> Hi
>
> The displayed colour of the individual R, G and B slices is not
> important. The shades of grey you see in the image contain the
> intensity value for the respective channel (R, G or B). If you
> recombined them you would end up back with the original image.
>
> Colin
>
> Dr Colin Rickman
> Department of Chemistry (WP 2.03)
> School of Engineering and Physical Sciences
> Heriot-Watt University
> Edinburgh
> EH14 4AS
>
> Tel: +44 131 4514193 (Office)
> Tel: +44 131 6511512
> Fax: +44 131 6503128
>
>
> On 04/02/2010 15:45, jspecs wrote:
>> Michael,
>>
>>
>>
>> just read the documentation to get a few ideas what could be done:
>>
>> Image>Color>Split Channels
>> Analyze>Histogram for each of the channels
>>
>> or
>>
>> Image>Type>HSB stack
>> Analyze>Histogram for each of the stack slices.
>> Especially the hue slice will be of interest to detect a change of
>> hue (see
http://en.wikipedia.org/wiki/HSV_color_space if you are not
>> familiar with HSB)
>>
>>
>> I have tried what you mentioned, but both techniques seem to generate
>> slices/channels with varying shades of black, gray, or white. This
>> makes me
>> think that the histogram will just generate its results based on
>> brightness
>> as opposed to RGB. Am I wrong?
>>
>>
>>
>>
>