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Film Simulation Kodak Panatomic X
Film Simulation = Acros + Y
Sharpness = +2
Shadows = +3
Highlights = +3
Grain = Off
Noise Reduction = 0
Dynamic Range = DR100
White Balance = Auto
Color = n/a
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Screenshot from the Groningen Stadsbalkon optimization software. Pedestrian view of the self-organizing columns, color-coded column strength.
Left: Schematic representation of the complete foraging route of Pheidole milicida, a harvesting ant of the southwestern US deserts (Hölldobler, B. and Wilson, E.O. (1990). The Ants. Belknap, Cambridge, Mass.)
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Right: Simulation of this process using a short-sighted active walker model.
All photos provided are the property of Creative Services and may not be used without permission.
Please contact creative@jmu.edu if you are interested in using any photos included in our collection.
U.S. Marine Corps 1st Lt. Nathaniel Lambert, scout sniper platoon commander with Weapons Company, Battalion Landing Team 3rd Battalion, 5th Marine Regiment, 11th Marine Expeditionary Unit (MEU), sights in behind a .50-caliber Special Applications Scoped Rifle during a simulated strait transit aboard the San Antonio-class amphibious transport dock ship USS John P. Murtha (LPD 26) in the Pacific Ocean, Feb. 20, 2019. The Marines and Sailors of the 11th MEU are conducting routine operations as part of the Boxer Amphibious Ready Group in the eastern Pacific Ocean. (U.S. Marine Corps photo by Lance Cpl. Israel Chincio)
Film Simulation Kodak Panatomic X
Film Simulation = Acros + Y
Sharpness = +2
Shadows = +3
Highlights = +3
Grain = Off
Noise Reduction = 0
Dynamic Range = DR100
White Balance = Auto
Color = n/a
Website | Google + | Facebook | Twitter | Visual Ohio Blog | Best Light Photo Blog | Tumblr
This 1975 Eldorado has been with me for years. While working for Link Flight Simulation and Hughes as a field service engineer it was basically kept in storage. Now inXsol www.inxsol.com elearning and simulation and SCORM LMS development has allowed me to grow my fleet. Check out www.inxsol.com.
A visualization of the butterfly effect in an N-body system with a -1/r potential. (Newton's gravity is a -1/r^2 potential.)
Juego Studios provides simulation and visualization solutions for industries like healthcare, real estate, automotive, education, and training. We have made simulation games for banking and casino.
All photos provided are the property of Creative Services and may not be used without permission.
Please contact creative@jmu.edu if you are interested in using any photos included in our collection.
Magnetic fields emerging from below the surface of the sun influence the solar wind—a stream of particles that blows continuously from the sun’s atmosphere through the solar system. Researchers at NASA and its university partners are using high-fidelity computer simulations to learn how these magnetic fields emerge, heat the sun’s outer atmosphere and produce sunspots and flares. This visualization shows magnetic field loops in a portion of the sun, with colors representing magnetic field strength from weak (blue) to strong (red). The simulation was run on the Pleiades supercomputer at the NASA Advanced Supercomputing facility at NASA's Ames Research Center in Moffett Field, California. The knowledge gained through simulation results like this one help researchers better understand the sun, its variations, and its interactions with Earth and the solar system. Image Credit: Robert Stein, Michigan State University; Timothy Sandstrom, NASA/Ames > Related: NASA showcased more than 35 of the agency’s exciting computational achievements at SC14, the international supercomputing conference, Nov. 16-21, 2014, in New Orleans. via NASA ift.tt/15nMzkC