View allAll Photos Tagged Processor
First upload is an almost random selection of photos. Mostly old ones as they are easier to look through on my computer.
New whip. The 2014 BMW F30 Series xDrive.
Mineral Grey / Modern Line.
Nikon D600 + Nikkor 50mm F1.8
Vancouver, B.C.
December 2014.
Direct translation of "Untitled 7" by Belfort Group, 1976. Part of the ReCode Project. See the original artwork right over here: recodeproject.com/artwork/v1n3untitled-7.
This year in our garden, we grew a patch of sugar beets.
The process for extracting the sugar is a long one, at least the first time you try it.
The directions I found were technical, and would be best performed with some machinery designed for the purpose, and of course Jean found some better instruction geared toward the home process.
made with processing.org & hemesh & hemesh2embree v1.1 an exporter from Hemesh to the format expected by the open source renderer by Intel called Embree
Version 1.1 released, now with method chaining check it out at creative-co.de/hemesh2embree
PennDesign Landcape Process Books .
University of Pennsylvania.
Landscape Architecture Portfolio.
賓州大學 .
賓大景觀建築 碩士學生作品集
This is the process of unloading coke into stockpiles. The coke is unloaded into bins on the dock. Then front end loaders transfer the coke into dump trucks. The trucks then dump into the stockpile where it will be covered. 10/12/13
Homage to a print that Jared Tarbell sent me a while ago. Thanks for the inspiration JT (though yours is much more elegant... nice trick with the black orb with multiple specular highlights... sublime!). Rendered out at 5000x5000. Check the fullsize to see the detail.
Processing experiment inspired by Sun Flower by Christopher Gray www.christophergray.eu/?p=322
Math behind scene is simple: areas with similar pixels directed towards each other
Another shot of our fun photo session. Thinking of doing super natural makeup next time for contrast.
Brooke - new version, testing a different processing method, not sure if i like it or not over the other version i uploaded.
A 'behind-the-scenes' look at how I processed this shot:
Dept. of Chemical Engineering & Applied Chemistry - Mahadevan Lab, Faculty of Applied Science & Engineering, University of Toronto
Photo by Sara Collaton
Here we are processing Dovekies below are large colony along the York Peninsula. In the back ground you can see a beautiful lake that still has ice on it. Photo by Jack Stephens.
Every now and again, I revisit code from many months ago and end up finding GLARING ERRORS and POOR CODING STYLE and after fixing these problems, the code runs exponentially faster than it used to. The ripple code was one of those projects.
Originally, I rendered the ripple array directly to the screen, and I was able to get away with about 60x40 squares. After playing with it a bit recently, i realized that I could simply define a color array and use arraycopy to copy it over onto a PImage that i then use to render out the ripple information.
Whereas I could do 1 plane of 60x40 elements before, now I could do 500 planes with alpha intormation at the same FPS as I was getting previously.
Just goes to show, revisit old code!
This box was once used to filter MIDI messages in a setup with a music sequencer, keyboards and synthesizers but now it gets used as a maths co-processor.
Based on a 10Mhz PIC16C84 and a 500Kbs serial interface. Only supports 8 and 16 bit integer calculations at this point in time.
The idea being the host computing device sends the calculation to the co-processor then goes and does something else. Once the co-processor has finished it sends the result back to the host for use in the task it was doing.