Image to Midi

I've noticed that many people have the need to convert sheet music from standard notation into MIDI format. When I do this myself, the process of manually inputting the music from the image can be quite cumbersome and often causes me a lot of headaches. This led me to think that perhaps we could leverage computer vision technology to assist with this task. There are likely millions of people in the same situation as me who could benefit from a solution that saves them the trouble of spending so much time on such a simple, yet tedious, task.

Expanding on this idea, the process of converting sheet music to MIDI could be greatly simplified with the help of advanced image recognition software. This software could analyze the sheet music images, identify the notes, rests, dynamics, and other musical elements, and then automatically input this information into a digital format that can be used to create MIDI files.

The benefits of such a tool would be numerous. For musicians, composers, and arrangers, it would save a significant amount of time and effort, allowing them to focus more on the creative aspects of their work rather than the manual labor of transcribing music. For music educators, it could be a valuable tool for teaching music theory and notation, as students could quickly see the results of their work in a digital format.

In conclusion, the development of an image recognition tool for converting sheet music to MIDI has the potential to greatly benefit musicians, educators, and music enthusiasts alike. It would streamline a currently labor-intensive process, open up new possibilities for music creation and education, and contribute to the preservation and accessibility of musical heritage

AI music Teacher

I've noticed that many people find it cumbersome to constantly refer to books when learning music theory. I often experience headaches from not being able to ask teachers in real-time. I thought that large language models could actually assist with this. There are millions of people in the same situation who could benefit from such technology, saving them the trouble of wasting time on these simple tasks.

The idea of using large language models to assist in learning music theory is quite innovative. These models can be trained to understand and generate responses to questions about music theory, providing explanations and examples that would typically require a human teacher. By leveraging the capabilities of large language models, learners can get instant feedback and guidance, which can greatly enhance their learning experience.

Moreover, these models can be accessed through various platforms and devices, making it convenient for users to get help whenever they need it. They can also be programmed to provide personalized learning experiences, adapting to the individual's level of understanding and pace of learning.

Text chord to MIDI

I've noticed that inspiration often strikes quickly, and when I'm composing music, I often feel frustrated because I'm out and about and can't quickly jot down a draft. So I thought, a program could be developed where if I input the name of a chord, it could automatically generate a MIDI file for me, allowing my inspiration to be edited and saved.

The idea of creating a program that converts chord names into MIDI files is quite innovative and could be extremely beneficial for musicians and composers. With such a tool, the process of capturing musical ideas on the go would be significantly streamlined, enabling artists to focus more on creativity and less on the technical aspects of notation.