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Robotic Berimbau Orchestra

This project is an attempt to develop a fully automated system that plays the Berimbau through the MIDI protocol.

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This project is an attempt to develop a fully automated system that plays the Berimbau through the MIDI protocol. The hardware we are using is the Arduino UNO platform with a custom built shield.

In the video we explain a little more about the project.

https://www.youtube.com/watch?v=3wybiTh7_os

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  • 1
    Github Repository

    Get source code, PCB files and documentation at https://github.com/roboberimbau/berimbau.

  • 2
    Build and Upload

    Build Dependencies

    • avr-gcc (>= 4.9)
    • avrdude
    • make

    Installing the AVR GCC Tool Chain

    GNU/Linux

    Ubuntu (16.04)

    $ sudo apt install make avr-libc avrdude binutils-avr gcc-avr
    

    Arch Linux

    $ sudo pacman -S avr-gcc avr-binutils make avr-libc avrdude
    

    Remember to give the current user permissions to access serial ports (on Ubuntu and derivatives you need to include the user in the dialout group, on Arch Linux the group is called uucp). Don't forget to logout and login to update the user permissions.

    MacOS

    The required dependencies can be installed through the homebrew package manager.

    $ brew tap osx-cross/avr
    $ brew install avr-libc avr-gcc avr-binutils avrdude
    

    Windows

    Download the complete AVR Tool Chain compiled for Windows. Extract the compressed file into "C:\Program Files". Add the "C:\Program Files\avr8-gnu-toolchain\bin" directory to the PATH environment variable.

    How to build and upload

    Open a terminal and navigate to the cloned repository directory. Then execute the make command to compile the source code. To upload you need to issue the "make burn PGPORT=xxx" where 'xxx' is the serial port name where the Arduino UNO is connected (on Linux it's typically /dev/ttyACMx or /dev/ttyUSBx, on macOS it will have different names depending on the USB to Serial bridge used, but is typically /dev/tty.usbmodemxxxx, on Windows it will be a COMx, where 'x' varies from 1 to 9).

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