Ukrainian Antarctic Journal

No 10-11 (2012): Ukrainian Antarctic Journal
Articles

Investigation and practical applying of peculiarities of time dependent variations of humane color preferences with using BIOCOLOR

S.-A. I. Madyar
International Public Academy 'Modus Coloris', Kyiv
E. E. Kovalevskaya
International Public Academy 'Modus Coloris', Kyiv
E. V. Moiseenko
National Antarctic Scientific Center of the State Agency for Science, Innovations and Informatization of Ukraine, Kyiv
Published December 31, 2012
Keywords
  • Index system of color preferences,
  • color dynamics,
  • Coloroid,
  • Antarctic syndrom- desynchronization
How to Cite
Madyar, S.-A. I., Kovalevskaya, E. E., & Moiseenko, E. V. (2012). Investigation and practical applying of peculiarities of time dependent variations of humane color preferences with using BIOCOLOR. Ukrainian Antarctic Journal, (10-11), 375-389. https://doi.org/10.33275/1727-7485.10-11.2012.326

Abstract

Comparative analysis of human color preference relations proved to be an important research area within the theory of color dynamics. To sum up the results of these research activities it can be established, that the comparison of the index system of color preferences – containing variations in time of color preference values– and the color scale of the spectrum being constant in time has provided new approximations to evaluate psychophysiology and psychology of color adaptation. Investigation of the effects of colors on physiology parameters by comparing color preference values has led to the development of an auxiliary tool of color adaptation. Applying the color preference index system, established by Dr. Antal Nemcsics, as the comparable etalon facilitating analysis of color preference/relaxation reactions observable under different circumstances and human states.

References

  1. Dao garmoniya mira [Dao: the harmony of the world]. (1999). Moscow, E`ksmo-press, Xar`kov, Folio. pp. 9–36.
  2. Shhuczkij, Yu. (1999). Kitajskaya klassicheskaya «Kniga peremen» [The Classical Chinese Book of Changes]. Minsk, Xarvest. pp. 255–269, Politizdat.
  3. Nemcsics, A. (1990). Colour Dynamics. Environmental Colour Design, Akadémiai Kiadó, Budapest.
  4. Brainard, G., Kavet, R., & Kheifets, L. (1999). The relationship between electromagnetic field and light exposures to melatonin and breast cancer risk: a review of relevant literature. Journal of Pineal Research, 26(2), 65-100.
  5. Nemcsics, A. (1972). Das Koloroid, ein farbdynamisches Farbensystem. Period. Polytechn. Arch. (Budapest), 16, 37.
  6. Svidotstvo pro reiestratsiiu avtorskoho prava na tvir No7043 vid 30.01.2003 Naukova rozrobka «Biokolor –sposib korektsii psykhofiziolohichnoho stanu liudyny».
  7. Tragy, F. (1894). Psychology of Childhood, J. Psychol., 2, 14.
  8. Cohn, J. (1894). Experimentelle Untersuchungen über die Gefühlsbetonung der Farben. Helligkeiten und ihre Combinationen, Philos. Studien, 10, 562.
  9. Major, D. (1895). On the effective tone of simple sense impressions. Amer. Journ. Psychol., 7, 57.
  10. Holden, W., & Bosse, K. (1900). The order of development of color and of color preference in the child. Arch. of Opthalm., 29, 261.
  11. Norris, T. (1911). Washburn: An effect of fatique on judgements of the affective value of colors. Amer. Journ. Psychol., 22, 112.
  12. Titchener, E. (1905). Experimental Psychology, Quantitative. Macmillan, New York.
  13. Baldwin, J. (1906). Mental Development in the Child and in the Race.
  14. Smers, C. (1908). Some observations on the development of the color sense. Brit. Journ. Psychol., 2, 353.
  15. Binet, A. (1910). Les idees modernes sur les enfants. Flammarion, Paris.
  16. Paul, C., & Ostwald, W. (1922). Die Lieblingsfarben der Kinder. Die Farbe (Leipzig), 24.
  17. Gordon, K. (1923). A Study of Aesthetic Judgements. J. Exp. Psychol. 6, 36.
  18. Allen, E., & Guilford, J. (1936). Factors Determining the Affective Values of Colour Combinations. Amer. Journ. Psychol., 48, 643.
  19. Frieling, H. (1949). Charakter und Lieblingsfarbe. Die Umschau, 49, 22.
  20. Nemcsics, A. (1966). Bestimmung von Farbenpraferenz-Indexwerten fur farbige Raumgestaltung, Tagungsbericht. Musterschmidt-Verlag, Gottingen–Zurich.
  21. Deribere, M. (1968). La couleur dans les activites humaines. Dunod, Paris.
  22. Den Tandt, J. (1971). Vorm en Kleur bij het Kind. Standaard Uitgeverij, Antwerpen.
  23. Landau, L., & Lifshicz, E. (1988). Teoriya polya. Izdanie 7-e, ispravlennoe [Field theory. Seventh edition]. Moscow, Nauka. pp. 158-159.
  24. Winfree, A. (1987). The timing of biological clocks. Scientific American Books. New York. pp. 18–35.
  25. Krawkow, G. (1950). Glaz i ego rabota [The eye and its work]. Moscow.
  26. Goethe. (1974). Farbenlehre Didaktischer Teil. M. DuMont (Schauberg, Koln), 29-40.
  27. Tinbergen, W. (1942). An Objective Study of the Innate Behavior of Animals, Bibliotheque Biothoretica, 1(II).
  28. Wexner, L. (1954). The Degree to which Colors (Hues) Are Associated with Mood Tones. J. Appl. Psychol., 38, 432.
  29. Heiss, R. (1960). Uber psychische Farbwirkungen. Stud. Gerede Ing. 13, 7.
  30. Schaie, K. (1961). Scaling the Association Between Colors and Mood Tones. Amer. Journ. Psychol., 74, 266.
  31. Nemcsics, A. (1977). The theoretical and experimental exploration of the relationship between man, colour and the environment. Colour Dynamics’76, 2. Budapest.
  32. Nemcsics, A. (1966). Das Farbenpraferenz-Indexzahlensystem. Die Farbenpraferenz historischer epochen. Budapest.
  33. Luscher, M. (1970). The Luscher Color Test. Random House, New York.
  34. Luscher, M. (2006). Luscher-Test. Color-Diagnostic. Color-Test Verlag AG, Luzern.
  35. Madyar, S.-A., Moiseenko, E., Pishnov, G., Kovalevskaya, E., Berzanskiy, V., Pavlenko, V., Bojchuk, T., & Demchenko, M. (2006). Methodical recommendations. Polychromic–adaptation bioregulation of human psychophysiological state. Kyiv.
  36. Moiseenko, E., & Madyar, S.-A. (2007). Korektsiia porushen psykhofiziolohichnoho stanu liudyny u nadzvychainykh umovakh Antarktyky [Correction of disruptions of human psychophysiological condition in Antarctica’s extreme conditions]. Aktualni pytannia farmatsevtychnoi ta medychnoi nauky ta praktyky. Zbirnyk naukovykh statei. Zaporizhzhia, Vydavnytstvo ZDMU, XVIII, 204–210.
  37. Moiseenko, E., Madyar, S.-A., & Kovalevskaya, E. (2008). Stres-syndrom antarktychnykh zymivnykiv ta yoho korektsiia [Stress-syndrome of Antarctic winterers and its correction]. Zbirnyk naukovykh prats spivrobitnykiv NMAPO im. P.L.Shupyka. Kyiv, 2008. – pp. 322-328.
  38. Madyar, S.-A., Berzanskiy, V., Shinkarevskiy, V., Kulichenko, A., Pavlenko, V., Kovalevskaya, E., Radionova, T., & Dyachenko, E. (2005). Psichopfisiologic effects of influence of color tables by S.–A. Madyar. Academic notes of Taurida National University named after V. Vernadskiy, 17(56), 1, 48–54.
  39. Tiunin, V., Madyar, S.-A., Kovalevskaya, E., & Pavlenko, V. (2005). Correction of unfavorable influences of intensive computer work using color tables by S.-A. Madyar. Academic notes of Taurida National University named after V. Vernadskiy. Biology, chemistry, 18(57), 1, 138–145.
  40. Moiseenko, E. (2003). Medical-biological researches are implemented by Ukrainian scientists in Antarctic. Physiologic magazine, 49(3), 70–74.
  41. Moiseenko, E. (2005). Medical examination and demands to health state of staff of Antarctic expeditions of Ukrainian Antarctic National Program. Kyiv.
  42. Moiseenko, E. (2006). Psychophysiological support of Antarctic expeditions. Kyiv.