View allAll Photos Tagged SlitScan
Slit-scan picture from a movie. I recorded a video at 120 fps then took a slice from each frame and joined them using processing. (www.processing.org)
On the left is a frame from the video.
On the right is the joined up slits.
Photograph taken using my mobile phone which has a simple shutter. The effect of the slowly moving train makes the resulting image slant, similar to Lartigue's famous photo of the racing car.
Slitscan experiment. A single column of pixels from the middle of every frame of a pop video all stitched together again afterwards. Method was basically mplayer -vo png (to extract frames) and a tiny php script (was 100 times faster when i started using mplayer -vf crop to extract the single columns). Warning, these are very wide.
(flickr's not giving me a Full Size option. original here: www.koogy.clara.co.uk/photos/gantz_slit.png (3.5Mb 5866x576px))
Inspired by these by "don relyea":
www.flickr.com/photos/23843674@N04/sets/72157603916336020/
which is the same method applied to raytraced images. Which, in turn, remind me of later Briget Riley - flickr.com/photos/hragvartanian/1927253080/
This one is Gantz Graf by Autechre which is one long shot, but very jittery.
Photograph taken using my mobile phone which has a simple shutter. The effect of the slowly moving train makes the resulting image slant, similar to Lartigue's famous photo of the racing car.
fish dss(digital slitscan) image -I have been unable to take pictures the past few days due to an injury to my right wrist.. received a deep cut to the inside of my wrist when the glass gazing ball i have used for images taken over the past few months shattered when I was working with it. Had my first ride in an ambulance since i was 9 years old..(hopefully the last ride). Got lucky, no major arteries or tendons hit, but it is difficult to hold my heavy camera. getting better daily, hope to be taking photos again this weeekend. In the meantime, here are a few dss images from videos shot earlier.. enjoy..
Photograph taken using my mobile phone which has a simple shutter. The effect of the moving train makes the resulting image slant, similar to Lartigue's famous photo of the racing car.
A complete free-source digital slit scanner by Neil Jenkins in less than a page of processing code. Referenced in An Informal Catalogue of Slit-Scan Video Artworks compiled by Golan Levin.
November 2005
Microworld Arcadia was a group art show organised by Genetic Moo at the Arcadecardiff gallery in the Queens Arcade shopping mall for two weeks in May 2013. The show consisted of interactive and generative artworks by different artists. The art works responded to the audience, the gallery and importantly to each other, so the space was constantly changing in pixels, sound, colour and motion. Each day different works were brought together in different combinations.
Day 9 at Microworld Arcadia was inclusivity day. Wendy Keay-Bright came in and brought her Somantics interactive Kinect apps including Kaleidoscope, Sparkle and Slitscan programs. People of all types enjoyed these simple intuitive engagements. Genetic Moo ran Starfish and It's Alive ant colony was projected over Stefan Samociuk's video.
Microworld Arcadia was a big success breaking attendance records for the gallery and we plan to take the show on tour in the future, working with different sets of local artists each time to create interactive digital Microworlds around the UK and beyond.
For more information about the show see www.geneticmoo.com
East London. Photograph taken using my mobile phone which has a simple shutter. The effect of the slowly moving train makes the resulting image slant, similar to Lartigue's famous photo of the racing car.
This is one of our best attempts with the original setup. The main improvement is the use of a narrower slit. You can make out where the ingredients and bar code are and can recognize the logo. The vertical stripes are caused by pushing the box at an uneven speed, yielding variable exposure at different positions. Oh, and it's backwards. That took us by surprise. It was fun thinking about why it turns out that way.
These images were created using a digital slitscan process. I wrote a program that generates several groups of 3d primitives. The separate groups of primitives are rotated in slightly different directions slowly while every frame of rotation a column of pixels is sampled from the middle of the image and used to make a picture.
Project Page:
Some variations on a slit scanning experiment. Tools used, Arduino, Flash & Webcam.
Prefer this one because of the orchid appearance. Not so hot on the symmetry of the pieces.