All -- Here are the results from my latest series of experiments.
https://1drv.ms/b/s!AkD78CVR1NBqkKp_VPzdrpWBt3Cunw
There are 6 pages in this PDF.
Page 1 is my ROSCO filter data.
Page 2 is from Lee filters web site (much better chromaticities than the
ROSCO 2009 filter).
Page 3 is my (405nm?) violet laser pointer data.
Page 4 is PANTONE Violet from PANTONE web site (had to go to PANTONE at one
point or another...).
Page 5 is measurements from my Argon AR-15 lamp (glad I bought it many moons
ago...).
Page 6 is measurements from a Technikon 410nm interference filter from my
wife chemistry days.
The Technikon filter *has* to be closest to CIE 15-2:1986 Table 1
Chromaticity coordinates, in my opinion.
I mean, a CIE y = 0.009 is something I'll never see on my monitor.
So, now, if 410nm is really to be considered "Violet" then I can tell what
"Violet" looks like, visually.
To push my experiment further, I'd have to shine a much more powerful light
source through it than the PAR20 50 W halogen bulb I used to illuminate it?
So that I can "see" what kind of chromaticities I get at higher Luminances.
I find it noteworthy that the Violet laser pointer has about the same
chromatiticies than the 410nm filter?
Best / Roger
