wet garden circuit
The Wet-garden project utilizes an Arduino microcontroller as the central processing unit to create an engaging and dynamic indoor environment. The system is equipped with an infrared (IR) range sensor that detects the proximity of individuals moving within the vicinity of the installation. This sensor is crucial for enabling interaction, as it allows the Wet-garden to respond to the presence and movements of people.
The IR range sensor outputs a voltage signal corresponding to the distance of nearby objects. When a person approaches the garden, the Arduino reads this signal and processes it to adjust the behavior of the installation. The changes in motion and LED blinking speed are programmed within the Arduino's code, enabling it to create a visually appealing and responsive experience.
LEDs are strategically placed throughout the garden to provide illumination and enhance the aesthetic appeal of the installation. The blinking speed of these LEDs can vary based on the proximity of the individual detected by the IR sensor, creating a lively interaction as users engage with the Wet-garden.
In addition to the IR sensor and LEDs, the Wet-garden may incorporate other components such as motors for moving parts or additional sensors to further enrich the interactive experience. The entire setup can be powered using a standard power supply or batteries, making it versatile for various indoor environments.
The Wet-garden serves not only as an art installation but also as a platform for exploring the intersection of technology and nature, inviting users to engage with both the physical and digital realms.1. Abstract Wet-garden is an interactive flower garden and an ambient indoor sculpture. When people walk around it, it changes motion and LED blinking speed. Wet-design is designed for every people who want a tangible interaction object and an interesting indoor environment . 2. Video Sketch 3. How [Wet-garden] works Wet-garden is controlled by Arduino board with IR range sensor,.. 🔗 External reference
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