Touch Desginer X Arduino
Touch Desginer X Arduino
In this project, we crafted a unique fusion of Arduino and touch design. We connected a sensor to the Arduino board, allowing us to create an interactive system. As your hand moved closer to the sensor, the waves on the screen became more dynamic and unpredictable. Simultaneously, the sound grew more intense, enhancing the overall sensory experience.
In this project, we crafted a unique fusion of Arduino and touch design. We connected a sensor to the Arduino board, allowing us to create an interactive system. As your hand moved closer to the sensor, the waves on the screen became more dynamic and unpredictable. Simultaneously, the sound grew more intense, enhancing the overall sensory experience.
In this project, we crafted a unique fusion of Arduino and touch design. We connected a sensor to the Arduino board, allowing us to create an interactive system. As your hand moved closer to the sensor, the waves on the screen became more dynamic and unpredictable. Simultaneously, the sound grew more intense, enhancing the overall sensory experience.
In this project, we crafted a unique fusion of Arduino and touch design. We connected a sensor to the Arduino board, allowing us to create an interactive system. As your hand moved closer to the sensor, the waves on the screen became more dynamic and unpredictable. Simultaneously, the sound grew more intense, enhancing the overall sensory experience.
In this project, we crafted a unique fusion of Arduino and touch design. We connected a sensor to the Arduino board, allowing us to create an interactive system. As your hand moved closer to the sensor, the waves on the screen became more dynamic and unpredictable. Simultaneously, the sound grew more intense, enhancing the overall sensory experience.
In this project, we crafted a unique fusion of Arduino and touch design. We connected a sensor to the Arduino board, allowing us to create an interactive system. As your hand moved closer to the sensor, the waves on the screen became more dynamic and unpredictable. Simultaneously, the sound grew more intense, enhancing the overall sensory experience.
In this project, we crafted a unique fusion of Arduino and touch design. We connected a sensor to the Arduino board, allowing us to create an interactive system. As your hand moved closer to the sensor, the waves on the screen became more dynamic and unpredictable. Simultaneously, the sound grew more intense, enhancing the overall sensory experience.
In this project, we crafted a unique fusion of Arduino and touch design. We connected a sensor to the Arduino board, allowing us to create an interactive system. As your hand moved closer to the sensor, the waves on the screen became more dynamic and unpredictable. Simultaneously, the sound grew more intense, enhancing the overall sensory experience.
In this project, we crafted a unique fusion of Arduino and touch design. We connected a sensor to the Arduino board, allowing us to create an interactive system. As your hand moved closer to the sensor, the waves on the screen became more dynamic and unpredictable. Simultaneously, the sound grew more intense, enhancing the overall sensory experience.
In this project, we crafted a unique fusion of Arduino and touch design. We connected a sensor to the Arduino board, allowing us to create an interactive system. As your hand moved closer to the sensor, the waves on the screen became more dynamic and unpredictable. Simultaneously, the sound grew more intense, enhancing the overall sensory experience.
