JP5387642B2 - Lyric telop display device and program - Google Patents

Description

  The present invention relates to a lyrics telop display device that displays lyrics telop on a monitor in accordance with the performance of karaoke music.

  Conventionally, lyric telops displayed on a monitor in accordance with the performance of karaoke music are mainly displayed lyric telops using Chinese characters from the viewpoint of emphasizing readability and original expression of lyrics. In addition, when lyrics telops including kanji are mainly displayed, the kanji in the lyrics telop is displayed with a kana (ruby) attached. Patent Document 1 describes a technique for freely turning on / off ruby display according to user's preference.

JP 2006-284908 A

  However, using kanji in the lyrics telop is advantageous in terms of improving readability and realizing the original expression of the lyrics, but it is difficult to separate kanji that includes multiple syllables within one character as sound. There are also disadvantages. For example, the word “tears” is one character in Kanji, but the reading includes three syllables “Namida”. However, even in a scene where a singing expression with a plurality of different scales is required for the lyrics of “tears”, the character expression of the lyrics telop must be expressed by one character “tears”.

  In addition, as one example of an application that supports singing karaoke, a graph-like line (hereinafter referred to as a model singing line) indicating a musical scale or a pitch change that constitutes a melody of a singing part is used as a singing example. Some are displayed on the monitor along with the lyrics telop. Such a function is, for example, when the singer's singing voice is analyzed in detail, and the singer uses the analysis scoring function to analyze and score the skill of the singing in more detail than the normal scoring function. It is used for the purpose of assisting in singing accurately.

  When displaying such a model singing line, even if the singing melody corresponding to the lyrics “Namida” is composed of multiple scales, if the lyric telop is displayed with only one “tears”, And the model singing line showing the singing melody will not match. If this is the case, the correspondence between the syllables of the lyrics and the scale of the singing melody becomes difficult for the singer, and there is a problem that the singer is difficult to sing. Further, in the conventional ruby display method, it is assumed that the ruby is displayed close to the kanji, so the problem that the correspondence between the syllable of the lyrics and the scale of the singing melody cannot be solved.

  The present invention has been made to solve the above problems, and for displaying lyrics telop in a manner that makes it easier for a singer to sing when displaying a lyrics telop including kanji and an exemplary song line together. The purpose is to provide technology.

The lyrics telop display device of the present invention made to achieve the above object includes lyrics telop display control means, singing line display control means, and scale determination means.
Lyric telop display control means is lyric data constituting lyrics telop indicating lyrics of karaoke music, and data indicating kanji as characters constituting lyrics and data indicating kana readings of kanji constituting lyrics. Based on the lyric data included, the lyrics telop is displayed on a predetermined monitor in accordance with the progress of the performance of the karaoke music. The singing line display control means displays a model singing line indicating a musical scale and a pitch change constituting the singing melody of the karaoke song on the monitor in accordance with the progress of the performance of the karaoke song. The scale determining means includes a plurality of different scales in the performance section of the singing melody corresponding to the kanji part of the lyrics included in the lyrics data under the condition that the model singing line is displayed on the monitor by the singing line display control means. It is determined whether or not.

  The lyrics telop display control means reads the lyrics of the determined kanji part when the scale determining means determines that a plurality of different scales are included in the performance section corresponding to the kanji part of the lyrics. Convert to kana notation equivalent to, and display the lyrics telop. On the other hand, if it is determined by the scale determination means that a plurality of different scales are not included in the performance section corresponding to the kanji part of the lyrics, a lyrics telop is displayed with the lyrics of the determined kanji part remaining in kanji notation Let

  According to such a configuration, when a plurality of singing melody scales are included in the performance section corresponding to the kanji part of the lyrics, the kanji 1 is displayed by displaying the lyrics telop obtained by converting the kanji into kana notation. Lyrics containing multiple syllables in letters can be displayed separately for each single syllable. On the other hand, if only a single scale is included in the performance section corresponding to the kanji part of the lyrics, the kanji notation is displayed uniformly by displaying the lyrics telop in kanji notation. Compared with the case of converting to, the readability of the lyrics is not impaired more than necessary.

  According to the present invention, the correspondence between the syllables of the lyrics and the scales of the singing melody, which is difficult for the singer in the conventional kanji-written lyrics telop, becomes easier to understand. In particular, under the condition that the model singing line for visualizing the singing melody is displayed, the correspondence between the syllables of the lyrics and the scale of the singing melody can be displayed in an easy-to-understand manner for the singer, so the singer can display the lyrics telop and the model singing. You can sing more accurately while watching the line. Therefore, by combining the display of the lyrics telop and the model singing line of the present invention and the scoring function for evaluating the skill of the singing, a high score can be aimed at by accurate singing by the singer.

  Furthermore, you may comprise as a claim 2 as a device for enabling a singer to sing accurately according to the singing melody. That is, the lyrics telop display control means associates the display position of the performance section indicated by the model singing line displayed by the singing line display control means, arranges the characters of the lyrics corresponding to the performance section, and displays the lyrics telop. indicate. With this configuration, it is possible to display the lyrics telop by further clarifying the correspondence between the singing melody visualized by the model singing line and the characters of the lyrics. Thus, a singer who sings while watching the model singing line and the lyrics telop can sing more accurately according to the singing melody.

  Next, the lyrics telop display device according to claim 3 has the following characteristics. That is, the singing line display control means obtains singing model data that defines the scale to be sung as a tune, used as an evaluation standard for a karaoke device that plays karaoke tunes to score the skill level of singing with respect to karaoke performance, According to the acquired singing model data, the model singing line is drawn and displayed on the monitor. Thus, by displaying the model singing line based on the singing model data, it is possible to visualize an accurate singing melody in accordance with the evaluation standard in the function of scoring the singing.

  In addition, as described in claim 4, the scale determining means refers to the scale of the singing melody indicated by the singing model data, and within the performance section of the singing melody corresponding to the kanji portion of the lyrics included in the lyric data. It may be configured to determine whether or not a plurality of different scales are included. Thereby, it is possible to display a lyrics telop that is easy to sing along with an accurate singing melody in accordance with the evaluation standard in the function of scoring the song. Thereby, a singer can sing accurately in a scoring function, and can aim at a high score.

  Next, as a device for making the lyrics telop easier to read for the singer, it may be configured as described in claim 5. In other words, the lyrics telop display device further includes reading kana determination means for determining whether or not the reading kana corresponding to one kanji character of the lyrics included in the lyrics data is a plurality of characters. The lyrics telop display control means determines that a plurality of different scales are included in the performance section corresponding to the kanji portion of the lyrics by the scale determination means, and corresponds to one kanji character by the reading kana determination means. When it is determined that the reading kana is a plurality of characters, the lyrics of the determined kanji portion are converted into kana notation corresponding to the reading kana and the lyrics telop is displayed. On the other hand, if it is determined by the reading kana determination means that the reading kana corresponding to one kanji character is one character, the lyrics telop is displayed while the lyrics of the determined kanji part remain in kanji notation.

  If the reading kana corresponding to one kanji character is one character, even if kanji notation is converted to kana notation, the number of characters in the lyrics displayed as the lyrics telop remains the same. In other words, regardless of the number of scales of the singing melody assigned to that kanji, there is no worry that it will be difficult to sing if it is in kanji notation, rather it is easier to understand the meaning in kanji notation There are advantages. Therefore, the kanji of the lyrics only when the performance section corresponding to the kanji part of the lyrics includes a plurality of scales and the kana corresponding to one kanji is a plurality of kana characters. Is converted into kana and other words are displayed in kanji notation, so that the readability of the lyrics is not impaired more than necessary.

  Furthermore, as a device for making the lyrics telop easier to read for the singer, the lyrics telop may be configured as described in claim 6. In other words, when the lyrics telop display control means converts the lyrics of the kanji part into the kana notation corresponding to the reading kana in the lyrics telop and displays it, the ruby written in the kanji corresponding to the kana notation corresponds to the kana notation. Display the lyric telop with the side note. On the other hand, when the lyrics of the kanji part are displayed in the kanji notation in the lyrics ticker, the lyrics ticker in which the kana notation corresponding to the kanji notation is displayed side by side is displayed.

  By doing so, when converting the kanji of the lyrics into kana notation and displaying the lyrics telop, the original kanji notation can be written in the kana notation as ruby. In other words, what is normally displayed as kana-ruby for kanji-written lyrics is replaced with the kanji-written lyrics as kanji-ruby. Thereby, it is possible to achieve both the ease of singing according to the scale of the singing melody based on the lyrics converted into the kana notation and the readability of the lyrics based on the kanji notation written as ruby.

  The present invention, as described in claim 7, includes a program executed by an information processing apparatus that performs processing for displaying a lyrics telop indicating lyrics of karaoke music on a monitor, or a storage medium that stores the program, It can also be realized in various ways.

1 is a block diagram illustrating a configuration of a karaoke apparatus 1. FIG. It is explanatory drawing which shows the structure of music data. It is explanatory drawing which shows the example of a display of a lyric telop. It is a flowchart which shows the procedure of a lyrics telop display process. It is explanatory drawing which shows the example of a display of the song position in a song telop.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings. In addition, this invention is not limited to the following embodiment at all, and can be implemented in various aspects.
[Description of configuration of karaoke apparatus 1]
As shown in FIG. 1, the karaoke apparatus 1 includes a CPU 14 as a control unit that controls the entire karaoke apparatus 1 and each unit connected to the CPU 14, that is, an operation panel 10, a video processing unit 11, a display 12, and a hard disk. A drive (HDD) 13, a RAM 15, a ROM 16, a communication interface 17, an audio treatment unit 18, and the like are provided.

  The operation panel 10 is an input device for performing various operations such as karaoke music reproduction reservation. The video processing unit 11 is a video processing device including a graphic engine that converts image information into a video image and a decoder that reproduces compressed video data. Image information or the like visualized by the video processing unit 11 is displayed on the display 12 connected to the video output terminal. The HDD 13 is a storage device that stores various data such as a music database in which a lot of karaoke music data is recorded, a system program and an application program for controlling the operation of the karaoke device 1, and font data used for displaying characters in lyrics telop. The RAM 15 is a storage device used as a main memory of the CPU 14, and is used as an image buffer for temporarily storing programs and various data read by the CPU 14 and for developing image data. The ROM 16 is a read-only storage medium and stores some system programs such as IPL and BIOS and system data. The communication interface 17 is a communication device for performing data with a distribution server via an external network such as the Internet connected to a network connection terminal.

  The audio processing unit 18 performs performance reproduction based on MIDI (Music Instrument Digital Interface) data included in the music data. In addition, the sound processing unit 18 performs performance reproduction and appropriately performs sound processing by mixing the performance reproduction sound and the singing voice of a singer input from a microphone (not shown) connected to the audio input terminal. The audio signal subjected to the audio processing is output from the audio output terminal. The audio signal output from the audio output terminal is amplified by an amplifier (not shown) connected to the audio output terminal and then emitted from a speaker (not shown).

  The CPU 14 performs a process of playing accompaniment music of karaoke music designated by the user via the operation panel 10 or a remote control terminal (not shown). At this time, based on the telop data included in the music data to be played, the lyrics telop of the karaoke music is displayed on the display screen of the display 12 and is synchronized with the progress of the performance for the purpose of showing the singing position to the singer. To change the color of the displayed characters.

  In addition, as a function of scoring the singing result by the singer, the analysis scoring application is executed when there is an instruction from the user. The analysis scoring is a function that analyzes the singing voice of the singer in detail and scores the skill of the singing in more detail than the normal scoring function. In addition, when executing the analysis scoring application, as an application to support karaoke singing, a graph-like model singing line indicating the scale and pitch change of the musical sound (singing model melody) constituting the melody of the singing part of the karaoke song Are displayed on the display 12 together with the lyrics telop as an example of singing.

Since other functions and configurations of the karaoke apparatus 1 are in accordance with known techniques, a detailed description thereof is omitted here.
[Description of music data structure]
As shown in FIG. 2, the music database stored in the HDD 13 is a database that records a large number of music data corresponding to individual karaoke music. Each piece of music data includes metadata in which information indicating the song name, composer name, song number, and music genre is registered, MIDI data for performing a MIDI performance (MIDI performance data), and lyrics telop Consists of telop data.

  The MIDI data includes singing model data that defines a scale (singing model melody) to be sung as a singing part, in addition to performance data for playing a melody of an accompaniment part of karaoke. This singing model data is used as a standard for scoring the singing result in the scoring function, a display of a model singing line for visualizing the singing melody to the user, a judgment standard for converting kanji notation into kana notation in the lyrics telop, etc. It is done.

  The telop data has a configuration in which a plurality of small data groups (block data B01 to Bnn) including reading kana data, lyrics data, and attribute data are arranged in time series. Of these, the reading character data defines the character string as the reading character of the kanji included in the lyrics telop, the position where the character of the reading character is displayed, the font size of the character string, and the like. The lyric data defines a character string constituting the lyric telop, a position for displaying the character of the lyric telop, a font size of the character string, and the like. In addition, the attribute data is synchronized with the progress of the MIDI performance, the display step indicating the timing of displaying the character strings of the lyrics data and the reading kana data, the erasing step indicating the timing of erasing the displayed character string from the screen, The change step indicating the color change timing of the lyrics telop that displays the position of the lyrics to be sung is defined. The “step” here is a timekeeping value (sounding timing) that is a reference for MIDI performance, and by sharing this value with the MIDI performance, the control of the performance sound and the lyrics telop can be synchronized. It has become.

[Display example of lyrics telop]
Next, a display example of the lyrics telop by the karaoke apparatus 1 of the present embodiment will be described with reference to FIG.

  FIG. 3 <a> is a diagram illustrating a display example of a normal lyrics telop when the model song line is not displayed. In the normal lyrics telop display method, the text string of the lyrics written in a kanji combination such as “I'm busy because you missed me” and the “busy”, “look”, and “miss” kanji included in the text of the lyrics Rubies of kana notation such as “Isoga”, “Mi”, “Noga” indicating the reading of kana are written in small letters on the top of the corresponding kanji. Further, in a normal lyrics telop, a string of lyrics for one passage is displayed so as to be aligned in a horizontal line. Such normal display of lyrics telop is a known technique.

  On the other hand, FIG. 3 <b> is a diagram showing a display example of the lyrics telop accompanied by the display of the model song line, which is a feature of the present invention. The display of the lyrics telop is applied when the display of the lyrics telop and the display of the model song line of the singing model melody are performed together. The lyrics exemplified here have the same contents as those in FIG. 3 <a>, but the display method is different.

  The model singing line indicating the scale of the singing model melody is displayed as a stair-shaped bar graph with the time axis moving from left to right on the horizontal axis of the screen, and the upper axis of the screen is a high tone and the lower is a low tone. Is done. If the display color of the lyrics telop is gradually changed in sync with the progress of the performance, the direction of the color change is the direction along the time axis that goes from left to right on the horizontal axis of the screen, just like the model song line. It becomes.

  On the other hand, the lyrics telop is laid out so that the characters of the lyrics to be sung at that timing are positioned in accordance with the time axis of the performance section indicated by the model singing line in the horizontal axis direction of the screen, In the vertical axis direction of the screen, it is laid out immediately above the model song line according to the scale height indicated by the model song line. Thus, by displaying each character constituting the lyrics telop in association with the time axis and scale of the model singing line, the scale and singing timing of the singing model melody indicated by the model singing line, and each of the lyrics telop The display position of the characters matches.

  In particular, in the case of FIG. 3 <b>, a plurality of different scales are assigned in the singing model melody for the performance section corresponding to the kanji character “escape” included in the lyrics, while the “escape” part is sung. The pitch changes. On the other hand, in the display method of the lyrics telop in the present embodiment, the kanji notation of the lyrics and the kana notation of the ruby are exchanged and displayed. In other words, the kanji notation “escape” in the original lyrics is converted into a kana notation “noga” corresponding to the reading kana and the lyrics are displayed, while the lyrics converted to kana notation are called “escape” Kanji notation is written side by side as ruby. By doing so, a plurality of syllables consisting of “no” and “ga” included in the kanji notation “escape” are individually decomposed, and a lyrics telop is displayed in association with each scale of the singing model melody. .

  As described above, in this embodiment, when the performance section corresponding to one kanji character of the lyrics indicated by the lyrics data corresponds to the conversion condition in which a plurality of different scales are assigned in the singing model melody, the lyrics Convert kanji notation to kana notation (replace lyric notation and ruby). On the other hand, if the kanji of the lyrics does not meet the above conversion conditions, the lyrics telop is displayed in the kanji notation. That is, in the example shown in FIG. 3 <b>, only the kanji character “escape” has been converted into kana notation, and the other words “busy” and “see” are displayed in the kanji notation with the lyrics telop displayed. The

  FIG. 3 <c> is a reference example assumed as a comparison object with the display example of the lyrics telop in FIG. 3 <b>. In this example, Kanji notation included in the original lyrics of “Please miss it because you are busy” is converted to Kana notation, and each character is displayed in association with the time axis and scale of the model song line It is. According to such a lyric display method, there is an advantage that the syllable of the lyric matches the scale of the model singing line as in the display example shown in FIG. However, since all the kanji expressions are kana notations, there is a drawback that the meaning of the lyrics is significantly difficult to understand compared to the display example shown in FIG. In this embodiment, as shown in FIG. 3 <b>, in this embodiment, kanji characters that do not correspond to the conversion condition are displayed so that the lyrics telop is displayed in kanji notation. The above disadvantages are overcome without being unnecessarily impaired. Therefore, according to the display method of the lyrics telop of the present embodiment, both the ease of singing according to the melody and the readability of the lyrics can be achieved.

[Explanation of lyrics telop display processing]
Next, the procedure of the lyrics telop display process executed by the CPU 14 of the karaoke apparatus 1 will be described with reference to the flowchart of FIG. This process is executed when the performance of the karaoke music designated by a predetermined music selection operation is started.

  The CPU 14 determines whether to start the analysis scoring application in parallel with the performance of the karaoke music (S100). When the analysis scoring application is activated (S100: YES), the process proceeds to S102. When the analysis scoring application is not activated (S100: NO), the process proceeds to S104.

  In S102, which proceeds when the analysis scoring application is activated, it is determined whether or not singing model data indicating the melody of the singing part exists in the music data to be played. When song model data exists in the music data (S102: YES), the process proceeds to S106, and when song model data does not exist (S102: NO), the process proceeds to S104.

  When the analysis scoring application is not started or when the singing model data does not exist in the music data, the normal lyrics telop is displayed in accordance with the progress of the MIDI performance by using the telop data included in the music data in S104. I do. Refer to FIG. 3 <a> for a display example of a normal lyrics telop. Note that the display of normal lyrics telop using telop data is in accordance with a known technique, and thus detailed description thereof is omitted. With the end of the MIDI performance, after the display of the lyrics telop is completed, this processing is terminated.

  On the other hand, in S106, which is performed when singing model data exists in the music data to be played, a block data processing loop is started for the telop data included in the music data. Specifically, the processing of S108 to S124 is performed on all the block data B01 to Bnn included in the telop data one by one. This block data processing loop is repeated until the MIDI performance of the music is completed.

  In addition, CPU14 performs a model song line display process separately as a process performed in parallel with the said block data processing loop. This model singing line display process reads out singing model data from the music data to be played, and based on this singing model data, the model singing line indicating the scale and pitch change of the melody of the singing part is matched with the progress of the MIDI performance. Displayed on the display 12. The model singing line is displayed on the display 12 as a graph in which the horizontal axis of the screen has a time axis that proceeds from left to right, and the vertical axis of the screen has a scale in which the upper part is high and the lower part is low. In addition, since the display of the model singing line using the singing model data is in accordance with a known technique, a detailed description is omitted.

  In S108 of the block data processing loop, one piece of the nth block data to be processed in the current loop is read out, and based on each step value in the attribute value of this block data, the performance section corresponding to this block data Read the singing model data at.

  Next, in S110, it is determined whether or not a kanji character exists in the character string indicated by the lyrics data in the block data to be processed. When the kanji character is present in the character string of the lyric data (S110: YES), the process proceeds to S112. When the kanji character is not present in the character string of the lyric data (S110: NO), the process proceeds to S120.

  In step S112, which is performed when there is a kanji character in the character string of the lyrics data, one unprocessed kanji character is selected from among the kanji characters included in the character string, and a plurality of reading kana characters corresponding to the kanji character to be processed are selected. Whether it is a character or not is determined by referring to the reading data. If the reading kana corresponding to the kanji to be processed is a plurality of characters (S112: YES), the process proceeds to S114. If the reading kana is one character (S112: NO), the process proceeds to S118.

  In S114, which proceeds when the kana corresponding to the kanji to be processed is a plurality of characters, the performance section corresponding to the lyrics for one kanji character to be processed, that is, the performance for which the lyrics for the one kanji character are to be sung. It is determined whether or not a plurality of different scales are assigned to the singing model melody corresponding to the section. In addition, the performance section corresponding to the lyrics of the kanji part is specified from the change step in the attribute data of the block data. The scale of the singing model melody is specified from the singing model data read together with the block data. When a plurality of different scales are assigned to the performance section corresponding to the kanji to be processed (S114: YES), the process proceeds to S116, and a plurality of scales are not assigned to the performance section corresponding to the kanji to be processed. In the case (S114: NO), the process proceeds to S118.

  In S116, which is performed when a plurality of different scales are assigned to the performance section corresponding to the kanji to be processed, the kanji to be processed in the lyric data is converted into kana notation corresponding to the reading kana and the kana data in the reading kana data. The kana reading of the target kanji is converted into kanji notation.

  In S118, it is determined whether or not the processes in S112 to S116 have been performed on all the kanji characters included in the lyrics data of the block data to be processed. If there is an unprocessed Chinese character as a result of the determination (S118: NO), the process returns to S112 and the processes of S112 to S116 are repeated for the next unprocessed Chinese character. On the other hand, when all the kanji have been processed (S118: YES), the process proceeds to S120.

  In S120, according to the block data to be processed read out in S108, the character string constituting the lyrics telop is laid out in correspondence with the display position of the model song line displayed in the model song line display process. Here, the main lyrics in the lyrics telop are laid out based on the lyrics data, and the ruby to be written in the main lyrics is laid out based on the reading kana data. At this time, the processing result in S116, that is, the processing result obtained by converting the kanji notation of the lyrics data into the kana notation and the processing result obtained by converting the kana notation of the reading kana data into the kanji notation are reflected in the layout of the lyrics telop. In addition, kanji and ruby that are not converted in S116 because they are out of conversion conditions are written as usual.

  In addition, the display position of each character of the lyrics telop in the horizontal direction of the screen is sung based on the time axis indicated by the model singing line displayed in the performance section corresponding to the block data to be processed. The horizontal position is laid out so that the words of the lyrics are displayed on the time axis that matches the power timing. The display position of each character in the lyrics telop in the vertical direction of the screen is the display position of the model singing line according to the scale height indicated by the model singing line displayed in the performance section corresponding to the block data to be processed. Lay out the vertical position so that the lyrics are displayed directly above

  Next, in S122, the lyrics telop for which the layout was created in S120 is displayed on the display 12 at a predetermined timing shown in the attribute data display step. Refer to FIG. 3 <b> for a display example of the lyrics telop corresponding to the model singing line.

  In S124, it is determined whether or not the MIDI performance is finished. When the MIDI performance is continued (S124: NO), the process returns from the end of the block data processing loop of S126 to the process of S106, and the block data processing loop is repeated with the next block data as a processing target. When the MIDI performance is finished (S126: YES), this process is finished.

[Other devices applicable to this embodiment]
Next, a device applicable to the karaoke apparatus 1 of the present embodiment will be described with reference to FIG.

  FIG. 5 <a> is an explanatory diagram showing an example of displaying the singing position by changing the color of the lyrics in the lyrics telop displayed in the present embodiment. This method of expressing the singing position by color change is a known technique for indicating the singing position by changing the color of the displayed lyrics telop from the left to the right at the color change timing corresponding to the progress of the performance. Also in the lyrics telop display method according to the present embodiment, a method of expressing the singing position by color change can be applied.

  FIG. 5 <b> is an explanatory diagram illustrating an example of expressing the singing position by a method other than the color change of lyrics. Specifically, a vertical reference line indicating the current singing position is fixedly displayed near the center of the screen, and lyrics telop and model singing line images are displayed from the right side to the left side at a speed synchronized with the progress of the performance. The singing position is expressed by the position where the reference line at the center of the screen intersects with the lyrics telop and the model singing line image.

  According to such a method of expressing the singing position, the singer can easily grasp the singing position synchronized with the progress of the performance and the scale of the singing melody while keeping the line of sight without moving the line of sight. I can concentrate. Therefore, this singing position expression method is suitable for executing an analysis scoring application that requires more accurate singing.

  In addition, the following can be cited as devices applicable to the present invention. In the said embodiment, it becomes the structure which converts automatically the kanji which corresponds to a predetermined conversion condition into kana notation on the conditions on which model song line is displayed at the time of performance of a karaoke musical piece. On the other hand, you may comprise so that a user can set whether the function which converts the kanji corresponding to a predetermined conversion condition into kana notation is validated. That is, it may be configured such that kanji corresponding to a predetermined conversion condition is converted into kana notation on condition that a setting instruction for enabling the conversion function is given by the user.

  Alternatively, the display method of the lyrics telop is configured so that the user can arbitrarily select the display method desired by the user from the display methods corresponding to the display examples of <a>, <b>, and <c> in FIG. May be.

[Correspondence between Configuration of Embodiment and Configuration described in Claims]
The CPU 14 of the karaoke apparatus 1 according to the embodiment corresponds to the lyrics telop display control means, the singing line display control means, the scale determination means, and the reading kana determination means in the claims.

[effect]
According to the karaoke apparatus 1 of the embodiment, the following effects can be obtained.
When multiple different scales are assigned to the singing model melody corresponding to the performance section corresponding to the kanji part of the lyrics, that is, the performance section where the lyrics of the kanji are to be sung, the kanji is converted to kana By displaying the lyrics telop above, it is possible to display the lyrics including a plurality of syllables with one Kanji character separated into single syllables. On the other hand, if only a single scale is assigned in the performance section corresponding to the kanji part of the lyrics, the kanji notation is displayed uniformly by displaying the lyrics telop in kanji notation. Compared with the case of converting to, the readability of the lyrics is not impaired more than necessary.

  Also, by displaying each character constituting the lyrics telop in association with the time axis and scale of the model singing line, the scale and singing timing of the singing model melody indicated by the model singing line, and each character of the lyrics telop The display position matches. As a result, it is possible to display the lyrics telop by further clarifying the correspondence between the singing melody visualized by the model singing line and the characters of the lyrics, so that the singer can see the lyrics telop and the model singing line more You can sing accurately. In particular, by combining the display of the lyrics telop and model singing line of the present embodiment and the scoring function for evaluating the skill of the singing, a high score can be aimed at by accurate singing by the singer.

  In the above-described embodiment, an example in which the present invention is applied to a karaoke apparatus that plays karaoke music has been introduced. In addition, the present invention can be applied to an information processing terminal having an information display function (for example, a portable information terminal such as a smartphone or a tablet computer, a personal computer, or the like).

  The present invention can also be realized in the form of a program executed by an information processing apparatus that performs processing for displaying a lyrics telop indicating lyrics of karaoke music on a monitor, or a storage medium that stores the program. Such a program is downloaded from a program distribution server to each information processing terminal such as a karaoke device, a smartphone, a tablet computer, or a personal computer through a wide area network such as the Internet, and the program of the present invention is downloaded to each information processing terminal. It can be configured to execute. Alternatively, the program of the present invention recorded on a portable information storage medium such as a CD-ROM, DVD-ROM, or flash memory is installed in each information processing terminal, and the program of the present invention is executed on each information processing terminal. You may comprise as follows.

  DESCRIPTION OF SYMBOLS 1 ... Karaoke apparatus, 10 ... Operation panel, 11 ... Video processing part, 12 ... Display, 13 ... Hard disk drive (HDD), 14 ... CPU, 15 ... RAM, 16 ... ROM, 17 ... Communication interface, 18 ... Audio | voice processing part .

Claims (7)

Lyrics data constituting a lyrics telop indicating the lyrics of a karaoke song, the lyrics data including data indicating kanji as characters constituting the lyrics and data indicating a reading kana of the kanji constituting the lyrics Based on the lyrics telop display control means for displaying the lyric telop on a predetermined monitor according to the progress of the performance of the karaoke music,
A singing line display control means for displaying an exemplary singing line indicating a musical scale and a pitch change constituting a singing melody of a karaoke piece on the monitor in accordance with the progress of the performance of the karaoke piece,
A plurality of different scales are included in the performance section of the song melody corresponding to the kanji portion of the lyrics included in the lyrics data under the condition that the model song line is displayed on the monitor by the song line display control means. Scale determination means for determining whether or not,
The lyrics telop display control means reads the lyrics of the determined kanji part when the scale determining means determines that a plurality of different scales are included in the performance section corresponding to the kanji part of the lyrics. If the lyric telop is displayed by converting to kana notation corresponding to, and the scale determining means determines that a plurality of different scales are not included in the performance section corresponding to the kanji part of the lyrics, the determination A lyrics telop display device, wherein the lyrics telop is displayed with the lyrics of the kanji portion displayed in the kanji notation. The lyrics telop display device according to claim 1,
The lyrics telop display control means is arranged in correspondence with the display position of the performance section indicated by the model singing line displayed by the singing line display control means, and arranges the characters of the lyrics corresponding to the performance section, and the lyrics A lyrics telop display device characterized by displaying a telop. In the lyrics telop display device according to claim 1 or 2,
The singing line display control means obtains singing model data defining a scale to be sung as a tune, used as an evaluation standard for a karaoke device that plays karaoke tunes to score the skill level of singing with respect to karaoke performance, The lyrics telop display device characterized by drawing the model singing line in accordance with the acquired singing model data and displaying it on the monitor. In the lyrics telop display device according to claim 3,
The scale determining means refers to the scale of the singing melody indicated by the singing model data, and includes a plurality of different scales in the performance section of the singing melody corresponding to the kanji portion of the lyrics included in the lyrics data. A lyrics telop display device characterized by determining whether or not there is. The lyrics telop display device according to any one of claims 1 to 4,
A reading kana determination means for determining whether or not the reading kana corresponding to one character of the kanji in the lyrics included in the lyrics data is a plurality of characters;
The lyrics telop display control means determines that a plurality of different scales are included in the performance section corresponding to the kanji part of the lyrics by the scale determining means, and the kana character determining means converts the kanji to one character. When it is determined that the corresponding kana is a plurality of characters, the lyrics of the determined kanji part are converted into kana notation corresponding to the reading kana and the lyrics telop is displayed, while the kana is determined by the reading kana determination means A lyrics telop display device, wherein when the reading kana corresponding to one character is determined to be one character, the lyrics telop is displayed while the lyrics of the determined kanji part remain in kanji notation. The lyrics telop display device according to any one of claims 1 to 5,
When the lyrics telop display control means converts the lyrics of the kanji part to the kana notation corresponding to the reading kana in the lyrics telop and displays them, the ruby written in kanji corresponding to the kana notation corresponds to the kana notation. When displaying the lyrics telop attached and displayed on the other hand, when displaying the lyrics of the kanji part in the lyrics telop as they are in kanji notation, the ruby of the reading kana corresponding to the kanji notation is associated with the kanji notation The lyric telop display device is characterized in that the lyric telop is displayed. A program executed by an information processing apparatus that performs processing for displaying a lyrics telop indicating the lyrics of a karaoke song on a monitor,
Lyrics data constituting a lyrics telop indicating the lyrics of a karaoke song, the lyrics data including data indicating kanji as characters constituting the lyrics and data indicating a reading kana of the kanji constituting the lyrics Based on the lyrics telop display control procedure for displaying the lyrics telop on the monitor in accordance with the progress of the performance of the karaoke music,
A singing line display control procedure for displaying an exemplary singing line indicating the musical scale and pitch change of the singing melody of the karaoke music on the monitor in accordance with the progress of the performance of the karaoke music,
Under the condition that the model song line is displayed on the monitor by the song line display control procedure, a plurality of different scales are included in the performance section of the song melody corresponding to the kanji part of the lyrics included in the lyrics data. A scale determination procedure for determining whether or not
In the lyrics telop display control procedure, when it is determined in the scale determination procedure that a plurality of different scales are included in the performance section corresponding to the kanji portion of the lyrics, the lyrics of the determined kanji portion are read. If the lyrics telop is displayed by converting to kana notation corresponding to, and the scale determination procedure determines that a plurality of different scales are not included in the performance section corresponding to the kanji part of the lyrics, the determination A program characterized in that the lyrics telop is displayed with the lyrics of the kanji characters in the kanji notation.

Images