Hi! Does anyone have a good list of all the guest stars? One with links to a database (like imdb or something) or a movie reference would be nice. I found one in french and spanish but since i don't speak any of those languages and the translation didn't really help I'd really like to see one in English.
I have, but how big a star do you want a guest to be?
If they're really big, that's just a few names, if you mean anyone who's been on the show, that's now over 600 names.
As for links to the IMDb, you can easily create a link from the person's name, in the format http://imdb.com/Name?<surname>,+<forename>. Here are the links for the top 20 guest stars generated in just this way...
117 Michael Mitchell http://imdb.com/Name?Clooney,+George
212 Erika Ford http://imdb.com/Name?Shields,+Brooke
213 Susie Moss http://imdb.com/Name?Roberts,+Julia
213 Himself http://imdb.com/Name?Van Damme,+Jean-Claude
223 Ryan http://imdb.com/Name?Sheen,+Charlie
305 Herself http://imdb.com/Name?Rossellini,+Isabella
319 Kate Miller http://imdb.com/Name?Meyer,+Dina
324 Tim http://imdb.com/Name?Crystal,+Billy
324 Thomas http://imdb.com/Name?Williams,+Robin
414 Himself http://imdb.com/Name?Heston,+Charlton
613 Jill Green http://imdb.com/Name?Witherspoon,+Reese
621 Paul Stevens http://imdb.com/Name?Willis,+Bruce
715 Cecilia Monroe http://imdb.com/Name?Sarandon,+Susan
719 Cassie Geller http://imdb.com/Name?Richards,+Denise
720 Melissa Warburton http://imdb.com/Name?Ryder,+Winona
722 Charles Bing http://imdb.com/Name?Turner,+Kathleen
723 Richard Crosby http://imdb.com/Name?Oldman,+Gary
806 Eric http://imdb.com/Name?Penn,+Sean
809 Will Colbert http://imdb.com/Name?Pitt,+Brad
817 Parker http://imdb.com/Name?Baldwin,+Alec
On Fri, 29 Mar 2002, Tennant Stuart stated this considered view. Waking from my doze, I hastily scrawled -
I've thought of creating such links on my website, but just haven't gotten round to it yet.
In fact, it really needs some serious renovation (lots of ancient CCA pics that have been there for years, for example), but it is just such an odious task that I keep putting it off! :)
Curious fact - my DVD vidcaps average 47K compared to 60K for VCR ones, despite them being the same size & resolution!
I can only ascribe this to the increased graininess of VCR pictures causing compression to be less efficient. I'm surprised it makes so much difference though.
Well, first of all the photograph is treated as three black & white images, one each for the red, green and blue colours. Then each image is split up into blocks, usually 16x16 pixels across. It's these little blocks that are actually compressed, so your 24-bit 1600x1200 colour vidcaps are actually converted to 22,500 images, each of them being 8-bit 16x16 monochrome.
Each little image is treated as a block of integers, which is passed through a fancy-schmancy equation called a Discrete Cosine Transform. I can give you the maths if you like, but in a nutshell, the light level for each pixel is split into a set of frequencies, arranged in a matrix.
You do this for each pixel, combining the intensities for each frequency in the rows & columns for the matrix, a bit like doing a Fourier analysis. If you know anything about calculating the sum of a series, you'll know that as you go along you can safely ignore the later numbers, because they're getting rather small, and won't make much difference to the result.
Now, the really clever thing is that for photographic images, most of the good bits that the human eye/brain responds to is in the lower frequencies that end up in the top left corner of the matrix, while the twiddly bits (which can be safely ignored) end up in the bottom right corner.
The numbers are then quantized, by dividing each number by its quantum, which just means how big a step you take. You start off with little steps and end up with big steps, and the bigger steps tend to turn the numbers into zeros. This is where information is lost, hence lossy compression.
The resulting numbers are run-length encoded, which is like saying that your name is spelt H-Y-E and two T's. That doesn't seem very good, but if it was HYEEEEETTTTTTTTT then 1H1Y5E9T would be a lot shorter.
Anyway, with the quantized numbers, they're run-length encoded starting up in the top left corner of the matrix, and then wiggling back & forth along the diagonals until you end up at the bottom right. This tends to put the numbers in a nice order, with lots of final zeros that compress very well. The numbers are then treated as pairs for binary encoding, written out to the file, and followed by an end-of-block marker.
Then it just does the other 22,499 blocks. Easy! :)
Tennant (who has *greatly* simplified, so no carping from experts.)
Yes, there are quite a few errors with guest appearances, because they're handled in a different way from other cast lists. Unfortunately attempts to correct them often makes them worse, with repeated entries.
I should know better than to take anything on the web at face value. That'll teach me!
Is it true that any random person can make an update to IMDB? It looks that way but I wasn't sure. If that's the case then it's no wonder there are so many errors.
You must register, and the document setting out the rules for submitting an update is *several*thousand* lines long. Even then, it may well not be accepted by the people who maintain the various sections, or the database coordinator. But in the past this didn't stop little wars from breaking out over disputed data, such as the spelling of Rachel's surname.
With that kind of criteria, who's Dina Meyer? I had to follow your link to find anything that she's done.
What about Chris Isaaks and Chryssie Hynde? They're big stars. Jason Alexander? He's got a Tony, was on the number 1 television show for years and has been in some big movies. And if you've got Billy Crystal and Robbin Williams then you should add Helen Hunt for her brief appearance. Tom Selleck isn't puff pastry either - was he considered a guest?