Shadi Abu Sharar
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- Jan 11, 2013
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- Dubai, London
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congrats!! man enjoy it
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no dragon yet..but why not kodak stock in the meantime
http://www.youtube.com/watch?feature=player_detailpage&v=GpTwgRk2aUU
Really happy for you Phil.. After the new year and after I get back from Paris let's compare notes. Maybe I should take one of my Dragons to Paris!!!!




Phil thanks for your efforts.
I'm curious to know how many stops of dynamic range you can find in DRagon.
For the rest be really impressive.
have also tried the motion mount how it behaves?
After a few days of testing the new OLPF I found myself thinking about something.
Mainly this image:
Now I know how that was created and I think I have a bead on a Xyla 21 down here in LA, so this might happen in the near future.
The above graphic as far as I know was produced sans color science and calibration tweaks and made back in late 2012. Red stated that we would be getting "part" of that possible dynamic range once the color science and calibration was worked out. Now that we have the new calibration and we have the new OLPF. What does the camera "see?"
That's essentially what's been jumping around in my mind.
Been shooting weird charts now and have tested Dynamic Range with the new OLPF and Calibration in a few different ways. Finding some interesting variances along the way.
Sekonic EPTII Chart.
I'm focused on what we can actually see and use. And also measure. Recently I've seen people discuss "captured dynamic range" and "usable dynamic range". That's an interesting conversation in itself.
In these following graphics you should get a general idea for both though.
Stipulations here first. This is with the latest calibration on with the new OLPF, which has changed things a bit. These were created using REDcolor3/REDlogFilm with and without curves applied as I've been finding the most success of extracting the most out of Dragon this way currently. Linear also has a lot of chocolaty goodness, but most don't work that way.
Each square is one stop apart. Exposure was achieved through one stop increments. Base exposure derived from 18% Gray. Note images will have noise outside of Black Shading Calibration. That's not the point of this particular test. What you are looking for though is clear tonal separation. And you can count it.
Red Dragon REDcolor3/REDlogFilm 21 Step - No S-Curve.
Red Dragon REDcolor3/REDlogFilm 21 Step - With S-Curve.
That's clipped in the first square btw.
Essentially this is what Dragon sees and how it sees it under the current/newest calibration that cameras will be receiving with the new OLPF is installed.
Personal note. Charts don't make compelling motion pictures. Shooting controlled wedge patches also doesn't exactly happen in real life either, which is one reason why I think the Xyla test will be interesting as other chaos can occur utilizing that method. However, what these charts can do is illuminate how the camera system, sensor, and calibration works. Which can inform an individuals exposure choices down the line.
Phil can you update thread with new photos of Kozmowould like to see how cool it looks


Dang Son . . . you ever sleep??
Hi Phil,
thank you for the great tests. in case you have time could you please shoot some footages with people and colorful subjects. (like supermarket full of stuff, streets with people and cars, playground etc .)
i really would like to play with these files to see new calibrated sensor and color response. especially to get hi contrast saturated look.
I think the upgrade is worth it just to be able to see your thoughts... :smile5:
Thank you so much for all your very interesting posts. If we upgrade to Dragon, it will be in great part because of you and Gunleik.
