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00:22
Yeah using mode did help cut a few more bytes :)
And I did the divisor one differently to you. (4 t's in 13 bytes!!!)
@David Nice reduction!!
:)
00:37
@David t4I/*t2I/*tQv works on the "Nine pattern" one
Maybe the v can be removed
Yeah I had to quickly fix it and now golfing it. It needs to be an array at the end.
I'm not sure the Pyth answer outputs an array
I don't think so either
I didn't realise v concatenated the whole stack!
Much better than hhh!!!!
Yep :-)
See the comments in the Pyth answer. Maybe v can be omitted
Yeah quite possibly, the Pyth one is definitely not an array
Nice job on the distinct sums one, that's a pretty complex answer
00:47
@David Thanks! It feels good to use brute force now and then
Hahaha
I thought you could get convolution in their somewhere!
I'll leave that to flawr :-P
@David I just remembered E! You can shorten your t4*3/t2*3/tQv to t4*3/tE3/tQv
convolution everywhere!
2
00:57
Hey @beaker!
:-D
ahhhhhh!
hallo :)
Did you guys see this challenge? I don't see why it go so many downvotes
0
Q: Hi, can you draw some odd art? Bye!

Stewie GriffinCreate a program that outputs "Hi, Hello!" in k bytes. By altering n bytes, the code should output all odd numbers in the range 5 <= x <= 25. Changing another m bytes should result in a code that prints the following frame in ASCII-art: +-+ | | +-+ Change another o bytes, and print Hello, bye!...

I'm off to sleep, it's really late here!
g'nite @LuisMendo
Good night!
01:04
bye!
Thanks for that edit @LuisMendo
I think I should stop looking at that question
 
1 hour later…
02:39
@LuisMendo becuase it is kinda trivial
not very interesting
 
7 hours later…
09:18
@David You can save two bytes if you convert initially to int64 and get rid of the two round: Xot4*3/tE3/tQv Apparently integer operations in Matlab round to closest integer
 
2 hours later…
10:55
Clever!!

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