View allAll Photos Tagged stereogram
This image is created from one half of a stereogram photo. It can be dated to between 1861 and 1871 from the census records. If you were shopping in this part of the street that day you could visit Turle's the grocers, Babbs the tailors, drapers and linen shop, Woollatt's the chemist and drugist and the General Furnishing store (only recently converted from the old White Hart Inn). The original photograph is from my own collection.
The following text is taken from www.britannica.com/technology/photography/Development-of-... where there is more information on the history of photography.
First described in 1832 by English physicist Sir Charles Wheatstone, stereoscopy was improved by Sir David Brewster in 1849. The production of the stereograph entailed making two images of the same subject, usually with a camera with two lenses placed 2.5 inches (6 cm) apart to simulate the position of the human eyes, and then mounting the positive prints side by side laterally on a stiff backing. Brewster devised a stereoscope through which the finished stereograph could be viewed; the stereoscope had two eye pieces through which the laterally mounted images, placed in a holder in front of the lenses, were viewed. The two images were brought together by the effort of the human brain to create an illusion of three-dimensionality.
Created for the Vivid Art Group Contest Vivid Vintage
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Para ver las imágenes en 3D, busca en la línea de centro vertical y cruza los ojos. La imagen 3D aparecerá en el centro.
To see the images in 3D, look at the vertical center line and cross your eyes. The 3D image will appear in the center.
Here is my first attempt to make stereogram, i hope you like it!
To see the image 3D you need to be 30cm from your computer screen. Stare at the middle of the picture and cross your eyes until a 3rd image appears. Then let your eyes relax and focus on the 3rd image.
Enjoy! :-)
This is a 3D image. You will need your red/cyan 3D glasses to get the effect. Remember, the red lens goes over the left eye!
This is a 3D image. You will need your red/cyan 3D glasses to get the effect. Remember, the red lens goes over the left eye!
Crossview:
Gently converge (cross) your eyes and focus on the middle image that appears while ignoring the outside.
Girl looking through a stereoscope at historic stereograms (3D photos) in the Rijksmuseum, Amsterdam
Alright anyone who actually enjoys my blog, cross your eyes and try to align the images to make a 3D image in the center. If you can get it to work, you will see what I see. 3D.
just stare at the 2 pictures and cross your eyes until they became one picture in the middle. Relax your eyes and focus on the center image, and the 3-D just pops.
This is a 3D image. You will need your red/cyan 3D glasses to get the effect. Remember, the red lens goes over the left eye!
This photo has been updated/improved. See the new version here:
www.flickr.com/photos/ian5281/3775182087/in/set-721576037...
Cross eyed stereogram made from 2 shots (right already presented, left taken by Canon 5D 2 camera with Takumar 300 mm lens) with almost no retouching to see all necessary details.
How to view this just using your eyes:
Some more [SETUP DETAILS]
Cross-eye stereogram: www.starosta.com/3dshowcase/ihelp.html
from Ecuador: www.flickr.com/andreaskay/albums
Cross-eye stereogram: www.starosta.com/3dshowcase/ihelp.html
from Ecuador: www.youtube.com/AndreasKay
Ice geode from Turiec cloud chamber eroded from both the top and bottom. Of course the story is more complicated but the result is quite representative and stereo works :)
Cross-eye stereogram: www.starosta.com/3dshowcase/ihelp.html
from Ecuador: www.youtube.com/AndreasKay
3-D Cross-eye stereogram
Scatophaga stercoria blowing a bubble. Stare at the pic, slightly de-focus and cross your eyes until a third image appears in the middle and then try to relax your eyes to see a stable 3-D image. If you can visualise this one, try the large size.
3D Stereogram. Reduce the size of the image on your screen until it is less than the distance between your eyes. Then focus beyond the screen to merge the 2 images together.
This is a juvenile Sinopoda caeca, found in the caves of Vang Vieng, Laos. It is pale, almost beige, and either has reduced eyes or is completely devoid of eyes.
This is due to the process of regressive evolution. In an environment without light, vision provides no advantage in finding prey or avoiding predators. The loss of their eyes means that energy and resources once used for eyes are instead allocated to other traits.
The legs exhibit structural colours as they appear blue when light is incident at certain angles. Check the full dorsal view and see if you notice the blue.
View more at Sparassidae Checklist: Huntsman Spiders
How to cross the eyes to see this 3D? Don't think too much, the stereo illusion in this pair isn't very logical, but it's there.
A stereogram of the Chrysler building made with 2 frames from my NYonAir flight
Set Description: Spent a long weekend in NYC First visit. Many more to come. Took a blue hour flight with NYonAir, too.
Twitter: @ChiPhotoGuy
Facebook: NUPhotography
Instagram: Nick_Ulivieri
Red Butte Aerodrome, AZ
Shot with Stereo Realist Camera
2 x 35mm f:3.5 David White Anastigmat
f11 @ 1/100s
Kentmere 100 Pan
Cross-eye stereogram: www.starosta.com/3dshowcase/ihelp.html
watch my VIDEO at rumble.com/v48rdj
ID by Bas Buenen
from Ecuador: www.flickr.com/andreaskay/albums
Model: Suzanne (www.modelmayhem.com/2651668)
Lights, 3D photo and 3D post: me
Styling: Monia
Shot with two Canon 5DMKII, two 17-40 f4 L objectives and a 3D Beam-Splitter Camera Rig using an interaxial distance of 10cm
Strobist:
1xCanon 580ex into small softbox from high/right as key
1xCanon 580ex into rear wall as fill