JP2002344851A - Method for reproducing video image for learning materials - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method for reproducing video image by which a user can effectively learn by utilizing data of player names in the video image and text data of a conversation scenario or the like in the unit of the scene of the video image, in a method for utilizing the video image used for learning. SOLUTION: A video image is selected for a scene by each theme and information of a start position and an end position is generated. The name of the scene, names of players appearing in the scene, and a conversation scenario are used for keys to select the scene. The names of the players appearing in the scene, the conversation scenario, words and the players are displayed on a monitor screen, and when they are selected, the scene associated with them is displayed and reproduced. A repetitive number of times designation section is displayed on the monitor screen, while each scene whose repetitive number of times is designated is repetitively reproduced, video images of a plurality of scenes are reproduced in the designated order.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method of using video images used for education, and more particularly to a method of using, for each scene of a video image, data of a person appearing there or text data of a conversation scenario. The present invention relates to a video image reproducing method which enables effective and effective learning.

[0002]

2. Description of the Related Art It is expected that the use of video images as learning materials will have a great effect. Recent research has shown that learning that combines video and audio has a great effect on language study, but the point is to learn by repeatedly stimulating vision and hearing.

[0003] In studying a language using video images, it is very important to repeatedly reproduce and practice video images and sounds in a conversation scene of characters and the like.

[0004] In learning using video images, it is important to select a conversation scene suited to the learning theme and to repeatedly reproduce the video image. A plurality of conversation scenes are selectively extracted and reconstructed as teaching materials. If you can practice playing those parts continuously, it will be more effective.

[0005] There have been language teaching materials using video images for a long time. However, these video teaching materials mainly focus on the reproduction of dramas such as movies. The combined story was not organized.

In learning a foreign language, it is difficult to learn a foreign language by a method of translating a foreign language sentence into a native language and understanding it. Traditional language videos have a native language translation scenario attached with the foreign language scenario, but linking the foreign language with the native language with letters has a negative effect on learning that stimulates vision and hearing and learns .

For this reason, the conventional language learning using video images has not been able to produce a great effect.

[0008]

In learning using video images, it is important that scenes suitable for the learning theme be quickly displayed and easily reproduced and used, and video images such as dramas are excellent video works. It has been produced as
Although it is desired to use it as a teaching material, it is difficult to use it as it is because it is not organized according to the learning theme of the subject.

In order to use video images as learning materials, it is necessary to efficiently display appropriate scenes according to the learning theme. Also, in language learning, the function of repeatedly reproducing conversation scenarios is important. Further, there are cases where it is desired to use words that do not appear as a video but appear in a conversation scenario or objects that appear as a video but do not appear in a conversation scenario as teaching materials.

The present invention aims to provide a method for easily selecting a conversation scene or the like using a character name or a conversation scenario in learning using a video image and repeatedly reproducing the video image and the sound of the scene. Things.

Another object of the present invention is to provide means for effectively learning words that appear in a scenario but do not appear in a video image.

It is another object of the present invention to provide a method of selecting a plurality of scenes that can be used as a learning theme, configuring them as teaching materials, and reproducing a video image of the scene.

Another object of the present invention is to provide a means for effectively learning using an appearance that appears in a video image but does not appear in a scenario.

[0014]

As a method of quickly displaying a scene according to a learning theme, a video image is selected as a scene for each theme, and positional information thereof is created.

[0015] The video playback program uses a scene name, a character name, and a conversation scenario as keys for selecting a scene, but creates data that associates the learning theme with the scene name. The scenes used as teaching materials can be displayed quickly.

A character name, a conversation scenario, a word, and a character are displayed on a monitor screen, and when any of them is selected, a scene related to these is displayed and reproduced. Display the repetition count designation section on the monitor screen,
While performing repetitive playback for each scene with the specified number of repetitions,
Play video of multiple scenes in the specified order. By creating a still image of a word that appears in a conversation scenario and displaying it on a monitor, the user can understand the words. The video playback program is configured so that conversation scenes can be selected by difficulty or sentence pattern.

First, a method of constructing data for using a video image for learning will be described.

The first data is data for reproducing a video image. The data is video title identification data, video title name, scene identification data, scene name, character identification data, character name, character name. , Its translation, difficulty, important words, and the start position and end position of the video image.

The second data is data for complementing the video image, and is data of a thumbnail image file name of a character, a word still image file name, and a word audio file name.

The third data is data of a thumbnail image file of a character, a word still image file, and a word audio file.

The fourth data is data for reproducing a video image. The data is video title identification data, video title name, scene identification data, scene name, appearance identification data, appearance name, appearance appearance. And data of position information of the video image.

Fifth data is obtained by reconstructing a video image scene in accordance with a learning theme, and includes a reproduction order, video title identification data, scene identification data, and an instruction sentence displayed before the scene.

A method of configuring a video image reproducing program for realizing the first aspect of the present invention will be described with reference to FIG.

First, the video image reproducing program has the first
The character name, the conversation scenario of the character, the data of the positional information of the video image are read from the data file in which the data is recorded, and the data are stored in the memory, and the character name and the scenario sentence data are monitored. Display on the screen.

When the character name displayed on the monitor screen is selected with an input device such as a mouse, the character name is specified using the input selection information, and the conversation scene selected from the character name is identified. decide.

If the conversation scene is not in a still image display state, the video image data is read using the information on the start position of the video image, and the start video image of the conversation scene is displayed in a still image state.

If the conversation scene is in a still image display state, the video image reproduction program starts reproducing the video image from the scene.

FIG. 3 shows an example of the configuration of a file used in the present embodiment, that is, an example of the configuration of a video image file of a conversation scene and its data file.

A method of configuring a video image reproducing program for realizing the second aspect of the present invention will be described with reference to FIG.

First, the video image reproducing program is composed of the first
The character name, the conversation scenario of the character, and the position information of the video image are read from the data file in which the data of the data is recorded, and the data is stored in the memory, and the second data file is read to read the thumbnail image of the character. The file name is extracted, and the thumbnail image file of the character, which is the third data, is read.

Then, the thumbnail image of the character and the scenario sentence data are displayed on the monitor screen.

When a thumbnail image of a character displayed on the monitor screen is selected with an input device such as a mouse,
A character name is identified using the input selection information, and a conversation scene selected from the character name is determined.

If the conversation scene is not in a still image display state, the video image data is read using the start position information of the video image, and the start video image of the conversation scene is displayed in a still image state.

When the conversation scene is a still image display state, the video image reproduction program starts reproduction of the video image from the scene.

A method of configuring a video image reproducing program for realizing the third aspect of the present invention will be described with reference to FIG.

First, the video image reproducing program has the first
The character name, the conversation scenario of the character, the data of the positional information of the video image are read from the data file in which the data is recorded, and the data are stored in the memory, and the character name and the scenario sentence data are monitored. Display on the screen.

When the scenario sentence data displayed on the monitor screen is selected by an input device such as a mouse, the scenario sentence data is specified using the input selection information, and the conversation scene selected from the scenario sentence data is identified. decide.

A playback section of the video image is set using the start and end position information of the conversation scene stored in the memory. Then, the video image is reproduced and displayed from the video image at the start position of the conversation scene.

During playback of the video image, the video image playback program checks the playback position of the video image, and when the end point is reached, terminates the playback of the video and sets the still image state.

A method of configuring a video image reproducing program for realizing the invention of claim 4 will be described with reference to FIG.

First, the video image reproducing program has the first
The character file, the conversation scenario of the character, and the position information of the video image are read from the data file in which the data is recorded, and the data is stored in the memory, and the second data file is read and the thumbnail image of the character is read. The file name is extracted, and the thumbnail image file of the character, which is the third data, is read.

The thumbnail image of the character and the scenario sentence data are displayed on a monitor screen, and when the scenario sentence displayed on the monitor screen is selected with an input device such as a mouse, the video image reproducing program determines the position of the video image. Use the information to set the playback category of the video image.

The video image is reproduced and displayed from the video image at the start position of the conversation scene, and the video image reproduction program checks the reproduction position of the video image during reproduction of the video image.
When the end point is reached, the reproduction of the video is ended and a still image state is set.

FIG. 7 shows an example of the structure of a word which is the first data for realizing the invention of claim 5, its start position and end position data.

A video image reproducing program for realizing the invention according to claim 5 is characterized in that the names of characters and the text of conversation contents of a plurality of conversation scenes of the video image first recorded on the image recording medium, and the video image of the conversation scene And reads a video image data file in which the position information of the word included in the sentence data and the position information of the video image of the conversation scene of the word are recorded and stored in the memory. Then, the character name and the sentence data are displayed on a monitor screen.

When a word included in the sentence data is selected by the input device of the computer, the video image of the word portion is reproduced using the position information of the video image of the word.

FIG. 8 shows another construction method of the video picture reproducing program for realizing the invention of claim 5, wherein the names of the characters and the contents of the conversation contents of a plurality of conversation scenes of the video picture initially recorded on the video recording medium are shown. The data and the position information of the video image of the conversation scene are read and stored in the memory.

Then, the character name and the sentence data are displayed on a monitor screen.

When a word included in the sentence data is selected by the input device, a data file in which the word included in the sentence data and positional information of a video image of a conversation scene of the word are recorded is read, and the video of the word is read. The video image of the word portion is reproduced using the position information of the image.

FIG. 9 shows an example of the structure of a monitor screen for realizing the sixth aspect of the present invention. Reference numeral 91 denotes an input unit for the number of repetitions.

A method of configuring a video image reproducing program for realizing the invention of claim 6 will be described with reference to FIG.

Character names of a plurality of conversation scenes of the video image recorded on the video recording medium and sentence data of the conversation content,
A video image data file in which the position information of the video image of the conversation scene, the words included in the sentence data, and the position information of the video image of the conversation scene of the word are recorded is read and stored in a memory. Then, the character name and the sentence data are displayed on the monitor screen, the repetition number input section is displayed on the monitor screen, and an initial value of the number of repetitions of video reproduction is set.

When data is input to the repetition number input section, the data is set as the number of repetitions of video reproduction.

When a video playback command is input from the input device, playback is performed from the start position of the video image. When the video image reaches the end position, the playback is stopped, and the number of times of playback is checked.

When the number of times of reproduction is smaller than the designated number of repetitions, the same part of the video image as the previous time is reproduced.

The repetitive reproduction of each scene is performed until the reproduction of all video video scenes to be reproduced is completed.

FIG. 11 shows an example of the structure of a monitor screen for realizing the seventh aspect of the present invention. Reference numeral 111 is a character name list having a reproduction selection unit.

A method of configuring a video image reproducing program for realizing the invention of claim 7 will be described with reference to FIG.

Character names of a plurality of conversation scenes of a video image recorded on a video recording medium and sentence data of the conversation content,
The data file of the video image in which the position information of the video image of the conversation scene is recorded is read and stored in the memory.

Then, the character names and the sentence data are displayed on the monitor screen, and a character name list having a reproduction selection section is displayed on the monitor screen.

When data indicating the presence or absence of reproduction is input to the reproduction selection section of the character name list, the data is used to set whether or not to reproduce the video scene of the character. When a video playback command is input from the input device, the presence / absence of a character in the video video scene to be played back is checked, and if there is playback, playback is performed; if no playback is performed, playback is performed. Do not do.

FIG. 13 shows an example of the structure of a monitor screen for realizing the eighth aspect of the present invention. Reference numeral 131 denotes a character name list having a sound output selection unit.

A method of configuring a video image reproducing program for realizing the invention of claim 8 will be described with reference to FIG.

Character names of a plurality of conversation scenes of the video image recorded on the image recording medium and sentence data of the conversation content,
The data file of the video image in which the position information of the video image of the conversation scene is recorded is read and stored in the memory. Then, the character name and the sentence data are displayed on a monitor screen, and a character name list having a sound output selection unit is displayed on the monitor screen.

When data on the presence or absence of sound emission is inputted to the sound emission selection section of the character name list, the presence or absence of sound emission of the video scene of the character is set by the data.

When a video playback command is input from the input device, the presence or absence of sound emission of a character is examined when playing back a video image, and if there is sound emission, sound emission is performed. Does not emit sound.

FIG. 15 shows an example of the structure of a monitor screen for realizing the ninth aspect of the present invention. Reference numeral 151 denotes a difficulty level selection unit.

A method of configuring a video image reproducing program for realizing the invention of claim 9 will be described with reference to FIG.

The names of the characters in a plurality of conversation scenes of the video image recorded on the image recording medium, the sentence data and the difficulty level of the conversation content, and the video image data in which the positional information data of the video image of the conversation scene is recorded Read the file and store it in memory.

The character name, the sentence data, and the difficulty level are displayed on the monitor screen, and the difficulty level selection unit is displayed on the monitor screen.

When data is input to the difficulty selection section,
Set the difficulty of the video scene to be played with the data.

When a video playback command is input from the input device, the difficulty level of the video scene is checked when playing back a video image, and if the difficulty level is a playback target, playback is performed.
If it is not the difficulty of the reproduction target, the reproduction is not performed.

FIG. 17 shows an example of the configuration of a monitor screen for realizing the tenth aspect of the present invention. Reference numeral 171 denotes a playback selection unit based on the playback section.

A method of configuring a video image reproducing program for realizing the invention of claim 10 will be described with reference to FIG.

[0075] The names of characters in a plurality of conversation scenes of the video image recorded on the video recording medium, the sentence data of the conversation content, the reproduction section, and the video image data in which the position information data of the video image of the conversation scene is recorded. Read the file,
Store in memory.

Then, the character name, the sentence data, and the reproduction section are displayed on the monitor screen, and a reproduction selection section based on the reproduction section is displayed on the monitor screen.

When data is input to the reproduction selection section, a reproduction section of a video scene to be reproduced by the data is set.

When a video playback command is input from the input device, the playback section of the video scene is checked when playing back a video image. If the playback section is a playback section, playback is performed. If the playback section is not a playback section, the playback section is not played. Does not play.

An eleventh aspect of the present invention is a method for reproducing only a specific scene included in a video image.
Is a configuration example of a monitor screen for realizing the present invention. Reference numeral 191 denotes a scene name selection unit.

A method of configuring a video image reproducing program for realizing the invention of claim 11 will be described with reference to FIG.

A data file in which scene names of a plurality of scenes of a video image recorded on a video recording medium are read is stored in a memory, and a selection section of the scene name is displayed on a monitor screen.

When a scene name is selected by the input device,
A data file corresponding to a video image corresponding to the selected scene is read and stored in a memory.

The subsequent video image reproduction procedure can be performed by the method already described.

The twelfth aspect of the present invention relates to a method for reproducing only a specific video image scene used in a learning subject, and FIG. 21 shows a configuration example of a monitor screen for realizing the present invention. Reference numeral 211 denotes a scene name selection unit.

A method of configuring a video picture reproducing program for realizing the invention of claim 12 will be described with reference to FIG.

The subject file in which the learning subject name and the scene name of the video image used in the learning subject and the display order of the scene video are recorded is stored in a memory, and the learning subject name and the learning subject selection unit are displayed on a monitor screen. To be displayed.

When a learning subject name in the learning subject selection section is selected by the input device, a data file corresponding to a video image scene used in the selected learning subject is read, stored in a memory, and stored in a memory. The video playback procedure can be performed by the method already described.

The invention according to claim 13 is a method for reproducing only a specific video image scene used in a learning subject, and FIG. 23 shows an example of a configuration of a monitor screen for realizing the present invention. Reference numeral 231 denotes a scene name selection unit.

A method of configuring a video image reproducing program for realizing the invention of claim 13 will be described with reference to FIG.

The subject file in which the learning subject name, the scene name of the video image used in the learning subject, the display order of the scene image, and the instruction sentence to be displayed before the scene image are recorded is read and stored in the memory.

Then, the learning subject name and the learning subject selection section are displayed on the monitor screen.

When a learning subject name in the learning subject selection section is selected by the input device, a data file corresponding to a video image scene used in the selected learning subject is read, stored in a memory, and stored in the memory. And scenario text data are displayed on the monitor screen.

When a character name or scenario sentence data displayed on the monitor screen is selected with an input device such as a mouse, a conversation scene is determined using the input selection information.

When there is an instruction document in the conversation scene, the instruction document is displayed on a monitor screen.

When a video playback command is input from the input device while the instruction document is being displayed, the video video playback program starts playback of the video video of the scene.

A description will be given of a method of configuring a video image reproducing program for realizing the invention of claim 14.

Character names of a plurality of conversation scenes of a video image recorded on a video recording medium and text data of the conversation content,
The data file of the video image in which the position information of the video image of the conversation scene is recorded is read, stored in a memory, and the character name and text data are displayed on a monitor screen.

When a word included in the sentence data is selected by the input device, the data file of the word in which the still image file name of the word is recorded is read, and the still image file of the word is read from the still image file name of the word. reading,
The still image of the word is displayed on a monitor.

A description will be given of a method of constructing a video image reproducing program for realizing the inventions of claims 15 and 16.

Character names of a plurality of conversation scenes of a video image recorded on a video recording medium and sentence data of the conversation content,
The data file of the video image in which the position information of the video image of the conversation scene is recorded is read, stored in a memory, and the character name and text data are displayed on a monitor screen.

When a word included in the sentence data is selected by the input device, the word data file in which the still image file name and the voice reading file name of the word are recorded is read, and the word is read from the word still image file name. , The still image of the word is displayed on the monitor, the voice reading data is read from the voice reading file name, and the voice reading data of the word is emitted.

When a still image of a word displayed on the monitor screen is selected by the input device, the voice reading data of the word is emitted.

A method of configuring a video image reproducing program for realizing the invention of claim 17 will be described with reference to FIG.

First, the video image reproducing program has the first
From the data file in which the data is recorded, the name of the appearance, the description of the appearance, the name of the appearance by audio data, and the position information of the video image are read, and the data is stored in the memory, and the name of the appearance Is displayed on the monitor screen.

When the name of an appearance displayed on the monitor screen is selected with an input device such as a mouse, the name of the appearance is specified using the input selection information, and the conversation scene selected from the name of the appearance is identified. decide.

If the conversation scene is not in the still image display state, the video image data is read using the information on the start position of the video image, the start video image of the conversation scene is displayed in the still image state, and the audio data is displayed. Sounds the name of the appearance by.

If the conversation scene is a still image display state, the video image reproduction program starts reproduction of the video image from the scene.

In order to realize the eighteenth aspect of the present invention, the name of the appearing item and the description can be displayed on the monitor screen as shown in FIG.

First, the video image reproduction program reads a data file in which the names of the appearances appearing in the video image recorded on the video recording medium are recorded, and displays the appearance name and the selection section of the appearance name on the monitor screen. indicate.

When the name of an appearance is selected by the input device, the description of the appearance, the name of the appearance based on audio data, and the position information of the video image are read for the scene of the selected appearance, and the data is read. Is stored in the memory, and the explanation is displayed on the monitor screen.

When an appearance name displayed on the monitor screen is selected by an input device such as a mouse, the selected conversation scene is determined using the input selection information.

If the conversation scene is not in the still image display state, the video image data is read using the information on the start position of the video image, the start video image of the conversation scene is displayed in the still image state, and the audio data is displayed. Sounds the name of the appearance by.

If the conversation scene is a still image display state, the video image reproduction program starts reproducing the video image from the scene.

When the explanation displayed on the monitor screen is selected with an input device such as a mouse, the selected conversation scene is determined using the input selection information, and the reproduction of the video image is started from the selected scene. .

A method of constructing a monitor screen for realizing the invention of claim 19 can be realized by providing a difficulty level designation section in FIG.

Character names of a plurality of conversation scenes of a video image recorded on a video recording medium and sentence data of the conversation content,
The data file of the video image in which the position information and the difficulty level of the video image of the conversation scene are recorded is read, and the character name, the sentence data, the difficulty level, and the difficulty level designation unit are displayed on a monitor screen.

When the difficulty level of the video image of the conversation scene is input from the difficulty level designation unit by the input device, the data of the difficulty level of the input conversation scene is recorded in the difficulty level of the data file of the video image.

A method of configuring a monitor screen for realizing the invention of claim 20 can be realized by providing a reproduction section designating section in FIG.

[0119] Character names of a plurality of conversation scenes of a video image recorded on a video recording medium and sentence data of the conversation content,
It reads a video file of the video image in which the position information and the reproduction section of the video image of the conversation scene are recorded, and displays the character name, the sentence data, the reproduction section, and the reproduction section designating section on a monitor screen.

When the reproduction section of the video image of the conversation scene is inputted from the reproduction section designation section by the input device, the data of the reproduction section of the inputted conversation scene is recorded in the reproduction section of the data file of the video image.

A video playback program is configured so that a learner can newly create and register a teaching material file. After the learner selects a teaching material file, the user selects conversation content of a video image, and then selects the teaching material file. When a command to add to the teaching material is given to the computer, the video playback program is configured so that the data of the conversation scene can be added to the designated teaching material file.

The learner plays the video image according to the story of the drama, but sometimes wants to continuously play back only the scenario portion of the video image and display it on the monitor screen.

In order to cope with such a request, a selection command for digest reproduction of a video image is displayed on a monitor screen.

When the viewer inputs to the computer a digest playback command for selectively and continuously playing back only the scenario portion displayed on the monitor screen, the video of the scenario is used by using the position information data of the video image corresponding to the scenario. The video reproduction program is configured to continuously reproduce only the video.

In language learning using video images, a professor sometimes educates a learner according to a curriculum.

In such a case, the educator needs to browse, but there is information that the learner does not want to see.

In order to cope with such a demand, two language monitor screens are used in language education using video images.

That is, a monitor screen commonly viewed by the teacher and the learner and a monitor screen dedicated to the teacher are provided. With such a configuration, effective language learning can be performed.

The identification names and the position information of the plurality of conversation scenes included in the video image are read, and the identification names of the plurality of conversation scenes and the reproduction command section for only the video image conversation scenario are displayed on the monitor screen.

When a reproduction instruction is input from the command section, a scene of the conversation scenario to be reproduced first in the video image is selected, and a section from the start position to the end position of the scene is reproduced.

After the scene has been reproduced, the reproduction position is moved to the start position of the next conversation scene, and the section from the start position to the end position of the conversation scene is reproduced.

By repeating the same procedure to reproduce the section of the subsequent conversation scene, only the scene of the conversation scenario can be continuously reproduced.

A plurality of words included in the conversation scenario and their position information are read, and the conversation scenario and a command unit for instructing word-by-word reproduction are displayed on a monitor screen.

When a reproduction instruction is input from the command section, the first word of the conversation scenario to be reproduced is selected.
The section from the start position to the end position of the word is reproduced.

After the word has been reproduced, the reproduction position is moved to the start position of the next word, and the section from the start position to the end position of the word is reproduced. By repeating the same procedure to reproduce the subsequent word section, the conversation scenario can be reproduced in word units.

The conversation scenario of the video image and the data of the reading sound of the characters included in the conversation scenario are read, and the conversation scenario and a command unit for instructing the reproduction in units of characters are displayed on the monitor screen.

When a reproduction instruction is input from the command section, the first character of the conversation scenario to be reproduced is selected.
Emit the reading sound of the character.

After the sound output of the reading of the character is completed, the process moves to the next character. By repeating the same procedure to emit the reading sound of the subsequent character, the voice of the conversation scenario can be read by character.

The conversation scenario of the video image and the data of the reading sound of the characters included in the conversation scenario are read, and the conversation scenario, the command unit for instructing the reproduction in units of characters, and the character display unit are displayed on the monitor screen.

When a reproduction instruction is input from the command section, the first character of the conversation scenario to be reproduced is selected.
The character is displayed on the character display unit and the reading sound of the character is emitted.

After the output of the reading sound of the character is completed, the process moves to the next character. By repeating the same procedure to emit the reading sound of the subsequent character, the voice of the conversation scenario can be read by character.

The conversation scenario of the video image and the data of the writing order of the characters included in the conversation scenario are read, and the conversation scenario, the command section for instructing the reproduction in units of characters, and the writing order display section are displayed on the monitor screen.

When a reproduction instruction is input from the command section, the first character of the conversation scenario to be reproduced is selected.
The stroke order of the selected character is displayed in the stroke order display area.

After the display of the writing order of the characters is completed, the display moves to the next character. By displaying the writing order of the subsequent characters by repeating the same procedure, the writing order of the characters of the conversation scenario can be displayed in units of characters.

The identification names of a plurality of conversation scenes and the information of the start position and the end position included in the video image are read, and the identification names of the plurality of conversation scenes and the reproduction command section for only the video image conversation scenario are displayed on the monitor screen. indicate.

When a reproduction instruction is input from the command section, a scene of the conversation scenario to be reproduced first in the video image is selected, and a section from the start position to the end position of the scene is reproduced.

After the reproduction of the scene is completed, the reproduction position is moved to the start position of the next conversation scene, and the section from the start position to the end position of the conversation scene is reproduced.

By repeating the same procedure to reproduce the section of the subsequent conversation scene, it is possible to continuously reproduce only the scene of the conversation scenario.

A plurality of words included in the conversation scenario and information on the start position and the end position are read, and the conversation scenario and a command unit for instructing word-by-word reproduction are displayed on a monitor screen.

When a reproduction instruction is input from the command section, the first word of the conversation scenario to be reproduced is selected.
The section from the start position to the end position of the word is reproduced.

After the reproduction of the preceding word is completed, the reproduction position is moved to the start position of the next word, and the section from the start position to the end position of the word is reproduced. By repeating the same procedure to reproduce the subsequent word section, the conversation scenario can be reproduced in word units.

The conversation scenario of the video image and the data of the reading sound of the characters included in the conversation scenario are read, and the preceding conversation scenario and a command unit for instructing the reproduction in units of characters are displayed on the monitor screen. When a reproduction instruction is input from the command unit, the first character of the conversation scenario to be reproduced is selected, and the reading sound of the character is emitted.

After the sound emission of the reading sound of the preceding character ends, the process moves to the next character. By repeating the same procedure to emit the reading sound of the subsequent character, the voice of the conversation scenario can be read by character.

The conversation scenario of the video image and the data of the reading sound of the characters included in the conversation scenario are read, and the preceding conversation scenario, the command unit for instructing the reproduction in units of characters, and the character display unit are displayed on the monitor screen.

When a reproduction instruction is input from the preceding instruction unit, the first character of the conversation scenario to be reproduced is selected,
The character is displayed on the character display unit and the reading sound of the character is emitted.

After the sound emission of the reading sound of the preceding character ends, the process moves to the next character. By repeating the same procedure to emit the reading sound of the subsequent character, the voice of the conversation scenario can be read by character.

The conversation scenario of the video image and the data of the writing order of the characters included in the conversation scenario are read, and the preceding conversation scenario, the command section for instructing the reproduction in units of characters, and the writing order display section are displayed on the monitor screen.

When a reproduction instruction is input from the preceding command section, the first character of the conversation scenario to be reproduced is selected.
The stroke order of the selected character is displayed in the stroke order display area.

After the display of the writing order of the first character is completed, the character moves to the next character. By displaying the writing order of the subsequent characters by repeating the same procedure, the writing order of the characters of the conversation scenario can be displayed in units of characters.

When the conversation scenario of the video image is displayed on the monitor screen and a part of the text of the conversation scenario is selected by the input device, information on the start position and the end position of the video image corresponding to the selected text portion is displayed. A method for constructing a video image reproduction program, characterized in that a sentence portion of a conversation scenario is reproduced by determining and reproducing a section from a start position to an end position of the text portion.

[0161]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, an embodiment of the present invention will be described with reference to the drawings. In order to use the video image for learning, data for controlling the reproduction of the video image is configured.

The first data is data for reproducing a video image. The data is video title identification data, video title name, scene identification data, scene name, character identification data, character name, character name. , Its translation, difficulty, playback category, important words, names of appearances, descriptions of appearances, names of appearances based on audio data, and position information of video images.

The method of using the name of the appearance by the appearance name, the description of the appearance, and the voice data is as follows.

It is assumed that an image of a cactus is displayed in a portion of the video image where there is no conversation scenario.

In order to use this cactus as a teaching material, the name of the appearance is used as the name of the scene where the cactus is displayed, and an explanatory sentence for using it as a teaching material is attached.

[0166] The description can be created as voice data in addition to the text. When the name of the appearance is selected using an input device such as a mouse, the name of the appearance based on the audio data is changed.
Used when sounding the name of an appearance.

The second data is data such as a thumbnail image file name of a character, a word still image file name, a word reading audio file name, and the like.

The method of using the thumbnail image file name of the character, the word still image file name, and the word reading audio file name is as follows.

The same character name or word appears many times in the video image. Creating image data and audio data each time requires a large storage capacity.

By constructing data representing the relationship between characters and their thumbnail image file names, words and their still image file names, and reading audio file names, necessary image files and audio files are read from the character names and words. Will be able to do it.

The third data is a thumbnail image file of a character, a word still image file, and a word reading audio file.

The method of using the thumbnail image files of the characters is as follows.

[0173] The characters in the conversation scene can be displayed by name, but the name of the conversation scene cannot be selected for learning in which characters cannot be read because the name is not known.

By displaying the characters as thumbnail images, a learner who cannot read the characters can select a conversation scene, and furthermore, the selection unit for displaying the characters by name or thumbnail image is monitored. Display on the screen.

A method of using the word image file and the word reading voice file is as follows.

For example, in a video video conversation scenario,
When there is the word UBMARINE and the learner selects the word SUBMARINE with an input device such as a mouse, the SUBMARINE still image file is read and the SUBMARINE image is displayed on the monitor screen.

[0177] The SUBMARI displayed on the monitor screen
When the learner selects the NE image with an input device such as a mouse, the SUBMARINE is sounded out using the read sound file.

As a result, a great learning effect can be expected because the image of the submarine and the sound of the submarine are directly connected.

The fourth data is subject data for constituting the contents of the learning subject, and includes subject name, subject identification data, learning theme, video title identification data, and content number data.

Fifth data is teaching material data obtained by reconstructing a video image scene in accordance with a learning theme, and includes a reproduction order, video title identification data, scene identification data, an instruction sentence displayed before the scene, and the like. .

The method of using the subject data and the teaching material data is as follows.

First, the video image reproduction program displays a list of subject names and a subject selection section on a monitor screen.
When the learner selects a subject name, the video image reproduction program displays a list of learning themes belonging to the selected subject and a learning theme selection unit on the monitor screen.

When the learner selects a learning theme, the video image reproducing program displays the names of the characters of the scenes of the video image belonging to the selected learning theme and the conversation scenario on the monitor screen according to the reproduction order of the learning theme.

As described above, by constructing and using the control data of the video image, the video image can be effectively used in the learning.

Next, a configuration example of a program for reproducing a video image will be described.

FIG. 1, FIG. 2, and FIG.
I will explain using.

FIG. 1 shows a state in which a video image reproducing program reads a data file and displays the names of characters and a conversation scenario on a monitor screen.

FIG. 2 is an example of a block diagram of a program according to the first aspect.

First, the video image reproduction program reads the name of a character, a conversation scenario of the character, and positional information of the video image from a data file for controlling the reproduction of the video image, and stores the data in a memory.

When the character name and the conversation scenario are displayed on a monitor screen and the learner selects the character name displayed on the monitor screen with an input device such as a mouse, the video image reproduction program executes the input position information. Is used to identify the selected character name and determine the selected conversation scene.

If the conversation scene is not displayed in a still image state, the video image data is read using the information on the start position of the video image, and the video image of the scene is displayed in a still image state.

If the conversation scene is a still image display state, the video image reproduction program starts reproducing the video image from the scene.

Normally, a video image is composed of a part with and without a conversation scenario.

In the case of language learning, there is a case where it is desired to reproduce only the conversation scenario part. In order to cope with such a request, a selection part of a reproduction method may be displayed on a monitor screen so that the user can select whether to reproduce all video images or only a part of a conversation scenario.

FIG. 3 shows an example of the structure of a file used in this embodiment, that is, an example of the structure of a video image file of a conversation scene and its data file.

An embodiment of the present invention will be described with reference to FIG.

When the video image reproducing program is started, it reads the name of the character, the conversation scenario of the character, and the position information of the video image from the file in which the data for controlling the reproduction of the video image is recorded. Is displayed on the monitor screen.

When the learner selects a scenario sentence displayed on the monitor screen with an input device such as a mouse, the video image reproduction program sets the video image reproduction section using the position information of the video image.

Then, a video image is reproduced and displayed from the video image at the start position of the conversation scene.

The video image reproduction program checks the reproduction position of the video image during reproduction of the video image, and when the end point is reached, terminates the reproduction of the video and sets the still image state.

A method of configuring a video image reproducing program for realizing the second aspect of the present invention will be described with reference to FIG.

[0202] First, the video image reproducing program includes the first program.
The character name, the conversation scenario of the character, and the position information of the video image are read from the data file in which the data of the data is recorded, and the data is stored in the memory, and the second data file is read to read the thumbnail image of the character. The file name is extracted, and the thumbnail image file of the character, which is the third data, is read.

Then, the thumbnail image of the character and the scenario sentence data are displayed on the monitor screen.

When a thumbnail image of a character displayed on the monitor screen is selected with an input device such as a mouse,
A character name is identified using the input selection information, and a conversation scene selected from the character name is determined.

If the conversation scene is not in the still image display state, the video image data is read using the information on the start position of the video image, and the start video image of the conversation scene is displayed in the still image state.

[0206] If the conversation scene is a still image display state, the video image reproduction program starts reproduction of the video image from the scene.

An embodiment of the present invention will be described with reference to FIG.

First, the video image reproducing program has the first
The character name, the conversation scenario of the character, the position information of the video image are read from the data file in which the data is recorded, and the data is stored in the memory, and the character name and the scenario sentence data are displayed on the monitor screen. indicate.

When the scenario sentence data displayed on the monitor screen is selected with an input device such as a mouse, the scenario sentence data is specified using the input selection information, and the conversation scene selected from the scenario sentence data is identified. decide.

[0210] Using the position information of the conversation scene stored in the memory, the reproduction section of the video image is set, and the video image is reproduced and displayed from the video image at the start position of the conversation scene.

[0211] During playback of the video image, the video image playback program checks the playback position of the video image, and when the end point is reached, ends the playback of the video and sets the still image state.

A method of configuring a video image reproducing program for realizing the invention of claim 4 will be described with reference to FIG.

First, the video image reproducing program has the first
The character name, the conversation scenario of the character, and the position information of the video image are read from the data file in which the data of the data is recorded, and the data is stored in the memory, and the second data file is read to read the thumbnail image of the character. The file name is extracted, and the thumbnail image file of the character, which is the third data, is read.

[0215] Then, the thumbnail image of the character and the scenario sentence data are displayed on the monitor screen.

When a scenario sentence displayed on the monitor screen is selected with an input device such as a mouse, the video image reproducing program sets a video image reproducing section using the position information of the video image.

Then, the video image is reproduced and displayed from the video image at the start position of the conversation scene.

The video image reproduction program checks the reproduction position of the video image during the reproduction of the video image, terminates the reproduction of the video when the end point is reached, and sets the still image state.

When the learner selects a character name or a thumbnail image, the video image of the conversation scene is displayed in a still image state using the information on the start position of the video image associated with the character.

That is, when the selection information of the person name or the thumbnail image on the monitor screen is input by the input device of the computer, the start position information associated with the person data is used to convert the video image file into the video image data. And a video playback program is configured to display the video image in a still image state.

When the learner selects a character name or a thumbnail image of a conversation scene in a still image state, reproduction of the video image is started.

That is, in the case where the input name of the conversation scene in the still image state or the selection information of the thumbnail image is input by the input device of the computer, the data of the video image file is read from the position of the currently displayed video image, and A video playback program is configured to display the video image on a monitor screen.

When the learner selects the conversation content, the video image of the conversation scene is reproduced.

FIG. 7 shows an example of the structure of a word which is the first data for realizing the invention of claim 5, its start position and end position data.

[0225] A video image reproducing program for realizing the invention according to claim 5 is characterized in that the names of characters in a plurality of conversation scenes of the video image recorded on the image recording medium and the sentence data of the conversation contents are first recorded. And reads a video image data file in which the position information of the word included in the sentence data and the position information of the video image of the conversation scene of the word are recorded and stored in the memory. Then, the character name and the sentence data are displayed on a monitor screen.

When a word included in the sentence data is selected by the input device of the computer, the video image of the word portion is reproduced using the position information of the video image of the word.

FIG. 8 shows another construction method of the video picture reproducing program for realizing the invention of claim 5, wherein the names of the characters and the text of the conversation contents of a plurality of conversation scenes of the video picture recorded first on the video recording medium are shown. The data and the position information of the video image of the conversation scene are read and stored in the memory.

[0228] Then, when the characters included in the sentence data and the words included in the sentence data are displayed on a monitor screen and a word included in the sentence data is selected by the input device, a video image of a conversation scene between the words included in the sentence data and the words is displayed. The data file in which the position information of the word is recorded is read, and the video image of the word portion is reproduced using the position information of the video image of the word.

FIG. 9 shows an example of the structure of a monitor screen for realizing the sixth aspect of the present invention. Reference numeral 91 denotes an input unit for the number of repetitions.

A method of constructing a video picture reproducing program for realizing the invention of claim 6 will be described with reference to FIG.

[0231] Character names of a plurality of conversation scenes of the video image recorded on the image recording medium and text data of the conversation content,
A video image data file in which the position information of the video image of the conversation scene, the words included in the sentence data, and the position information of the video image of the conversation scene of the word are recorded is read and stored in a memory.

Then, the name of the former character and the sentence data are displayed on the monitor screen, the repetition number input section is displayed on the monitor screen, and an initial value of the number of repetitions of video reproduction is set.

When data is input to the repetition number input section, the data is set as the number of repetitions of video reproduction.

When a video playback command is input from the input device, playback is performed from the start position of the video image. When the video image reaches the end position, the playback is stopped and the number of times of playback is checked. If the number of times of reproduction is less than the specified number of repetitions, the same part of the video image as the last time is reproduced.

[0235] Repetitive reproduction is performed for each scene until reproduction of all video video scenes to be reproduced is completed.

FIG. 11 shows an example of the structure of a monitor screen for realizing the seventh aspect of the present invention. Reference numeral 111 is a character name list having a reproduction selection unit.

A method of configuring a video image reproducing program for realizing the invention of claim 7 will be described with reference to FIG.

Character names of a plurality of conversation scenes of the video image recorded on the video recording medium and sentence data of the conversation content,
The data file of the video image in which the position information of the video image of the conversation scene is recorded is read and stored in the memory.

[0239] The character name and the sentence data are displayed on the monitor screen, and a character name list having a reproduction selection section is displayed on the monitor screen.

When data on the presence or absence of reproduction is input to the reproduction selection section of the character name list, the presence / absence of reproduction of the video scene of the character is set by the data.

When a video playback command is input from the input device, the presence / absence of reproduction of a character in the video image scene to be played back is checked. If there is playback, playback is performed. Does not play.

FIG. 13 shows an example of the structure of a monitor screen for realizing the eighth aspect of the present invention. Reference numeral 131 denotes a character name list having a sound output selection unit.

A method of configuring a video image reproducing program for realizing the invention of claim 8 will be described with reference to FIG.

Character names of a plurality of conversation scenes of the video image recorded on the video recording medium and sentence data of the conversation content,
The data file of the video image in which the position information of the video image of the conversation scene is recorded is read and stored in the memory.

Then, the character names and the sentence data are displayed on the monitor screen, and a character name list having a sound emitting selection section is displayed on the monitor screen.

When data on the presence or absence of sound emission is input to the sound emission selection section of the character name list, the presence or absence of sound emission of the video scene of the character is set by the data.

When a video playback command is input from the input device, the presence or absence of sound emission of a character is checked when playing back a video image, and if there is sound emission, sound emission is performed. Does not emit sound.

FIG. 15 is a structural example of a monitor screen for realizing the ninth aspect of the present invention. Reference numeral 151 denotes a difficulty level selection unit.

A method of configuring a video image reproducing program for realizing the invention of claim 9 will be described with reference to FIG.

A video image data file in which the names of the characters of a plurality of conversation scenes of the video image recorded on the image recording medium, the sentence data and the difficulty level of the conversation content, and the positional information of the video image of the conversation scene are recorded. Is read and stored in memory.

The character name, the sentence data, and the difficulty level are displayed on the monitor screen, and the difficulty level selection unit is displayed on the monitor screen.

When data is input to the difficulty selection section,
Set the difficulty of the video scene to be played with the data.

When a video playback command is input from the input device, the difficulty level of a video scene is examined when playing back a video image.
If it is not the difficulty of the reproduction target, the reproduction is not performed.

FIG. 17 shows an example of the structure of a monitor screen for realizing the tenth aspect of the present invention. Reference numeral 171 denotes a playback selection unit based on the playback section.

A method of configuring a video image reproducing program for realizing the invention of claim 10 will be described with reference to FIG.

A video image data file in which the names of characters in a plurality of conversation scenes of the video image recorded on the image recording medium, the sentence data of the conversation content, the reproduction section, and the position information of the video image of the conversation scene are recorded. Is read and stored in memory.

[0257] The character name, the sentence data, and the reproduction section are displayed on the monitor screen, and a reproduction selection section based on the reproduction section is displayed on the monitor screen.

When data is input to the playback selection section, a playback section of a video scene to be played back with the data is set.

When a video playback instruction is input from the input device, the playback section of the video scene is examined when playing back a video image. If the playback section is a playback section, playback is performed. If the playback section is not a playback section, the playback section is not played. Does not play.

[0260] The invention of claim 11 is a method for reproducing only a specific scene included in a video image.
Is a configuration example of a monitor screen for implementing the present invention. Reference numeral 191 denotes a scene name selection unit.

A method of configuring a video image reproducing program for realizing the invention of claim 11 will be described with reference to FIG.

The data file in which scene names of a plurality of scenes of the video image recorded on the image recording medium are recorded is stored in the memory, and the scene name selection section is displayed on the monitor screen.

When the scene name is selected by the input device,
A data file corresponding to a video image corresponding to the selected scene is read and stored in a memory. The subsequent procedure of reproducing the video image can be performed by the method already described.

[0264] The invention of claim 11 is a method for reproducing only a specific scene included in a video image.
Is a configuration example of a monitor screen for implementing the present invention. Reference numeral 191 denotes a scene name selection unit.

A method of configuring a video image reproducing program for realizing the invention of claim 11 will be described with reference to FIG.

A data file in which scene names of a plurality of scenes of a video image recorded on a video recording medium are recorded is stored in a memory, and a selection section for the scene name is displayed on a monitor screen.

When a scene name is selected by the input device,
A data file corresponding to a video image corresponding to the selected scene is read and stored in a memory. The subsequent procedure of reproducing the video image can be performed by the method already described.

A twelfth aspect of the present invention is a method for reproducing only a specific video image scene used in a learning subject, and FIG. 21 is an example of a monitor screen for realizing the present invention. Reference numeral 211 denotes a scene name selection unit.

A method of configuring a video image reproducing program for realizing the invention of claim 12 will be described with reference to FIG.

The subject file in which the names of the learning subjects and the scene names of the video images used in the learning subjects and the display order of the scene videos are recorded is read and stored in the memory. Then, the learning subject name and the learning subject selection unit are displayed on the monitor screen.

When a learning subject name in the learning subject selection section is selected by the input device, a data file corresponding to a video image scene used in the selected learning subject is read and stored in the memory. The subsequent procedure of reproducing the video image can be performed by the method already described.

[0272] The invention of claim 13 is a method for reproducing only a specific video image scene used in a learning subject, and FIG. 23 is a configuration example of a monitor screen for realizing the present invention. Reference numeral 231 denotes a scene name selection unit.

A method of configuring a video image reproducing program for realizing the invention of claim 13 will be described with reference to FIG.

A subject file in which a learning subject name, a scene name of a video image used in the learning subject, a display order of the scene image, and an instruction sentence to be displayed before the scene image are recorded is read and stored in a memory. The learning subject name and the learning subject selection unit are displayed on a monitor screen.

When the learning subject name in the learning subject selection section is selected by the input device, the data file corresponding to the video image scene used in the selected learning subject is read and stored in the memory. The character name and scenario text data are displayed on a monitor screen.

When a character name or scenario sentence data displayed on the monitor screen is selected with an input device such as a mouse, a conversation scene is determined using the input selection information.

When the instruction document is present in the conversation scene, the instruction document is displayed on a monitor screen.

When a video playback instruction is input from the input device while the instruction document is being displayed, the video video playback program starts playback of the video video of the scene.

A method of configuring a video picture reproducing program for realizing the invention of claim 14 will be described.

[0280] Character names of a plurality of conversation scenes of the video image recorded on the video recording medium and sentence data of the conversation content,
The data file of the video image in which the position information of the video image of the conversation scene is recorded is read and stored in the memory.

Then, the character name and the sentence data are displayed on a monitor screen, and when a word included in the sentence data is selected by the input device, the word data file in which the still image file name of the word is recorded is read. Reading a word still image file from the word still image file name, and displaying the word still image on a monitor.

A description will be given of a method of configuring a video image reproducing program for realizing the inventions of claims 15 and 16.

[0283] Character names of a plurality of conversation scenes of the video image recorded on the video recording medium and sentence data of the conversation content,
The data file of the video image in which the position information data of the video image of the conversation scene is recorded is read and stored in the memory. Then, the character name and the sentence data are displayed on a monitor screen.

If a word included in the sentence data is selected by the input device, the word data file in which the still image file name and the voice reading file name of the word are recorded is read, and the word is read from the still image file name of the word. , The still image of the word is displayed on the monitor, the voice reading data is read from the voice reading file name, and the voice reading data of the word is emitted.

When a still image of a word displayed on the monitor screen is selected by the input device, the voice reading data of the word is emitted.

A method of configuring a video image reproducing program for realizing the invention of claim 17 will be described with reference to FIG.

[0287] First, the video image reproducing program includes the first program.
From the data file in which the data is recorded, the name of the appearance, the description of the appearance, the name of the appearance by audio data, and the position information of the video image are read, and the data is stored in the memory, and the name of the appearance Is displayed on the monitor screen.

When the name of an appearance displayed on the monitor screen is selected by an input device such as a mouse, the name of the appearance is specified using the input selection information, and the conversation scene selected from the name of the appearance is identified. decide. If the conversation scene is not in the still image display state, the video image data is read using the information on the start position of the video image, the start video image of the conversation scene is displayed in a still image state, and the appearance by audio data is displayed. Emit a name.

If the conversation scene is in a still image display state, the video image reproduction program starts reproducing the video image from the scene.

FIG. 3 shows an example of the structure of a file used in this embodiment, that is, an example of the structure of a video image file of a conversation scene and its data file.

A method of configuring a video picture reproducing program for realizing the invention of claim 18 will be described with reference to FIG.

First, the video image reproducing program reads a data file in which the names of the appearances appearing in the video image recorded on the video recording medium are recorded, and displays the appearance name and the selection section of the appearance name on the monitor screen. indicate.

When the name of an appearance is selected by the input device, the description of the appearance, the name of the appearance based on audio data, and the position information of the video image are read for the scene of the selected appearance, and the data is read. Is stored in the memory, and the explanation is displayed on the monitor screen.

When an appearance name displayed on the monitor screen is selected with an input device such as a mouse, the selected conversation scene is determined using the input selection information.

If the conversation scene is not in the still image display state, the video image data is read using the information on the start position of the video image, the start video image of the conversation scene is displayed in the still image state, and the audio data is displayed. Sounds the name of the appearance.

If the conversation scene is a still image display state, the video image reproduction program starts reproducing the video image from the scene.

When the description displayed on the monitor screen is selected by an input device such as a mouse, the selected conversation scene is determined using the input selection information, and the reproduction of the video image is started from the selected scene. .

A method of constructing a monitor screen for realizing the nineteenth aspect will be described with reference to FIG.

[0299] Character names of a plurality of conversation scenes of the video image recorded on the video recording medium and text data of the conversation content,
The data file of the video image in which the position information and the difficulty level of the video image of the conversation scene are recorded is read, and the character name, the sentence data, the difficulty level, and the difficulty level designation unit are displayed on a monitor screen.

When the difficulty level of the video image of the conversation scene is input from the difficulty level designation section by the input device, the data of the difficulty level of the input conversation scene is recorded in the difficulty level of the data file of the video image.

A method of configuring a monitor screen for realizing the twentieth aspect will be described with reference to FIG.

[0302] The names of the characters in a plurality of conversation scenes of the video image recorded on the image recording medium and the sentence data of the conversation contents are
It reads a video file of the video image in which the position information and the reproduction section of the video image of the conversation scene are recorded, and displays the character name, the sentence data, the reproduction section, and the reproduction section designating section on a monitor screen.

[0303] When the reproduction section of the video image of the conversation scene is inputted from the reproduction section designation section by the input device, the data of the reproduction section of the inputted conversation scene is recorded in the reproduction section of the data file of the video image.

That is, when selection information of the conversation content is input by the input device of the computer, the video image data is read from the video image file using the start point information of the video image associated with the conversation content, and the video image data is read. The video playback program is configured to display the video in a still image state, set the end point of the video playback using the end point information of the video image, and then play back the video image.

When the learner selects a word in the conversation content, the video image of the word portion of the conversation scene is reproduced.

That is, when the selection information of the word in the conversation content is input by the input device of the computer, the video image file is converted from the video image file using the start point information of the video image associated with the word of the conversation content. A video playback program is configured to read data, display the video image in a still image state, set an end point of video reproduction using the end point information of the video image, and then reproduce the video image.

When the learner selects a word in the conversation contents, an image of the word in the conversation scene is displayed.

That is, when word selection information in conversation content is input by the input device of the computer, image data is read from the image file using the file name information of the image associated with the word in the conversation content. , The video playback program is configured to display the image on the monitor screen.

[0309] The video playback program is configured so that the learner can create and register a new teaching material file.

When the learner selects the teaching material file and then selects a conversation content of the video image and gives an instruction to add the content to the teaching material file to the computer, the data of the conversation scene is assigned to the designated teaching material. Configure the video playback program so that it can be added to the file.

In language learning using video images, a professor sometimes educates a learner according to a curriculum.

[0312] In such a case, the professor needs to browse, but there is information that the learner does not want to see. In order to cope with such a demand, a language education using video images is configured to use two monitor screens.

That is, it is composed of a monitor screen which the teacher and the learner see in common and a monitor screen exclusively for the teacher. With such a configuration, effective language learning can be performed.

The conversation data of the person appearing in the video and the start position and end position of the video are recorded as data.

The identification names and the position information of the plurality of conversation scenes included in the video image are read, and the identification names of the plurality of conversation scenes and the reproduction command section of only the video image conversation scenario are displayed on the monitor screen.

When a reproduction instruction is input from the command section, a scene of a conversation scenario to be reproduced first in a video image is selected, and a section from the start position to the end position of the scene is reproduced.

After the reproduction of the scene is completed, the reproduction position is moved to the start position of the next conversation scene, and the section from the start position of the conversation scene to the end position is reproduced.

By repeating the same procedure to reproduce the section of the subsequent conversation scene, it is possible to continuously reproduce only the scene of the conversation scenario.

[0319] A plurality of words and position information included in the video image are read, and the above-mentioned conversation scenario and a command unit for instructing reproduction in word units are displayed on a monitor screen.

When a reproduction instruction is input from the command section, the first word of the conversation scenario to be reproduced is selected.
The section from the start position to the end position of the scene is reproduced.

After the word has been reproduced, the reproduction position is moved to the start position of the next word, and the section from the start position to the end position of the word is reproduced. By repeating the same procedure to reproduce the subsequent word section, the conversation scenario can be reproduced in word units.

The conversation scenario of the video image and the data of the sound reading of the characters included in the conversation scenario are read, and the conversation scenario and a command unit for instructing the reproduction in units of characters are displayed on the monitor screen.

When a reproduction instruction is input from the command section, the first character of the conversation scenario to be reproduced is selected.
Emit the reading sound of the character.

[0324] After the sound emission of the reading sound of the character is finished, the process moves to the next character. By repeating the same procedure to emit the reading sound of the subsequent character, the voice of the conversation scenario can be read by character.

The conversation scenario of the video image and the data of the reading sound of the characters included in the conversation scenario are read, and the conversation scenario, the command unit for instructing the reproduction in units of characters, and the character display unit are displayed on the monitor screen.

When a reproduction instruction is input from the command section, the first character of the conversation scenario to be reproduced is selected.
The character is displayed on the character display unit and the reading sound of the character is emitted.

[0327] After the sound emission of the reading sound of the character is completed, the process moves to the next character. By repeating the same procedure to emit the reading sound of the subsequent character, the voice of the conversation scenario can be read by character.

The conversation scenario of the video image and the data of the stroke order of the characters included in the conversation scenario are read, and the conversation scenario, the command section for instructing the reproduction in units of characters, and the stroke order display section are displayed on the monitor screen.

When a reproduction instruction is input from the command section, the first character of the conversation scenario to be reproduced is selected.
The stroke order of the selected character is displayed in the stroke order display area.

After the display of the writing order of the characters is completed, the display moves to the next character. By displaying the writing order of the subsequent characters by repeating the same procedure, the writing order of the characters of the conversation scenario can be displayed in units of characters.

According to a fourteenth aspect of the present invention, when a word included in text data of a conversation scenario of a video image is selected,
This is a method for displaying a still image of the word on a monitor screen, and FIG. 25 is a configuration example of word management data and a still image for implementing the present invention.

A method of configuring a video picture reproducing program for realizing the invention of claim 14 will be described with reference to FIG.

[0333] Character names of a plurality of conversation scenes of the video image recorded on the image recording medium and sentence data of the conversation content,
The data file of the video image in which the position information data of the video image of the conversation scene is recorded is read, stored in a memory, and the character name and text data are displayed on a monitor screen.

When a word included in the sentence data is selected by the input device, the data file of the word in which the still image file name of the word is recorded is read, and the still image file of the word is read from the still image file name of the word. reading,
The still image of the word is displayed on a monitor.

FIG. 27 shows an example of a configuration in which a still image of a word is displayed on a monitor screen.

A method of configuring a video image reproducing program for realizing the invention of claims 15 and 16 will be described with reference to FIG.

[0337] Character names of a plurality of conversation scenes of the video image recorded on the video recording medium and sentence data of the conversation content,
The data file of the video image in which the position information of the video image of the conversation scene is recorded is read and stored in the memory. Then, the character name and the sentence data are displayed on a monitor screen.

When a word included in the sentence data is selected by the input device, the word data file in which the still image file name and the voice reading file name of the word are recorded is read, and the word is read from the still image file name of the word. , The still image of the word is displayed on the monitor, the voice reading data is read from the voice reading file name, and the voice reading data of the word is emitted.

When a still image of a word displayed on the monitor screen is selected by the input device, the voice reading data of the word is emitted.

A method of configuring a video image reproducing program for realizing the invention of claim 17 will be described with reference to FIG.

First, the video image reproducing program is the
From the data file in which the data is recorded, the name of the appearance, the description of the appearance, the name of the appearance by audio data, and the data of the position information of the video image are read, and the data is stored in the memory, Display the name and description on the monitor screen.

When an appearance name displayed on the monitor screen is selected with an input device such as a mouse, the appearance name is specified using the input selection information, and a conversation scene selected from the appearance name is identified. decide.

If the conversation scene is not in the still image display state, the video image data is read using the information on the start position of the video image, the start video image of the conversation scene is displayed in the still image state, and the audio data is displayed. Sounds the name of the appearance. If the conversation scene is in a still image display state, the video image reproduction program starts reproducing the video image from the scene.

FIG. 3 shows a configuration example of a file used in this embodiment, that is, a video image file of a conversation scene and its data file.

A method of configuring a video image reproducing program for realizing the invention of claim 18 will be described with reference to FIG.

First, the video image reproduction program reads a data file in which the names of the appearances appearing in the video image recorded on the video recording medium are recorded, and displays the appearance name and the selection section of the appearance name on the monitor screen. indicate.

When the name of an appearance is selected by the input device, the description of the appearance, the name of the appearance based on audio data, and the position information data of the video image are read for the scene of the selected appearance, and those scenes are read. The data is stored in the memory, and the explanation is displayed on a monitor screen.

When the appearance name displayed on the monitor screen is selected with an input device such as a mouse, the selected conversation scene is determined using the input selection information.

If the conversation scene is not in a still image display state, the video image data is read using the information on the start position of the video image, the start video image of the conversation scene is displayed in a still image state, and the audio data is displayed. Sounds the name of the appearance. If the conversation scene is in the state of displaying a still image, the video image reproduction program starts reproduction of the video image from the scene.

When the explanation displayed on the monitor screen is selected by an input device such as a mouse, the selected conversation scene is determined using the input selection information, and the reproduction of the video image is started from the selected scene. .

A method of configuring a video image reproducing program for realizing the invention of claim 19 will be described.

[0352] Character names of a plurality of conversation scenes of the video image recorded on the video recording medium and text data of the conversation content,
The data file of the video image in which the position information and the difficulty level of the video image of the conversation scene are recorded is read, and the character name, the sentence data, the difficulty level, and the difficulty level designation unit are displayed on a monitor screen.

When the difficulty level of the video image of the conversation scene is input from the difficulty level designation unit by the input device, the data of the difficulty level of the input conversation scene is recorded in the difficulty level of the data file of the video image.

A method of configuring a video image reproducing program for realizing the twentieth aspect will be described with reference to FIG.

[0355] Character names of a plurality of conversation scenes of the video image recorded on the image recording medium and sentence data of the conversation content,
It reads a video file of the video image in which the position information and the reproduction section of the video image of the conversation scene are recorded, and displays the character name, the sentence data, the reproduction section, and the reproduction section designating section on a monitor screen.

When the playback section of the video image of the conversation scene is input from the playback section specifying section by the input device, the data of the input playback section of the conversation scene is recorded in the playback section of the data file of the video image.

The identification names and the position information of the plurality of conversation scenes included in the video image are read, and the identification names of the plurality of conversation scenes and the reproduction command section of only the conversation scenario of the video image are displayed on the monitor screen.

When a reproduction instruction is input from the command section, a scene of a conversation scenario to be reproduced first in the video image is selected, and a section from the start position to the end position of the scene is reproduced.

After the reproduction of the scene is completed, the reproduction position is moved to the start position of the conversation scene in the next order, and the section from the start position to the end position of the conversation scene is reproduced.

By repeating the same procedure to reproduce the section of the subsequent conversation scene, only the scene of the conversation scenario can be continuously reproduced.

The conversation scenario of the video image and the data of the reading sound of the characters included in the conversation scenario are read, and the conversation scenario and a command unit for instructing the reproduction in units of characters are displayed on the monitor screen.

When a reproduction instruction is input from the command section, the first character of the conversation scenario to be reproduced is selected.
Emit the reading sound of the character.

After the sound of the reading of the character has been emitted, the process proceeds to the next character, and repeats the same procedure to emit the sound of the reading of the subsequent character. Can read.

[0364] The conversation scenario of the video image and the data of the reading sound of the characters included in the conversation scenario are read, and the conversation scenario, the command unit for instructing the reproduction in units of characters, and the character display unit are displayed on the monitor screen.

When a reproduction instruction is input from the command section, the first character of the conversation scenario to be reproduced is selected.
The character is displayed on the character display unit and the reading sound of the character is emitted.

[0366] After the sound emission of the reading sound of the character is completed, the process moves to the next character. By repeating the same procedure to emit the reading sound of the subsequent character, the voice of the conversation scenario can be read by character.

The conversation scenario of the video image and the data of the stroke order of the characters included in the conversation scenario are read, and the conversation scenario, the command unit for instructing the reproduction in units of characters, and the stroke order display unit are displayed on the monitor screen.

When a reproduction instruction is input from the command section, the first character of the conversation scenario to be reproduced is selected.
The stroke order of the selected character is displayed in the stroke order display area.

[0369] After the display of the writing order of the characters is completed, the display moves to the next character. By displaying the writing order of the subsequent characters by repeating the same procedure, the writing order of the characters of the conversation scenario can be displayed in units of characters.

FIG. 33 and FIG.
This will be described with reference to FIG.

FIG. 33 shows an example of the structure of a monitor screen. On the monitor screen, a display section of the video image, names of characters, and a conversation scenario are displayed.

Also, an audio data processing input unit having an audio waveform display unit is displayed on the monitor screen.

The audio data processing unit has a play button, a stop button, a start position selection button, an end position selection button, a position forward button, and a position backward button.

When a part of the text of the conversation scenario of the video image displayed on the monitor screen is selected by the input device, the selected state is maintained by, for example, highlighting the selected part. When the video image is reproduced and the start position selection button is pressed, that position is recorded as the start position.

If the end position selection button is pressed, that position is recorded as the end position.

When the information of the start position and the end position of the video image corresponding to the selected sentence portion is input, the audio waveform of the section and a few sections before and after the section are displayed on the audio waveform display section.

Looking at the waveform displayed on the audio waveform display section,
The section from the start position to the end position of the sentence portion is reset.

The text portion of the conversation scenario in which the section from the start position to the end position is set can be reproduced by selecting the text portion with an input device such as a mouse.

In language learning using video images, a professor often educates learners according to a curriculum.

In such a case, the professor needs to browse, but there is information that the learner does not want to see. To cope with such a demand, language education using two monitor screens is effective.

That is, it is composed of a monitor screen that the teacher and the learner see in common and a monitor screen exclusively for the teacher.

FIG. 35 shows a configuration example of a language education system using video images using two monitor screens.

In this example, selection, reproduction, and
Command buttons such as stop are displayed on the teacher's monitor screen, and video images are displayed on the common monitor.

[0384] By using two monitor screens,
Effective language learning is possible.

[0385]

Since the present invention is configured as described above, it has the following effects.

When a conversation sentence is clicked, the corresponding video image is reproduced.

While watching the video image, the start and end points of the conversation video image are recorded.

[0388] Reproducing only conversational sentences enables efficient learning. In addition, a function of organizing similar sentences as learning scenarios is added.

When the learner selects a character name or a thumbnail image, the video image of the conversation scene is displayed in a still image state using the information on the start position of the video image associated with the character.

That is, when selection information of a person name or a thumbnail image on a monitor screen is input by an input device of a computer, a video image file is converted from a video image file using start position information associated with the person data. And a video playback program is configured to display the video image in a still image state.

When the learner selects a character name or a thumbnail image of a conversation scene in a still image state, reproduction of the video image is started.

In other words, when the name of the person or the selection information of the thumbnail image of the conversation scene in the still image state is input by the input device of the computer, the data of the video image file is read from the position of the currently displayed video image, and A video playback program is configured to display the video image on a monitor screen.

When the learner selects the conversation content, the video image of the conversation scene is reproduced.

That is, when the selection information of the conversation content is input by the input device of the computer, the video image data is read from the video image file using the start point information of the video image associated with the conversation content, and the video image data is read. The video playback program is configured to display the video in a still image state, set the end point of the video playback using the end point information of the video video, and then play back the video video.

When the learner selects a word in the conversation content, the video image of the word portion of the conversation scene is reproduced.

That is, when the selection information of the word in the conversation content is inputted by the input device of the computer, the video image file is converted from the video image file using the start point information of the video image associated with the word of the conversation content. A video playback program is configured to read data, display the video image in a still image state, set an end point of video reproduction using the end point information of the video image, and then reproduce the video image.

When the learner selects a word in the conversation content, an image of the word in the conversation scene is displayed.

That is, when word selection information in conversation content is input by the input device of the computer, image data is read from the image file using the file name information of the image associated with the word in the conversation content. , The video playback program is configured to display the image on the monitor screen.

A video playback program is configured so that a learner can newly create and register a learning material file. After the learner selects the learning material file, the user selects the conversation content of the video image and converts it to the learning material file. When the computer is instructed to add the data, the video playback program is configured so that the data of the conversation scene can be added to the designated teaching material file.

[0400] The learner plays the video image in accordance with the story of the drama. In some cases, the learner wants to continuously play back only the scenario portion of the video image and display it on the monitor screen. For this purpose, a selection command for digest reproduction of a video image is displayed on a monitor screen.

When the viewer inputs to the computer a digest playback command for selectively and continuously playing back only the scenario portion displayed on the monitor screen, the data of the start point information and end point information of the video image corresponding to the scenario is transmitted. And a video playback program is configured to continuously play back only the video image of the scenario.

[0402] In language learning using video images, there are cases where a professor educates a learner according to a curriculum.

In such a case, the educator needs to browse, but there is information that the learner does not want to see. In order to cope with such a demand, a language education using video images is configured to use two monitor screens.

[0404] That is, a monitor screen commonly viewed by the teacher and the learner and a monitor screen dedicated to the teacher are provided.

By using the position information of the conversation scene video, it is possible to easily select a conversation scene suitable for the learning theme and to repeatedly reproduce the conversation scene.

[0406] By displaying words appearing in the conversation scenario as still images, the contents of the words can be visually remembered.

By selectively reproducing the conversation scenario part, unnecessary reproduction of the video image part can be omitted, and the learning efficiency can be improved.

With such a configuration, effective language learning can be performed.

[0409]

[Brief description of the drawings]

FIG. 1 shows a state in which a character name and a conversation scenario are displayed on a monitor screen.

FIG. 2 is a configuration diagram of a video image reproduction program for realizing the invention of claim 1;

FIG. 3 is a configuration example of a video image file of a conversation scene and its data file.

FIG. 4 is a configuration diagram of a video image reproduction program for realizing the invention of claim 2;

FIG. 5 is a configuration diagram of a video image reproduction program for realizing the invention of claim 3;

FIG. 6 is a configuration diagram of a video image reproduction program for realizing the invention of claim 4;

FIG. 7 is a structural example of a word which is first data for realizing the invention of claim 5, its start position and end position data.

FIG. 8 is another block diagram of a video image reproducing program for realizing the invention of claim 5;

FIG. 9 is a configuration example of a monitor screen for realizing the invention of claim 6;

FIG. 10 is a configuration diagram of a video image reproduction program for realizing the invention of claim 6;

FIG. 11 is a configuration example of a monitor screen for realizing the invention of claim 7;

FIG. 12 is a configuration diagram of a video image reproduction program for realizing the invention of claim 7;

FIG. 13 is a configuration example of a monitor screen for realizing the invention of claim 8;

FIG. 14 is a configuration diagram of a video image reproduction program for realizing the invention of claim 8;

FIG. 15 is a configuration example of a monitor screen for realizing the invention of claim 9;

FIG. 16 is a configuration diagram of a video image reproduction program for realizing the invention of claim 9;

FIG. 17 is a configuration example of a monitor screen for realizing the invention of claim 10;

FIG. 18 is a configuration diagram of a video image reproduction program for realizing the invention of claim 10;

FIG. 19 is a configuration example of a monitor screen for realizing the invention of claim 11;

FIG. 20 is a configuration diagram of a video image reproduction program for realizing the invention of claim 11;

FIG. 21 is a configuration example of a monitor screen for realizing the invention of claim 12;

FIG. 22 is a configuration diagram of a video image reproduction program for realizing the invention of claim 12;

FIG. 23 is a configuration example of a monitor screen for realizing the invention of claim 13;

FIG. 24 is a configuration diagram of a video image reproduction program for realizing the invention of claim 13;

FIG. 25 is a structural example of word management data and a still image for realizing the invention of claim 14;

FIG. 26 shows a method of configuring a video image reproducing program for realizing the invention of claim 14;

FIG. 27 is a configuration example in which a still image of a word is displayed on a monitor screen.

FIG. 28 is a configuration method of a video image reproducing program for realizing the inventions of claims 15 and 16;

FIG. 29 is a configuration example of a monitor screen for realizing the invention of claim 17;

FIG. 30 shows a method of configuring a video image reproducing program for realizing the invention of claims 17 and 18;

FIG. 31 is a structural example of a monitor screen for realizing the invention of claim 27;

FIG. 32 is a configuration method of a video image reproduction program for realizing the invention of claim 27;

FIG. 33 is a configuration example of a monitor screen on which a video image display unit, a character name, a conversation scenario, and an audio selection unit are displayed.

FIG. 34 is a configuration method of a video image reproduction program for realizing the invention of claim 29;

[Explanation of symbols]

 91 Input unit of number of repetitions 111 Character list having playback selection unit 131 Character list having sound selection unit 151 Difficulty selection unit 171 Playback selection unit based on playback category 191 Scene name selection unit 211 Subject Name selection unit 271 Still image selection unit 311 Stroke order display selection unit 331 Audio selection unit

Continued on front page F-term (reference) 2C028 AA00 BA02 BB04 BD03 CA06 CA11 CB07 CB08 CB09 5C052 AA17 AB03 AB04 AC02 DD02 DD03 DD06 EE02 EE03 5C053 FA06 FA07 HA22 HA29 HA33 JA01 JA16 LA06

Claims (29)

[Claims] 1. A system comprising: a name of a person appearing in a plurality of scenes of a video image recorded on a video recording medium; text data of conversation contents; and a start position and an end position (hereinafter referred to as position information) of the image of the conversation scene. The data file of the recorded video image is read, the character name and the sentence data are displayed on a monitor screen, and when the character name of the conversation scene is selected by the input device, the conversation scene is displayed in a still image state. If not, the video image is displayed in a still image state using the information of the start position of the video image, and when the conversation scene is in the still image state, the video image is reproduced from that scene. To configure a video video playback program to run. 2. A sentence data of a person name and a conversation content appearing in a plurality of scenes of a video image recorded on a video recording medium,
Read the position information file of the video of the conversation scene, read the thumbnail image file of the characters,
The thumbnail image of the character and the sentence data are displayed on a monitor screen, and when the thumbnail image of the character of the conversation scene is selected by the input device, the video image is displayed when the conversation scene is not displayed in a still image state. A video image is displayed in a still image state using the information on the start position of the video image, and when the conversation scene is in a still image state, the video image is reproduced from that scene. Method. 3. A sentence data of a person name and conversation content appearing in a plurality of scenes of a video image recorded on a video recording medium;
The position information file of the video of the conversation scene is read, the character name and text data are displayed on a monitor screen, and when text data is selected by the input device, information on the start position and end position of the video image is used. A video image reproducing program for reproducing a video image of the sentence data portion. 4. A sentence data of a person name and conversation content appearing in a plurality of scenes of a video image recorded on a video recording medium,
Read the position information file of the video of the conversation scene, read the thumbnail image file of the characters,
The thumbnail image of the character and the sentence data are displayed on a monitor screen, and when the sentence data is selected by the input device, the video image of the sentence data portion is reproduced using the position information of the video image. To configure a video video playback program to run. 5. A method for reading a word included in the sentence data and a position information file of a video image of a scene of the word, and when a word included in the sentence data is selected by an input device, the position information file of the video image of the word is read. 5. The method according to claim 1, wherein the video image of the word scene is reproduced by using the program. 6. A monitor for displaying a repetition number designation section on a monitor screen,
The video image is reproduced by the number of repetitions specified in the reproduction of the video image when the number of repetitions is input to the repetition number designation unit by the input device.
A method for configuring a video image reproduction program according to claim 2, 3, 4, or 5. 7. A character name list having a reproduction selection unit is displayed on a monitor screen, and when the reproduction selection unit of the character name list is designated by the input device as to whether or not reproduction is to be performed, reproduction is performed in reproduction of a video image. 7. A video image of a scene corresponding to a character name of which presence is designated is reproduced. How to configure a video image playback program. 8. A character name list having a sound output selection section is displayed on a monitor screen, and when the presence or absence of sound emission is designated in the sound output selection section of the character name list by an input device, a video image of the video image is displayed. 6. The sound of a character for which no sound emission is designated by the sound output selection unit is not reproduced during reproduction of a conversation scene. A method for configuring the video image reproduction program according to claim 6. 9. A reproduction selection unit which reads all video images recorded on the video recording medium or a data file in which the difficulty level of an arbitrary conversation scene is recorded, and reads the difficulty level of the conversation scene and the difficulty level. Is displayed on a monitor screen, and when a difficulty level to be played is input to the playback selection unit from the input device, a video image corresponding to the input difficulty level is played in the playback of a video image. 7. A method for configuring a video image reproduction program according to claim 1, claim 2, claim 3, claim 4, claim 5, and claim 6. 10. A video file in which all of the video images recorded on the video recording medium or data of a reproduction section of an arbitrary conversation scene is read, and a reproduction section of the conversation scene and a reproduction selection section based on the reproduction section are read. When a playback section to be displayed on a monitor screen and played back from an input device to a playback selection section is input, a video image corresponding to the input playback section is played back during video image playback. A method for configuring a video image reproduction program according to any one of claims 1, 2, 3, 4, 5, and 6. 11. A data file in which scene names of a plurality of scenes of a video image recorded on an image recording medium are recorded, a scene name selection section is displayed on a monitor screen, and the scene name is selected by an input device. And reading a data file corresponding to a video image corresponding to the selected scene. A method for configuring a video image reproduction program according to claim 7, 8, 9, or 10. 12. A subject file in which a learning subject name, a scene name of a video image used in the learning subject, and a display order of the scene image are recorded, and the learning subject name and the learning subject selection unit are displayed on a monitor screen. 3. A data file corresponding to a scene of a video image used in the selected learning subject when the learning subject name of the learning subject selection unit is selected by the input device. A method for configuring a video image reproduction program according to claim 3, claim 4, claim 5, claim 5, claim 6, claim 7, claim 8, claim 9, or claim 10. 13. A subject file in which a learning subject name, a scene name of a video image used in the learning subject, a display order of the scene video, and an instruction sentence to be displayed before the scene video are recorded, and a scene video is displayed. 13. The method according to claim 12, wherein the instruction text is displayed on a monitor screen beforehand. 14. A word data file in which words included in the sentence data and a still image file name thereof are recorded, and when a word included in the sentence data is selected by an input device, a still image file of the word is selected. A still image file of a word is read from a name, and a still image corresponding to the word is displayed. Claim 7, Claim 8, Claim 9, Claim 10, Claim 11, Claim 12
A method for configuring a video image reproduction program according to claim 13. 15. A word data file in which a word included in the sentence data and a still image file name and a voice reading file name thereof are recorded, and a word included in the sentence data is selected by an input device. 3. The method according to claim 1, further comprising: reading word still image data from the word still image file and reading voice reading data from the voice reading file; displaying the word still image; and emitting the voice reading data. The video image reproduction according to claim 3, claim 4, claim 5, claim 5, claim 6, claim 7, claim 8, claim 9, claim 10, claim 11, claim 12, and claim 13. How to configure the program. 16. The method according to claim 15, wherein when the still image of the word displayed on the monitor screen is selected by an input device, the voice reading data is emitted. 17. An appearance name and description by character data of a plurality of scenes of a video image recorded on an image recording medium;
Read the position information file of the video image of the conversation scene, display the name and description of the appearance by the character data on the monitor screen, if the name of the appearance or description is selected by the input device, the position of the video image A method for constructing a video image reproducing program, characterized by reproducing a video image of the scene using information. 18. A data file in which a name of an appearance that appears in a video image recorded on a video recording medium is read, and the name of the appearance and a selection section of the name of the appearance are displayed on a monitor screen, and the input device is used for the display. When an arbitrary appearance name is selected, the appearance names and explanations of a plurality of scenes of the video image recorded on the video recording medium, and the position information file of the video image of the conversation scene are read, and the appearance name is read. And displaying a description on a monitor screen, and, when an appearance name or description is selected by an input device, playing back the video of the scene using the position information of the video. How to configure the program. 19. A video image in which the names of characters in a plurality of conversation scenes of a video image recorded on a video recording medium and sentence data of the conversation content, position information of the video image of the conversation scene, and the degree of difficulty are recorded. The data file is read, the character name, the sentence data, the difficulty level and the difficulty level designation unit are displayed on the monitor screen, and when the difficulty level of the video image of the conversation scene is input from the difficulty level designation unit by the input device, A method for constructing a video image reproducing program, characterized in that data of the difficulty level of the input conversation scene is recorded in the difficulty level of the video image data file. 20. Sentence data of characters and conversation contents of a plurality of conversation scenes of a video image recorded on a video recording medium, position information of the video image of the conversation scene, and a reproduction image of the video image in which a reproduction section is recorded. The data file is read, the character name, the sentence data, the playback section, and the playback section designating section are displayed on a monitor screen, and when the playback section of the video image of the conversation scene is input from the playback section designating section by the input device, A method for constructing a video image reproduction program, characterized in that data of a reproduction section of the input conversation scene is recorded in a reproduction section of the video image data file. 21. A command section for reproducing only a conversation scenario of a video image is displayed, and when a reproduction instruction is input from the command section, a section from a start position to an end position of a conversation scene in the video image is reproduced. After that, the playback position is moved to the start position of the conversation scene in the next order, and the section from the start position to the end position of the conversation scene is reproduced, so that only the scene of the conversation scenario in the video image is continuously performed. A method for configuring a video image reproducing program, characterized in that the program is reproduced in a video image reproducing program. 22. A method of constructing a video image reproducing program, wherein a moving waiting time setting section is displayed on a monitor screen, and a moving waiting time between scenarios can be arbitrarily set at the time of reproducing the preceding paragraph. 23. A command section for reproducing a conversation scenario of a video image in units of words is displayed, and when a reproduction instruction is input from the command section, a command from the start position to the end position of the selected word is displayed. After playing the section, move to the start position of the next word to select the words included in the conversation scenario in the video image from the beginning to the end, and play the section from the start position to the end position of the word A method for constructing a video image reproducing program, which reproduces a word scene of a conversation scenario. 24. A command section for reproducing a conversation scenario of a video image on a character basis is displayed, and when a reproduction instruction is input from the command section, the selected character of the conversation scenario is specified and the character is displayed. After sounding the reading sound, the next character is moved to the next character, and the characters included in the conversation scenario in the video image are sequentially selected from the beginning to the end. A method for configuring a video image reproduction program, characterized in that a scenario is read by voice. 25. A conversation section of a video image and a command section for instructing reproduction of the conversation scenario in character units and a character display section are displayed on a monitor screen, and when a reproduction instruction is input from the command section, the conversation scenario is displayed. The selected character is displayed in the character display area, the reading sound of the character is emitted, and then the next character is selected, so that the characters included in the conversation scenario in the video image are sequentially selected from the beginning to the end. A method of constructing a video image reproducing program, characterized in that a reading sound of the character is emitted to read the conversation scenario by voice. 26. The video according to claim 25, wherein when a character display portion displayed on the monitor screen is selected by an input device, a reading sound of the character displayed on the character display portion is emitted. How to configure a video playback program. 27. A monitor for displaying a conversation scenario of a video image and an instruction unit for instructing the reproduction of a conversation scenario in units of characters, and a writing order display unit. The writing order of the selected characters of the conversation scenario is displayed on the display unit, and by moving to the next character, the characters included in the conversation scenario in the video image are sequentially selected from the beginning to the end, and the character is written. A method for constructing a video image reproduction program, characterized by displaying a writing order of characters of a conversation scenario by displaying the order. 28. The display device according to claim 27, wherein when the stroke order display section displayed on the monitor screen is selected by the input device, the stroke order of the characters displayed on the stroke order display section is displayed.
3. A method for configuring a video image reproduction program according to claim 1. 29. A conversation scenario of a video image is displayed on a monitor screen, and when a part of a sentence of the conversation scenario is selected by an input device, a start position and an end position of the video image corresponding to the selected sentence portion are displayed. A method for constructing a video image reproducing program, comprising determining information and reproducing a section of a conversation scenario by reproducing a section from a start position to an end position of the text part.