Sentence examples for classical color from inspiring English sources

Its dimension is not always equal to three, as for classical color spaces.

On contrary to classical color spaces, we treat the R, G, and B components as a sampled spectral signal.

However, these classical color spaces mostly treat the R, G, and B components as three independent elements.

Through linear or nonlinear transforms, the RGB color space can be transformed to other classical color spaces.

We define a new kind of color space by selecting a set of color components which can belong to any of the different classical color spaces.

In this paper, on contrary to classical color spaces, we treat the R, G, and B components as a sequence of a spectral signal, called a RGB signal.

Further, consistent with prior reports in individuals with other psychopathologies using different Stroop fMRI paradigms, our more classical color-word Stroop design revealed bilateral activations in the caudal dorsal anterior cingulate cortex (cdACC) and hypoactivations in the rostro-ventral anterior cingulate cortex/medial orbitofrontal cortex (rACC/mOFC).

Because of this, it has been subject of interest to obtain the Hajós-like theorems for several variations of the classical coloring problem.

Moreover, power losses related to standardized colors defined in the classical RAL color set are investigated.

Most classical coat color genes encode factors produced in the skin and/or hair follicle that signal locally to melanocytes or within them (Hirobe 2011; Slominski et al. 2004).

In this paper, we are interested in a variation of the classical Vertex Coloring Problem, which is called the Weighted Coloring Problem.