http://hacknmod.com/hack/high-speed-photography-how-to-trigger-using-arduino/
http://www.arduino.cc/playground/Projects/ArduinoUsersSaturday, April 17, 2010
trampoLine
This is a musical instrument made using Arduino and software. Check out the video at the link below. It's well worth a look if you are into this sort of thing.http://www.surek.co.uk/trampoline/images.html
The main function is to mixes tones. It is controlled by pressure sensors and rubber chord. Its done in a way which allows natural movement in the control of the instrument. I can imagine it mixing colours on a projector screen, or controlling a visual effect.
Music is rhythm. Beautifully complex sound textures are beautifully complex sound textures, providing they are not offensive to the ear. I envisage this concept working in use for the use of visual effect, but also to create background atmosphere in recorded and live music. Like surrounded by cloud in a dream. Or fire in a nightmare. To combine the control of visual and audible elements in a way where the two speak to each other and would be rather effective, and in some cases, quite possibly psychedelic. Imagine intense bass frequencies and ear plugs. Feeling the vibrations, but the sound not overwhelming.
Monday, March 29, 2010
A distant idea, a distant gesture.
Imagine a hand gesture. From one for another. It turns a thought to a gesture of light. Texture and pattern, glowing and fading. In the dark. No words spoken. No words needed.Elements of a concept.
I explored and idea which I will leave behind because it has turned into something i won't know how to create with my knowledge. I will re-visit it. 
Girl in Darkness.
I was exploring idea to apply a concept of form and movement. I don't really want to fully explain it right now. I will out this aside for now. But I will remember it.
Sunday, March 14, 2010
'The Animated Quilt'
This is and interesting research project that I found on Johanna Berzowska's website. The paper was titled "Soft Computation Through Conductive Textiles". The pdf can be found at www.berzowska.com.
Soft computation is the comnination of electronic technology and soft material (textiles, threads) constructed using traditional textile construction methods such as sewing and embroidery.
The paper focusses around a project called 'The animated quilt' or AQ.
AQ is a dynamic quilt whose square swatches are indepentently controlled to change colour over time in controlled sequences to create animations or still patterns.
The above image shows how AQ can produce low-resolution animation. Shown here is a stick figure walking. The contents of the display mirror the soft qualities of the contruction. The pixels change in a slow, conteplative way, refrencing the slow processes involve in traditional textile construction such as weaving and knitting.
AQ draws a link between the use of pixel imagery in traditional stitch-square quilt-making and low resolution pixel digital imagery in modern computing. Below is an close up image of the squares.
AQ is made using common textile construction techniques, but uses conductive threads which are woven to incorporate conductive material such as silver or stainless steel strands. Light emitting diodes (LEDs) are also commonly used for similar purposes, as well as electroluminescent material or woven optic fibres transmitting the light of high-brightness LEDs. Non-emissive materials such as photochomic or thermochomic pigments were also discussed in the paper, rleating to more subtle possibilities for colour-changing textiles.
This pdf is worth would be valuable to anyone intersted in soft computation. There is some good information on construction, materials and processes. It also touches on future applications for use.
Soft computation is the comnination of electronic technology and soft material (textiles, threads) constructed using traditional textile construction methods such as sewing and embroidery.
The paper focusses around a project called 'The animated quilt' or AQ.
AQ is a dynamic quilt whose square swatches are indepentently controlled to change colour over time in controlled sequences to create animations or still patterns.
The above image shows how AQ can produce low-resolution animation. Shown here is a stick figure walking. The contents of the display mirror the soft qualities of the contruction. The pixels change in a slow, conteplative way, refrencing the slow processes involve in traditional textile construction such as weaving and knitting.AQ draws a link between the use of pixel imagery in traditional stitch-square quilt-making and low resolution pixel digital imagery in modern computing. Below is an close up image of the squares.
AQ is made using common textile construction techniques, but uses conductive threads which are woven to incorporate conductive material such as silver or stainless steel strands. Light emitting diodes (LEDs) are also commonly used for similar purposes, as well as electroluminescent material or woven optic fibres transmitting the light of high-brightness LEDs. Non-emissive materials such as photochomic or thermochomic pigments were also discussed in the paper, rleating to more subtle possibilities for colour-changing textiles.
This pdf is worth would be valuable to anyone intersted in soft computation. There is some good information on construction, materials and processes. It also touches on future applications for use.
_Introduction
Hello. My name is Lou. I study Industrial Design. This is my blog for the course 'wearable technology'. This blog will document my research and understanding of a feild in technology. Wearable Technology is strange and unfamiliar. I am lucky. Strange and unfamilar things are interesting to me * * * * *(flashing lights, indicating feelings of happiness).
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