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Tests with a Lomo anamorphic 2x lens. Will not achieve infinity focus apparently. Still interesting, though.
Basically I just held the anamorphic element up in front of my Nikon 85mm f/1.8 and there was no way to get it to hold focus properly.
Interestingly, the 2x squeeze coupled with the 3:2 ratio of the D700 yields a 3:1 widescreen image, which is wider than any of the anamorphic cinema images. Even Cinerama was only 2.89:1. If this actually worked it would be pretty cool.
Testing the #Canon 50mm 1.2 #lens & @khoworks_lifecoaching testing the #Fuji 18-55 #FreeTime #Photography #Fun #Smooth #Bokeh #Bokehlicious #2014
Lens test to check for infrared hotspotting with the
Fujifilm Fujinon XF 18-135/3.5-5.6 R LM OIS WR
Images shot at various focal lenghts and apertures.
The test showed no hotspotting, and wad performed to add to my previous tests of my other Fujinon lenses.
My other tests can be seen here: dervishimages.wordpress.com/2015/06/07/fuji-lens-testing-...
I sent Daisy to the kitchen for some selfie-practice on New Years Day. I think this must be the testing phase. 😉
early test for a project. quickly/horribly photoshopped. i'll repost a better one i think.
different version on tom makes pictures.
Quick test which hints at cheap filters being a pain for night shots. I might test it on a day shoot before giving the world a chance to buy it off me on ebay.
I must point out the shortcomings of this test. Only one sample of each filter was used, and only tested on one lens for one exposure, and clearly the better performances were in different lighting conditions (though I think flare and ghosting would be more likely with a darker background/higher contrast).
Nathan Hyde, a biological technician, prepares a sample of fish food to test in the Nitrogen Analyzer, which reads the percent nitrogen of each sample, which then calculates the protein level by running a multiplication formula.
Longview, WA/ February 2011
Photo credit- Tess McBride/USFWS
Mixed crystal system Taurine, propyl gallate, diphenhydramine. Photo taken with Zeiss PM1 scope 16x plan phase 2 objective and Canon EOS 60D camera equipped with Zeiss 47 60 10 intermediate tube and Leitz 4x projection lens. Polarized Light image.
Just trying my hand at stop animation. It took me about an hour from start to finish, I thought it turned out alright for my first try.
I used a Nikon D80 and a Nikkor 18-70mm lense. I just used Microsoft Movie maker to compile the video. If I get more into it maybe I'll invest in better software.
My second test can be viewed here: www.flickr.com/photos/33904413@N02/3907440033/
Didn't know my test shots for my new water proof camera will become a tribute to Village People's IN THE NAVY :XD: I had no idea that an US navy battle ship visiting my city without any notice! Of cos I don't mind that :XD: cos I love those hunky soldier hunks ;)
The funny thing is Bobby Han (brownie) and Bob Hector (blonde) are both set as knight/general of the Atlantis Empire, so, of cos they r both IN THE NAVY :XD: ❤
I use the carrier as a test stand to hold rollers for running the locomotive in a stationary position. The hose on the stack is connected to a fan to provide a draft. In this testing session I set the popping pressure of the safety valves and ran the engine briefly on steam.
S75-27288 (April 1975) --- An artist's concept illustrating the mission profile of the Apollo-Soyuz Test Project. The phases of the mission depicted include launch, rendezvous, docking, separation and splashdown. During the joint U.S.-USSR ASTP flight, scheduled for July 1975, the American and Soviet crews will visit one another's spacecraft while the Soyuz and Apollo are docked for a maximum period of two days. The mission is designed to test equipment and techniques that will establish international crew rescue capability in space, as well as permit future cooperative scientific missions. This artwork is by Davis Meltzer.
This is the surviving test road loop near Ottawa, Il. There were six loops at the test site when constructed in 1956-58. The loops were approximately one mile in distance. One leg concrete the other asphalt. This photo is looking West from the East end of the loop. I-80 is to the far right. The other five test loops were situated where I-80 runs today. This particular loop was used for testing the effects of weather on the pavement.
(NOTE: I took this shot with my digital camera mounted to the top of a 12 foot pole. I set the timer and positioned the camera with about 4 seconds to go. I also shot some video using this technique but, my aim was off and not as good as the stills.)
Diwali or not, I'm always working on stuff. Earlier when testing my app, I realized that the ambient light from my room was being disturbed by the lights setup around my neighbourhood. So I tried to mimic the same so as to create flares in my shot. And viola!
Test met line senor detector met 128 pixel array.
Detector gevoeligheids test op naaigaren van 0.1mm diameter. Tigger gaat iedermaal perfect af. Hier zie je dat er in de hoeken nog een beetje lichtval aanwezig is.
Achtergrond is een bruin karton op 40mm achter de gespannen draad.
Beeld frame is hier 25mm origineel 4:3 formaat van de EPL3 naar 1080 pixels vertikaal gebracht.
Nikkor macrolens op F8
ISO 200
Detectie via FPGA op de line array 128 pixels
DOF detector op 3 line pixels
Focus op pixel 72 van de line array (programmeerbaar voor optimale focus)
Detector tijd: 70 us ( instelbaar van 70 tot 500 us 16 levels).
Ruisfilter: 10 ( 16 levels selecteerbaar via display menu range 5 - 50).
Gemeten piek detectie waarde bij trigger: 20 eenheden ( kan lineair verhoogt worden door de scantijd te verhogen).
Detectie positie gemiddeld 74 op de line array.
Gemiddeld omgevings licht tijdens de opnames: 7 eenheden.
Al deze waarden worden op de display weergegeven zodat een optimale afregeling mogelijk is.
Gebruikte draad: Naaigaren dikte 0.10 mm kleur bruin.
Testen op zwart werken eveneens met dezelfde instelling.
Snelheid van beweging speelt geen rol ( opstelling op glijbaan).