TW201719628A - Music score production method with fingering marks and system for the same allowing a player to perform by referring to fingering marks - Google Patents

Abstract

The invention provides a music score production method with fingering marks to display plural chord fingering indicating maps on a music score. The music score production method comprises steps of: providing a chord fingering database, wherein the chord fingering database is stored with the plural chord fingering indicating maps; inputting the music score, wherein a music score includes a music score area and a blank area, and the music score area has plural chords; connecting to the chord fingering database, and selecting the corresponding plural chord fingering indicating maps from the chord fingering database according to the plural chords in the music score area; and displaying the plural chord fingering indicating maps corresponding to the plural chords in the music score area on the blank area of the music score. In addition, the invention further includes a music score production system with fingering marks.

Description

Method and system for generating musical scores with fingering

The present invention is a musical score with a fingering indication, and more particularly to a method and system for generating a musical score with a fingering indication that can be displayed on a musical score to assist the performer with reference to the fingering indication.

Press, chord, refers to the sound of two or more different pitches combined together, is a way to embellish the melody. There are many types of chord marks. Baroque music often marks chords with digital bass. Classical music often marks chords with Roman numerals. Jazz and pop music often mark chords with English letters of the name. In music theory, the principle of connecting between different chords is discussed. Combining different chords can be used as different soundtracks. This combination of multiple chords is generally called chord progression.

The chord identification technology and the method for generating the chord are disclosed in the method of automatic identification and generation of the chord of the Patent No. 587241 of the Republic of China, and the method for automatically identifying and generating the chord is implemented by the user through a microphone or a computer. The electronic peripheral device such as a keyboard inputs the main melody information of the song, and is converted into a specific format through digital processing, and then uses the song main melody in the song database to establish a model to obtain the main melody chord that the user wants to find.

There is also a musical chord identification system disclosed in the music chord identification system, which can be used to analyze a music material, including a chord/tonal database, a rhythm analysis unit, a chord analysis unit, and a tonal analysis unit. And a notation integration unit. The rhythm analysis unit analyzes the rhythm speed of the music material. The chord analysis unit and the tonal analysis unit can separately analyze the number of bars of the music data and the chord attributes of each measure, and the musical tonality of the music material. The notation integration unit can output a chord notation. The music chord recognition system of the present invention can quickly analyze the chord attribute and music tonality design of the music material, and will help the music learner to quickly obtain the chord notation of a music material, which is more convenient for music learning.

However, no matter which chord identification technology is used, it can assist the user in finding the main melody model or assisting the user in learning the music. But for the performer, the existing score can only show that the chords are no longer in line with the demand. While displaying the chords, they also need to display the fingering marks.

Therefore, how to solve the above problems and disadvantages, that is, the inventors of the present invention and those involved in the industry are eager to study the path of improvement.

Therefore, in view of the above-mentioned deficiencies, the inventors of the present invention have collected relevant materials, and have evaluated and considered such patents through continuous evaluation and modification through multi-party evaluation and consideration, and through years of experience in the industry.

It is an object of the present invention to provide a method and system for generating a musical score with a fingering indication that can be displayed on a musical score to assist a performer with reference to the fingering indication.

In order to achieve the above or other purposes, the present invention provides a method for generating a musical score with a fingering indication for displaying a complex chord fingering map on a musical score, the method comprising the steps of: providing a chord fingering database, the chord fingering database A plurality of chord fingering maps are stored; the score is input, the score includes a score region and a blank region, the score region having a complex chord; connected to the chord fingering database, and the chord fingering according to the complex chord of the score region Selecting the corresponding complex chord fingering map in the database; and displaying the complex chord fingering map corresponding to the complex chord of the score region in the blank area of the score.

In a preferred embodiment, after displaying the complex chord fingering map, it further includes adjusting the tonality of the score.

In a preferred embodiment, after displaying the complex chord fingering map, the method further includes adjusting the position of the complex chord fingering map in the blank area.

In a preferred embodiment, after displaying the complex chord fingering map, it further includes adjusting the finger of the complex chord fingering map.

In a preferred embodiment, after displaying the complex chord fingering map, it further includes storing the music score and displaying it in a music score interface.

In a preferred embodiment, the score further includes a lyric area.

In order to achieve the above or other purposes, the present invention provides a musical score generation system with fingering for displaying a complex chord fingering map on a musical score, the system comprising: a chord fingering database, which is stored in the chord fingering database a complex chord fingering map; a score processing unit for inputting the score, the score comprising a score region and a blank region, the score region having a complex chord; and a chord analysis unit for connecting to the chord fingering database And the score processing unit, selecting the complex chord fingering map corresponding to the complex chord of the music region in the chord fingering database according to the complex chord of the music region; and a display unit connected to the musical score processing unit The complex chord fingering indicating the complex chord corresponding to the musical score region is displayed on a blank area of the musical score.

In a preferred embodiment, a tonal processing unit is further included for adjusting the tonality of the musical score.

By means of the method and system, the present invention can display a fingering indication on a musical score, and when performing a musical performance, can assist the performer to perform the performance with reference to the fingering indication.

In order to achieve the above objects and effects, the technical means and the structure of the present invention will be described in detail with reference to the preferred embodiments of the present invention.

Please refer to FIG. 1 and FIG. 2, which are flowcharts and implementation diagrams of a preferred embodiment of a musical score generating method with fingering in accordance with the present invention. As can be clearly seen from the figure, the present invention provides a method for generating musical scores with finger marks for displaying a complex chord fingering map on a musical score, the method comprising the following steps: step (110) provides a chord fingering database. The chord fingering database stores a complex chord fingering map; the step (120) inputs the score, the score includes a score region and a blank region, the score region has a complex chord; and the step (130) is connected to the chord fingering data. a library, selecting a corresponding complex chord fingering map in the chord fingering database according to a complex chord of the music region; and a step (140) displaying the complex chord fingering map corresponding to the complex chord of the music region in the music score Blank area.

In the step (110), the user may pre-establish a chord fingering database, wherein the chord fingering database may pre-store the complex chord fingering indicator map 14, and the complex chord fingering method may be used to generate the method of FIG. It is automatically generated by a computer device, or may be manually input in advance, but the present invention does not limit the method of generating the complex chord fingering map. Wherein, the computer device can automatically generate an available algorithm, and the user can input the complex score 1 which has a complex chord, and the computer device can analyze and analyze the complex chord of the complex score 1 by using an algorithm. After that, it can be stored as a complex chord fingering indicator map 14.

Further, the complex chord fingering designation FIG. 14 is, for example, a guitar chord fingering map 14, but is not limited thereto. The guitar chord fingering map 14 is, for example, a left-hand chord pressing method, but is not limited thereto.

In the step (120), the musical score 1 is input, and the musical score 1 includes a musical score region 11 and a blank region 12. For example, the score 1 can be input to a computer device, and the computer device can analyze the complex chord of the musical score region 11 and convert the complex chord into a complex chord fingering map 14 and store it in the chord fingering database. Here, the "score area 11" refers to a region in which the pitch is recorded in the musical score 1, for example, a staff or a notation, and the musical score region 11 simultaneously records a complex chord, but is not limited thereto. The "blank area 12" means an area other than the area in which the pitch is recorded in the musical score 1, and is usually an area left in the musical score 1. Furthermore, the musical score 1 may further include a lyric area 13 which is the lyrics of the musical score 1 .

In the step (130), the chord fingering database is connected. For example, the chord fingering database is connected by a computer device, and the corresponding chord fingering is further selected according to the complex chord of the musical score region 11. For example, the computer device can analyze the complex chord of the musical score region 11, and according to the analyzed result, select the corresponding complex chord fingering to indicate FIG. For example, if the score region 11 has an "Em7" chord, the computer device analyzes the result as the "Em7" chord, and connects to the chord fingering indicator. Figure 14 selects the "Em7" chord fingering indicator map 14.

In the step (140), the chord fingering indicator 14 is displayed in the blank area 12. When the computer device selects the corresponding complex chord fingering map 14, the complex chord fingering map 14 corresponding to the chord of the musical score region 11 can be displayed in the blank region 12. Thereby, while the player is watching the score 1 to perform the performance, in addition to the pitch can be known from the score region 11, the chord fingering can be known from the blank area 12, which can assist the player to perform the reference with the fingering indication. .

Furthermore, after displaying the complex chord fingering to indicate FIG. 14, it further includes adjusting the tonality of the musical score 1. In order to meet the needs of the performer or the listener, for example, the score 1 may include a control button for adjusting the tonality of the score 1, and a C can be a major tone of the main tone, and the tonality is called "C major"; or The minor mode in which a is the main sound is called "a minor" and the like, and the present invention does not limit the adjustable tonality.

Further, when the present invention shows that the complex chord fingering is shown in FIG. 14, it further includes adjusting the position of the complex chord fingering map 14 in the blank area 12. Since the player may have a different custom arrangement with the string fingering of FIG. 14, the present invention is also free to adjust the position of the complex chord fingering map 14. And, further comprising adjusting the complex chord fingering to indicate the finger shape of FIG. In order to match the finger shape suitable for the player.

Finally, the complex chord fingering is displayed after FIG. 14 and, after the player has undergone the aforementioned adjustments, the score 1 can be stored and displayed on a musical score interface. For example, the score 1 can be stored by a computer device and displayed by the display. For another example, the music interface can be a tablet, and the user can read the score 1 on the music interface.

Please refer to FIG. 3 at the same time, which is a kind of musical score generation system 2 with finger mark indicating the method for generating a musical score with fingering according to the present invention. For the implementation steps, please refer to the foregoing, and no further details are provided. The use is also for displaying a complex chord fingering map 14 on a musical score 1, the system comprising: a chord fingering database 21, a musical score processing unit 22, a chord analyzing unit 23, and a display unit 24.

The chord fingering database 21 stores a complex chord fingering map 14 .

The musical score processing unit 22 is for inputting the musical score 1, which includes a musical score region 11 and a blank region 12 having a complex chord.

The chord analysis unit 23 is configured to be coupled to the chord fingering database 21 and the musical score processing unit 22, and the plurality of chords corresponding to the musical score region 11 are selected from the chord fingering database 21 according to the complex chord of the musical score region 11. The complex chord fingering is shown in Figure 14.

The display unit 24 is coupled to the musical score processing unit 22 for displaying the complex chord fingering of the complex chord corresponding to the musical score region 11 to the blank area 12 of the musical score 1.

The present invention further includes an intensive processing unit 25 coupled to the musical score processing unit 22 and the display unit 24 for adjusting the tonality of the musical score 1.

Therefore, referring to all the drawings, when using the present invention, compared with the conventional technology, the following advantages are realized: the present invention can display the fingering indication on the musical score 1, and can assist the player in referring to the fingering when playing music. Mark to play.

However, the above description is only for the preferred embodiment of the present invention, and thus the scope of the present invention is not limited thereto, so that the simple modification and equivalent structural changes that are made by using the specification and the contents of the present invention should be the same. It is included in the scope of the patent of the present invention and is combined with Chen Ming.

110-140‧‧‧Steps
1‧‧‧ music score
11‧‧‧ music area
12‧‧‧Blank area
13‧‧‧ Lyrics area
14‧‧‧ Chord fingering map
2‧‧‧Leading production system with fingering
21‧‧‧ Chord Fingering Database
22‧‧‧ music processing unit
23‧‧‧ Chord Analysis Unit
24‧‧‧Display unit
25‧‧‧Tensitive processing unit

1 is a flow chart of a preferred embodiment of a musical score generating method according to the present invention; and FIG. 2 is a schematic view showing a preferred embodiment of a musical score generating method according to the present invention; and Figure 3 is a block diagram of a preferred embodiment of a score generation system having fingering in accordance with the present invention.

110-140‧‧‧Steps

Claims (8)

A method for generating a musical score with a fingering indication for displaying a complex chord fingering map on a musical score, the method comprising the steps of: providing a chord fingering database, wherein the chord fingering database stores a complex chord fingering map; Entering the musical score, the musical score includes a musical score region and a blank region, the musical score region having a complex chord; connected to the chord fingering database, and selecting the corresponding complex chord in the chord fingering database according to the complex chord of the musical score region a fingering map; and displaying the complex chord fingering map corresponding to the complex chord of the score region in a blank area of the score. The method for generating a musical score with fingering as described in claim 1 of the patent application, after displaying the complex chord fingering map, further includes adjusting the tonality of the musical score. The method for generating a musical score with fingering according to claim 1 of the patent application, after displaying the complex chord fingering map, further comprises adjusting the position of the complex chord fingering map in the blank area. The method for generating a musical score with a fingering indication as described in claim 1 of the patent application, after displaying the complex chord fingering indication map, further comprises adjusting the finger shape of the complex chord fingering indication map. The method for generating a musical score with a fingering indication as described in claim 1 of the patent application, after displaying the complex chord fingering map, further includes storing the musical score and displaying it in a musical score interface. A method for generating a musical score with fingering, as described in claim 1, wherein the musical score further includes a lyric area. A musical score generating system with finger marking is used for displaying a complex chord fingering map on a musical score, the system comprising: a chord fingering database, wherein the chord fingering index database stores a complex chord fingering map; a processing unit, configured to input the musical score, the musical score comprising a musical score region and a blank region, the musical score region having a complex chord; a chord analyzing unit, configured to be coupled to the chord fingering database and the musical score processing unit, according to the musical score The complex chord of the region selects the complex chord fingering map corresponding to the complex chord of the music region in the chord fingering database; and a display unit coupled to the musical score processing unit for displaying the plural corresponding to the musical score region The complex chord fingering of the chord marks the blank area of the score. The musical score generating system with the fingering indication described in claim 7 further includes a tonal processing unit coupled to the musical score processing unit and the display unit for adjusting the tonality of the musical score.