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another from my "process" series which attempts to capture the creative process of local artists of various mediums, while at work.
Near the end of the summer, I was asked by the publishers of Popular Science magazine to produce a visualization piece that explored the archive of their publication. PopSci has a history that spans almost 140 years, so I knew there would be plenty of material to draw from. Working with Mark Hansen, I ended up making a graphic that showed how different technical and cultural terms have come in and out of use in the magazine since it's inception.
Diagram exemplifying eutrophication in coastal water bodies. The process begins with excessive inputs of nutrients (primarily N and P) into the system. These nutrients lead to a substantial increase in primary production (e.g. macroalgae) which eventually results in the transport of vast amounts of organic material to the seabottom. Subsequently, oxygen consumption increases dramatically as organic material starts to decompose while vertical delivery of oxygen through the water column is restricted by thermal and/or saline stratification (i.e. pycnocline). Bottom-dwelling organisms suffocate and/or migrate to other areas.
Credit: Pew Trusts
Visually describing eigenvectors with associated Legendre polynomials. Made with Shodor's AssocLegendre class - www.shodor.org/refdesk/Resources/Libraries/AssocLegendre/...
For the rebranding of Actelion, a biopharmaceutical company, we developed a tool for automatic image generation that enables the generation of a unique, in-itself homogeneous graphic image world out of heterogeneous visual material.
Processing cassava for starch. The hardy root crop cassava is among important staples for food security and income in Southeast Asia, but neglected in terms of investment for scientific research. In January, the World Congress on Root and Tuber Crops in China, Nanning, will place these crops -sweet potato, cassava, yam, taro- center-stage, gathering researchers from Asia, Africa and South America to discuss opportunities and challenges ahead for these vital crops. For more information visit: bit.ly/1mz8sWp
Credit: ©2015CIAT/GeorginaSmith
Please credit accordingly and leave a comment when you use a CIAT photo.
For more info: ciat-comunicaciones@cgiar.org
Last of large capacity processing vessels installed in major SRS cleanup facility under construction.
The Salt Waste Processing Facility (SWPF) heralded 100% successful completion of a major construction milestone following installation of the remaining four large-capacity tanks integral to the facility’s future processing of 34 million gallons of highly radioactive salt waste currently stored in 47 underground tanks at the Savannah River Site (SRS).
Once operational, the one-of-a-kind SWPF will provide the critical treatment capability needed to fulfill the Department of Energy’s (DOE) cleanup mission to safely disposition Cold War legacy waste and support DOE’s risk reduction priority to empty and close nuclear waste tanks.
These last-arriving over-sized vessels, ranging in volume capacity of roughly 38,000 – 44,000 gallons, join the initial six tanks placed at SWPF last month.
Installation of the ten tanks allows for measurable progression of SWPF construction with piping and facility floors now on tap for completion, along with placement of the facility’s roof.
Manufactured by Precision Custom Components of York, PA, the vessels were all shipped by barge to Hardeeville, SC, and transported via double-drop, wide-load tractor trailers to SRS.
Parsons Government Services of Pasadena, California, is DOE’s prime contractor for designing, building, starting up and operating the SWPF for one year.
Full facility operations are currently scheduled for late 2015.
Playing around with particles moving according to various rules, like accelerating toward a certain particle unless some distance condition is satisfied in which case they accelerate toward something else.
More like this in my set
www.flickr.com/photos/31382652@N00/sets/72157633365213026/
Made with Processing (processing.org).
Near the end of the summer, I was asked by the publishers of Popular Science magazine to produce a visualization piece that explored the archive of their publication. PopSci has a history that spans almost 140 years, so I knew there would be plenty of material to draw from. Working with Mark Hansen, I ended up making a graphic that showed how different technical and cultural terms have come in and out of use in the magazine since it's inception.
Sometimes, the most painful process, is the process it's self.
* Body skin - The Skinnery
* Head skin - Voguel
* Top and Shorts - Tetra
* Hair - Doux
* Pose - Ana Poses
* Location - Elysion
This image does not have an article on opensource.com yet. Can you write one?
opensource.com/participate
Created by Adrienne Yancey for opensource.com
Women process lobsters for export at a cold storage facility built by FAO in the village of Eyl, Puntland, Somalia. The coastal community in Eyl, Somalia is beating hunger by fishing. FAO kitted their boats with ice boxes so that they can stay out at sea longer, and freezing units to keep their catch fresh, now these fisherfolk have up-scaled their fishing cooperative into an international commercial operation exporting up to 10 tonnes of fish every month to Ethiopia. Once again Somali people prove that they are amongst the most resilient in the world.
Read more about FAO and the drought in Somalia.
Photo credit must be given: ©FAO/Karel Prinsloo. Editorial use only. Copyright FAO
Testing the process of installing RTMs into the cryostat using a mechanical RTM and prototype cryostat assembly. These mechanical prototypes have all of the same features and most of the same tolerances as the real RTMs and cryostat assembly, but use metallic components in place of the CeSic (carbon fiber reinforced silicon carbide) and non-functional CCD sensors. (Travis Lange/SLAC National Accelerator Laboratory)
Process documentation for a small project I am building which harvests and visualizes colour data from six live sources.
Built with www.processing.org
Cassava starch processing near Hanoi, Vietnam.
Credit: ©2009CIAT/NeilPalmer
Please credit accordingly and leave a comment when you use a CIAT photo.
For more info: ciat-comunicaciones@cgiar.org
An update to my perlinParticle02 code: Now, rather than generating three buffer images for the x, y, and speed perlin values, it calculates them on the fly. This has the added advantage of being able to animate time, which you can see in the above movie. However, it's also exponentially slower. This movie took about a second a frame, or ten minutes on my 5 year old laptop.
Find source code here:
processingwiki.tiddlyspot.com/#PerlinParticles03
Blog notes here, and live example: