Red-green-blue ( RGB ) colour spaces are used because light is detected in the human eye in terms of RGB . RGB is also most convenient where colours are being reproduced by an additive process of light such as in television or computer monitors.
32.
To check that it's safe to re-split it, you also need to check for " planarity in colour space " ( Red / Green / Blue space )-so now you are doing a six-dimensional check in X / Y / Z / R / G / B space.
33.
:: : The colour problem was a result of the original version using the CMYK colour space, rather than sRGB . CMYK is intended for printing applications, not viewing via a web browser . sRGB is the standard for web applications . talk ) 18 : 21, 16 August 2010 ( UTC)
34.
If it be allowed that the notion of hue can arise through abstraction even though it cannot in any instance be separated from a given example, then it may be fairly argued that the ability to fill a gap in the colour space is quite a different matter to coming up with an isolated idea without any prior impression.
35.
This technique suffers in that not all colours are treated evenly-colours in the centre of the colour space ( so at [ 0.5, 0.5, 0.5 ], or grey ) would be flagged as being similar to a higher percentage of the total colour space than a colour like white would.
36.
This technique suffers in that not all colours are treated evenly-colours in the centre of the colour space ( so at [ 0.5, 0.5, 0.5 ], or grey ) would be flagged as being similar to a higher percentage of the total colour space than a colour like white would.
37.
"One major change that came about in Heron's painting as a result of his time in Sydney, was a greater awareness of the white primed canvas as a colour space in its own right . . . . the Sydney Garden Paintings gave Heron the licence to create works that were seemingly quickly wrought and sparsely painted which even appear at first to be incomplete or negligent.
38.
:: salix alba-Yes sadly, it is quite possible the sphere intersects more than one side, for example if the point was at one of the corners of the cube . the basis of the problem is that I'm investigating various approaches to deciding whether a given colour in an RGB colour space ( here represented as a cube like the following RGB # Representations ) is " similar " to another colour . the natural approach would be to calculate the distance between the two colours ( or points ) and to then determine whether this is below a certain threshold.
