Ovaj portfolijo je nastao pre svega zbog prikupljanja dokumentacije za apliciranje u članstvo u udruženju ULUPUDUS
(Association of Applied Artists and Designers of Serbia), u slikarsko-grafičkoj sekciji čiji sam član od 2013. ;-)
Sunday, 30 December 2012
Saturday, 24 November 2012
Phase One LIVE - Image Capture Techniques, Technologies & Workflows for the Cultural Heritage Community
Meet imaging professional, Eric Philcox, and industry expert, Peter Siegel via our international online Phase One LIVE event . Phase One LIVE - our streaming service where you can meet and interact with professional photographers from different photographic disciplines.
here is site to pick your online Session:
Phase One LIVE
Friday, 16 November 2012
Monday, 12 November 2012
Wednesday, 23 May 2012
conservation&restoration of the parchment
Wednesday, 4 April 2012
my favorite docs in National Library of Serbia..
Digital copies
of pages of all issues of the journal Zenith, one of the most
avant-garde magazine in Yugoslavia. Until 1923. years was published in
Zagreb, then in Belgrade. In the period since 1921. to 1926. was
released a total of 43 numbers. This digital collection was made on the
complete set of journals Zenit legacy of avant-garde artist Ljubomir
Micic (1895-1971), located in specific NLS.
Zenit
Branibor Debeljković (1916-2003)
serbian master of photography..
also nice video of children visiting at NLS.
Monday, 30 January 2012
The Wet Plate Collodion Process
Na ovom videu je na slajiv nacin gluvo nemog filma objasnjen postupak dobijanja fotografija postupkom "mokre" kolodijumske ploče. v v v the link below
Tuesday, 10 January 2012
Digichromatography - Sergei Mikhailovich Prokudin-Gorskii
Ruski fotograf Gorski, je još početkom 20.og veka snimao fotografije na staklenim nosiocima, koristeći tri različita filtera, crveni, plavi i žuti, dobijajući time triptihe sa različitim crno belim tonovima.
Iste te fotografije-ploče je stavio u takozvani svetlosni fenjer, koji je imao takodje tri filtera, po principu RGB moda, i na taj način je spojio ove tri projekcije u kolor sliku. Na nekima se vide ovi prelazi nalik loše podešenim paserima u štampi.
Naknadno su stručnjaci skenirali sve negative,digitalno obradili, kropovali precizno, i ,,slepili" svaku u jednu kolor fotografiju u digitalnom formatu.
Making Color Images from Prokudin-Gorskii's Negatives
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Sergei Mikhailovich Prokudin-Gorskii (1863-1944) |
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Zlatoust family in the Ural Mountain region of Russia |
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evening view of the Shakh-i Zindeh Mosque in Samarkand |
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An Explanation of the Color Rendering Process, “Digichromatography”
![]() | There is no known replica or illustration of the camera that Prokudin-Gorskii used. It was a view camera of his own design, perhaps similar to a model [left] designed about 1906 by Dr. Adolf Miethe, whom Prokudin-Gorskii had met previously in Germany.
Miethe, Adolf, 1862-1927.
Camera and Casette, ca. 1906. Illustration from Fotograf-Liubitel 17, no. 12 (December 1906): 5. General Collections, Library of Congress |
We know that Prokudin-Gorskii intended his photographic images to be viewed in color because he developed an ingenious photographic technique in order for these images to be captured in black and white on glass plate negatives, using red, green and blue filters. He then presented these images in color in slide lectures using a light-projection system [right] involving the same three filters.
Lantern Projector
Thomas Cradock Hepworth. Book of the Lantern. New York: Edward L. Wilson, 1889. | ![]() |
![]() | A single, narrow glass plate about 3 inches wide by 9 inches long was placed vertically into the camera by Prokudin-Gorskii . He then photographed the same scene three times in a fairly rapid sequence using a red filter, a green filter and a blue filter. |
When viewed through Prokudin-Gorskii’s camera, the scene being photographed would have appeared upside down and reversed from its actual orientation.Left: Photograph of Glass Plate Right: Inverted View Through Camera Lens | ![]() ![]() |
![]() ![]() | For the digital process, the original tri-part glass negative is scanned with an overhead digital camera in grayscale mode. Image-editing software converts the scan of the entire plate from negative to positive form. The scan is inverted to represent the original physical orientation. |
The entire plate is then reduced to 8-bit grayscale mode. Under magnification, the quality of each image on the plate is reviewed for contrast, degree of color separation, extent of damage to the emulsion, and any other details that might affect the final color composite. | ![]() |
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The scan of
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An electronic file is created for each image from the cropped tri-part plate forming three separate “layers” from which the final color composite will be generated. The layers are labeled by color. | ![]() |
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While still in grayscale mode,
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The RGB (Red, Green, Blue)
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The cropped color composite
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Final adjustments may be applied to specific, localized areas of the composite color image to minimize defects associated with over or underexposure, development, or aging of the emulsion of Prokudin-Gorskii’s original glass plate. | ![]() |
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The completed color
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The glass plate negatives used in this demonstration: | ![]() |
![]() | The glass plate negatives used in this demonstration:
Prokudin-Gorskii, Sergei Mikhailovich,
1863-1944, photographer. “Pinkhus Karlinskii. Eighty-four years [old].”
taken from: http://www.loc.gov/exhibits/empire/making.html
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