Here's a little "behind the scenes" peak at the technology...
This "unnamed app" runs on top of a headless .DLL (no UI) where all of the calculations and transformations and other mathematical magic happen. I then built some really nice scrolling graphs, meters, CIE charts and other handy ActiveX controls to make an intuitive UI for it. This helps me to instantly "see" how well everything is coming together.
However, Dilard itself probably won't use the UI...just the "guts". I am using the tool to help build Dilard, but the tool wasn't going to become Dilard.
Dilard will just need to know the "data" and then make the "adjustments", but it won't really be an interactive process. The Dilard gamma instructions will be:
1.) Press go
2.) Wait 15 minutes
3.) You are done
You wanted an easy calibration process, right?
In contrast, this "unnamed app" tells you all kinds of information about the state of the display. It's quite fun to watch, really.
I sit and watch the "unnamed" app., while tweaking parameters and see how they affect the read-outs. It's remarkable how much better a sensitive instrument can "see" than we can with our own eyes!
Anyway, I hope that helps clear it up a bit. I know that this is an odd little twist, but it was a necessary step, and a really great tool in it's own right!
(PS - I was just profiling my laptop...Yech! Take a look at how the points on the CIE chart march towards blue as I went down with the gray scale (towards black) and how the temperature graph pinned at the top once I got to a certain point.
Anyway, a quite handy tool!
PS - Sorry for the large size of the graphic. I'm too lazy (or vain) to scale it down.
http://www.dilard.com/dilard/images/noname/noname3.jpg