J
John Kelly
"Every solver of the Cube uses an algorithm, which is a sequence of
steps for solving the Cube," said the team of mathematicians, who
include Morley Davidson of Ohio's Kent State University, Google engineer
John Dethridge, German math teacher Herbert Kociemba and Tomas Rokicki,
a California programmer.
"There are many different algorithms, varying in complexity and number
of moves required, but those that can be memorized by a mortal typically
require more than forty moves."
One may suppose God would use a much more efficient algorithm, one that
always uses the shortest sequence of moves; this is known as God's
Algorithm. The number of moves this algorithm would take in the worst
case is called God's Number. At long last, God's Number has been shown
to be 20."
http://www.google.com/hostednews/afp/article/ALeqM5hVw0etMLvSSsBt2NZcg7TSEItQTQ
I wonder if they wrote it in C.
steps for solving the Cube," said the team of mathematicians, who
include Morley Davidson of Ohio's Kent State University, Google engineer
John Dethridge, German math teacher Herbert Kociemba and Tomas Rokicki,
a California programmer.
"There are many different algorithms, varying in complexity and number
of moves required, but those that can be memorized by a mortal typically
require more than forty moves."
One may suppose God would use a much more efficient algorithm, one that
always uses the shortest sequence of moves; this is known as God's
Algorithm. The number of moves this algorithm would take in the worst
case is called God's Number. At long last, God's Number has been shown
to be 20."
http://www.google.com/hostednews/afp/article/ALeqM5hVw0etMLvSSsBt2NZcg7TSEItQTQ
I wonder if they wrote it in C.