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SaneMax's Replies
The most fun band in ESC ever.
For those who don't know Lordi <b><i>https://youtu.be/gAh9NRGNhUU</i></b>. I love the top hat.
They made a horror movie with Lieutenant Gorman from Aliens. Dark Floors [url]/tt0985025[/url].
There's also a TV series based on the same book [url]/tt5031234[/url]. Jack the Ripper steals H. G. Wells' (real) time machine.
Is there a Lordi-like band?
You have to have an IMDbPro account linked to the person's page to change the photo.
https://help.imdb.com/article/author-SaneMax/1/1/G5KNUQH6M74RX9S3
Time loop and causal loop are different concepts.
https://en.wikipedia.org/wiki/Time_loop
https://en.wikipedia.org/wiki/Causal_loop
https://youtu.be/ZtjkYF-nv1I
Mirror for a Hero (1987)
Christmas Every Day (1996)
Retroactive (1997)
Mickey's Once Upon a Christmas (1999)
12 Days of Christmas Eve (2004)
Harry Potter and the Prisoner of Azkaban (2004)
If Only (2004)
Primer (2004)
Camp Slaughter (2005)
The Girl Who Leapt Through Time (2006)
Salvage (2006)
The Last Day of Summer (2007)
Timecrimes (2007)
Triangle (2009)
Prince of Persia: The Sands of Time (2010)
Repeaters (2010)
12 Dates of Christmas (2011)
The Road (2011)
Mine Games (2012)
Blood Punch (2013)
Haunter (2013)
Predestination (2014)
Premature (2014)
The Incident (2014)
The Infinite Man (2014)
ARQ (2016)
Doctor Strange (2016)
Hurok (2016)
Miss Peregrine's Home for Peculiar Children (2016)
A Day (2017)
Before I Fall (2017)
Happy Death Day (2017)
Naked (2017)
Reset (2017)
The Fare (2018)
Game Over (2019)
Happy Death Day 2U (2019)
The Obituary of Tunde Johnson (2019)
Horse Girl (2020)
http://google.com/search?q=18f79c5e40fac1247d91e036731e5812c81999f0
Let's zoom in on the eyes.
https://m.media-amazon.com/images/M/MV5BMTQ3NzM3MTc2NF5BMl5BanBnXkFtZTcwODMxNjA0NA@@.CR340,774,754,258_UX1920.jpg
Yikes!
Yes, this is Google tech support. How may I help you?
All caps is FULL RETARD.
I h4ve 4n 4FfINI7Y pH0R 1337.
You could try posting a message to the official IMDb support community.
https://getsatisfaction.com/imdb?topic-list[settings][type]=problem
Instructions for correcting and deleting data (use the Edit Page button).
https://help.imdb.com/article/author-Mickey_Mouse/1/1/GPFQGX9CFSHW5YUX
https://imgur.com/41tkQ0D
It's a fine poster and the artist did sign it. Look at the lower left side.
https://m.media-amazon.com/images/M/MV5BNTRmOWY0NmYtNGIzYi00NzBlLTk0ZmItOGVhNjlmYTQ2OGFmXkEyXkFqcGdeQXVyMTQxNzMzNDI@.jpg
I added an actress to an episode of a TV show a couple of years ago. The pages were updated a week or two later.
This page says they "often" verify submitted credits.
https://help.imdb.com/article/author-SaneMax/1/1/GAB5B33MBLEG73CT
Pet Rock
Barney Rubble (actual musician)
I think this thread is about letters in the modern <i>Latin script</i> instead of the <i>Roman alphabet</i> used to write the Latin language.
<b><i>W</i></b>e<b><i>L</i></b><i>l</i>, <b>T</b><b><i>h</i></b><i>A</i><b><i>t</i></b>'<i>S</i> <b>s</b><i>O</i><b><i>m</i></b>E<b>t</b><i>H</i><b>i</b><b><i>N</i></b><b>g</b> <b><i>D</i></b>i<b><i>F</i></b><i>f</i><b><i>E</i></b>r<b>E</b>n<b>T</b>. i <i>G</i><b>u</b>E<i>s</i><b>S</b> i<b>M</b><b><i>d</i></b><b>B</b> <b><i>f</i></b><i>I</i><b><i>r</i></b><i>E</i><b><i>d</i></b> T<b><i>h</i></b><i>E</i><b><i>i</i></b><i>R</i> <b><i>d</i></b><b>A</b><b><i>t</i></b><b>A</b> e<b><i>D</i></b><b>i</b>T<b><i>o</i></b>R<b>s</b> <b><i>T</i></b><b>o</b><b><i>O</i></b> <i>w</i><b><i>H</i></b><b>e</b><b><i>N</i></b> <i>t</i><b>H</b>e<b>Y</b> <i>c</i><b><i>L</i></b><i>o</i><b>S</b>e<b><i>D</i></b> <i>t</i><b>H</b><b><i>e</i></b> M<b>e</b><b><i>S</i></b><i>s</i>A<b>g</b>E <i>b</i>O<b><i>a</i></b>R<b><i>d</i></b>S.
XOR encoding with repeating key is simple, but also easy to break. Unbreakable version of this, called one-time pad, uses one-time random key the same size as the message. The most difficult part is generating a truly random key. Keys made with pseudo random number generators can be cracked. Truly random numbers require analog source, like static on an unused radio frequency or noise in an electrical circuit.
I have been thinking of using unconnected sound card line in or microphone inputs as the random source. There's always thermal noise in electrical circuits which is truly random, but there are also other signals like RF interference and power line harmonics which are not random. So the full 16 bit samples are not truly random, but the least significant bit (LSB) just might be.
I think an LSB bit stream from a sound card microphone input would be a pretty good random source.