Winkelpagina
Opus Magnum
Alles Discussies Screenshots Beeldmateriaal Uitzendingen Video's Workshop Nieuws Gidsen Recensies

Opus Magnum

Winkelpagina
Opus Magnum >  Workshop > Workshop van armin.rigo
41 beoordelingen
INFORMATION AGE
Beschrijving Discussies0 Opmerkingen23 Wijzigingen
2
   
Prijs
Toevoegen aan favorieten
Toegevoegd aan favorieten
Verwijderen uit favorieten
Bestandsgrootte
Geplaatst op
1.613 KB
28 mei 2018 om 14:20
1 wijzigingsnotitie (weergeven)
Gemaakt door
armin.rigo
Offline
De verzameling bekijken (mogelijk verborgen)
5,185 unieke bezoekers
1,138 huidige abonnees
21 huidige favorieten

Abonneren om te downloaden
INFORMATION AGE

Omschrijving
Make a very long chain of various metals. The basic materials are the classic ones, but the problem is to know exactly which kind of metal to put where. This information is encoded inside another very long reagent, of the same length. The number of Air atoms over each Salt atom is equal to the number of times the Lead must be transmuted.

Yes I know the information could in theory be re-encoded in the instructions, but the length makes it impractical. If tempted, imagine that this length is not 42 but 250. The puzzle is actually generated by a Python script picking random numbers. I tried with lengths greater than 42 at first, but it takes too long to run the puzzle to completion...
23 opmerkingen
< >
学习笨蛋症 16 apr om 2:09 
The discovery of the solution is inspiring and interesting, but the time to verify the solution is extremely long.
garr890354839 13 okt 2022 om 15:25 
@emlun I figured out a method that just sets up for up to 5 extra atoms up top. The fact that they are air atoms makes no difference, I just make it deal with the potential 5 atoms, then discard what is left.
Haxton 18 dec 2021 om 18:20 
Full throughput: 620/2577/473 [imgur.com]
emlun 30 aug 2021 om 16:56 
Very cool puzzle! I might take some inspiration from this to make something similar...

My first (successful) attempt clocks in at 480G / 4292C / 1895A but cheats a bit by discarding the reagents into an infinite chain after reading them.

@garr890354839 Think about if there's something you can do that behaves differently depending on whether there's an atom present or not.
garr890354839 12 jan 2021 om 20:41 
How do you not hard-code something like this?
sirenhound 12 jul 2020 om 4:26 
I got the general case down to 555/4561/424 https://i.imgur.com/r6T1emq.gifv
Then I improved it to make a tighter gif 570/4553/418 https://i.imgur.com/cU61fwL.gifv
Then I figured I could save money by ditching the obliterator and going with an infinite tail.
I saved 40g but paid for it with a huge increase in area (and huge decrease in frame rate)
530/4553/1309
Dendrite 22 jun 2020 om 10:53 
@armin.rigo yeah, I found an alternative editor on github, that worked.
armin.rigo  [auteur] 22 jun 2020 om 1:40 
@FractalusRex: in general, using the "ompuzzle" web editor. In this case, it's a custom Python script that produces the puzzle file directly: https://gist.github.com/arigo/cc4c014d473e4621293094801ce67f8c
Dendrite 21 jun 2020 om 14:01 
Looks interesting.

One question though, how do you get the product requirement and the reagent to be that large? The editor only allows up to a width of 9, right?
Hoshtog Swog 11 jun 2020 om 5:09 
I got it 430/9628/539 for arbitrary inputs, and 175/1504/59 by cheating and hard-coding it, I love this puzzle!
Genuine. [cdn.discordapp.com]
Cheating [cdn.discordapp.com]