TWM484160U - Music score playback system and tools for education with virtual 3d animation performing musical instruments - Google Patents

Abstract

A music score playback system and tools for education with virtual 3D animation performing musical instruments is provided using an electronic device including personal computers, web platforms, mobile phones, tablet PCs, virtual 3D animation and multimedia module, a multi-functional music score playback system, a video and audio recording tool, and a music score editor. The main function of the system is to load music scores from music score database and to play the music score. The user interface of the music score system can be categorized into: lesson, music score playback, memo system, practice, video and audio recording, synchronized 3D animation playback with changeable viewing angles, and community sharing; a user can observe how the virtual 3D character's hands perform a musical instrument for a musical score over various viewing angles as the system plays a song. Furthermore, music scores can be edited and can be attached with notes and memos allowing users to more efficiently learn to play musical instruments.

Description

Virtual 3D instrument playing teaching tool system

This is a virtual 3D instrument playing and playing teaching tool system, especially when there are virtual 3D characters or 3D hands playing synchronized virtual 3D instruments while playing songs, and can instantly switch a variety of 3D perspectives. Teaching notes and sticky notes will also play the scores. Simultaneous display, which can be regarded as the instrument's multi-functional electronic scores and teaching tools, allows users to learn to play songs completely.

China's new patent No. M415382 is a digital piano music teaching device for traditional pianos. Its function is to install a sensor on the piano. When playing, the user can compare the difference between the bullet and the score through the electronic score.

Traditional paper scores only include musical symbols such as notes on the document, and later computer software such as Guitar Pro of Arobas Music (official website http://www.guitar-pro.com) electronically digitizes the scores. While playing the score, the electronic device can emit MIDI music, and the other main function is the editable electronic score.

China's announcement of the new patent No. M450030, a musical instrument teaching interactive installation Set, and a music database of instrument sounds, through the game interaction and pressure button to train the recognition of the sound and the corresponding instrument sound.

China's new patent No. M470347, a ukulele teaching system, constructed on a learning platform, learns how to play songs on the ukulele fingerboards through its unique simplified arrangement method with songs in its music database. .

Although there are many instruments for teaching audio-visual systems and music books, in order to allow users to learn more efficiently and more comprehensively enhance the score function, this virtual 3D instrument playing teaching tool system, this virtual 3D instrument playing The playback teaching tool system can be used in personal computers, online platforms, mobile phones, tablets, PDAs, e-books, and the like.

Virtual 3D instrument playing and playing teaching tool system, the main content is musical instrument and music theory content, music and music database, and virtual 3D hand playing virtual 3D musical instrument 3D animation video library.

The main functions of the music system are music music player, video recording tool, and music score editor. After selecting a song from the database, the video file of the song can be played in the song playing interface. At the same time, the 3D animation will automatically play synchronously. Virtual 3D hands play virtual 3D instruments, users can switch between different 3D angles to observe the playing style and skills from all angles.

The user can also open the song teaching at any time to learn the key points of the song; the teaching presentation mode can be text narrative, graphic, film, and multimedia animation.

Users can make notes and post-it notes on the spectrum, or after video and video recording The community shares its musical performances; users can modify the scores through the editor to allow learners, performers, or teachers to learn instruments, read scores, and teach interactions more efficiently.

1‧‧‧Electronic equipment

2‧‧‧ music music library

3‧‧‧Music play display interface

4‧‧‧Play timeline

5‧‧‧Virtual 3D instrument playing display area

6‧‧‧3D viewing angle switching area

7‧‧‧ music music player

8‧‧‧Play

9‧‧‧Stop

10‧‧‧Electronic metronome

11‧‧‧Track display controller

12‧‧‧System settings

13‧‧‧Show/Hide Notes

14‧‧‧Play shift control

15‧‧‧Video recording

16‧‧‧Upload and share video and audio files

17‧‧‧Editing scores

18‧‧‧Electronic tuner

19‧‧‧ music score display area

20‧‧‧ play shaft beat ball

21‧‧‧Note Area

22‧‧‧Play music function mode

23‧‧‧ Teaching function mode

24‧‧‧Note editing function mode

25‧‧‧ practice function mode

26‧‧‧Virtual 3D hand

27‧‧‧Virtual 3D instruments

28‧‧‧Multimedia audio and video library such as playing skills and music theory teaching

29‧‧‧3D angle of view switched to front view

30‧‧‧3D angle of view switched to magnified view

31‧‧‧3D angle of view switched to fingerboard view

32‧‧‧3D perspective switched to first person view

33‧‧‧3D angle of view switched to back view

The first picture is a schematic diagram of the system architecture of the virtual 3D instrument playing teaching tool.

Figure 2 is a schematic diagram of the switching between the four modes and modes of the creation.

The third picture is a schematic diagram of three 3D viewing angles of the creation.

Figure 4 is a schematic diagram of two types of 3D viewing angle switching.

First, please refer to Figure 1, a virtual 3D instrument playing and playing teaching system tool is set up on an electronic device 1. The electronic device can be a personal computer, a network platform, a mobile phone or a tablet computer. , PDA, e-books, etc.

The virtual 3D instrument in the virtual 3D instrument playing teaching tool system can be any instrument, such as guitar, uklele, violin, piano, wooden drum, drum, flute, etc., this example picture is Ukuleli To demonstrate the virtual 3D instrument; first, first select the song scores to be learned in the music music database 2; there are mainly six blocks in the music play display interface 3: one is the play time axis 4, which can display the current Music score section; the second is a virtual 3D instrument playing display area 5, the virtual 3D hand 26 can be played to play the virtual 3D musical instrument 27; the third is the 3D view switching area 6, which can switch the different angles to watch the performance of the 3D hand in the virtual 3D environment; for Music music player 7, can control music score playback 8, stop 9, electronic metronome 10, audio track display controller 11, setting 12, display / hide notes 13, play shift control 14, recording video 15, upload and share video and audio files 16, editing music score 17, and electronic tuner 18 and other related auxiliary tools; five is the music score display area 19, can watch the music score and has a play axis beat ball 20 auxiliary number beat; six for the note area 21, notes and sticky notes will be here The block is displayed.

Please refer to Figure 2, there are four main modes in the music display display interface: one is to play the music function mode 22, which is the main function set of the music score; the other is the teaching function mode 23, which can be switched to Musical instrument playing skills and music theory teaching and other multimedia audio and video library 28; three for note editing function mode 24, can edit notes and sticky notes on the score; fourth is the practice function mode 25, in order to strengthen the repeated training of paragraph phrases in the score, so Users can learn more musical instruments and play music scores in a more comprehensive way; Figure 2 also shows a schematic diagram of the changes to switch to teaching mode.

As shown in FIG. 3, the 3D viewing angle can be switched to the front view 29, the enlarged view 30, and the fingerboard view 31.

As shown in Fig. 4, the 3D angle of view can also be switched to the first person view 32, and the back view 33, etc.; therefore, the learner can observe the playing skills of the learning fingering from various angles.

All of the creations and innovations of this creation provide a better learning, performance, and reading experience for the learner of the instrument, as well as a smoother learning and communication bridge between the teacher and the student; Function and implementation The specific contents and functions of this creation are described in detail, but are not intended to limit the scope of the patents of this creation. As long as the changes and implementations under the functional application of this creation are included in the scope of this creation patent.

1‧‧‧Electronic equipment

2‧‧‧ music music library

3‧‧‧Music play display interface

4‧‧‧Play timeline

5‧‧‧Virtual 3D instrument playing display area

26‧‧‧Virtual 3D hand

27‧‧‧Virtual 3D instruments

6‧‧‧3D viewing angle switching area

7‧‧‧ music music player

8‧‧‧Play

9‧‧‧Stop

10‧‧‧Electronic metronome

11‧‧‧Track display controller

12‧‧‧System settings

13‧‧‧Show/Hide Notes

14‧‧‧Play shift control

15‧‧‧Video recording

16‧‧‧Upload and share video and audio files

17‧‧‧Editing scores

18‧‧‧Electronic tuner

19‧‧‧ music score display area

20‧‧‧ play shaft beat ball

21‧‧‧Note Area

Claims (6)

This virtual 3D instrument playing teaching tool system can be used on computers, tablets, and mobile devices; integrated electronic music player, teaching handouts, notes, post-it notes, 3D animation instruments, film teaching, and recording Such functions, and the screen is divided into a plurality of blocks, so that the functions of the above-mentioned functions can be simultaneously displayed, operated, and switched while playing the electronic scores; the virtual 3D characters or the 3D hands are also used to simultaneously play the virtual 3D instruments when playing the scores. It can switch a variety of 3D viewing angles at any time; it can be regarded as the multimedia electronic music score and teaching tools of the instrument, so that users can learn to play the song completely. For example, in the virtual 3D instrument playing and playing teaching tool system described in claim 1, in which the music score is played, the user also adds a sticky note and a note function, and the sticky note and the note can be simultaneously displayed when the music score is played. For example, the virtual 3D instrument playing teaching tool system described in claim 1 of the patent scope, wherein the electronic score can edit and change multimedia content such as notes and 3D animation on the score. For example, the virtual 3D musical instrument playing teaching tool system described in claim 1 of the patent scope, wherein the virtual 3D musical instrument played by the virtual 3D hand can be any musical instrument such as a guitar, an uklele, a violin, a piano, a wooden drum, and a drum. ,flute. For example, the virtual 3D instrument playing and playing teaching tool system described in claim 1 of the patent scope also includes a music library of song music, a corresponding multimedia library such as 3D animation, and a teaching database of songs and music theory. For example, the virtual 3D instrument playing and playing teaching tool system described in claim 1 of the patent application, in which the musical score is played, also integrates functions such as an electronic sound detector, an electronic tuner, and an electronic metronome.