JPH05298302A - Sentence correcting device - Google Patents

Abstract

PURPOSE:To make it possible to change the details of analysis by controlling an analytical means so that a sentence stored in a storage means is corrected by a set analytical level and outputting the corrected sentence to a display means. CONSTITUTION:When a sentence is inputted from an input means 11, the sentence is stored in the storage means 14 by a control means 13. When an analytical level indicating the correction level of the sentence is inputted from the means 11, the means 13 writes the analytical level in a level setting means 15. Then the means 13 outputs the sentence stored in the means 14 to the analytical means 16. While referring to a correcting dictionary 17, the means 16 executes the analysis of the sentence by using a correcting function corresponding to the analytical level set up by the means 15. After completing the analysis of the sentence, the means 13 displays the corrected sentence by the display means 12.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a text proofreading device,
In particular, the present invention relates to a sentence proofreading apparatus that has a plurality of analysis levels as a reference for analyzing the grammar of a sentence and can select the analysis level according to the situation.

[0002]

2. Description of the Related Art Conventionally, in a Japanese document processing device having a function of creating and editing a kanji kana-mojiri sentence, a sentence proofreading that analyzes the grammar of the created sentence and corrects it automatically can be performed. Those with functions are known. In a conventional device having such a sentence proofreading function, how much grammatical analysis is performed is decided at the stage of designing the proofreading function, and the fixed proofreading function uniquely proofreads the sentence.

[0003]

However, in the above-mentioned conventional grammar proofreading apparatus, since the proofreading function is uniquely fixed, when the proofreading function is incorporated to perform detailed sentence analysis. Has a problem that it takes a long time to proofread a sentence, and conversely, if a proofreading function is incorporated so as to easily perform sentence analysis, detailed grammatical checks cannot be performed.

The present invention has been made in consideration of such a situation, and has a plurality of analysis levels as a reference for analyzing the grammar of a sentence, and when the analysis level is selected according to the situation, the case is urgent. Provides a grammar proofing device that allows you to change the details of analysis, such as performing only superficial analysis and giving priority to the speed of proofreading, and checking the details in the first proofing sufficiently. ..

[0005]

The text proofreading device of the present invention inputs characters as shown in FIG. 1 and stores input text and input means 11 for selecting an analysis level for proofreading. The storage means 14, the grammar proofreading dictionary 17 for proofreading the sentence, the display means 12, and a plurality of analysis levels as a sentence analysis reference for proofreading the sentence are used, and the proofreading dictionary 17 is used. The analysis means 16 capable of proofreading the sentence corresponding to each analysis level, the level setting means 15 for setting the selected analysis level to the analysis means 16, and the storage means 14 are stored. The control means 13 controls the analysis means 16 so that the text is proofread according to the set analysis level, and outputs the proofread text to the display means 12.

Generally, a keyboard, a mouse or the like is used as the input means 11, the display means 12 is, for example, a CRT, the storage means 14 is a RAM, the sentence proofreading dictionary 17 is a ROM, and the control means 13 is also used. A CPU is used as the level setting means 15 and the analysis means 16.

In addition, one analysis level refers to the number of functions used for analysis among the sentence analysis functions which are usually used conventionally, such as fluctuations of sending kana and checking of use of difficult words. Represents a restricted state,
There are multiple analysis levels depending on the number of limited functions.

For example, in the case of analyzing a sentence "arbitration of unreliable story", the expression is as it is at the high-speed analysis level which does not check the fluctuation of the sending kana and the use of difficult words, but the sending kana At the parsing level, which includes the ability to check for fluctuations, this sentence has been revised to the phrase "arbitrate for unspoken narratives", and in addition to this functionality, detailed analysis including the ability to check for more difficult word usage. At the level, this sentence is corrected to the expression "arbitrate for a confused story", and the sentence is proofread according to the function of each analysis level.

[0009]

As shown in FIG. 1, when a sentence is input from the input means 11, the sentence is stored in the storage means 1 by the control means 13.
4 is stored. When the analysis level representing the level for proofreading a sentence is input from the input means 11, the control means 13 writes the analysis level in the level setting means 15.

Next, the control means 13 outputs the text stored in the storage means 14 to the analysis means 16. Then, the analysis unit 16 uses the proofreading function according to the analysis level set by the level setting unit 15 to analyze the sentence while referring to the proofreading dictionary 17. When the analysis of the sentence is completed, the control means 13 displays the calibrated sentence using the display means 12.

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described with reference to FIGS. FIG. 2 is a configuration diagram of an embodiment of the present invention. The keyboard 1 is a device for inputting an analysis level indicating an analysis mode for character and sentence proofreading, and corresponds to the input means 11 in FIG. The CRT 2 displays sentences and analysis results and corresponds to the display means 12 in FIG.

The storage means 14 comprises a text buffer 4b and a text buffer pointer 4a, and a text buffer 4b.
Is a memory for storing an input sentence or a processed sentence, and the sentence buffer pointer 4a is an address pointer indicating the start address of the sentence taken out from the sentence buffer 4b. The analysis level flag 5 indicates an analysis mode for grammar correction and corresponds to the level setting means 15 in FIG.

The one-sentence analyzing means 6a is for checking grammatical mistakes in sentences, the one-sentence buffer 6b is a memory for taking out from the sentence buffer and holding it for analysis, and the analysis buffer 6c. Is a memory for storing the result of analysis by sentence proofreading, and the one-sentence analysis means 6a, one-sentence buffer 6b and analysis buffer 6c correspond to the analysis means 16 of FIG. The proofreading dictionary 7 is a dictionary referred to for proofreading a sentence. The CPU 3 controls the overall operation of the sentence proofreading device of the present invention, and corresponds to the control means 13 of FIG.

The operation in such a configuration will be described with reference to the flow chart shown in FIG. First, an initial screen (see FIG. 6) is displayed on the CRT 2 to let the user select an analysis mode (step S01). The analysis mode selected by the keyboard 1 is set in the analysis level flag 5 (step S02). Next, the data and flags of the analysis buffer are initialized (step S03).

The sentence buffer pointer 4a is set so as to indicate the beginning of the sentence, and then one sentence from the beginning of the sentence buffer 4b to the phrase is taken out (step S04). The sentence buffer pointer 4a is moved to the beginning of the next sentence. The one sentence taken out is sent to the one-sentence analysis means 6a and analyzed using the proofreading dictionary 7 (step S05). When the analysis is completed, the analysis result is returned to the CPU 3, and if there is a grammatical error or a defect, a message to that effect is displayed on the CRT 2 (step S06) (see FIG. 7).

If it can be automatically corrected, it is automatically corrected according to the instruction (step S08). If it cannot be corrected automatically, the user manually corrects it. When the correction is completed, it is checked whether the current position is the end of the sentence (step S
09). If it is not the end of sentence, the next sentence is taken out. If it is the end of the sentence, an evaluation message for the entire sentence is displayed on the CRT 2 (see FIG. 8). When the user finishes reading the message,
The proofreading is completed by inputting the end key from the keyboard 1 (step S11).

FIG. 4 shows whether or not the proofreading function and mode are used. Check the kanji ratio in any of the "high speed", "intermediate" and "detailed" modes. Fluctuations in the sending kana should be checked in "intermediate" and "details" and not in "high speed". Use different styles only in "Detail" mode, not in "Middle" or "High speed".

FIG. 5 shows the function of proofreading and whether a message is displayed after the whole text is analyzed, whether it is displayed for each sentence, or whether correction can be performed automatically. For the kanji ratio, a message is displayed after analyzing all sentences. A message is displayed for each sentence that is too long, and a message is displayed even after full-text analysis. A long-sound fluctuation can be automatically corrected on the spot by displaying a message for each sentence. Also, a message is displayed even after full-text analysis. If you point out an error in an example, a message is displayed for each sentence, and you can automatically correct it on the spot. 1 common non-Kanji
Display a message for each sentence.

In this way, according to this embodiment, the analysis level of the sentence can be selected according to the situation, and when the situation is urgent, only the superficial analysis is performed and the speed of calibration is prioritized. In the first calibration, it is possible to change the details of the analysis, such as checking the details thoroughly.

Further, by providing an analysis buffer for storing the analysis result for each sentence, a message corresponding to the analysis result for each sentence is displayed, or a message indicating the evaluation of the whole sentence is displayed after full-text analysis. You can also

[0021]

The text proofreading apparatus of the present invention has a plurality of analysis levels as a text analysis reference for proofreading a text, and uses a proofreading dictionary to proofread a text corresponding to each analysis level. Analyzing means capable of performing, level setting means for setting a selected analysis level to the analyzing means, and controlling the analyzing means so that the text stored in the storage means is calibrated by the set analysis level. However, by providing a control means for outputting the calibrated text to the display means, it is possible to select the analysis level according to the situation. You can change the details of the analysis, such as giving priority or checking the details in the first calibration.

[Brief description of drawings]

FIG. 1 is a block diagram showing a configuration of the present invention.

FIG. 2 is a configuration diagram of an embodiment of the present invention.

FIG. 3 is a flowchart of the present invention.

FIG. 4 is an explanatory diagram showing a relationship between a sentence proofreading function and an analysis mode.

FIG. 5 is an explanatory diagram showing a correspondence between a proofreading function and a display message and an automatic correction function.

FIG. 6 is an explanatory diagram showing an initial screen of the display device.

FIG. 7 is an explanatory diagram showing a display example when there is a grammatical mistake.

FIG. 8 is an explanatory diagram illustrating a display example of a full-text evaluation message.

[Explanation of symbols]

 1 Keyboard 2 CRT 3 CPU 4 Storage Means 4a Text Buffer Pointer 4b Text Buffer 5 Analysis Level Flag 6 Analysis Means 6a 1 Sentence Analysis Means 6b 1 Sentence Buffer 6c Analysis Buffer 7 Calibration Dictionary

Claims (1)

[Claims] 1. An input unit for inputting characters and selecting an analysis level for proofreading, a storage unit for storing the input sentence, a proofreading dictionary for proofreading, and a display unit. And an analysis means that has a plurality of analysis levels as a sentence analysis standard for proofreading a sentence and can proofread a sentence corresponding to each analysis level using a proofreading dictionary, Level setting means for setting the analyzed level to the analyzing means, and controlling the analyzing means so that the text stored in the storage means is calibrated by the set analysis level, and the calibrated text is displayed on the display means. A text proofreading device equipped with a control means for outputting.