JP5860575B1 - Voice recording program, voice recording terminal device, and voice recording system - Google Patents

Abstract

An object of the present invention is to solve a problem of the prior art, that is, a desired character is selected from a plurality of characters appearing in a moving image and the user's own voice is reflected. A voice recording program, a voice recording terminal device, and a voice recording system capable of selecting a voice role from a plurality of voices and guiding the speed when recording a voice while confirming a moving image. . A “voice recording program” according to the present invention is a program for recording a voice while confirming a moving image (including continuous display of frame-by-frame images), and includes a content reading process and a main character selection process. And a function for causing a computer to execute a moving image display process, a recording support process, and a voice storage process. Among these, the content reading process is a process of reading “content” having a moving image and a timeline. [Selection] Figure 4

Description

  The present invention relates to a technique for recording sound according to video, more specifically, a voice recording program capable of recording a voice by selecting a desired voice role from a plurality of set voice roles, The present invention relates to a voice recording terminal device and a voice recording system.

  Conventionally, movies and televisions have been mainstream when it comes to moving images, but in recent years, moving images displayed using a computer are often used with the rapid progress of information technology. A “moving image file” that operates on a computer is also called a container, and is generally composed of “video data” and “audio data”. Then, the moving image file is reproduced using moving image reproduction software. Various terminal devices that play video files include personal computers (personal computers), tablet terminals, and smartphones.

  Unlike a still image, a video continuously expresses the movement of a person or an object. Typical examples are a live-action image that captures an actual motion and an animation. The mainstream of this video is to express the movement by switching many still images at high speed, but here, so-called frame-by-frame representation that switches between multiple still images is included in the video. . Therefore, the applicant of the present application has invented the “moving cartoon” shown in Patent Document 1, and this “moving cartoon” is also included in the image here.

  By the way, as described above, the moving image includes sound as well as the video, but the sound (for example, dialogue) related to the characters in the video (not limited to people, hereinafter referred to as “character”). Often, a person different from the person in the video takes charge. Cases of dubbing foreign movies into Japanese and cases of putting dialogue on animated characters (so-called ateleco) are well known. In the case of plays, animations, and moving cartoons, since a plurality of characters usually appear, voice personnel (for example, voice actors) are prepared for the number of characters. Here, for the sake of convenience, the voice responsible for a character such as a dialogue is referred to as a “voice role”. That is, when the character A and the character B appear, the voice role A and the voice role B are required.

  In movies and animation, professional voice actors are in charge of voice roles, and there has been no room for viewers (users) to participate as voice roles. On the other hand, in the case of a moving image displayed using a computer, audio data can be configured separately from video data, so that it is conceivable that the user participates as a voice actor. If a specific voice combination in the audio data can be rewritten to the user's voice, a moving image reflecting the user's own voice can be reproduced.

  Reflecting the user's own voice in a specific voice role means creating a moving image in which the actual voice actor and the user co-star. In recent years, the number of people who wish to become voice actors is increasing rapidly, and it is expected that a mechanism capable of co-starring with actual voice actors will be widely demanded. Patent Document 2 also proposes a method for creating a picture-story show in which the user narrates and records the sound.

Japanese Patent No. 5327823 Japanese Patent Laying-Open No. 2005-267065

  In Patent Document 2, the user's own voice can be reflected as a narration such as a picture-story show. However, since a plurality of characters appear in a normal video, that is, many voice roles are prepared, it is necessary to select any voice role that reflects the user's voice. Cannot reflect the sound by selecting a role. In addition, when it is desired to create a moving image in which the user's own voice and the actual voice actor are co-starred, it is preferable that various voice actors can be selected for one voice role. It has never been proposed.

  In addition, when recording audio, it is possible to record audio suitable for the work by checking the video, but for example, the dialogue to be spoken and the time allowed for that dialogue (so-called shaku) It is difficult to judge the balance between the images alone.

  The problem of the present invention is to solve the problems of the prior art, i.e., select a desired character from a plurality of characters appearing in a moving image and reflect the user's own voice, as well as other voice roles. And a voice recording program, a voice recording terminal device, and a voice recording system that can guide the speed when recording a voice while confirming a video.

  The invention of the present application was developed with a focus on the fact that a desired character is selected from a plurality of characters appearing in a moving picture and recorded while reproducing the video. It is an invention made based on this.

The “audio recording program” of the present invention is a program for recording audio while confirming video (including continuous display of frame-by-frame images), content reading processing, main character selection processing, video display processing , A function of causing the computer to execute the secondary voice selection process and the voice storage process. Among these, the content reading process is a process of reading “content” having a video and a timeline. In this timeline, two or more voice roles are set, and a recording time zone assigned to the video for each voice role is set. The main voice selection process is a process of selecting a main voice combination to be recorded from two or more voices, and the video display process is a process of displaying a video. Further, the subordinate voice selection processing is performed by selecting a voice of a desired recording user among voices of two or more recording users stored for each “subordinate part (voice part excluding the main voice part out of two or more)”. The voice storing process is a process of selecting and recording the voice recorded in the recording time zone of the main voice role in association with the recording time zone.

  The “audio recording program” of the present invention may further include a function for causing a computer to execute a moving image reproduction process. This video playback process outputs audio along with the video, outputs the voice recorded by the voice storage process during the recording time zone corresponding to the main voice role, and selects the secondary voice during the recording time zone corresponding to the main voice role. Outputs the type of audio selected in the process.

  The “voice recording program” of the present invention may be further provided with a function of causing a computer to execute a secondary voice output process. This subordinate audio output process outputs the type of audio selected in the subordinate audio selection process in the recording time zone set for the subordinate role when recording. By outputting, it becomes easy to measure the recording timing of the main voice.

  The “voice recording program” of the present invention may further have a function of causing a computer to execute a recording support process. This recording support process displays a recording speed meter when the recording time zone of the main voice role is reached based on the timeline. The recording speed meter dynamically indicates the progress status and remaining time in the recording time zone of the main voice actor, and by displaying this, it is possible to support voice recording.

The “voice recording terminal device” of the present invention is a terminal device that records voice while confirming a video (including continuous display of frames-by-frame images), and includes content reading means, main character selection means, A voice selection unit, a video display unit, and a voice recording unit are provided. Among these, the content reading means is means for reading “content” having a video and a timeline. In this timeline, two or more voice roles are set, and a recording time zone assigned to the video for each voice role is set. The main voice selection means is a means for selecting a main voice combination to be recorded from two or more voice roles, and the secondary voice selection processing is performed by two or more recording users stored for each of the subordinate voice roles. This is a process of selecting a desired recording user's voice from among the voices by. The video display means is means for displaying video, and the audio recording means is means for recording audio.

The “voice recording system” of the present invention is a system for recording voice while confirming video (including continuous display of frame-by-frame images), a content input means, a content storage means, a voice recording terminal device, A voice storage means is provided. The content input unit is for inputting content, the content storage unit is for storing the input content, and the voice storage unit is for storing the voice recorded by the voice recording terminal device. The content includes a video and a timeline. In this timeline, two or more voice roles are set, and a recording time zone assigned to the video for each voice role is set. The audio recording terminal device records audio while confirming the video included in the content, and includes a content reading unit, a main character selection unit, a subordinate audio selection unit, a video display unit, and an audio recording unit. doing. Of these, the content reading means reads the content from the content storage means, and the main voice combination selecting means selects the main voice combination to be recorded from among the two or more voice combinations. Is a process of selecting a desired recording user's voice among two or more recording user's voices stored for each subordinate role. The video display means displays video, and the audio recording means records audio. The voice storage means stores the voice recorded within the recording time zone in association with the recording time zone.

The voice recording program, voice recording terminal device, and voice recording system of the present invention have the following effects.
(1) Even with the same video, an original moving image can be created by recording the user's own voice.
(2) Furthermore, a more original moving image can be created by arranging dialogue.
(3) Since the sound can be recorded while checking the video, it is possible to record a sound (for example, a sound with emotion) according to the work (content).
(4) During voice recording, by reproducing the voice of the subordinate role (voice role other than the main voice role), the voice can be recorded with a sense of reality corresponding to the work.
(5) Since the recording speed meter dynamically indicates the progress status and the remaining time in the recording time zone of the main voice role, it is possible to appropriately record voices in a predetermined recording time zone.
(6) By reproducing the voice recorded by the user himself and the voice of the voice actor inputted in advance, the co-starring with the voice actor can be realized.
(7) If the voice recording system is capable of connecting a plurality of voice recording terminal devices via wireless or wired communication means, strangers are asynchronously cooperating (regardless of time and place) with respect to the same video. can do.

The model figure for demonstrating a timeline. The flowchart which shows the example of the flow of a process mainly regarding audio | voice recording among the audio | voice recording programs of this invention. The flowchart which shows the example of the flow of a process mainly regarding animation reproduction | regeneration among the audio | voice recording programs of this invention. The model figure which shows one example of a recording speedometer. The block diagram which shows the structure mainly required for audio | voice recording among the audio | voice recording systems of this invention. The block diagram which shows the structure mainly required for a moving image reproduction among the audio | voice recording systems of this invention. The block diagram which shows an example using the audio | voice recording system of this invention.

  An example of a voice recording program, a voice recording terminal device, and a voice recording system according to the present invention will be described with reference to the drawings.

1. Definitions In describing examples of embodiments of the present invention, definitions of terms used here are given first.

(Video and content)
A moving image displays video and audio. In addition, as described above, the video includes not only what expresses a motion by switching a large number of still images at high speed but also a so-called frame advance expression that intermittently switches a plurality of still images. On the other hand, the content includes video data and timeline data, and is prepared for each animation or story title (works). The timeline is for setting the audio time in the video, and the audio is recorded or output according to this timeline. That is, the content reproduced by the moving image reproducing means is displayed as “moving image”.

(Timeline and voice role)
The timeline will be described in more detail with reference to FIG. FIG. 1 is a model diagram for explaining a timeline. As shown in this figure, the timeline sets at what timing and in what time width (so-called scale) from the start to the end of the video. It plays the role of a blueprint that determines time.

  Usually, a plurality of characters appear in one movie work (title), and naturally, the dialogue and the output timing thereof are different for each character. Here, for the sake of convenience, the character's voice charge is referred to as “voice role”. For example, in the title shown in FIG. 1, six types of characters appear, and voice roles A to F are assigned to each character. When a plurality of voice roles are prepared as described above, the timeline naturally sets a time zone (hereinafter referred to as “recording time zone”) for inputting / outputting voice for each voice role. It becomes. In FIG. 1, for example, three recording time zones are set for the voice role A, and two recording time zones are set for the voice role D.

  The timeline is not limited to the voices related to the characters that appear, but the “acoustic time zone”, which is the recording time zone of sound effects (SE: Sound Effect) and background music (BGM: Back Ground Music), is set as necessary. . In FIG. 1, seven sound time zones are set as sound effects, and three sound time zones are set as background music. Of course, two or more types of sound effects and background music (for example, sound effect 1, sound effect 2, etc.) can be prepared in the same manner as the voice combination.

2. Next, the voice recording program of the present invention will be described with reference to the drawings. FIG. 2 is a flowchart showing an example of a processing flow mainly related to voice recording in the voice recording program of the present invention, and FIG. 3 is a flowchart showing an example of a processing flow mainly related to moving image reproduction. Each flowchart shows the processing to be performed in the center column, the left column shows input information necessary for the processing, and the right column shows output information generated from the processing. Further, the processing shown here is specifically executed by a computer.

  First, a process in which a user selects content related to a desired title (moving picture work) and further records audio for a desired voice combination (character) will be described with reference to FIG. First, content including a video and a timeline is read from, for example, a content storage unit (content server) (Step 101). Normally, content related to a plurality of titles is stored in the content server, and therefore the user selects and reads content related to a desired title.

  Since two or more voice roles are set in the timeline included in the read content, the user selects a voice role to be in charge, that is, a voice role to record his / her voice (Step 102). For convenience, a voice role selected as a voice recording target among a plurality of voice roles is referred to as a “main voice role”. When the main voice role is selected, the other voice roles other than the main voice role are set as “subordinate voices”.

  If there is a voice already stored for the subordinate role, the voice can be read out. Further, if two or more voices are stored for one voice combination, the user's desired voice can be selected (Step 103). Of course, when there are a plurality of followers, a desired voice is selected for each of the voices. On the other hand, when the user does not select the voice for the subordinate role, a default (default) voice is set as the voice of the subordinate role. Here, “subordinate voice” is selected (set) as the subordinate voice. Note that, when selecting a subordinate voice, it is possible to select a desired voice after listening to a part (or all) of a plurality of voices stored as a subordinate role. In this case, a process for reading out the stored sound and a process for reproducing the sound are required.

  Alternatively, when subordinate voice is selected, attribute information (hereinafter referred to as “user information”) related to the person who recorded the voice (hereinafter referred to as “recording user”) can also be displayed. For example, referring to the user information, the voice related to the voice actor to be supported can be selected as the secondary voice. In this case, user information storage means for storing user information, processing for reading out user information related to the stored voice, and processing for displaying the user information in a list format, for example, are required.

  When the processing up to this point is completed, voice recording is finally started (Step 104). For example, when an operation that triggers the start of recording is performed, an image is displayed on the image display means (Step 105). Then, when the recording time zone of the main voice role comes, the recording support processing is started according to the timeline (Step 106). The recording support process specifically displays a recording speed meter, and the recording speed meter dynamically indicates the progress status of the main character in the recording time zone. The recording speed meter can dynamically indicate the remaining time instead of (or in addition to) the progress status in the recording time zone of the main voice role.

  FIG. 4 is a model diagram showing an example of a recording speed meter. In this figure, the character “Marino” is selected as the main character. As shown in this figure, when the recording time zone set for the main voice role comes, dynamic display of the recording speed meter is started. In the recording display meter of this figure, a moving needle moves from left to right in a rectangular frame having a longitudinal direction on the left and right. In this recording indicator, the time zone that has already passed is shown in a dark color, the remaining time zone is shown in a light color, and the boundary is displayed as a moving needle. The recording speedometer in this figure has a fixed rectangular frame width (the range in which the moving needle moves), so if the recording time zone is relatively long, the moving speed of the moving needle is slow and the recording time zone is If it is relatively short, the moving speed of the moving needle is rapid. Note that the recording speed meter is not limited to the format shown in FIG. 4, and can indicate the timing of starting the voice recording of the main character role and can dynamically indicate the progress or remaining time in the recording time zone, for example, a clock Various formats such as display, pie chart display, or percentage display of numbers only can be adopted.

  Furthermore, the recording speed meter can also display the dialogue to be spoken in the recording time zone. Of course, instead of speaking in line, you can speak creative lines as ad-lib, and you can also make instruments and other sounds instead of voices. The voice spoken (spoken) here is recorded by the recording means (Step 107) and stored as the voice related to the main voice (hereinafter referred to as “main voice”) (Step 108). At this time, the main voice is stored in association with the recording time zone. For example, if the voice role A is the main voice role in FIG. 1, the main voice recorded in the recording time zone A1 is stored as the main voice linked to the recording time zone A1, and the main voice recorded in the recording time zone A2. Is stored as the main voice associated with the recording time zone A2.

  When recording the main voice, as shown in FIG. 4, the recording speedometer of the subordinate role can also be displayed according to the timeline. In addition, the speech of the recording time zone can be displayed on the recording speedometer of the subordinate role (Step 109), and the subordinate voice selected (set) in Step 103 can be output (Step 110). Of course, sound effects and background music can be output according to the timeline. By displaying the recording speedometer of the subordinate role and outputting the subordinate voice or sound effect, it becomes easier to measure the timing of recording the main character role, and the realistic feeling is improved to record a more suitable voice Can do. However, in this case, it is preferable to display the recording speed meter displayed as the main character role and the recording speed meter displayed as the subordinate character so that they can be identified. This is because if the recording speedometers for the main voice role and the secondary voice role are made the same, the timing for recording the main voice role becomes difficult to measure. For example, the shading display (elapsed time and remaining time) of the main voice recording indicator may be red, and the shading display of the subordinate recording display meter may be gray. It should be noted that the recording indicators of different subordinates may be identifiable, or may be unified and indistinguishable.

  Furthermore, when recording the main voice, it is also possible to record while outputting the main voice according to the timeline. For example, in the case of a foreign language dialogue, it is recorded according to its pronunciation while listening. Also in this case, as in the case of the subordinate voice, if two or more types of voices are stored for the main voice role, a desired type of voice can be selected and output from the stored voices. At that time, it is possible to select a desired main sound after listening to a part (or all) of a plurality of stored sounds, or to select a desired main sound while referring to the displayed user information. Can also be selected.

  By the way, the video of FIG. 4 displays a video by so-called frame advance, and rectangular frames of a plurality of recording speed meters relating to this image are displayed in a list format. In this case, the list of rectangular frames can be totally replaced at the timing when the image is switched (that is, the frame is advanced), and the list of rectangular frames can be scrolled upward as time passes regardless of the image switching. You can also. Of course, the same applies to a video in which images are switched at high speed.

  A series of recording processes ends (Step 111) until the video ends (END in FIG. 1), that is, when the process of repeatedly recording audio for all recording time zones (for example, A1 to A3 in FIG. 1) ends. ).

  Next, based on FIG. 3, a process in which a user selects content related to a desired title and reproduces the content will be described. First, content including a video and a timeline is read from, for example, a content storage unit (content server) (Step 201). Normally, content related to a plurality of titles is stored in the content server, and therefore the user selects and reads content related to a desired title. Note that audio has already been recorded in the recording time zone relating to the content to be read here. Therefore, the content server described in the flowchart of FIG. 2 and the content server described here may be prepared differently, or one content server is prepared, and the content stored therein is recorded. Alternatively, it can be stored so that it can be identified whether it is an unrecorded one.

  When the desired content is read, the sound to be output to the voice combination is selected (Step 202). When playing back a moving image, unlike the case of recording sound, it is not necessary to set the main character role and the subordinate character separately. For each of a plurality of voice roles, a desired voice is selected from two or more stored voices. Of course, if only one voice is stored for one voice combination, it is designated as it is. On the other hand, when the user does not select a voice for the voice role, a default (default) voice is set as the voice of the voice role. Here, what is selected (set) as the voice of the voice role is the “reproduced voice” of each voice role. When selecting a voice, it is possible to select a desired voice after listening to a part (or all) of a plurality of voices stored as a voice combination, and displayed user information. The desired voice can also be selected with reference to FIG.

  When the processing so far is finished, the moving image playback is finally started (Step 203). For example, when an operation that triggers the start of playback is performed, a video is displayed on the video display means (Step 204). Then, in accordance with the recording time zone defined in the timeline of the content read in Step 201, the playback audio selected and read in Step 202 is output (Step 205).

  During the reproduction of the moving image, the recording speed meter corresponding to each voice combination can be displayed according to the timeline, and further the corresponding dialogue can be displayed (Step 206). Until the video ends (END in FIG. 1), that is, all the recording time zones of all voice roles are repeatedly output, and a series of moving image playback processing ends (Step 207).

3. Voice Recording Terminal Device and Voice Recording System Here, the voice recording terminal device and voice recording system of the present invention will be described with reference to the drawings. It should be noted that description overlapping with the contents described in the voice recording program is avoided, and only contents specific to the voice recording terminal device and the voice recording system will be described. That is, the contents not described here are the same as those described in the voice recording program.

(Voice recording terminal device)
First, the voice recording terminal device 100 constituting the voice recording system will be described with reference to FIG. FIG. 5 is a block diagram showing a configuration mainly necessary for voice recording in the voice recording system of the present invention. The voice recording terminal device 100 executes processing (all or a part) of a voice recording program, and can be manufactured as a dedicated one, but a general-purpose computer device can also be used. This computer apparatus can be configured by a personal computer (PC), a tablet terminal such as iPad (registered trademark), a smartphone, or a PDA (Personal Data Assistance). The computer device includes a processor such as a CPU and a memory such as a ROM and a RAM, and further includes an input unit such as a mouse and a keyboard and a display (video display unit 103). In addition, although it inputs from devices, such as a mouse | mouth and a keyboard, if it is a general PC, it is often input by operation (a tap, pinch in / out, a slide, etc.) using a touch panel with a tablet type terminal or a smart phone.

  As shown in FIG. 5, the voice recording terminal device 100 includes content reading means 101, main voice selection means 102, video display means 103, recording support means 104, and voice recording means 105. The content reading unit 101 reads content from the content storage unit (content server 200). Usually, since content related to a plurality of titles is stored in the content server, the content reading means 101 can select and read content related to a desired title from the plurality.

  Two or more voice combinations are set in the timeline included in the read content. Therefore, the main voice combination selection unit 102 selects the main voice combination from the two or more voice combinations. Further, the video display means 103 displays a video such as a display, and the recording support means 104 displays a recording speed meter as shown in FIG. Then, voice can be recorded using the voice recording means 105. In FIG. 5, the voice storage means (voice server 300) for storing the main voice is provided outside the voice recording terminal device 100. However, the voice recording terminal device 100 may include the voice server 300. it can. The voice server 300 stores the main voice and the recording time zone of the main voice in association with each other.

  Further, in order to read the content from the content server 200, the audio recording terminal device 100 may be provided with a “receiving unit 106” that receives the content through a wireless or wired communication unit. Similarly, a “sending unit 107” that transmits the main voice associated with the recording time zone to the voice server 300 (in this case, provided outside the voice recording terminal device 100) through wireless or wired communication means. The voice recording terminal device 100 can also be provided.

  Furthermore, the voice recording terminal device 100 can be provided with “user information input means 108” for inputting “user information” which is attribute information relating to the recording user. In this case, the input user information is stored in the user information storage means (user information server 400) by the transmission means 107. The user information server 400 stores the voice stored as the main voice and the user information related to the recording user who recorded the voice in association (linked).

(Voice recording system)
As shown in FIG. 5, the audio recording system includes an audio recording terminal device 100, a content input unit 201, a content server 200, and an audio server 300. Here, the content input means 201 is for inputting content to the content server 200. As described above, the content server 200 can be included in the audio recording terminal device 100, and similarly, the content input unit 201 can be included in the audio recording terminal device 100. Furthermore, a voice recording system can be configured including the user information server 400.

  FIG. 6 is a block diagram showing a configuration mainly necessary for moving image reproduction in the audio recording system of the present invention. In this figure, in addition to the configuration of the audio recording system shown in FIG. 5, a moving image reproducing apparatus 500 is provided. In this figure, the video playback device 500 is provided independently (separately) from the audio recording terminal device 100. However, the present invention is not limited to this, and the video playback device 500 is included in the audio recording terminal device 100 (integrated). As).

  As shown in FIG. 6, the moving image reproducing apparatus 500 includes a reproduced audio selecting unit 501, a reproduced audio reading unit 502, and a moving image reproducing unit 503. The reproduction voice selecting unit 501 selects a voice to be output for each voice combination for a plurality of voice combinations set with the desired content read by the content reading unit 101. The audio selected here is set as the playback audio. The reproduction audio reading unit 502 reads the reproduction audio selected (set) by the reproduction audio selection unit 501, and the moving image reproduction unit 503 displays and reproduces the video included in the content on the video display unit 103. Furthermore, the moving image playback apparatus 500 may include a voice group registration unit that registers the playback voices selected for each voice combination as one combination (hereinafter referred to as “voice group”). In this case, the reproduction voice selection unit 501 can select reproduction voice for each voice combination, or can select a voice group if there is a registered one. It may be a better video work due to the synergistic effect between the castings, and if a voice group is registered, it is possible to easily view the video with the same combination of voices.

  When selecting the output sound by the reproduction sound selection means 501, it is possible to select a desired reproduction sound after listening to a part (or all) of a plurality of sounds stored in the sound server 300. The desired reproduction sound can be selected while referring to the displayed user information. In this case, the reproduction audio selection unit 501 reads out the sound from the sound server 300 and outputs it, or reads out the user information from the user information server 400 and displays it.

  In addition, the moving image reproduction apparatus 500 may include “reception unit 505” that receives audio from the audio server 300 or receives user information from the user information server 400 through a wireless or wired communication unit. Furthermore, “evaluation means 504” can be provided as a means for evaluating a recording user who has recorded the selected reproduction sound after reproducing the moving image. The result (for example, text data) evaluated here can also be transmitted to the user information server 400 through the wireless or wired communication means using the “transmission means 506”. Note that the receiving unit 505 can also be used as the receiving unit 106 shown in FIG. 5, and the transmitting unit 506 can be used as the transmitting unit 107 shown in FIG.

(Usage example of voice recording system)
FIG. 7 is a block diagram showing an example using the voice recording system of the present invention. This figure shows a case where a client creates a video for commercial (CM) and searches for a voice combination (user) suitable for the voice combination of the video. The client creates a timeline together with the video, and registers content composed of the video and the timeline in the content server 200. At this time, it is desirable to clarify the voice combination (that is, the main voice) to be adopted in the video.

  On the other hand, the recording user uses his / her voice recording terminal apparatus 100 to record his / her voice with the voice role that the client is aiming at as the main voice role. The recorded voice is stored in the voice server 300. Note that user information is stored in the user information server 400 in advance.

  When sound is stored in the sound server 300 by some recording users, the client reproduces the moving image by using the moving image reproducing device 500 this time. At this time, the reproduction of the moving image is performed after selecting the reproduction sound with reference to the audio preview and the user information. Then, the reproduced voices related to some recording users are confirmed, and a recording user to be employed is selected from among them. When the recording user that the client wants to employ is selected here, the adopted result is notified to the recording user as “user selection information”. Specifically, user selection information is transmitted by “selection information transmission means 601” shown in FIG. 7, and a recording user receives selection information by “selection information reception means 602”. In addition, while sending and receiving selection information, based on information, such as a bank account contained in user information, it can also be set as the mechanism in which a client deposits into the bank account of the said registered user as an appearance fee.

  The voice recording program, voice recording terminal device, and voice recording system of the present invention can be used for live-action stories (dramas), animations, or moving cartoons, as well as foreign language conversation practice, television commercial voice actor selection, or video It can also be used for music performances. That is, the invention can be expected to be applied in various industries in the future.

DESCRIPTION OF SYMBOLS 100 Voice recording terminal apparatus 101 Content reading means 102 Main voice selection means 103 Video display means 104 Recording support means 105 Voice recording means 106 Receiving means 107 Transmission means 108 User information input means 200 Content server 300 Audio server 400 User information server 500 Movie Playback apparatus 501 Playback voice selection means 502 Playback voice reading means 503 Movie playback means 504 Evaluation means 505 Reception means 506 Transmission means 601 Selection information transmission means 602 Selection information reception means

Claims (6)

A program that allows a computer to execute a sound recording function while confirming a “video” including a continuous display of a frame-by-frame image,
A function of causing the computer to execute a content reading process of reading “content” having the video and timeline, and
In the timeline, two or more voice roles are set, and a recording time zone assigned to the video for each voice role is set,
A main voice role selection process for selecting a main voice role to be recorded from among the two or more voice roles;
Video display processing for displaying the video;
Subordinate voice selection processing for selecting the voice of a desired recording user from among the voices of two or more recording users stored for each “subordinate role” excluding the main voice role among the two or more voice roles. When,
A voice recording program comprising: a function of causing the computer to execute a voice storage process for storing voice recorded in a recording time zone of the main voice role in association with the recording time zone. A function of causing the computer to execute a moving image reproduction process for outputting sound together with the video;
The video playback process outputs the voice recorded by the voice storage process in the recording time zone corresponding to the main voice role, and is selected by the secondary voice selection process in the recording time zone corresponding to the lower voice role. The voice recording program according to claim 1, wherein the recorded voice is output. A function of causing the computer to execute a slave voice output process of outputting the type of voice selected in the slave voice selection process in a recording time zone set for the slave voice when recording;
3. The voice recording program according to claim 1, wherein the secondary voice is output by the secondary voice output process, thereby making it easy to measure the recording timing of the main voice combination. Based on the timeline, further comprising a function of causing the computer to execute a recording support process for displaying a recording speed meter when the recording time zone of the main voice role is reached,
3. The recording speed meter supports voice recording by dynamically indicating a progress status and / or remaining time of the main voice role in a recording time zone. Voice recording program. A terminal device for recording sound while confirming “video” including continuous display of frame-by-frame images,
A content reading means for reading “content” having the video and timeline is provided,
In the timeline, two or more voice roles are set, and a recording time zone assigned to the video for each voice role is set,
A main voice role selection means for selecting a main voice role to be recorded from among the two or more voice roles;
Subordinate voice selection means for selecting the voice of a desired recording user among the voices of two or more recording users stored for each “subordinate role” of the two or more excluding the main voice role. When,
Video display means for displaying the video;
A voice recording terminal device comprising: voice recording means for recording voice. Content input means for inputting “content” having a “video” including a continuous display of frames-by-frame images and a timeline;
Content storage means for storing the input content;
An audio recording terminal device for recording audio while checking the video of the content;
Voice recording means for storing the voice recorded by the voice recording terminal device,
In the timeline, two or more voice roles are set, and a recording time zone assigned to the video for each voice role is set,
The voice recording terminal device
Content reading means for reading the content from the content storage means;
A main voice role selection means for selecting a main voice role to be recorded from among the two or more voice roles;
Subordinate voice selection means for selecting the voice of a desired recording user among the voices of two or more recording users stored for each “subordinate role” of the two or more excluding the main voice role. When,
Video display means for displaying the video;
Voice recording means for recording voice,
The voice recording system, wherein the voice storage means stores voice recorded in a recording time zone in association with the recording time zone.

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