Don't worry about what the matrix then. Just assume that its a magic square of numbers that when you multiply it by itself enough times, the Fibonacci numbers will magically appear for you in the upper-left corner of the squareSteve Jung said:*raises hand* Um. Mr. Arden. I never learned about matrices.![]()
I am too.
Rystil Arden said:OK. Now the fun part.
Now if you're following, you can tell me my secret method![]()
Follow my advice from above--pretend its not a matrix. Its just some variable that gives you the Fibonacci numbers when you multiply by itselfEvilhalfling said:nope. You lost me at matrix.
I spent several hours last semester trying to square a 5x5 matrix
It didn't need to be squared, just running the data through twice was acceptable. I knew this and I was trying to see I could do it
the answer was no.
now just considering them makes my head hurt.
Steve Jung said:She didn't tremble, but boy did she jiggle.![]()
Rystil Arden said:Follow my advice from above--pretend its not a matrix. Its just some variable that gives you the Fibonacci numbers when you multiply by itself![]()
Steve Jung said:She didn't tremble, but boy did she jiggle.![]()
Okey dokey. The key is to combine the two things I mentioned to calculate Fibonacci numbers really really super duper fastEvilhalfling said:Okay I'll see what I can do with it.
Nobody gets it when I use the Fibonacci sequence in my D&D campains - unless it is posed directly as a puzzle.
Evilhalfling said:Okay I'll see what I can do with it.
Nobody gets it when I use the Fibonacci sequence in my D&D campains - unless it is posed directly as a puzzle.
Darth K'Trava said:And Croth starts listening to the new Eminem single "Ass Like That"...![]()