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Fujichrome Sensia 100 Film Simulation Recipe (Fuji X Weekly)
fujixweekly.com/2019/11/01/my-fujifilm-x-t30-provia-film-...
Lens: Voigtlander Ultron 35/1.7 VM
Film simulation: @fujixweekly Kodak Portra 400 recipe, further adjusted in Lightroom
A simulated Ektachrome Infrared false-color image produced with an unmodified digital camera and an R72 filter.
More details on the equipment and technique, as well as free Photoshop actions which simplify the creation of both a monochrome infrared image and a false-color Infrared Ektachrome simulation, can be found at:
I have no idea if this is what infrared is supposed to look like, but I did the homework. Most of the examples I found online involved leafy trees, and we are in the dead of winter. There is no green to be found, except for some evergreens. I found a Photoshop Elements tutorial online and struggled through it. I took me two hours to figure things out, but then it was easy to go back and try different things. Which I did. I ended up experimenting with hues and saturation and liked this one best. It seems to best approximate some of the colors I’ve seen in infrared examples. This challenge turned out to be both frustrating and exilarating. Frustrating because it was so difficult to get through the tutorial and figure things out. But then exilarating because I figured things out and it actually became easy! A year ago I was totally intimidated by Photoshop, and now I actually know what a layer is, and can halfway understand what they are talking about when I watch a tutorial. Progress! All because this group has been forcing me to learn. So thank you, Rob, for once again yanking me out of my comfort zone!
52 Weeks of 2015 - Week 2 - Theme: Infrared - Category: Conceptual
A simulated Ektachrome Infrared false-color image produced with an unmodified digital camera and an R72 filter.
More details on the equipment and technique, as well as free Photoshop actions which simplify the creation of both a monochrome infrared image and a false-color Infrared Ektachrome simulation, can be found at:
A specialty shop in our local mall that takes organization to a whole new level. : ))
Fuji Astia Film Simulation
This means war with your creator.
LEGO shades inspired by the shades worn by Matt Bellamy of Muse in Simulation Theory shows. Glow created with 62 glow-in-the-dark round tiles. Muse is my favorite band and I felt inspired by the productions for the Simulation Theory tour.
Not had much success with film simulations but came across this Leica look and this is the result straight out of the camera and was recorded in JEPG.
Practicing a Cygnus capture ahead of our Orbital launch and rendezvous next week
Credits: ESA/NASA
122F4412a
Funko Rick & Morty Rick // SuperImpulse World's Smallest Rick, Morty and Dungeons & Dragons creatures
This means war with your creator.
LEGO shades inspired by the shades worn by Matt Bellamy of Muse in Simulation Theory shows. Glow created with 62 glow-in-the-dark round tiles. Muse is my favorite band and I felt inspired by the productions for the Simulation Theory tour.
Lens: Voigtlander Ultron 35/1.7 VM
Film simulation: Fujifilm Provia film simulation, heavily adjusted in Lightroom to simulate Kodak Portra 400
When the Mercury Transfer Module of the BepiColombo mission fires its electric propulsion thrusters an ion beam is extracted. This is created through the ionization of xenon propellant, generating the charged particles that can be accelerated further using an electric field.
Together with gravity assist flybys at Earth, Venus and Mercury, the thrust from the ion beam provides the means to travel to the innermost planet.
After escaping the pull of Earth’s gravity with the Ariane 5 launcher, the spacecraft is on an orbit around the Sun. The transfer module then has to use its thrusters to brake against the mighty pull of the Sun’s gravity. It also has to tune the shape of its orbit in order to make a series of nine gravity assist flybys at the planets before finally delivering the mission’s two science spacecraft into Mercury orbit.
This image is an excerpt from a supercomputer simulation that models the flow of plasma around the spacecraft just after the high energy ion beam is switched on. An outline of the composite spacecraft with its extended solar arrays is included for reference.
The simulation tracks the particles in the beam as well as those that diffuse around the spacecraft, which are created by the interaction of the high energy beam ions with the neutral xenon atoms that also flow out of the thruster. It shows the density of the plasma flowing around the spacecraft and its evolution: red represents high density, blue is low density (see animation for detailed scale).
Although the animation is several seconds long it has been slowed down, representing a mere eight milliseconds of real time – the time necessary for the plasma to reach a steady state.
The simulation was performed to demonstrate that the plasma produced by the thruster is not damaging to the spacecraft: its materials, including solar arrays or instruments, for example, or to the electric propulsion system itself. The simulations also confirmed there are no spurious or dangerous charging events.
Inflight measurements will verify the simulation results and help improve ways in which the generated plasma, spacecraft and space environment interactions can be better modelled.
BepiColombo is a joint endeavour between ESA and JAXA. After their seven-year interplanetary journey, the two science orbiters – the Mercury Planetary Orbiter and the Mercury Magnetospheric Orbiter – will start their main mission to provide the most in-depth study of mysterious Mercury to date.
The spacecraft begin transferring to Europe’s spaceport in Kourou this week, where an intensive period of preparations will ready the mission for launch later this year.
The simulations were performed by Félicien Filleul as part of ESA’s Young Graduate Trainee programme.
Credits: ESA/Félicien Filleul
Modelling done with Processing. Rendering done with Cinema 4D.
First attempt for a automatic generated terrain.