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I'm also in the B > A > C camp, FWIW. I agree with OceanWolf in that B
looks most professional. It looks much crisper than the others as well.

On 6/3/2015 08:50, Tony Yu wrote:
> It doesn't sound like this is going to be decided by email votes, but just so 
> the arguments for C
don't dominate, my vote would be:
>
> B > A >> C
>
> C has the least perceptual range (that's quantifiable, right?). Also,
I find A and B much more aesthetically pleasing (that's obviously
debatable). In particular, the yellows and blues in C have a slight
visual vibration. Actually, if you google "visual vibration", one of the
first hits is a yellow and violet image
<https://web.njit.edu/~mmp57/visual%20vibration.jpg>. B would have this
to a certain extent, but it's much more problematic if those colors are
at the limits of the colormap range. It looks like A wouldn't have this
problem at all since it's white point has a very muted yellow tone, so
maybe I'll switch my vote to A. (Personally, it's a toss up between the
two; anything but C, if I haven't made myself clear ;)
>
> Thanks to Nathaniel and Stéfan for putting this together! Hopefully
"jet" can be banished soon :)
>
> -Tony
>
> On Wed, Jun 3, 2015 at 5:20 AM, OceanWolf
<juichenieder-n...@yahoo.co.uk <mailto:juichenieder-n...@yahoo.co.uk>>
wrote:
>
>     Personally, just looking at the images I think B looks more
>     professional, the others look faded.  With A and B I see more of
>     "contrast" in the core of the radial image (though that might
arise from
>     a combination of my monitor/eyes, though I usually do quite well in
>     colour perception tests).
>
>     I think we really need to see a variety of real examples before we
make
>     a decision though, both in application a.k.a different type of
datasets,
>     including ones with NaNs; and different graph types, the 3d
example will
>     make for a good test as we get the same information twice, from height
>     and colour, which gives us a reference for comparison.
>
>     With the NaNs Andreas, why did you pick B over C?  My eyes see B going
>     to white as well, only C as far as I can tell does not go to white.
>
>     Looking forward to having a play later :).  I wonder what Parula-based
>     colormap would look like if we were to make it linear... one other
>     thing, mpl currently doesn't select good bounds with pure
>     horizontal/vertical lines, making it very difficult (at least for
me) to
>     see the perceptual deltas, zoomed in to option_c the line gets
>     completely hidden by the axes...
>
>     On 03/06/15 09:04, Andreas Hilboll wrote:
>     > On 03.06.2015 08:54, Juan Nunez-Iglesias wrote:
>     >> You can always use green for NaN with any of these maps...
>     > In grayscale that then wouldn't be distinguishable at all ...
>     >
>     >> On Wed, Jun 3, 2015 at 4:30 PM, Andreas Hilboll
<li...@hilboll.de <mailto:li...@hilboll.de>
>     >> <mailto:li...@hilboll.de <mailto:li...@hilboll.de>>> wrote:
>     >>
>     >>      > I particularly like that A ends on the white end of the
spectrum
>     >>
>     >>      That's exactly why I don't like A that much.
>     >>
>     >>      In many plots, I need a color for NaN results. This color
should not
>     >>      fall within the normal range of the colormap. In case of B
and C, it
>     >>      would be possible to use white as NaN color. When using
white for NaN
>     >>      in A, it would just look like large values. So I guess I'm
voting
>     >>
>     >>      B > C > A
>     >>
>     >>      -- Andreas.
>     >>
>     >>     
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>     >>
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>     >>
>     >>
>     >
>
>
>    
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