Jeff Liebermann wrote:
On Tue, 2 Mar 2010 09:35:38 -0800 (PST), Bill wrote:

On Mar 1, 7:57 pm, Richard Clark wrote:
On Mon, 1 Mar 2010 10:02:05 -0800 (PST), Bill wrote:
On Feb 27, 5:39 pm, Art Unwin wrote:
we have three types of Leptons each able to produce one of the
primary colours, red, green or yellow. Thus we have three types of
Leptons each able to produce one of the primary colours, red, green or
yellow.
And so on...
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Thanks for printing it again tho full completion of the article would
be much more rewarding
Do you really think green is a primary color, you great braying
jackass?
Green is a primary color - RGB

Not when I was doing my fingerpaints in Kindergarten. When I wanted
green, I mixed blue and yellow. As you all attained your advanced
degrees, did you learn otherwise?

http://www.schoolofcolor.com/acatalog/Blue_and_Yellow.html
A pure yellow and a pure blue would make black not green,
a pure red and a pure blue would also produce black.

I left my crayons at home so I can't try it.

Respectfully guys, Mixing colors like that doesn't give you black. And
it's pointless telling Bill that his mixing of Yellow and blue didn't
give him green.

If you place a dark blue gel in front of you, then place a dark yellow
gel in front of that, it will certainly look black (though black isn't a
color) But that's because all the frequencies are pretty well filtered
out. That is what this guy who wrote that book is probably trying to
say. That and a dollar gets ya a down payment on a cuppa at Starbucks.

Just as an experiment, Make three circles in a paint program. Each
circle is on a different layer

Color one 255 red 0 green and blue.

The next 255 green, 0 others.

last one of 255 blue, 0 others.

So we now have three circles of the different primiary colors, the ones
I learned about in 7th grade art class and have been using since the
early 80's.

So we take the circles, and overlap them so that they cover each other
in parts, yet leave most of their surface open.

Mike you idjit, they just cover each other up! SO let's try to make a
transmission system on a solid piece of paper. Can be done, it can.

Make each color 50 percent transparent. There's a possibility you might
need to arrange the layers a bit. sending one or the other to the back.

I did this, and viola! Got the red green and blue on the outside.
they're looking a little pale, but they're the pure colors. Let's look
in the overlap. Where blue and green overlap is a nice shade of cyan,
blue and red is magenta, but what's this? Green and red is kinda brown!

This is a problem of the surface not being able to function exactly like
transmission. But if you check your color tables, brown is just a darker
version of yellow.

So we have the RGB, or the CYM primary colors.


- 73 de Mike N3LI -