What's the difference between trichromatic and trichromatism?
Trichromatic
Definition:
(a.) Having or existing in three different phases of color; having three distinct color varieties; -- said of certain birds and insects.
Example Sentences:
(1) The results indicate that dichromatic and trichromatic monkeys differ only trivially on tests where performance is based on the contributions of non-opponent mechanisms, that the contribution of spectrally opponent mechanisms to the "brightness signal" is very similar in trichromatic and dichromatic monkeys, and that in increment-threshold discriminations where there are both chromaticity and luminance cues some test wavelengths yield superior performance for trichromats while others appear to favor the dichromat.
(2) It is possible that so-called normal trichromatic vision occurs only between the central blue-blind fixation area and about 30 degrees peripherally.
(3) The fundamental mechanisms of human trichromatic colour vision must satisfy Grassman's law of additivity.
(4) X-chromosome inactivation ensures that the two alleles are expressed in different subpopulations of retinal cone, giving the monkey the basis for trichromatic colour vision.
(5) Control experiments show no low-frequency adaptation in peripheral vision or in central vision in the dark-adapted trichromat indicating that low spatial frequency adaptation cannot be elicited through the rod system of the trichromat.
(6) Retinal densitometry of the foveas of fifteen of the deuteranopes is compared and contrasted with measurements on trichromats.
(7) Of the defectives, the plate test disclosed all but two anomalous trichromats.
(8) Comparable tc determinations were made in a normal trichromat.
(9) The eye, as a trichromatic Fresneloptical modulator of the information present in the amplitude, phase and frequency of the processed light, receives considerably more information on perceived objects than it passes on to the brain.
(10) Many errors were due to the small number of protanopes averaged and inability to distinguish trichromats from dichromats.
(11) The distribution of response variability in Rayleigh equation match widths due to factors other than the spectral characteristics of the photopigments is similar in normal and anomalous trichromats.
(12) Two of the four observers had normal trichromatic colour vision; the other two were dichromats (protanopes).
(13) A trichromatic model is proposed of constant pattern of colour perception (MCCP) for scenes with a single illumination source.
(14) Schrödinger applies a projective transformation to a standard chromaticity diagram, to demonstrate the common geometry of the chromaticity diagrams derived from the trichromatic and opponent-process theories of color vision.
(15) However, recent evidence indicates that only two types of cones in the trichromatic eye contribute to chromatic border perception.
(16) These project in parallel with a second system of trichromatic long-axon receptors and the L3 efferent.
(17) Individual differences in matching among normal (as well as among both varieties of red--green anomalous) trichromats, on the other hand, suggest that the extinction spectra of the cone pigments sensitive to long and medium wave lengths may differ from one trichromat to the next.
(18) The granddaughter of their eldest brother had difficulties in colour vision tests and was interpreted as an anomalous trichromat of unclassified nature.
(19) For trichromats, it proved to be more difficult to detect the target region in the camouflage condition, even though colour was completely irrelevant to the task.
(20) Implications for trichromatic opponent-response functions are considered.
Trichromatism
Definition:
(n.) The quality, state, or phenomenon of being trichromatic.
Example Sentences:
(1) The results indicate that dichromatic and trichromatic monkeys differ only trivially on tests where performance is based on the contributions of non-opponent mechanisms, that the contribution of spectrally opponent mechanisms to the "brightness signal" is very similar in trichromatic and dichromatic monkeys, and that in increment-threshold discriminations where there are both chromaticity and luminance cues some test wavelengths yield superior performance for trichromats while others appear to favor the dichromat.
(2) It is possible that so-called normal trichromatic vision occurs only between the central blue-blind fixation area and about 30 degrees peripherally.
(3) The fundamental mechanisms of human trichromatic colour vision must satisfy Grassman's law of additivity.
(4) X-chromosome inactivation ensures that the two alleles are expressed in different subpopulations of retinal cone, giving the monkey the basis for trichromatic colour vision.
(5) Control experiments show no low-frequency adaptation in peripheral vision or in central vision in the dark-adapted trichromat indicating that low spatial frequency adaptation cannot be elicited through the rod system of the trichromat.
(6) Retinal densitometry of the foveas of fifteen of the deuteranopes is compared and contrasted with measurements on trichromats.
(7) Of the defectives, the plate test disclosed all but two anomalous trichromats.
(8) Comparable tc determinations were made in a normal trichromat.
(9) The eye, as a trichromatic Fresneloptical modulator of the information present in the amplitude, phase and frequency of the processed light, receives considerably more information on perceived objects than it passes on to the brain.
(10) Many errors were due to the small number of protanopes averaged and inability to distinguish trichromats from dichromats.
(11) The distribution of response variability in Rayleigh equation match widths due to factors other than the spectral characteristics of the photopigments is similar in normal and anomalous trichromats.
(12) Two of the four observers had normal trichromatic colour vision; the other two were dichromats (protanopes).
(13) A trichromatic model is proposed of constant pattern of colour perception (MCCP) for scenes with a single illumination source.
(14) Schrödinger applies a projective transformation to a standard chromaticity diagram, to demonstrate the common geometry of the chromaticity diagrams derived from the trichromatic and opponent-process theories of color vision.
(15) However, recent evidence indicates that only two types of cones in the trichromatic eye contribute to chromatic border perception.
(16) These project in parallel with a second system of trichromatic long-axon receptors and the L3 efferent.
(17) Individual differences in matching among normal (as well as among both varieties of red--green anomalous) trichromats, on the other hand, suggest that the extinction spectra of the cone pigments sensitive to long and medium wave lengths may differ from one trichromat to the next.
(18) The granddaughter of their eldest brother had difficulties in colour vision tests and was interpreted as an anomalous trichromat of unclassified nature.
(19) For trichromats, it proved to be more difficult to detect the target region in the camouflage condition, even though colour was completely irrelevant to the task.
(20) Implications for trichromatic opponent-response functions are considered.