實踐媒傳二乙 實體運算—arduino作品推薦
CLOUD.
YEAR: 2014
ABS, POLYESTER FIBER, LEDS, ELECTICAL COMPONENTS
Also known as Smart Cloud in our Cloud Guide. The Cloud is an Arduino-controlled, motion-triggered lightning & thunder performance, as well as a music-activated visualizing speaker. As an interactive lamp and speaker system designed to mimic a thundercloud in appearance, The Cloud employs embedded motion sensors to create unique lightning and thunder shows while providing entertainment value and inspiring awe. This is a kind of magic, not based on illusions and trickery, but on sensors and code. Featuring a powerful speaker system, The Cloud allows its beholder to stream music via any Bluetooth compatible device and can adapt to any desired lighting and color.
ABS, POLYESTER FIBER, LEDS, ELECTICAL COMPONENTS
Also known as Smart Cloud in our Cloud Guide. The Cloud is an Arduino-controlled, motion-triggered lightning & thunder performance, as well as a music-activated visualizing speaker. As an interactive lamp and speaker system designed to mimic a thundercloud in appearance, The Cloud employs embedded motion sensors to create unique lightning and thunder shows while providing entertainment value and inspiring awe. This is a kind of magic, not based on illusions and trickery, but on sensors and code. Featuring a powerful speaker system, The Cloud allows its beholder to stream music via any Bluetooth compatible device and can adapt to any desired lighting and color.
Other
versions of the Cloud have evolved either in order to explore new markets and
opportunities or just to collaborate and experiment. In this way the Cloud
itself has become a project family constantly improving and growing both
individually and as a collective whole.
Acting
as both an immersive lightning experience and visual feedback
integrated speaker, The Cloud introduces
innovative physical computing and interaction design hardware by
bringing this technology into the home. The Cloud celebrates
collaborative code, free-sharing and accessing prototyping
information. The code is available to the public to use and improve, to
provide blueprints for the next generation of smart objects.
Inexpensive
and easy to program microprocessors allow designers and tinkerers to understand
the nature of electronic goods, and therefore enable the creation of new and
increasingly meaningful interactions.
我很喜歡Richard Clarkson的作品，他最有名的就是雲系列，以arduino撰寫，通過senser感應聲音，雲遇到聲音即會有變化，甚至不同的聲音會有不同的效果，雖然很科技卻又很貼近生活，師法自然卻又人為，在家裡也能想享受自然。
Expanding Death Star lamp with MKR1000
— April 27th, 2018
What could be better than a lamp that expands with the
pull of a control cord? How about one that looks like the Death Star and is
controlled with your voice?
That’s exactly what maker Adi Singh created using a
popular IKEA lamp and embedding it with an Arduino MKR1000 to take voice commands
via Alexa. A stepper motor is tasked with opening and closing the exterior
segments, and a solid-state relay turns the light on and off. It also features
a spectacular custom paint job, making this lamp/superweapon stand out even
more.
Check the weather on this Arduino-controlled split-flap
display
— August 9th, 2018
Split-flap displays show information using
characters changed by an electric motor. While they’ve largely been replaced by
more modern means, hobbyists like “gabbapeople” have been keeping this this
technique alive, in this case as a four-character IoT weather display.
The device is built using laser-cut
plexiglass, and uses four individual servos to actuate the character flaps.
Control is accomplished using an Arduino Mega programmed in the XOD visual
programming environment, along with the requisite driver modules. Weather data
is pulled from the AccuWeather API.
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