Regarding my own quote posted earlier:
===
"His demeanor on the phone was professional and courteous,
although he did express his obvious chagrin at the myriad
of "Conspiracy Sites" and "Nutcases" that have created
a worldwide furore over his efforts. He indicated his
displeasure at being hampered by the constant and
bothersome interruptions and would prefer that he
be allowed to continue his efforts in peace."
=====
I should CAUTION READERS that the words "myriad" and
"worldwide furore" are MY OWN words and NOT a direct quote
from Mr. Wingo...He indicated that more than one site and more
than one person has basically caused him to feel harassed
and/or bothered. He did NOT specifically mention an exact
number or the names of other sites. The humerous thing was
he mentioned ATS specifically WITHOUT ANY prompting from me!
And again I wish to re-iterate that he was courteous and
professional on the phone but was obviously ANNOYED
at all the attention.
====
On a secondary point regarding photographic manipulation techniques,
MODERN FORENSIC technology would pick up film grain mismatches
in older photographs done using the older "analog" methods
of airbrushing.
And the painting of pixels and digital manipulation was first demonstrated
from what I understand at the precursor to the MIT Media Lab in the
mid 1970's within the auspices of a pre-1980's Project Athena networking
system and using workstations/minisupers such as the 1970's era
DEC PDP 11/Vax 750/Vax 780 and early 1980' era Apollo, Stardent,
Convex and other early pix-oriented computer systems.
Lucasfilm begat some SERIOUS pixel magic when some ex-employees
spun off into their own companies to create the AVID Video editing
system and Photoshop Paint program and then the computer graphics
industry that we have today....!!!!
I remember when 1024 by 768 pixels at 256 (i.e. 8-bit) colour was costing
us over $80,000 U.S. and Now I'm working at 1920 by 1200 pixels
at 64 bit colour and it cost me only $600. I also remember having to
lift a 90 lbs monitor onto desks which was no fun for me....
My new 30" monitor is going to be 2500+ by 1600 pixels and
with a lot more horsepower than MANY of
those early workstations combined!
I'll throw THIS TIDBIT out there though, I DISTINCTLY remember
going to a computer demonstration in 1979 (when I was 9 YEARS
OLD!) where a Commodore PET computer was doing full blown colour
raster imaging using an unusual black-box add-on that a computer scientist
(didn't know what that was at the time) at the demo had said was the most
powerful imaging system on Earth and that many important people were
using it right now! I do remember the ego-fed demeanor and the obvious
pride in those statements but I didn't recognize at the time what
it all meant, just that it was important.
=====
EDIT: FURTHER CLARIFICATION:
I should also note that it was NOT the Commodore PET computer
that was doing the processing but rather a black-curtained box
about the size of an 80 litre (20 gallon) cooler which was
manipulating the first ever high-resolution bitmap of an
aerial photograph I had ever seen AND it was also drawing
vector-based graphics ON TOP of the bitmap.
The Commodore PET computer was used as a front end to input
commands and issue instructions to what in later years
I realized was a multi-CPU raster processor attached to
a high-resolution VERY LARGE ALMOST-SQUARE CRT monitor
of unknown make (possibly Evans & Sutherland?).
I should also note that I have found patents that reference
ultra high resolution raster scanning displays that were
filed as early as 1970 !!!!!
See this link:
www.freepatentsonline.com...
=====
Looking back, I remember that the resolution was stated to be 1k+ by 1k+
pixels (i.e. 1000+ by 1000+ pixels) and I have come to realize that at the
time, I had probably viewed the world's highest resolution colour computer
monitor YEARS BEFORE such displays became common place.
So I am inclined to believe that at least since 1978, we have had raster
scanning systems in the white-budget world of AT LEAST 1000 by 1000
pixels and probably DOUBLE THAT within the Black Budget world!
My belief in those memories is bolstered by the fact that 1000+ lines of
resolution were being worked on by the Japanese and American television
industry as early as 1968 with NHK Japan's analog-based MUSE HDTV
system.
Although I cannot remember the specific words or the exact place or time
or the name of the computer scientist, I DO remember those particular
words "Most Powerful imaging system on Earth" and for some reason
I KNEW that this was IMPORTANT and that I needed to PAY ATTENTION!
I personally know of and have SEEN monitor resolutions of greater than
100,000 by 100,000 pixels using multiple MATCHED projection systems
fed by distributed-image processing systems so I would NOT
be surprised at the advances in imaging technology and I would ALSO
NOT be surprised at what could have been possible as early
as the late 1960's!
I have also seen a DEMO of one of the FIRST RGB laser projection systems
that had an ultra-sharp, very colourful resolution of over 5000 lines at
24-bit colour and was told it could be easily expanded to many
MILLIONS of lines if enough frame-buffer memory and bandwidth was
available to drive the RGB lasers and this was in 1996!
[edit on 30-9-2008 by StargateSG7]
[edit on 30-9-2008 by StargateSG7]