View allAll Photos Tagged Simulation
Date: 01-17-12
Location: Bldg 9NW
Subject: Technical documentation of a 3-day MMSEV Habitability Study Phase 1B, testing the Gen 2 cabin of the SEV on the RCS Air Sled, tests on the ARGOS NEA Circuit, tests with the MMU/Air Chair, and the Mk III Suit. Training Day
Photographer: James Blair
Ilford PAN 100 Film Simulation
Fuji X-Trans III
Film Simulation: Acros + Y
Dynamic Range: DR100
Grain: Weak
White Balance: auto
Highlight Tone: +3
Shadow Tone: 0
Sharpness: +2
Noise Reduction -1
Exposure Compensation: +1/3 to +1
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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.
iSGTW story | Image courtesy of the Renaissance Computing Institute
This simulation showed how black hole accretion disks can "flip-flop" back and forth.
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.
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.
On 22nd - 24th February 2023, we hosted a 3-day business simulation game for our MSc in Energy Management students that focused on customer value in the car industry and how to find the fine balance between value proposition and profitability.
Faced with different scenarios, student teams had to come up with quick decisions and offer best solutions to the set problems. Here are some pictures of teams deep into brainstorming on Day 2.
We want to extend a big thank you to the Mega Learning team for delivering this fun activity.
Fuji Industrial 100 Film Simulation
Film Simulation = Pro Neg Std
Sharpness = +2
Shadows = +2
Highlights = +1
Grain = Weak
Noise Reduction = -4
Dynamic Range = DR400
White Balance = 3200k, +8R, -8B
Color = +1
ISO = Auto (6400)
Exposure Comp = +1/3 to +2/3
Website | Google + | Facebook | Twitter | Visual Ohio Blog | Best Light Photo Blog | Tumblr
iSGTW story | Courtesy of TACC and the University of Texas at Austin.
This picture, produced by Paul Navratil of the Visualization and Data Analysis group at the Texas Advanced Computing Center using additional TeraGrid resources, shows how one of the first stars creates a bubble of high-energy, ionizing photons, thereby beginning the process of transforming the primordial universe into a state of ever increasing complexity.