OT: Today you can drive a Zamboni (sort of)

OT: Today you can drive a Zamboni (sort of)

Submitted by MikeCohodes on January 16th, 2013 at 1:00 PM

So for those of you that don't have Google as your home page, today's Google Doodle is in honor of the 112th birthday of the greatest man known to hockey, Mr. Frank Zamboni.  The doodle today is an interactive one (assuming you have a good web browser) that actually opens up a game where you can play zamboni driver, resurfacing over increasingly difficult carvings on the ice.  The game does have old school video game sounds, so if you are in a cubicle make sure your PC is on mute.

Happy playing and happy birthday Mr. Zamboni!

www.google.com

 

OT: Turing Google Doodle Day

OT: Turing Google Doodle Day

Submitted by Blazefire on June 23rd, 2012 at 1:19 AM

I thought this board might appreciate a little thread on the Alan turing Google Doodle today, given the nature of most of the posters here. It's a computational logic engine (though obviously in this case it's just javascript and doesn't really solve anything.)

Anyway, for those of you having trouble, just pay attention to the symbols and remember the basic formulas for computer logic. A computer can do the following when it reaches a place:

Change that place to the opposite value (1 or 0)

Move ahead to the next place

Move back to the previous place

Change that place value IF it is a different value (1, 0 or empty). If it's not, move ahead or back.

Go To a designated spot in the program.

To solve any of the puzzles, just pay attention to what position the doodle will be working with (where have the arrows moved it to), what that position needs to be (it has to match the strip at the top), and what process will get it to match that value.

Example:

The code you need to match is 101. The code you've started with is 001. The machine will start from the beginning. Each time it makes a change, it starts back at the beginning.

You could set the machine so that it just flips the first two digits, but that won't work, because the first digit would get flipped to a one, then flipped back to a zero on its first time through. Instead, you want to set it so that if the first digit is 0, it becomes 1. If it's 1 or blank, the machine moves ahead to digit two. Same thing there.

Totally OT, I know, but it's June, and Turing deserves a moment of our time.