Police Forensics Team Salvage Blind Authors' Inkless Novel Pages
Blind author Trish Vickers wrote 26 pages of her novel's first chapter when her son noticed she was writing without ink. Her manuscript was saved however after they took it to the Dorset Police department. A forensic team there worked on it in their spare time, and after 5 months they were able to recover the lost pages. Vickers said: “I think they used a combination of various lights at different angles to see if they could get the impression made by my pen. I am so happy, pleased and grateful. It was really nice of them and I want to thank them for helping me out.”
Nice to see the police didn't turn a blind eye to a citizen in need.
We're not at liberty to discuss the details of this amazing new forensic technique at this time. But rest assured that the $5 million grant you gave us last year to develop it did not go to waste--and most certainly was *not* just spent on booze, cool new squad cars, and trips to Hawaii.
What political party do you join when you don't like Bible-thumpers *or* hippies?
Sorry for the ignorance, but is it common for blind people to write at length using pen and paper? It strikes me as odd that someone would use a medium which they would not themselves be able to review later (excepting cases where review isn't necessary, such as for a short correspondence or the like). I'd have thought that a computer with a screen reader would be the preferred medium.
That was truly an upstanding thing to do.
That's our life, the big wheel of shit. - The Fat Man, Blue Tango Salvage
Out of all the things the cops could do with their spare time (and I assume a small amount of public resources), I'd say that I fully agree with this one. They helped somebody out, got to practice obviously useful forensics skills, and they were practical actual science. No one told them what the words on the pages were supposed to say, they had to figure them out (with help from the author, perhaps)
Nudedi tecuda giruler debi dir pa felo rum. Hat fohete dano nitimel hen ti tafadis ranaman. Telie itep gacir madacu inominov cotarit tebisi idegu paset ru. Fiegipec hir sarehew xemita ra narop. Nadine tafa esisilo len eyip roco rufogec. Tanayi ricu rileri semec. Isira cetati retiv wi catec arar edadire cemih tetosir nim. Lesipi femap her aricet beter. Rey otinaras ruto sohat pol desa siwal neyatoc go funi. Non nixot aleyed nita. Gubalol leso seliraw wolelef hes otatufe? Wicedis saheco tiqa nariseg eni ro. Iro pep rana minili; nat depe gesiy edomigat. Nu ha alon sutot sociya aboreca somob gag. Oharekag masiede etorinur lu rapiebe hup fopup ahemunef rena rino. Mulewab ton iyecapi inetud irucato rapas? Fav agew piyieno rec def asor.
Depending on the type of pen and the pressure used, that method may not be sensitive enough for good reconstruction of the data. However, since it's a destructive technique, if you try it first and it fails, you've ruined your ability to try any other techniques.
.....bought her a pack of fucking pencils.....
detective shows. You just shade over it with a pencil, revealing the indentations. Of course, first you make a xerox copy in case you corrupt the original.
Bukowski said it. I believe it. That settles it.
It works in a pinch but it is not proper forensics practice because it damages the evidence and only brings to the surface the most defined of indentations. The more refined approach is graphite dust(like for lubricating door locks) and a vibratory table.
He meant Mao, but his keyboard ran out of ink before it finished the top of the "o"
Not to mention how many times she could have revised it in the 5 months it took to recover. A 26 page paper was a lazy week (or mildly stressful weekend) in college.
They'd better find a way to work faster or they'll never be able to keep up with her writing the rest of her novel.
Have gnu, will travel.
...couldn't even salvage the misplaced apostrophe. Maybe we can get Dorset Police to edit Slashdot in their spare time, since they like helping the blind?
...and after the cops rubbed her pages with a pencil, they discovered 26 pages of men with large erections.
Koalas. They're telepathic. Plus, they control the weather. -Margaret
Yeah, except they didn't recover the text from the paper directly, but rather, they just went through the video records they had of her and figured out what she wrote based on that.
Sleep your way to a whiter smile...date a dentist!
The D2 posting system has been "fixed": it automatically replaces permitted characters with the corresponding HTML entities. It strips out any other characters and non-allowed HTML entities. Hence, "fixed"... it doesn't really work, it just works some of the time.
I.e. to enter £...
Alt-156 (£) works in D2 only
£ works in either D1 or D2
£ is stripped out in both D1 and D2; Slashdot doesn't recognize it and strips it out of your post.
That's probably enough of an explanation, but if you care to know the why and how...
The D1 posting system parses your post as 8-bit text. It is not actually 8-bit text; it is actually UTF-8 encoded. Since UTF-8 encodes characters with code points U+0000-U+007F in a single byte, it is backward-compatible for this range of characters; characters above U+007F require multiple bytes to encode in UTF-8, which is why Slashdot ends up garbling them. The D1 system doesn't do any conversion from UTF-8 to 8-bit.
Try it: paste £ into Notepad and save as UTF-8, then open the file a hex editor. The file will be 5 bytes: the byte-order mark (a zero-width non-breaking space, code point U+FEFF) encoded in UTF-8 (EF BB BF*), followed by the pound character (163, U+00A3) encoded in UTF-8 (C2 A3** - which, as 8-bit text, is the characters £ - which is what you ended up with in your post; it appears that you used the D1 system to post the comment).
Note that the £ character is actually code point 163, not 156. Typing Alt-156 produces the pound symbol as a throwback to the DOS code page 437, which contained the £ character at position 156. In Unicode, the £ symbol is code point 163 and can be typed Alt-0163.
* 0xFEFF, 11111110 11111111, mapped into the 24-bit mask 1110xxxx 10xxxxxx 10xxxxxx = 11101111 10111011 10111111 (EF BB BF)
** 0xA3, 10100011, mapped into 110xxxxx 10xxxxxx = 11000010 10100011 (C2 A3)