有好嘢介紹俾各位, 美國國會圖書館網頁展出 1902 幅由俄羅斯攝影大師 Prokudin-Gorskii (1863-1944) 喺 1905 - 1915 年間, 十月革命之前�H俄羅斯帝國拍攝�H彩色照片, 呢 D 唔係人工上色, 係真正�H Natural Colour !!! 其中超過 200 張經數碼處理, D 彩色靚到無倫, 要嚟做 Wall Paper Fit 晒!!!
http://www.loc.gov/exhibits/empire/
坐喺河邊嗰位老人家就係 Prokudin-Gorskii (1863-1944)
1915 年攝
1910 年攝
View of the Nilova Monastery The Monastery of St. Nil' on Stolobnyi Island in Lake Seliger in Tver' Province, northwest of Moscow, illustrates the fate of church institutions during the course of Russian history. St. Nil (d. 1554) established a small monastic settlement on the island around 1528. In the early 1600s his disciples built what was to become one of the largest, wealthiest, monasteries in the Russian Empire. The monastery was closed by the Soviet regime in 1927, and the structure was used for various secular purposes, including a concentration camp and orphanage. In 1990 the property was returned to the Russian Orthodox Church and is now a functioning monastic community once more.
Resurrection Monastery for women on the right bank of the Tvertsa River. City of Torzhok 1910 年攝 呢幅幾有中國山水畫 feel!!!
攝於 1905 - 1915 年間
On the Ordezh River near the Siverskaia Station, Saint Petersburg province
第一位出現於彩色照片嘅中國人:
Chinese Foreman at the Chakva Tea Farm
攝於 1907 - 1915 年間
A Chinese foreman poses with established tea plants and new plantings at a tea farm and processing plant in Chakva, a small town just north of Batumi. The semi-tropical climate of the Black Sea coast in modern-day Georgia was ideal for growing tea.
點解成百年前會有咁靚彩色???
答案係: 其實佢係用黑白菲林拍嘅!!!
但係黑白菲林點影彩色相???
秘密就係呢部特別設計, 有三個鏡頭嘅相機:
三個鏡頭分別裝左紅、綠、藍濾色鏡, 同一時間拍出三個影像, 曬成幻燈片之後就變成咁:
再用一個裝有三個鏡頭, 裝左紅、綠、藍濾色鏡嘅 projector 將上面三個影像重疊, 投射到屏幕, 照片嘅色彩就會重現:
再經數碼收復, 就變到咁鬼靚:
十月革命..................
好正
前人種落後人福, 這光學技術是現今的先鋒. 有腦.
呢個時候...係要請我地阿ray哥出黎鑑賞下喇...
而本人意見...
覺得部份相始終係年代久遠...
所以色彩都要由數碼處理過先會咁靚...
好珍貴, 好正。
依家上網就可以免費睇到咁多O野, 以前發夢都未諗過全世界可以咁樣溝通....... 正!
原帖由 gw007hk 於 30-4-2008 13:31 發表好珍貴, 好正。 依家上網就可以免費睇到咁多O野, 以前發夢都未諗過全世界可以咁樣溝通....... 正!
大開眼界 ! 大開眼界 !
THX!!
講都唔信是成百年前的古董相.......利害!! 利害!! 
[ 本帖最後由 East 於 10-1-2009 12:44 編輯 ]
更早嘅彩色相:
http://huhe.blogspot.com/2009/02/how-to-turn-black-and-white-photos-into.html
“Tartan ribbon“, the first permanent color photograph, taken by James Clerk Maxwell in 1861.
Louis Ducos du Huron, Vue d’Agen, prise de la maison Louis Ducos du Huron, s. d., héliochromie, 13,4 x 19,2 cm, 1874.
An 1877 color photo by Louis Ducos du Hauron, a French pioneer of color photography.
http://flepi.net/image-insolite/les-premieres-photographies-couleurs/
Trichrome "Bird" by Louis Ducos du Hauron, 1869 © Musée des arts et métiers-Cnam
Auguste et Louis Lumière : 1906 - Plaque autochrome
Antoine Lumière vers 1904, autochrome, 9x12cm © Institut Lumière / Famille Lumière
Famille Lumière : Henri Lumière, Hélène Gélibert et Madeleine Koeler à La Ciotat (Bouches du Rhône) vers 1910 © Institut Lumière / Famille Lumière
Russia in colors 1906-1916
http://www.youtube.com/watch?v=8FbzKlm3tTo&hd=1
Prokudin-Gorsky`s color photoes made in Russian Empire using his invention
呢幾張可能係世上最早嘅彩色相 (早至 1850 年!!!)
http://en.wikipedia.org/wiki/Levi_Hill
A Hillotype from c. 1850
A circa 1850 "Hillotype" photograph of a colored engraving. Long believed to be a complete fraud, recent testing found that Levi Hill's process did reproduce some color photographically, but also that many specimens had been "sweetened" by the addition of hand-applied colors.
Levi Hill (born 1816) was an American minister in Upstate New York who claimed to have invented the first color photographic process in 1850. Hill called his process "Heliochromy", though the plates created became commonly referred to as "Hillotypes". Though his work was met with skepticism during his lifetime, subsequent researches have tended to show that his process did in fact have a crude ability to reproduce colors in the natural world.
Life and work
Hill was a Baptist minister in Westkill (Greene County) in the New York Catskill Mountains area. Though many were of the opinion that the color in his photographs was added by hand-dyeing, he received support from some in the scientific community, particularly Samuel F. B. Morse, inventor of the telegraph. He wrote a A Treatise on Heliochromy describing his process in 1851.
Subsequent research
A chemical analysis of Hill's work by researchers affiliated with the Smithsonian's National Museum of American History[1] conducted in 2007 found that dyes had indeed been used to enhance the color in the Hillotypes, but that these accounted for only a portion of the photographs' color. They found that reds and blues had been genuinely (if crudely) reproduced, and that other colors been added fraudulently.[2] Getty Conservation Institute senior scientist Dusan Stulik, who performed the analysis of the daguerreotypes with colleague Art Kaplan discovered that, “After pressure mounted to produce additional colors...Hill began adding additional pigments to his color plates by hand, doctoring them to look more multi-hued than the originals." [3]
Photography professor and historian Joseph Boudreau compounded the archaic chemistry and replicated the techniques described by Hill in A Treatise on Heliochromy in 1981, and was able to recreate Hillotype plates in distinct, verifiable, muted colors, including red, green, blue, yellow, magenta, and orange; these colors were all produced by the action of light alone, without the application of dyes or pigments.[4]
External links
嘆為觀止!
100 年前嘅伊拉克少女 (彩色菲林柏攝)
http://cellar.org/showthread.php?t=22871
AUTOCHROMES (早期彩色菲林拍攝照片): Early Color Masterpieces from National Geographic
http://www.stevenkasher.com/html/exhibresults.asp?exnum=1205
http://www.youtube.com/watch?v=_nP3TTSghII&hd=1