![]() Maybe it is the fact that we know the physical boundaries of the object, in this case, the LED. Emotions and feelings have this multi-dimension of realism that is hard to infuse and make objects mimic. A natural comparison to the real life also transmits a more genuine feeling into something that is not real or organic. The comparison between simple sensors got me thinking about how unique every interactive setting is and that a lot more can be felt if the right coupling is made between the input and output. A big scare moment for us would take more time to recover from than a smaller scare would. The behaviour of the LED is designed as close as I can think of human behaviour. The recovery period should also follow in proportion to how much scared the LED got. Meaning a light knock will run a code where the LED is not that much scared while a loud knock will yield the maximum amount expression of being scared. In the video demonstration the piezo is set go of at different triggers. The LDR had an issue and that was that the user didn’t know how much limitation of the light was needed in order to make the LED frightened. The sensor definitely displays a more dynamic behaviour than the photoresistor for both parties in the interaction. The more higher value the piezo can sense (the louder we slam the table) the more frightened and longer recovery the LED will need.īelow are some videos of different scares. As we can hear the sound produced we can certainly assess or at least get a feeling of how intense the scare is for us but also for the LED. So a more dynamic interaction can be crafted. Unlike the photoresistor we (the user) can measure the “scare”. ![]() Piezo taped to the table for maximum effect The piezo works most accurately by being taped to the surface that is being used for vibrations, in this case the table. ![]() This comes very in handy as scare can be a loud sound, a slam on the table, some object randomly falling down on the table an making a noise. The thought of using a piezo element came naturally as it’s a sensor that can detect vibrations. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |