received from the document whose layout has been edited based on the.

The gist of the invention described in claim 15 is that the document layout editing method described in claim 14 is stored in the form of computer software.

[0022]

DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below with reference to the drawings. FIG. 1 shows a block configuration of a document layout editing apparatus 1 according to the present embodiment.

The document layout editing apparatus 1 includes a document input unit 2, a storage unit 3, a display unit 4, a document component analysis unit 5, a sensitivity database 6, a document component → impression word conversion unit 7, an impression word correction unit 8, It is composed of an impression word / document component correspondence dictionary adjustment unit 9.

The document input unit 2 is used by a user of the document layout editing apparatus 1 to input a layout-edited document taken in from outside. The document layout editing apparatus 1 analyzes and evaluates the impression received from the layout-edited document.

The storage section 3 comprises a readable and writable semiconductor memory device, a magnetic memory device, a magneto-optical memory device, and the like. The storage unit 3 stores the layout-edited document (hereinafter, referred to as the document) input via the document input unit 2.
Evaluation target document).

The display unit 4 comprises a display device such as a CRT or a liquid crystal display. And the display unit 4
Is the document to be evaluated stored in the storage unit 3, or
The level (degree) of each impression word selected by the document component → impression word conversion unit 7 or the level of each impression word corrected via the impression word correction unit 8 is displayed.

The document component analysis unit 5 analyzes the logical structure of the document to be evaluated stored in the storage unit 3, divides the document into components, and analyzes the document components of each component. By the way, a document consisting only of a document that has not been set for document formatting such as indentation and centering, font type and size of characters, and has not been subjected to layout editing is a plain document (or plain text or original text). Document, manuscript document). FIG. 2 shows an example of a plain document.

By analyzing the logical structure of a plain document, the plain document can be divided into constituent units. Here, the logical structure of a document refers to the structure of a document that is assembled by constituent units (logical attributes) such as a document creation date, a creation department, a creator, a title, a subtitle, a headline, and a body. FIG. 3 shows the result of analyzing the logical structure of the plain document shown in FIG. FIG. 4 shows the result of dividing the constituent units of the plain document analyzed in FIG.

In order to perform layout editing, it is necessary to analyze the logical structure of a document, divide it into constituent units, and set document constituent elements for each constituent unit. Here, the document constituent element is a format to be set for each constituent unit of the document when editing the layout, and specifically, as shown in FIG. The font type and size, the title, the headline, the spacing between the text, the top and bottom margins of the paper, and the like. In this specification, the document components are also referred to as explanatory words. Each document component has a plurality of categories, and one of the categories is used.

For each structural unit of the plain document, no document component is set. Conversely, a document in which the document component of each structural unit is not set is a plain document.

The sensibility database 6 comprises a readable semiconductor storage device, a magnetic storage device, a magneto-optical storage device, and the like. The sensibility database 6 stores document components defined by a plurality of preset impression word levels. In other words, the sensibility database 6 includes a dictionary in which the level of each impression word is associated with a document component (hereinafter referred to as an impression word / document component correspondence dictionary).

Here, the impression word is obtained by unifying the impression perceived from the document whose layout has been edited by a simple and abstract linguistic expression, for example, “bright (brightness)”.
"Dark""practical(practical)""impractical""warm(warmth)""cold""powerful(powerful)""delicate"
It refers to words such as "flashy", "sober", "innovative (innovative)", and "old-fashioned".

By using such a plurality of impression words and individually designating the level of each impression word, even a subtle impression felt from a layout-edited document can be concretely expressed. For example, when the level of each impression word is set to three levels of “1” to “3”,
The level of "brightness" is "1", the level of "practicality" is "3", the level of "warmth" is "3", the level of "power" is "1", and the level of "flashy" Is designated as “2” and the level of “innovativeness” is designated as “1”.

FIG. 6 shows an example of an impression word / document component correspondence dictionary provided in the sensibility database 6. In this example, since the six impression words described above are used and the levels are changed in three stages, the combinations are 729 (= 3 ⁶ ) types. Also, the difference between the combination of all the impression word examples whose level is “1” and the combination of only the novelty level of “2” is the only difference between the categories used for title modification and headline modification. Has become. See FIG. 5 for title decoration and heading decoration.

Incidentally, the level of each impression word is a function of each corresponding document component. That is, the level of an arbitrary impression word corresponds to the sum total of the scores of the categories used for each document component corresponding to the impression word.

More specifically, as shown in FIG. 7, the document components of the impression word “brightness” include title font type, title size, title modification, and the like. As described with reference to FIG. 5, the categories of title font types include Mincho and Gothic. A score is set for each category of each document component corresponding to each impression word. For example, corresponding to "brightness",
The score for the Mincho font of the title font type is set to 3.5, and the score for the Gothic font is set to 5.5.

Which category is used in each document component is determined by the level of the impression word. For example, when the “brightness” level is “1”, the title font type is Mincho type, and when the “brightness” level is “3”, the title font type is gothic type. .

The level of "brightness" corresponds to the sum of the scores of the categories used for the corresponding document components (title font type, title size, title modification ...).

Here, the six impression words (brightness,
Practicality, warmth, strength, flashiness, novelty)
The level of “brightness” is La and the level of “practicality” is L
b, the level of “warmth” is denoted by Lc, the level of “power” is denoted by Ld, the level of “flashy” is denoted by Le, and the level of “innovativeness” is denoted by Lf. And the level of each impression word (La ~
It is assumed that Lf) is set in three stages of “1” to “3”.

Each document component corresponding to La (title font type, title size, title modification,...)
, The score of the category used for the title font type is represented by ψa (A), the score of the category used for the title size is represented by ψa (B), the score of the category used for the title decoration is represented by ψa (C), and so on. Similarly, the score of the category used for the title font type corresponding to Lb is described as ψb (A), and the score of the category used for the title size is described as ψb (B).

Then, La is the sum of the scores used for the corresponding document components (= ψa (A) + ψa (B) + ψa (C)
+ ...) is multiplied by a weighting coefficient Wa for normalizing the level into three levels. Similarly, for Lb to Lf, weight coefficients Wb to Wf are set to normalize the levels into three levels.

As a result, La to Lf are given by the following equations (1) to (6).
Represented by La = (ψa (A) + ψa (B) + ψa (C) + ...) Wa (1) Lb = (ψb (A) + ψb (B) + ψb (C) + ...) Wb ... (2) Lc = (Ψc (A) + ψc (B) + ψc (C) + ...) Wc ... (3) Ld = (ψd (A) + ψd (B) + ψd (C) + ...) Wd ... (4) Le = (ψe (A) + ψe (B) + ψe (C) + ...) We (5) Lf = (ｆf (A) + ψf (B) + ψf (C) + ...) Wf ... (6) Document component → impression word The conversion unit 7 converts the document components of the evaluation target document analyzed by the document component analysis unit 5 into
Each impression level is converted into a plurality of impression words.
That is, the document component → impression word conversion unit 7 searches the impression word / document component correspondence dictionary included in the sensibility database 6 and selects the level of each impression word corresponding to the document component of the evaluation target document.

The impression word correcting section 8 responds to an instruction to execute analysis / evaluation of a document to be evaluated by a user of the document layout editing apparatus 1 by using an instruction device (not shown) such as a keyboard or a mouse, and outputs the document component → The level of each impression word corresponding to the document component of the evaluation target document selected by the impression word conversion unit 7 is displayed on the display unit 4. And the impression word correction unit 8
The user who sees the instruction on the display unit 4 receives an instruction to correct the level of each impression word performed using the instruction device.

Impression word / document component correspondence dictionary adjustment unit 9
Adjusts an impression word / document component correspondence dictionary included in the sensibility database 6 according to the level of each impression word that the user instructed to correct via the impression word correction unit 8.

More specifically, the level of each impression word corresponding to the document component of the document to be evaluated selected by the document component → impression word conversion unit 7 and the user instructs the correction via the impression word correction unit 8 The difference from the level of each impression word is calculated. Then, the level of each impression word set in the impression word / document component correspondence dictionary provided in the sensibility database 6 is adjusted so as to eliminate the difference in the level of each impression word. There are the following three adjustment methods, one of which is
Adopt two methods. Here, which method is to be adopted is predetermined in the device 1.

Here, the level of an arbitrary impression word corresponding to the document component of the document to be evaluated selected by the document component → impression word conversion unit 7 is denoted by k, and the user changes the impression word correction unit 8.
The level of the impression word that is instructed to be corrected via is described as s. Then, an example in which the level of “brightness” represented by Expression (1) is changed from k to s will be described.

(Method 1) With respect to each impression word, a document component which affects the above-described difference in the level of the impression word is determined. Specifically, at least one document component having a large range of scores between categories is obtained.
Here, how many document components are obtained is predetermined in the apparatus 1.

In the example shown in FIG. 7, the range of the score between the categories of the title font type corresponding to “brightness” is as follows.
The value (= 5.5-3.5 = 2.5) obtained by subtracting the Mincho style score (= 3.5) from the Gothic style score (= 5.5).
5) The range of the score between the categories of the title size corresponding to “brightness” ranges from a score of 14P (point) (= 12.0) to a score of 10P (= −).
2.4) minus (12.0 − (− 2.4) =
14.0). In other words, the effect on resolving the difference of the “brightness” level is greater in the title size than in the title font type. Therefore, when one document component that affects the resolution of the difference in the “brightness” is obtained, the title size is increased as a candidate instead of the title font type.

The score of each category of the obtained document constituent element is appropriately changed. For example, when a title size is obtained as a document component affecting the resolution of the difference of the “brightness” level, a score of 10P is set to “−”.
2.4 ”→“ 1.0 ”, score of 12P is“ 10.5 ”
→ "11.5", score of 14P is "12.0" → "1
3.0 ”, score of 16P or more is changed from“ 3.5 ”to“ 5.
5 ”.

(Method 2) In the above method 1, when the score value is appropriately changed, the level of each impression word is changed from “1” to “1”.
If not normalized to three stages of “3”, the weighting factors Wa to
The value of Wf is adjusted so as to be normalized.

(Method 3) Weighting factor Wa in equation (1)
Is changed to the weight coefficient Wa ′ shown in the equation (7).

Wa ′ = Wa × (s / k) (7) That is, the score of the category used for each document component corresponding to an arbitrary impression word is not changed, and the sum of the scores is calculated by adding the difference Is multiplied by a predetermined coefficient (= s / k).

Next, the operation of the document layout editing apparatus 1 will be described with reference to the flowchart shown in FIG. First, in step (hereinafter, referred to as S) 1, the evaluation target document input by the user via the plain document input unit 2 is stored in the storage unit 3. Then, the evaluation target document stored in the storage unit 3 is displayed on the screen of the display unit 4.

In step S2, the logical structure of the document to be evaluated stored in the storage unit 3 is analyzed by the document component analysis unit 5 to divide the document into configuration units, and the document components of each configuration unit are analyzed. .

In step S 3, the dictionary for impression words and document components provided in the sentiment database 6 is searched by the document component → impression word conversion unit 7, and the document components of the evaluation target document analyzed by the document component analysis unit 5. Is selected for each impression word.

In S4, the user uses the pointing device,
An execution instruction to analyze and evaluate the layout editing of the evaluation target document is issued. Then, a chart showing each impression word corresponding to the document component of the evaluation target document selected by the document component → impression word conversion unit 7 and its level are shown in FIG. 9 or FIG.
As shown at 0, the impression word is displayed on the screen of the display unit 4 by the impression word correction unit 8. 9 shows an example using a radar chart, and FIG. 10 shows an example using a slider. In this example, the level of “brightness” is “1”, the level of “practicality” is “3”, the level of “warmth” is “3”, the level of “power” is “1”, and “flashy”. Level of "2",
“Novelty” level is selected as “1”. When the user watching the display on the display unit 4 uses the pointing device to instruct to correct the level of each impression word, the impression word correction unit 8 accepts the correction of the level of each impression word. For example, FIG.
Alternatively, in the example shown in FIG. 10, the “brightness” level is changed from “1” to “2”, and the “practicality” level is changed from “3” to “1”.
And so on.

In step S5, according to the level of each impression word that the user has instructed to correct via the impression word correction unit 8, the impression word / word is corrected.
The impression component / document component correspondence dictionary included in the sensibility database 6 is adjusted by the document component correspondence dictionary adjustment unit 9. The processing in S5 is different from the above-described methods 1 to 3.

In step S5, the processing contents when the method 1 is adopted will be described in more detail with reference to the flowchart shown in FIG. In step S11, the level of each impression word corresponding to the document component of the evaluation target document selected by the document component → impression word conversion unit 7 and the level of each impression word that the user instructed to modify via the impression word correction unit 8 The difference from the level is determined.

In S12, for each impression word, at least one or more document components that influence the resolution of the difference are obtained. In S13, the score of each category of the obtained document component is appropriately changed.
As a result, to eliminate the difference between the levels of each impression word,
The level of each impression word set in the impression word / document component correspondence dictionary included in the sensitivity database 6 is adjusted.

In step S5, the processing contents when the method 2 is adopted will be described in more detail with reference to the flowchart shown in FIG. In FIG. 12, the same processes as those in the flowchart shown in FIG. 11 have the same step numbers, and a description thereof will be omitted.

First, the processes of S11 to S13 are sequentially performed. Next, in S21, if the level of each impression word is not normalized to three levels of “1” to “3” when the score value is appropriately changed, the values of the weighting factors Wa to Wf are adjusted and the normalization is performed. Be transformed into

In step S5, the processing contents when the method 3 is adopted will be described in more detail with reference to the flowchart shown in FIG. In S31, the score of each category of each document component corresponding to each impression word is not changed, and the sum of the scores is multiplied by a predetermined coefficient corresponding to the difference.

As described above, according to the present embodiment, the following operations and effects can be obtained. (1) The document component of the document whose layout editing is to be analyzed and evaluated (document to be evaluated) is analyzed by the document component analyzer 5. Corresponding to the parsed document component,
The document component → impression word conversion unit 7 searches the impression word / document component correspondence dictionary included in the sensibility database 6 and selects a plurality of corresponding impression word levels. The level of each of the selected impression words is displayed on the display unit 4 by the impression word correction unit 8. The user who sees the display corrects the level of each impression word individually via the impression word correction unit 8 according to his / her sensitivity. According to the corrected level of each impression word, the impression word / document component correspondence dictionary adjustment unit 9 adjusts the impression word / document component correspondence dictionary included in the sensibility database 6.

(2) The user can freely modify the level of each impression word using the pointing device while looking at each impression word displayed on the screen of the display unit 4. Here, each impression word is set in advance, and the user simply corrects the level. Therefore, even an inexperienced user in layout editing can correct the level of each impression word without hesitation.

(3) It is possible to adjust (customize) the dictionary corresponding to impression words / document components provided in the sensitivity database 6 in accordance with the sensitivity of the user. Therefore, even when the general sensibility does not match the sensibility of the user, it is possible to construct the sensibility database 6 that is easy for the user to use.

(4) Even an inexperienced user in layout editing can confirm the impression received from the evaluation target document by looking at the level of each impression word corresponding to the document component of the evaluation target document displayed on the display unit 4. Can be grasped.

(5) From the above (1) to (4), it is possible to analyze and evaluate the impression received from layout editing and adjust the analyzed and evaluated impression according to the user's sensitivity.

The above embodiment may be modified as follows, and the same operation and effect can be obtained in such a case. (1) The operation of the document layout editing apparatus is replaced with software processing in a computer.

(2) The present invention is applied to layout editing of a document including not only a sentence but also a chart. (3) In the above embodiment, when analyzing and evaluating a document whose layout has been edited, an impression word / document component correspondence dictionary is searched. However, the exact same combination of categories used for the document components of the layout edited document,
It does not necessarily exist in the impression word / document component correspondence dictionary. However, since the category used for the document component of the document whose layout has been edited has already been determined, the score of the category used for each document component can be obtained by referring to FIG. Therefore, by substituting the obtained score of the category used for each document component into the expressions (1) to (6), each impression whose layout has been edited can be obtained without searching the impression word / document component correspondence dictionary. The level of the word can be determined.

While the embodiments have been described above, technical ideas other than the claims that can be grasped from the embodiments will be described below together with their effects. (A) The document layout editing apparatus according to any one of claims 2 to 6, further comprising a storage unit (3) for storing a document for analyzing and evaluating layout editing.

In this way, while performing necessary processing,
Documents can be held reliably. (B) In the document layout editing device of (a),
A document layout editing device including a display unit (4) for displaying a document stored in the storage unit (3) or the level of each impression word selected by the impression word level selection unit.

In this way, the user can give a reliable processing instruction while looking at the display on the display unit. By the way, in this specification, a storage medium is any type that can store computer software, such as a readable and writable semiconductor storage device, a magnetic storage device storage medium, and a magneto-optical storage device storage medium. May be. Specifically, semiconductor ROM, floppy disk,
It includes a hard disk, an optical disk, a magneto-optical disk, a phase change disk, a magnetic tape, and the like.

[0073]

According to the invention described in any one of the first to sixth aspects, it is possible to analyze and evaluate an impression received from layout editing, and to apply the analyzed and evaluated impression to the user's sensitivity. A document layout editing device that can be adjusted accordingly can be provided.

According to the invention described in any one of the seventh to eleventh aspects, it is possible to analyze and evaluate an impression received from layout editing, and match the analyzed and evaluated impression to the user's sensitivity. An adjustable document layout editing method can be provided.

According to the twelfth aspect, it is possible to analyze and evaluate an impression received from layout editing,
Further, it is possible to provide a storage medium storing a document layout editing method capable of adjusting the analyzed and evaluated impression in accordance with the user's sensitivity in the form of computer software.

According to the thirteenth aspect, it is possible to provide a document layout editing apparatus capable of analyzing and evaluating an impression received from layout editing. According to the fourteenth aspect, it is possible to provide a document layout editing method capable of analyzing and evaluating an impression received from layout editing.

According to the fifteenth aspect, it is possible to provide a storage medium storing a document layout editing method capable of analyzing and evaluating an impression received from layout editing in the form of computer software.

[Brief description of the drawings]

FIG. 1 is a block diagram of an embodiment.

FIG. 2 is an explanatory diagram for explaining the operation of the embodiment.

FIG. 3 is an explanatory diagram for explaining the operation of the embodiment;

FIG. 4 is an explanatory diagram for explaining the operation of the embodiment.

FIG. 5 is an explanatory diagram for explaining the operation of the embodiment.

FIG. 6 is an explanatory diagram for explaining the operation of the embodiment.

FIG. 7 is an explanatory diagram for explaining the operation of the embodiment.

FIG. 8 is a flowchart of an embodiment.

FIG. 9 is an explanatory diagram for explaining the operation of the embodiment.

FIG. 10 is an explanatory diagram for explaining the operation of the embodiment.

FIG. 11 is a flowchart of an embodiment.

FIG. 12 is a flowchart of an embodiment.

FIG. 13 is a flowchart of an embodiment.

[Explanation of symbols]

4 display unit 5 document component analysis unit 6 sentiment database 7 document component as impression word level selection unit → impression word conversion unit 8 impression word correction unit 9 impression word / document component as adjustment unit Correspondence dictionary adjustment part

Continuation of front page (72) Inventor Koji Takemura 2-5-5 Keihanhondori, Moriguchi-shi, Osaka Sanyo Electric Co., Ltd. (56) References JP-A-1-169660 (JP, A) JP-A-4- 14170 (JP, A) (58) Field surveyed (Int. Cl. ⁶ , DB name) G06F 17/21-17/27

Claims (6)

(57) [Claims] 1. A document component analysis unit (5) for analyzing a logical structure of a document for analyzing and evaluating layout editing, dividing the document into constituent units, and analyzing a document constituent of each constituent unit, and a preset impression A sentiment database (6) equipped with an impression word / document component correspondence dictionary storing document components specified by word level, and an impression word / document component correspondence dictionary included in the sentiment database are searched, and layout editing is analyzed. An impression word level selection unit (7) for selecting the level of each impression word corresponding to the document component of the document to be evaluated; a display unit (4) for displaying the level of the impression word selected by the impression word level selection unit; An impression word correction unit (8) that receives a modification of the level of the impression word selected by the impression word level selection unit, an impression word level selected by the impression word level selection unit, and an impression word correction unit. An adjusting unit (9) that obtains a difference from the level of the impression word that is correctly designated, and adjusts the level of the impression word set in the impression word / document component correspondence dictionary included in the emotion database so as to eliminate the difference. The level of the impression word is obtained by multiplying the sum of the scores of the categories used for each document component corresponding to the impression word by a weighting factor set in advance to normalize the level stage. The adjusting unit (9) obtains at least one or more document components affecting the resolution of the difference for the impression word, and calculates the score of each category of the obtained document components. A document layout editing apparatus that eliminates the difference by appropriately changing. 2. A document component analysis unit (5) for analyzing a logical structure of a document for analyzing and evaluating layout editing, dividing the document into constituent units, and analyzing document components of each constituent unit, and a preset impression. A sentiment database (6) equipped with an impression word / document component correspondence dictionary storing document components specified by word level, and an impression word / document component correspondence dictionary included in the sentiment database are searched, and layout editing is analyzed. An impression word level selection unit (7) for selecting the level of each impression word corresponding to the document component of the document to be evaluated; a display unit (4) for displaying the level of the impression word selected by the impression word level selection unit; An impression word correction unit (8) that receives a modification of the level of the impression word selected by the impression word level selection unit, an impression word level selected by the impression word level selection unit, and an impression word correction unit. An adjusting unit (9) that obtains a difference from the level of the impression word that is correctly designated, and adjusts the level of the impression word set in the impression word / document component correspondence dictionary included in the emotion database so as to eliminate the difference. The level of the impression word is a value obtained by multiplying the sum of the scores of the categories used for each document component corresponding to the impression word by a weighting coefficient set in advance to normalize the level stage. And the adjustment unit (9) obtains at least one or more document components affecting the resolution of the difference for the impression word, and calculates the score of each category of the obtained document components. A document layout editing apparatus that changes the value appropriately and adjusts the value of the weighting coefficient to normalize the level if the level of the impression word is not normalized to a preset level, thereby eliminating the difference. 3. A document component analysis unit (5) for analyzing a logical structure of a document for analyzing and evaluating layout editing, dividing the document into constituent units, and analyzing a document component of each constituent unit, and a preset impression. A sentiment database (6) equipped with an impression word / document component correspondence dictionary storing document components specified by word level, and an impression word / document component correspondence dictionary included in the sentiment database are searched, and layout editing is analyzed. An impression word level selection unit (7) for selecting the level of each impression word corresponding to the document component of the document to be evaluated; a display unit (4) for displaying the level of the impression word selected by the impression word level selection unit; An impression word correction unit (8) that receives a modification of the level of the impression word selected by the impression word level selection unit, an impression word level selected by the impression word level selection unit, and an impression word correction unit. An adjusting unit (9) that obtains a difference from the level of the impression word that is correctly designated, and adjusts the level of the impression word set in the impression word / document component correspondence dictionary included in the emotion database so as to eliminate the difference. The level of the impression word is a value obtained by multiplying the sum of the scores of the categories used for each document component corresponding to the impression word by a weighting coefficient set in advance to normalize the level stage. The adjustment unit (9) does not change the score of the category used for each document component corresponding to the impression word, and adds a predetermined coefficient corresponding to the difference to the sum of the scores. A document layout editing device that eliminates the difference by multiplying. 4. An impression word / document component correspondence dictionary storing document components defined for each constituent unit in a unit document according to a preset impression word level, wherein a user sets the impression word level. A document layout editing method for searching for a corresponding document component from the impression word / document component correspondence dictionary by specifying a document component, and editing a document layout based on the document component. The process of analyzing the logical structure of a document to be divided into constituent units and analyzing the document constituent elements of each constituent unit, and the document constituent element is a format to be set for each constituent unit of the document when editing the layout And searching the impression word / document component correspondence dictionary and selecting the level of the impression word corresponding to the document component of the document for which layout editing is analyzed and evaluated. Processing to display the level of the selected impression word, processing to accept the correction of the level of the selected impression word, and difference between the level of the selected impression word and the level of the impression word instructed to be corrected And adjusting the level of each impression word set in the impression word / document component correspondence dictionary so as to eliminate the difference, wherein the level of the impression word corresponds to each of the impression words. The sum of the scores of the categories used for the document components is a value multiplied by a weight coefficient set in advance to normalize the level stage, and the process of adjusting the level of the impression word is as follows. For the impression word, a sentence for eliminating the difference is obtained by determining at least one or more document components that affect the resolution of the difference, and appropriately changing the score of each category of the determined document component. How to edit book layout. 5. An impression word / document component correspondence dictionary which stores document components defined for each constituent unit in a unit document according to a preset impression word level, wherein a user sets the impression word level. A document layout editing method for searching for a corresponding document component from the impression word / document component correspondence dictionary by specifying a document component, and editing a document layout based on the document component. The process of analyzing the logical structure of a document to be divided into constituent units and analyzing the document constituent elements of each constituent unit, and the document constituent element is a format to be set for each constituent unit of the document when editing the layout And searching the impression word / document component correspondence dictionary and selecting the level of the impression word corresponding to the document component of the document for which layout editing is analyzed and evaluated. Processing to display the level of the selected impression word, processing to accept the correction of the level of the selected impression word, and difference between the level of the selected impression word and the level of the impression word instructed to be corrected And adjusting the level of each impression word set in the impression word / document component correspondence dictionary so as to eliminate the difference. The level of the impression word is determined by each document corresponding to the impression word. The sum of the scores of the categories used for the constituent elements is a value obtained by multiplying the sum of the scores by a preset weight coefficient to normalize the level stage. For the word, at least one or more document components that affect the resolution of the difference are obtained, and the score of each category of the obtained document component is appropriately changed, and the level of the impression word is set in advance. A document layout editing method that eliminates the difference by adjusting and normalizing the value of the weighting factor when normalization is not performed at the specified level. 6. An impression word / document component correspondence dictionary storing document components defined for each constituent unit in a unit document according to a preset impression word level, wherein a user sets the impression word level. A document layout editing method for searching for a corresponding document component from the impression word / document component correspondence dictionary by specifying a document component, and editing a document layout based on the document component. The process of analyzing the logical structure of a document to be divided into constituent units and analyzing the document constituent elements of each constituent unit, and the document constituent element is a format to be set for each constituent unit of the document when editing the layout And searching the impression word / document component correspondence dictionary and selecting the level of the impression word corresponding to the document component of the document for which layout editing is analyzed and evaluated. Processing to display the level of the selected impression word, processing to accept the correction of the level of the selected impression word, and difference between the level of the selected impression word and the level of the impression word instructed to be corrected And adjusting the level of each impression word set in the impression word / document component correspondence dictionary so as to eliminate the difference. The level of the impression word is determined by each document corresponding to the impression word. The sum of the scores of the categories used for the constituent elements is a value obtained by multiplying the sum of the scores by a preset weight coefficient to normalize the level stage. A document layout editing method that eliminates the difference by not changing the score of a category used for each document component corresponding to a word, and multiplying the sum of the scores by a predetermined coefficient corresponding to the difference.