Year       Reported by                                  Idea                                              Field       


  1000             Alhazon            Object’s light imaged on the light sensitive retina                 Optics              

https://en.wikipedia.org/wiki/Book_of_Optics


  1500           Leonardo          Colors are most beautiful surrounded by opposites        Painting, Vision     

Leonardo da Vinci, "XXX Colour" in "Notebooks of Leonardi daVinci", E. McCurdy, ed. George Braziller:New York,921-926, (1939)

  1672              Newton                      “The rays are not colored”                                      Physics, Vision     

I. Newton, Opticks, 4th ed. London (1730)  [reproduction]

<https://www.google.com/books/edition/Opticks/GnAFAAAAQAAJ?hl=en&gbpv=1&dq=I.+Newton,+Optics&printsec=frontcover>

I. Newton, Opticks, 4th ed. (1730), Dover Publications, Inc., New York, (1952)

Review paper on history of color theories (quotes and references)

https://www.retinex2.net/Publications/ewExternalFiles/1973SPSE.pdf


  1707          J.C. LeBlon          4-color separation records, hand rockers                     Color Printing        

LeBlon's "Coloritto"[reproduction]

https://archive.org/details/Colorittoharmon00LeBl/page/20/mode/2up

J.C. LeBlon, Coloritto, Faber Birren, Introduction, Van Nostrand Reinhold, (1980)

Review paper on history of photograpy (references)

https://www.retinex2.net/Publications/ewExternalFiles/Picture%20Making.pdf


  1828              Goethe                                      Attacks on Newton                                          Writer               

https://en.wikipedia.org/wiki/Johann_Wolfgang_von_Goethe

     Eastlake Translation, with Introduction by Dean B. Judd (1969), pp. v-xvi

Judd, an influential 20th century colorimetrist, explains Goethe's experiments using more modern understanding of visual mechanisms

<https://www.google.com/books/edition/Theory_of_Colours/7uVMAQAAMAAJ?hl=en&gbpv=1&dq=goethe,+color+theory&printsec=frontcover>


  1861           J.C.Maxwell         3 color photographic separation made with RGB            Color Photo         

J.C. Maxwell,"Experiment on Colour", Trans.Royal Soc. Edinburgh, Vol.XXL Part II, in"Scientific Papers of James Clerk Maxwell," W.D. Niven, Ed., Dover Publications, Inc., New York, N.Y., 135-137, (1965)


100th anniversary of Maxwell's first color photograph

Ralph Evans, "Maxwell's Color Photograph" Scientific American, 198 (11), 118-128, 1961

1961MaxwellPhotoEvans

Review papers on history of color photography (quotes and references)

https://www.retinex2.net/Publications/ewExternalFiles/1973SPSE.pdf

https://www.retinex2.net/Publications/ewExternalFiles/1998%20JISTf.pdf


  1861           J.C.Maxwell           Measured 3 sensitivity functions -> CIE X,Y,Z              RGB sensitivity    

J C Maxwell, “XXI. On the Theory of Colours, and the Relations of the Colours of the Spectrum”, in The Scientific Papers of James Clerk Maxwell Vol. 1,  W. D. Niven, ed., New York: Dover; . 410–444 (1965)


Assumptions of CIE Colorimetry:     J.J. McCann,“What scene information is needed for Models of Color Appearancein the Natural World?”    Coloration Technology, 137(1), 5-15, Nov 22, 2020.

https://www.retinex2.net/Publications/ewExternalFiles/2020Coloration%20f.pdf


  1872       Hering/Helmholtz                     Debate about Constancy                                  Psychophysics    

Helmholtz used molecular physics to explain the eyes' response to light (Bottom-Up)


Hering observed that objects have constant Appearance in variable illumination

        E. Hering, Zur Lehre vom Lightsinne, (1872) trans."Theory of yhthe Light Sense", Harvard Un.Press:Cambridge, 13-17 (1964)


Helmholtz proposed unconscous inference to recognize and discount illumination  (Top-Down)

H. von Helmholtz, PhysiologicaI Optics vol2, SouthaII, Ed., Optical Soc. of Am, p. 287, (1924)


Bootton-Up verses Top-Down debate continues today (150 years later)



  1939           Ansel Adams                                  Zone System                                             Photographer     

Review paper on Adam's Zone Sytem photograpy of HDR scenes (references)

https://www.retinex2.net/Publications/ewExternalFiles/10EI%207527-28%20ADAMS.pdf


  1957            E.H. Land                    Red and White - 2 color photography                        Color vision       

E. H. Land, “Experiments in Color Vision”, Scientific American, 200, 84-99, (1959)

1959LandSciAm.pdf

J.J. McCann, J. L. Benton and S. P. McKee, "Red/white projections and rod/long-wave cone color: an annotated bibliography," J. Electronic Imaging 13(1), 8-14 (2004)

https://www.retinex2.net/Publications/ewExternalFiles/2004aRW%20Rod.pdf



  1963            E.H. Land          3 lightness separations to predict color - Retinex              Color vision       

E. H. Land,  "The Retinex", Am. Scient. 52, 217-264 (1964)

E.H. Land, “The Retinex Theory of Color Vision”,Scientific American , 237( 6 ), 108–28, (1971)

https://www.retinex2.net/Publications/ewExternalFiles/77LandSciAm.pdf

J.J. McCann, S.P. McKee & T. Taylor,"Quantitative Studies in Retinex Theory, A Comparison BetweenTheoretical Predictions and Observer Responses to Color Mondrian Experiments", Vision Res., 16, 445-58, (1976).

https://www.retinex2.net/Publications/ewExternalFiles/76MMT%20VisRes.pdf



  1967     Land & McCann        Ratio Product Reset model to predict lightness           Computer vision  

Patents and review papers

https://mccannimaging.com/Retinex/Patents_files/US3553360A1.pdf

https://mccannimaging.com/Retinex/Patents_files/US3651252.pdf

Spatial model for calculating Lightness

https://www.retinex2.net/Publications/ewExternalFiles/L%26M1971.pdf

https://www.retinex2.net/Publications/ewExternalFiles/Land%201974%20RI.pdf



1968        Hubel & Wiesel                  Spatial processing in the Cortex                           Neurophysiology  

Edges stimulate the visual cortex

https://knowingneurons.com/2014/10/29/hubel-and-wiesel-the-neural-basis-of-visual-perception/

D. Hubel & T. Wiesel, "Brain and Visual Perception: The Story of a 25-Year Collaboration" ISBN-10: 0195176189


1978          Carver Mead                   VLSI Chip design - Today’s Computers                       Computers     

Foundation of modern very-large-scale chip design for computers

https://en.wikipedia.org/wiki/Carver_Mead


1983      Frankle & McCann                  Multiresolution lightness model                         Computer vision  

Patents and review papers

https://mccannimaging.com/Retinex/Patents_files/US4384336A1.pdf

https://mccannimaging.com/Retinex/Patents_files/US6516089%20B1.pdf

https://mccannimaging.com/Retinex/Patents_files/US2002%3A0154323A1pdf.pdf

Efficent implemmentation of LM Retinex model

J.J. McCann,"Lessons learned from Mondrians applied to real images and color gamuts", Proc.CIC, 7, 1-8 (1999)

https://www.retinex2.net/Publications/ewExternalFiles/99Lessons.pdf

J.J. McCann, "Capturing a black cat in shade: past and present of Retinex color appearance models",

J. Electronic Imaging 13(1), 36-47 (2004)

https://www.retinex2.net/Publications/ewExternalFiles/04%20Black%20cat.pdf

J.J. McCann, “The general solution to HDR imaging‚”Proc. SPIE, 8191-60, 2012

https://www.retinex2.net/Publications/ewExternalFiles/12%20EI%208291-60n.pdf

J.J. McCann, "Retinex at 50: color theory and spatial algorithms, a review"

J. Electron. Imaging 26(3), 031204 (2017) 

http://dx.doi.org/10.1117/1.JEI.26.3.031204

Links to L-M Retinex papers descibed in above reference

http://mccannimaging.com/ewExternalFiles/1971%20Land%2C%20McCann%20%20.pdf


2007      McCann & Rizzi                Calculated glare degraded retinal image                         Optics            

                                                                Receptor and neural processing                              Matching         

Society of Information Display reseach on the limits of HDR capture

https://www.retinex2.net/Publications/ewExternalFiles/07HDR1Hist.pdf

https://www.retinex2.net/Publications/ewExternalFiles/07HDR2Exp.pdf

https://www.retinex2.net/Publications/ewExternalFiles/SID3.pdf

https://www.retinex2.net/Publications/ewExternalFiles/JSID4.pdf

J. McCann, A. Rizzi, “The Art and Science of HDR Imaging”IS&T Wiley, Chichester (2012)

SPIE SPOTLIGHT tutorial on HDR capture and reproduction  

https://spie.org/Publications/Book/2315540?&origin_id=x109925&SSO=1

Program to calculate retinal image (after intraocular glare) from scene radiances

https://www.frontiersin.org/articles/10.3389/fpsyg.2017.02079/full



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