✽ Andreas Dobler
Physical Computing Playground
Physical Computing Playground
Physical Computing Playground
A fusion of digital and physical realms, showcasing personal projects fueled by profound curiosity
A fusion of digital and physical realms, showcasing personal projects fueled by profound curiosity
A fusion of digital and physical realms, showcasing personal projects fueled by profound curiosity
Concept Physical Computing Hardware Hacking Prototyping
Concept Physical Computing Hardware Hacking Prototyping
Concept Physical Computing Hardware Hacking Prototyping
A Gesture-controlled light system: Through a application written in processing which integrate a Leap Motion Sensor, individual lamps can be regulated by different hand gestures. At a central point, the light color and intensity of different lamps can be controlled only with hand movements. Movement in the horizontal direction changes the light color. Movement in the depth dims the light intensity. A circular movement with the index finger changes the lamp which is addressed.
RGB-Transmitter: By changing the lighting conditions per channel (R, G, B) in the input device, you create your own color output in a purely gestural way. Create colors according to the RGB model physically, faithfully and in real time.
A Gesture-controlled light system: Through a application written in processing which integrate a Leap Motion Sensor, individual lamps can be regulated by different hand gestures. At a central point, the light color and intensity of different lamps can be controlled only with hand movements. Movement in the horizontal direction changes the light color. Movement in the depth dims the light intensity. A circular movement with the index finger changes the lamp which is addressed.
RGB-Transmitter: By changing the lighting conditions per channel (R, G, B) in the input device, you create your own color output in a purely gestural way. Create colors according to the RGB model physically, faithfully and in real time.
A Gesture-controlled light system: Through a application written in processing which integrate a Leap Motion Sensor, individual lamps can be regulated by different hand gestures. At a central point, the light color and intensity of different lamps can be controlled only with hand movements. Movement in the horizontal direction changes the light color. Movement in the depth dims the light intensity. A circular movement with the index finger changes the lamp which is addressed.
RGB-Transmitter: By changing the lighting conditions per channel (R, G, B) in the input device, you create your own color output in a purely gestural way. Create colors according to the RGB model physically, faithfully and in real time.
© Andreas Dobler