APL Hacking: Project Euler Daily (#15)
This was a problem to find all of the forward searching paths in a 20 by 20
grid. This is
APL Hacking: Project Euler Daily (#14)
This problem was interesting in all different ways. It asks for Collatz Sequence
counts. First, I tried to do the
APL Hacking: Project Euler Daily (#13)
So, this is actually my post for Friday, but since I was traveling, I was not
able to post anything
APL Hacking: Project Euler Daily (#12)
This was the first problem that I had to deal with that didn't work right or
quickly if
APL Hacking: Project Euler Daily (#11)
I really liked doing this one. I had no idea how to approach this idea at first.
I couldn'
APL Hacking: Project Euler Daily (#10)
This was a bit of a fun one, since I had trouble trying to get the result into a
32-bit
APL Hacking: Project Euler Daily (#9)
Finally, we get an interesting one. In this problem, I struggled with a desire
to express the solution simply, and
APL Hacking: Project Euler Daily (#8)
Again, this problem was just too easy. I wonder why this one was even given
actually, because in something like
APL Hacking: Project Euler Daily (#7)
Nothing much to say about this one. I use the basic prime sieve on this one. I
am still playing
APL Hacking: Project Euler Daily (#6)
This one was too easy, I probably am doing it wrong.
R←PESIX;⎕IO
⎕IO←1
⍝ Difference between the sum