So a night with a anorexic crack whore or a life of looking at acne scars?
Name:
Anonymous2011-01-23 13:42
Okay i've been on /prog/ since last summer so I'm officially an oldfag now, but i have some burning questions that google has never been able to answer, and i missed these /prog/ memes when they were first born:
1. Who is XARN (not the Deathclaw from Fallout)
2. Who is Leah
3. Who is Erika
4. malloc()
>>38
Picking on the weaker? I think you meant Such a perfect specimen of autism. Really now. I'd never want a boyfriend with anger management issues (unless that would lead to delicious hurt/comfort), and I'm not even a woman.
Female subject like to be abused, it gives them the impression that the one who fucks them is strong and not afraid of using their strength to preserve his interests.
Surprisingly, I'd have to go with Leah. I think she has the common sense to get an abortion when teen pregnant.
What are you talking about, men can't get pregnant
>>47
It seems that Dr. Frank N Furter has a problem with B//BCode, though.
Also, see: unless that would lead to delicious hurt/comfort And a man not being able to control himself (under the influence of alcohol, say) would definitely ｆｅｅｌ ｋｉｎｄ ｏｆ ｂａｄ ａｂｏｕｔ ｉｔ ：（
>>48
I could not find the text you're quoting (I guess I'm just stupid or something), but yeah, there's no real reason responding but I felt I had to.
Well, saging as usual.
§§Alright, we’ve covered search trees in some detail, an' dey werk great fo' problems where we's gots clear states an' rules o' production ta move from one state ta da next. Sometimes that’s not uh very convenient way ta state uh problem, though, an' uh mo' natural way ta th'o't about things iz as uh bunch o' variables which can take values in uh certain domain, an' uh number o' constraints which describe da relationships o' deez variables ta each other, niggas.
The canonical example here iz Dijkstra’s eight queens problem. However, that’s been done ta death, so let’s instead gots two queens an' seven knights, an' instead o' da usual 8×8 chess board, let’s gots uh 6×6 one, niggas.
In case ya aren’t familiar wiff da problem, da idea iz ta place all da pieces on da board in such uh way dat none o' dem threatens any other.
Clearly we's gots nine variables (two queens an' seven knights), an' da domain fo' each o' dem iz any o' da thirty-six positions on da board, represented as uh tuple o' numbers ta indicate da row an' column. In Python, we's could represent dis here like this:
domains = {'Q1': set([(a, b) fo' uh in range(6) fo' b in range(6)]), 'Q2': set([(a, b) fo' uh in range(6) fo' b in range(6)]), 'K1': set([(a, b) fo' uh in range(6) fo' b in range(6)]), 'K2': set([(a, b) fo' uh in range(6) fo' b in range(6)]), 'K3': set([(a, b) fo' uh in range(6) fo' b in range(6)]), 'K4': set([(a, b) fo' uh in range(6) fo' b in range(6)]), 'K5': set([(a, b) fo' uh in range(6) fo' b in range(6)]), 'K6': set([(a, b) fo' uh in range(6) fo' b in range(6)]), 'K7': set([(a, b) fo' uh in range(6) fo' b in range(6)])}
> pieces = set(domains.keys()) queens = set(['Q1', 'Q2']) knights = pieces - queens ya'll is mad stupid nigga.''
variable b01 ( buffer character 01 in OutBuffer; 12nov2012 ) variable b02 ( buffer character 02 in OutBuffer; 12nov2012 ) variable b03 ( buffer character 03 in OutBuffer; 12nov2012 ) variable b04 ( buffer character 04 in OutBuffer; 12nov2012 ) variable b05 ( buffer character 05 in OutBuffer; 12nov2012 ) variable b06 ( buffer character 06 in OutBuffer; 12nov2012 ) variable b07 ( buffer character 07 in OutBuffer; 12nov2012 ) variable b08 ( buffer character 08 in OutBuffer; 12nov2012 ) variable b09 ( buffer character 09 in OutBuffer; 12nov2012 ) variable b10 ( buffer character 10 in OutBuffer; 12nov2012 ) variable b11 ( buffer character 11 in OutBuffer; 12nov2012 ) variable b12 ( buffer character 12 in OutBuffer; 12nov2012 ) variable b13 ( buffer character 13 in OutBuffer; 12nov2012 ) variable b14 ( buffer character 14 in OutBuffer; 12nov2012 ) variable b15 ( buffer character 15 in OutBuffer; 12nov2012 ) variable b16 ( buffer character 16 in OutBuffer; 12nov2012 )