JP5324193B2 - Music score display apparatus, music score display method and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a musical note display device, musical note display method and program which can easily grasp an operation position on a musical instrument and can easily read notes. <P>SOLUTION: The musical note display device includes a musical note display means for displaying notes (301-305) on a musical note (11), based on note data of the musical note; a graphic display data generation means for generating graphic display data (311-315) representing operation positions on a musical instrument, based on the note data of the musical note; a graphic display instruction means for instructing to display the graphic display data; and a graphic display means for displaying the graphic display data (311-315), while making it correspond with the displayed notes (301-305) on the musical note (11), when it is instructed by the graphic display instruction means. <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

  The present invention relates to a score display apparatus, a score display method, and a program.

  As a musical score display device, there is a device that displays a horizontal line corresponding to a string of a stringed instrument and a so-called tablature that expresses a fret position for holding each string with a number or a symbol. However, because it is expressed in small numbers on the score, it is not easy to read how to hold strings instantly while playing.

  Also, it is not easy for beginners to instantly determine which keyboard should be played for musical scores expressed in musical notes.

  On the other hand, there is a so-called fretboard or a chord diagram that displays a fret position of each string corresponding to a chord name as a symbol on a figure imitating a fingerboard of a stringed instrument or a figure imitating a keyboard. The chord diagram is easy to read compared to tabs and musical notes expressed in numbers because the position can be grasped graphically.

  However, the chord diagram corresponds to the chord name and does not necessarily match the contents of the tablature or staff.

  Patent Document 1 listed below describes a tabular score input method that includes tablature input means for inputting a score in tablature and displays the tablature score.

JP-A-1-99088

  An object of the present invention is to provide a score display device, a score display method, and a program that can easily grasp an operation position on a musical instrument and can easily read a note.

The score display apparatus of the present invention is a score display means for displaying notes on a score based on the note data of a score, and a graphic display for generating graphic display data indicating an operation position on a musical instrument based on the note data of the score. When instructed by the data generation means, the graphic display instruction means for instructing display of the graphic display data, and the graphic display instruction means, the graphic display data is displayed in correspondence with the notes on the displayed score. possess a graphic display unit, wherein the note is a note of a chord consisting of a plurality of tone pitch, the graphic display unit, with respect to the note of the graphical display data displayed immediately before, the relative operation of the instrument When the operation position is translated without changing the position, graphic display data indicating that the operation position is translated is displayed .
The score display apparatus of the present invention generates score display means for displaying notes on a score based on the note data of the score, and graphic display data indicating the operation position on the musical instrument based on the note data of the score. Graphic display data generating means, graphic display instruction means for instructing display of the graphic display data, and when instructed by the graphic display instruction means, the graphic display data is associated with notes on the displayed score. Graphic display means for displaying, and the note is a chord note consisting of a plurality of pitches, and the graphic display means is a part of the pitch relative to the note of the graphic display data displayed immediately before. When the operation position is translated without changing the relative operation position on the instrument except for, the graphic display shows that only the part of the pitch where the relative operation position does not change is translated Display data The features.

The musical score display method of the present invention also includes a musical score display step for displaying musical notes on the musical score based on musical note data, and graphic display data indicating the operation position on the musical instrument based on the musical note data. When instructed by the graphic display data generating step, the graphic display instruction step for instructing display of the graphic display data, and the graphic display instruction step, the graphic display data is associated with the notes on the displayed score. possess a graphic display step of displaying the note is note chord comprising a plurality of pitch, in the graphic display step for note graphic display data displayed immediately before, the relative on instruments When the operation position is moved in parallel without changing the operation position, graphic display data indicating that the operation position is moved in parallel is displayed .
The musical score display method of the present invention also includes a musical score display step for displaying musical notes on the musical score based on musical note data, and graphic display data indicating the operation position on the musical instrument based on the musical note data. When instructed by the graphic display data generating step, the graphic display instruction step for instructing display of the graphic display data, and the graphic display instruction step, the graphic display data is associated with the notes on the displayed score. A graphic display step for displaying, and the note is a chord note composed of a plurality of pitches. In the graphic display step, a part of the pitch is compared with the note of the graphic display data displayed immediately before. When the operation position is translated without changing the relative operation position on the instrument except for, it indicates that only the part of the pitch where the relative operation position does not change is translated. And displaying the form display data.

Further, the program of the present invention includes a musical score display step for displaying musical notes on a musical score based on musical note data, and a graphic display for generating graphic display data indicating an operation position on a musical instrument based on the musical note data. When instructed by the data generation step, the graphic display instruction step for instructing display of the graphic display data, and the graphic display instruction step, the graphic display data is displayed in correspondence with the notes on the displayed score. A program for causing a computer to execute a graphic display step , wherein the note is a chord note having a plurality of pitches, and in the graphic display step, a note of graphic display data displayed immediately before is displayed. When the operation position is translated without changing the relative operation position on the instrument, a graphic display indicates that the operation position is translated And displaying the over data.
Further, the program of the present invention includes a musical score display step for displaying musical notes on a musical score based on musical note data, and a graphic display for generating graphic display data indicating an operation position on a musical instrument based on the musical note data. When instructed by the data generation step, the graphic display instruction step for instructing display of the graphic display data, and the graphic display instruction step, the graphic display data is displayed in correspondence with the notes on the displayed score. A program for causing a computer to execute a graphic display step, wherein the note is a chord note having a plurality of pitches, and in the graphic display step, a note of graphic display data displayed immediately before is displayed. , Except for some pitches, the relative operation position does not change when the operation position moves in parallel without changing the relative operation position on the instrument. Only the high portions and displaying the graphical display data indicating that the translated.

  By displaying the graphic display data corresponding to the notes on the score, the operation position on the musical instrument can be easily grasped, and the notes can be read easily.

  FIG. 9 is a block diagram illustrating a hardware configuration example of the score display device (computer) according to the embodiment of the present invention. The musical score display device is composed of, for example, a personal computer. A central processing unit (CPU) 902, a ROM 903, a RAM 904, a network interface 905, an input device 906, an output device 907, and an external storage device 908 are connected to the bus 901.

  The CPU 902 performs data processing or calculation and controls various components connected via the bus 901. The ROM 903 stores a control procedure (computer program) of the CPU 902 in advance, and is activated when the CPU 902 executes the computer program. A computer program is stored in the external storage device 908, and the computer program is copied to the RAM 904 and executed. The RAM 904 is used as a work memory for data input / output, transmission / reception, and temporary storage for control of each component. The external storage device 908 is, for example, a hard disk storage device or a CD-ROM, and the stored content does not disappear even when the power is turned off. The CPU 902 executes the computer program in the RAM 904 to perform processing of the score display device.

  The network interface 905 is an interface for connecting to a network such as the Internet. The input device 906 is, for example, a keyboard and a mouse, and can perform various designations or inputs. The output device 907 is a display, a printer, or the like. The screens shown in FIGS. 1 to 8 are displayed on the display in the output device 907.

  FIG. 10 is a block diagram for explaining the functions of the computer program. A score display apparatus is configured by realizing the function of the computer program. The score display apparatus 1000 includes an input position specifying means (step) 1001, a position specifying means (step) 1002, a note specifying means (step) 1003, a note input instruction means (step) 1004, a score display means (step) 1005, and a graphic display. Data generation means (step) 1006, graphic display instruction means (step) 1007, and graphic display means (step) 1008 are included.

  FIG. 1 is a diagram illustrating an example of a tab score input screen displayed on a display in the output device 907. Hereinafter, a tablature input method will be described with reference to FIG. In the figure, reference numeral 1 denotes an input caret that is input position specifying means 1001 for specifying a time input position of a note. In the figure, reference numeral 2 denotes a fretboard which is position designation means 1002 that can designate the fret position of each string of the stringed instrument. In the figure, 3 indicates a note palette which is a note specifying means 1003 for specifying the type of note to be input. In the figure, 4 indicates a note input button which is the note input instruction means 1004. In the figure, 5 indicates a graphic display button which is graphic display instruction means 1008 for instructing display of graphic display data.

  The tab score input screen displays a tab score 11 at the top and a tab score input panel 12 at the bottom. The tablature 11 is a musical score in which the fret positions to be pressed of the strings of the stringed instrument are represented by numbers (see FIG. 2). The four lines of tablature correspond to the four strings of a stringed instrument.

  The input position designation means 1001 designates the time position on the tablature 11 to be input by the input caret 1. For example, the input position designation means 1001 displays the input caret 1 at the position by clicking on the tablature 11 with the mouse in the input device 906, and designates the temporal position on the tablature 11. it can. The number “25” above the measure at the left end of the tablature 11 indicates a measure number. For example, in FIG. 1, the time position at the beginning of the 26th measure is designated by the input caret 1.

  The note specification means 1003 uses the note palette 3 to specify the type of note to be input. The type of note is the length of the sound, such as a half note, a quarter note, an eighth note, or the like. A plurality of types of notes are displayed in the note palette 3. For example, the note designation means 1003 can designate the type of note by clicking on a note on the note palette 3 with a mouse. For example, in FIG. 1, a quarter note on the note palette 3 is designated by a dotted line.

  The position designation means 1002 can designate the fret position of each string of the stringed instrument using the fretboard 2. In the fretboard 2, four horizontal lines indicate four strings, and numbers “1, 2, 3, 4” at the bottom indicate fret numbers. The lower three strings have a white circle (o) displayed at the left end, and an open state (a state where a string is pronounced without pressing the fret) is designated as a fret position. The upper string has a black circle (●) displayed on the fret number “3”, and the fret number “3” is designated as the fret position. That is, it means that the string is pronounced by pressing the fret of the fret number “3”. For example, when the user clicks the intersection of each string and each fret position using the mouse in the input device 906, the fret position of the string corresponding to the intersection is designated. For example, when the intersection of the top string fret number “3” is clicked, a black circle (●) is displayed at the intersection, and the top string fret number “3” is designated. When a position outside the left end of the second string from the top is clicked, a white circle (◯) is displayed at that position, and the open state is designated as the fret position of the second string from the top.

  When the note input button 4 is clicked with the mouse, the note input instructing unit 1004 is placed at the position specified by the input position specifying unit 1001 (input caret 1) and the note specified by the note specifying unit 1003 (note palette 3). And a note input to the tablature 11 according to the fret position of each string designated by the position designation means 1002 (fretboard 2). The state after the instruction is shown in FIG.

  FIG. 2 is a diagram showing an example of a tablature input screen after the note input button 4 is clicked. When the note input button 4 is clicked, note data instructed to be input is generated. The score display means 1005 displays the note 13 corresponding to the input instruction on the tab score (score) 11 based on the note data of the tab score (score). For example, in the note palette 3, a quarter note indicated by a dotted line is designated as a note type, so a bar indicating a quarter note is displayed above the note 13. If a half note is specified as the note type, a white ball is displayed on the note 13. The notes 301 to 304 in FIG. 3 indicate half notes, and the note 305 indicates all notes.

  Further, according to the fret position of each string designated on the fretboard 2, the note 13 on the tablature 11 displays the fret number “3” as the fret position on the first string from the top, and 2 from the top. On the fourth string, the fret number “0” is displayed as the fret position. The fret number “0” means the open state of the string. The input caret 1 is moved to the next input timing position on the tablature 11 and displayed.

  As described above, when the user intends to input the note 13 on the tablature 11, the input caret 1 is moved at the desired time, the type of the note to be input is specified on the note palette 3, and the fretboard 2 is used. By specifying the fret position for each string and clicking the note input button 4, the fret position of each string indicated by the fretboard 2 and the note indicated by the note palette 3 are displayed at the time indicated by the input caret 1. Depending on the type, a note 13 is input on the tablature 11.

  The graphic display data generating means 1006 generates graphic display data indicating the operation position on the stringed instrument based on the note data of the tablature (score). The graphic display instruction means 1007 instructs display of graphic display data when the graphic display button 4 is clicked with the mouse. When the graphic display means 1008 is instructed by the graphic display instruction means 1007, as shown in FIGS. 3 to 8, graphic display data is displayed corresponding to the notes on the displayed tablature (score) 11. To do.

  FIG. 3 is a diagram showing an example of a score display screen on which graphic display data 311 to 315 are displayed in correspondence with the notes 301 to 305 on the tablature 11. The notes 301 to 304 indicate half notes, and the note 305 indicates all notes. As described above, the score display means 1005 displays the notes 301 to 305 on the tablature 11 based on information such as the number of strings of the stringed instrument, the sounding timing of the notes, the type of note (sounding time), and the fret number. To do. When graphic display is instructed by the graphic display button 4, the graphic display data generation means 1006 displays the number of strings of the stringed instrument, the fret number of all the notes at the same sounding timing, and the vertical display in which the notes are displayed in order from the top. Based on the note data of the notes 301 to 305 including information such as the string number corresponding to the position, graphic display data 311 to 315 representing the fret positions to be pressed for each string are generated. The graphic display data 311 to 315 indicate the fret position imitating the fingerboard of the stringed instrument and the operation position on the stringed instrument. The graphic display means 1008 displays graphic display data 311 to 315 near the notes 301 to 305 in correspondence with the notes 301 to 305, respectively. A horizontal line representing each string on the tablature 11 is displayed as it is as a horizontal line representing each string in the graphic display data 311 to 315. The fret numbers of the notes 301 to 305 on the tablature 11 are displayed as black circles (●) at the fret positions of the strings to which the notes belong on the graphic display data 311 to 315. In the graphic display data 311 to 315, open strings that do not hold any fret are displayed with a white circle (◯) at the left end, and strings that are not played are displayed with a “x” mark at the left end. When the processing of all pitches for the same timing is completed, the processing is similarly performed for the next sounding timing.

  As described above, the score display unit 1005 displays the notes 301 to 305 on the score 11 based on the note data of the tab score 11. The graphic display data generating means 1006 generates graphic display data 311 to 315 indicating the operation position on the stringed instrument based on the note data of the tablature 11. The graphic display instruction unit 1007 instructs display of graphic display data 311 to 315 when the graphic display button 4 is clicked with the mouse. The graphic display means 1008 displays graphic display data 311 to 315 corresponding to the notes 301 to 305 on the displayed tablature 11 when instructed by the graphic display instruction means 1007.

  FIG. 4 is a diagram showing an example of a score display screen in which graphic display data 401 to 404 are displayed corresponding to the notes on the tablature 11, and only when the notes on the tablature 11 change, the graphic display data 401 to This is an example of displaying 404. Hereinafter, differences from FIG. 3 will be described. When the graphic display button 5 is clicked, the graphic display means 1008 displays graphic display data 401 to 404 corresponding to the notes on the tablature. When graphic display is instructed by the graphic display button 5, the graphic display data generating unit 1006 generates graphic display data 401 to 404 only when the current note is different from the immediately preceding note. The graphic display means 1008 displays only the graphic display data 401 to 404 having the above differences. If the current note is the same as the previous note, the graphic display means 1008 proceeds to the next step without displaying the graphic display data corresponding to the current note. In the next step, the same processing is sequentially performed for the next sound generation timing. In this manner, the current note and the immediately preceding note are sequentially compared to determine the generation and display of the graphic display data 401 to 404, so that the graphic display data 401 to 404 are changed only when the note is changed. indicate. As described above, the graphic display means 1008 displays the graphic display data 401 in correspondence with the note on the tablature (score) 11 only when the note on the tablature (score) 11 is different from the immediately preceding note. ~ 404 are displayed.

  FIG. 5 is a diagram showing an example of a score display screen in which graphic display data 501 to 504 are displayed corresponding to the notes on the tablature 11, and the operation position on the stringed instrument is the same as that of the immediately preceding note. Graphic display data 501 to 504 are displayed so that the changed portion can be discriminated. Similar to FIG. 4 described above, the graphic display unit 1008 displays the graphic display data 501 to 504 only when the notes on the tablature 11 change. The graphic display data generation means 1006 generates the graphic display data of this time so that a portion having a common operation position on the stringed instrument can be distinguished from a portion having changed with respect to the graphic display data displayed immediately before. For example, the black circle (●) of the fret number of the string having the same operation position is displayed differently from the black circle (●) of the fret number of the string whose operation position is changed by additionally displaying a small white circle. The black circles (●) of the fret numbers of strings with the same operation position are not limited to the display of adding a small white circle, but the operation position has changed by displaying the addition of shape, color, symbol, character, etc. The display may be different from the black circle (●) of the string fret number. Moreover, although the case where the part where the operation position is common is displayed differently from the normal display of FIG. 3 has been described as an example, the part where the operation position has changed may be displayed differently from the normal display. Both the common part and the changed part may be displayed differently from the normal display. As described above, the notes at the same timing on the tablature 11 are chord notes composed of a plurality of pitches. The graphic display means 1008 displays the graphic display data 502 of the current note so that it is possible to distinguish between the portion where the operation position on the stringed instrument is common and the portion where the operation position on the stringed instrument is changed with respect to the musical note such as the graphic display data 501 displayed immediately before. Etc. are displayed.

  FIG. 6 is a diagram showing an example of a score display screen on which graphic display data 601 and 602 are displayed corresponding to the notes on the tablature 11, and a graphic display that can determine that the operation position on the stringed instrument has been translated. Data 602 is displayed. Similar to FIG. 4 described above, the graphic display unit 1008 displays the graphic display data 601 and 602 only when the notes on the tablature 11 change. The graphic display data generating means 1006 generates graphic display data 602 to which an arrow graphic 603 indicating the parallel movement is added when the current musical note translates the fret of each string relative to the previous musical note. For example, the graphic display data 602 means that all four strings are translated to the right by two frets and pressed against the graphic display data 601. In order to notify that the two frets are translated to the right, a display of “+2” may be added to the arrow graphic 603. The notes at the same timing are chord notes consisting of a plurality of pitches. The graphic display means 1008 translates the operation position in parallel when the operation position is translated without changing the relative operation position on the stringed instrument with respect to the note of the graphic display data 601 displayed immediately before. Graphic display data 602 (including an arrow graphic 603) indicating that the image is displayed.

  FIG. 7 is a diagram showing an example of a score display screen in which graphic display data 701 and 702 are displayed corresponding to the notes on the tablature 11, and it is possible to determine that the operation position on the stringed instrument is partially translated. Graphic display data 702 is displayed. Similar to FIG. 4 described above, the graphic display means 1008 displays the graphic display data 701 and 702 only when the notes on the tablature 11 change. When the graphic display data generating means 1006 translates the fret position of each string in the previous graphic display data 701 to the position where the number of the same fret positions as the current note is the largest, the number of the same fret positions is determined in advance. When the threshold value is larger than a predetermined threshold value (for example, 2), an arrow graphic 703 indicating that the translation is performed is added to the position of the string that becomes the same fret position when the translation is performed. For example, the graphic display data 702 means that only the first, third and fourth strings from the bottom are translated to the right by two frets. Note that the display position of the arrow graphic 703 may be near the fret position display, but is not limited thereto. In addition, the threshold value may be a constant or a number corresponding to the number of strings, but is not limited thereto. As described above, the notes at the same timing are chord notes composed of a plurality of pitches. The graphic display means 1008 moves the translation position relative to the musical note of the graphic display data 701 displayed immediately before, without changing the relative operation position on the stringed instrument except for some pitches. The graphic display data 702 (including the arrow graphic 703) indicating that only the pitch portion whose relative operation position does not change is translated is displayed.

  The graphic display data 701 corresponding to the first note of the tablature 11 in FIG. 7 has a string number of 4, display start fret number of 1, display fret number of 4, first string fret position of 1, second string The fret position of the first string is 1, the fret position of the third string is 2, and the fret position of the fourth string is 3.

  FIG. 8 is a diagram showing an example of a score display screen on which graphic display data 801 and 802 are displayed corresponding to the notes on the staff notation 800. Although the above-described embodiments of FIGS. 3 to 7 have been described by taking the musical score display of a stringed musical instrument as an example, it can also be applied to the musical score display of a keyboard musical instrument. In this case, the musical instrument is a keyboard musical instrument, and the musical score is a staff notation 800. Hereinafter, an example in which the embodiment of FIG. 5 is applied to a musical score display of a keyboard instrument will be described. The graphic display means 1008 displays the graphic display data 801 and 802 so that the part where the operation position on the keyboard instrument is common to the changed part can be distinguished from the immediately preceding note. Similar to FIG. 4 described above, the graphic display means 1008 displays the graphic display data 801 and 802 only when the notes on the staff 800 change. The score display means 1005 displays the notes on the staff 800 based on the note data including information such as the note sounding timing, the note vertical position, and the sounding time. When display of graphic display data is instructed by the graphic display instructing means 1007, the graphic display data generating means 1006 sequentially starts from the beginning, and the key number obtained from the vertical position, key signature, temporary symbol, etc. of the notes at the same pronunciation timing. Based on this information, graphic display data 801 and 802 are generated. Further, the graphic display data generating means 1006 generates graphic display data 801 and 802 simulating a keyboard for displaying a key position to be pressed when there is a difference from the immediately preceding note. The graphic display means 1008 displays graphic display data 801 and 802 in the vicinity of the note on the corresponding staff score 8001, and proceeds to the next step. If there is no difference from the previous note, proceed directly to the next step. In the next step, the same processing is sequentially performed for the next sound generation timing. Further, the graphic display data generation means 1006 generates graphic display data 802 of a graphic different from the normal display with the key of the same key depression position as the previous graphic display data 8001. For example, a rectangular figure is added to a key pressing position having a common keyboard operating position, and a circle figure is added to a key pressing position having a different keyboard operating position. However, the present invention is not limited to this, and a method of expressing by adding shapes, colors, symbols, characters, and the like is also conceivable. In the above example, the common key pressing position is displayed differently from the normal state. However, different key pressing positions are displayed differently from the normal state, or the common key pressing position and the different key pressing positions are displayed. Both may be displayed differently from the normal state.

  In the case of a keyboard instrument, the score display means 1005 displays the notes on the staff score 800 based on the note data of the staff score (score) 800. The graphic display data generating means 1006 generates graphic display data 801 and 802 indicating the operation position on the keyboard instrument based on the note data of the staff 800. The graphic display instruction unit 1007 instructs display of graphic display data 801 and 802. When instructed by the graphic display instruction unit 1007, the graphic display unit 1008 displays the graphic display data 801 and 802 corresponding to the notes on the displayed staff score 800.

  The graphic display means 1008 displays the graphic display data 801 and 802 in correspondence with the note on the staff 800 only when the note on the staff 800 is different from the note just before it. The notes at the same timing are chord notes consisting of a plurality of pitches. The graphic display means 1008 displays the graphic display data 802 of the current note so that the portion where the operation position on the keyboard instrument has changed can be distinguished from the musical note of the graphic display data 801 displayed immediately before. Is displayed.

  In the above description, the tablature of a four-stringed string instrument has been described as an example, but the present invention is not limited to this. Of course, it can be applied to the tablature of a six-stringed string instrument. The score display device can also be applied to the score display of musical instruments other than stringed instruments and keyboard instruments.

  According to the present embodiment, by displaying the graphic display data corresponding to the notes on the score, the operation position on the musical instrument can be easily grasped, and the notes can be read easily. This facilitates performance. Also, as shown in FIGS. 4 to 8, the graphic display data is generated and displayed only when the current note changes with respect to the immediately preceding note, so that the score is not complicated more than necessary, and it is easier to perform. The score can be displayed. Further, by displaying the graphic display data only at the portion where the operation position has changed as shown in FIGS. 5 and 8, or by displaying the graphic display data indicating that the operation position has been translated as shown in FIGS. Therefore, it is possible to display a score that makes it easier to grasp the operation position.

  The present embodiment can be realized by the computer in FIG. 9 executing a program. Also, means for supplying a program to a computer, for example, a computer-readable recording medium such as a CD-ROM recording such a program, or a transmission medium such as the Internet for transmitting such a program is also applied as an embodiment of the present invention. Can do. A computer program product such as a computer-readable recording medium in which the above program is recorded can also be applied as an embodiment of the present invention. The above program, recording medium, transmission medium, and computer program product are included in the scope of the present invention. As the recording medium, for example, a flexible disk, a hard disk, an optical disk, a magneto-optical disk, a CD-ROM, a magnetic tape, a nonvolatile memory card, a ROM, or the like can be used.

  The above-described embodiments are merely examples of implementation in carrying out the present invention, and the technical scope of the present invention should not be construed in a limited manner. That is, the present invention can be implemented in various forms without departing from the technical idea or the main features thereof.

It is a figure which shows the example of a tab score input screen. It is a figure which shows the example of the tablature input screen after clicking the note input button. It is a figure which shows the example of the score display screen which displayed the graphic display data corresponding to the note on a tab score. It is a figure which shows the example which displays graphic display data, only when the note on a tab score changes. It is a figure which shows the example which displays figure display data so that the part in which the operation position on a stringed instrument and the changed part can be discriminate | determined with respect to the last note. It is a figure which shows the example which displays the graphic display data which can discriminate | determine that the operation position on a stringed instrument has moved in parallel. It is a figure which shows the example which displays the graphic display data which can discriminate | determine that the operation position on a stringed instrument was partially translated. It is a figure which shows the example of the score display screen which displayed figure display data corresponding to the note on a staff. It is a block diagram which shows the hardware structural example of the score display apparatus (computer) by embodiment of this invention. It is a block diagram for demonstrating the function of a computer program.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Input caret 2 Fret board 3 Note palette 4 Note input button 5 Graphic display button 11 Tablature 12 Tablature input panel 13 Note 301-305 Note 311-315 Graphic display data 1001 Input position designation means 1002 Position designation means 1003 Note designation means 1004 Note input instruction means 1005 Music score display means 1006 Graphic display data generation means 1007 Graphic display instruction means 1008 Graphic display means

Claims (6)

A score display means for displaying notes on the score based on the note data of the score;
Graphic display data generating means for generating graphic display data indicating the operation position on the musical instrument based on the musical note data of the score;
Graphic display instruction means for instructing display of the graphic display data;
When instructed by the graphic display instruction means, the graphic display means displays the graphic display data corresponding to the notes on the displayed musical score,
The note is a chord note composed of a plurality of pitches,
The graphic display means translates the operation position when the operation position is translated relative to the musical note of the graphic display data displayed immediately before without changing the relative operation position on the instrument. music notation display and displaying the graphical display data indicating that there. A score display means for displaying notes on the score based on the note data of the score;
Graphic display data generating means for generating graphic display data indicating the operation position on the musical instrument based on the musical note data of the score;
Graphic display instruction means for instructing display of the graphic display data;
When instructed by the graphic display instruction means, the graphic display means displays the graphic display data corresponding to the notes on the displayed musical score,
The note is a chord note composed of a plurality of pitches,
The graphic display means, when the operation position is translated without changing the relative operation position on the musical instrument, except for some pitches, with respect to the musical note of the graphic display data displayed immediately before, music notation display you wherein only part of the relative operating position does not change pitch to display the graphic display data indicating that the translated. A score display step for displaying notes on the score based on the note data of the score;
A graphic display data generation step for generating graphic display data indicating an operation position on the musical instrument based on the musical note data of the score;
A graphic display instruction step for instructing display of the graphic display data;
Wherein when instructed by the graphic display instruction step, corresponding to a note on the displayed musical score possess a graphic display step of displaying the graphical display data,
The note is a chord note composed of a plurality of pitches,
In the graphic display step, when the operation position is translated without changing the relative operation position on the musical instrument with respect to the note of the graphic display data displayed immediately before, the operation position is translated. A musical score display method characterized by displaying graphic display data indicating that the user is present. A score display step for displaying notes on the score based on the note data of the score;
A graphic display data generation step for generating graphic display data indicating an operation position on the musical instrument based on the musical note data of the score;
A graphic display instruction step for instructing display of the graphic display data;
A graphic display step for displaying the graphic display data corresponding to the notes on the displayed musical score when instructed by the graphic display instruction step;
The note is a chord note composed of a plurality of pitches,
In the graphic display step, when the operation position is moved in parallel without changing the relative operation position on the musical instrument, except for some pitches, with respect to the musical note of the graphic display data displayed immediately before, A musical score display method characterized by displaying graphic display data indicating that only a pitch portion whose relative operation position does not change is translated. A score display step for displaying notes on the score based on the note data of the score;
A graphic display data generation step for generating graphic display data indicating an operation position on the musical instrument based on the musical note data of the score;
A graphic display instruction step for instructing display of the graphic display data;
When instructed by the graphic display instruction step, a program for causing a computer to execute a graphic display step of displaying the graphic display data in correspondence with a note on the displayed musical score ,
The note is a chord note composed of a plurality of pitches,
In the graphic display step, when the operation position is translated without changing the relative operation position on the musical instrument with respect to the note of the graphic display data displayed immediately before, the operation position is translated. A program characterized by displaying graphic display data indicating that the user is present . A score display step for displaying notes on the score based on the note data of the score;
A graphic display data generation step for generating graphic display data indicating an operation position on the musical instrument based on the musical note data of the score;
A graphic display instruction step for instructing display of the graphic display data;
When instructed by the graphic display instruction step, a program for causing a computer to execute a graphic display step of displaying the graphic display data in correspondence with a note on the displayed musical score,
The note is a chord note composed of a plurality of pitches,
In the graphic display step, when the operation position is moved in parallel without changing the relative operation position on the musical instrument, except for some pitches, with respect to the musical note of the graphic display data displayed immediately before, A program for displaying graphic display data indicating that only a pitch portion whose relative operation position does not change is translated.

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