Winkelpagina
Portal 2
Alles Discussies Screenshots Beeldmateriaal Uitzendingen Video's Workshop Nieuws Gidsen Recensies
Portal 2 >  Workshop > Workshop van shane716
130 beoordelingen
Binary Number System Behind the Scene
Beschrijving Discussies0 Opmerkingen12 Wijzigingen
   
Prijs
Toevoegen aan favorieten
Toegevoegd aan favorieten
Verwijderen uit favorieten
Singleplayer
Tags: Button, Weighted Cube, Faith Plate, Flip Panel, Laser Emitter, Laser Catcher, Glass
Bestandsgrootte
Geplaatst op
13.709 MB
21 jul 2012 om 21:33
1 wijzigingsnotitie (weergeven)
Gemaakt door
shane716
Offline
Alle 13 verzamelingen van shane716 en anderen bekijken (sommige zijn mogelijk verborgen)
125 unieke bezoekers
708 huidige abonnees
2 huidige favorieten

Abonneren om te downloaden
Binary Number System Behind the Scene

In 1 verzameling van shane716
Binary Number Switches
5 items
Omschrijving
This is not a puzzle.

Binary Number System (4-digit)

Binary Number System (5-digit without numbers on the wall)
http://steamproxy.net/sharedfiles/filedetails/?id=86085547

The buttons from left to right represent 2^3, 2^2, 2^1, 2^0, respectively.

*********************************Connection List************************************
There are four buttons.
2^0 is Button 1
2^1 is Button 2
2^2 is Button 3
2^3 is Button 4
We'll name them B1-B4

And there are 8 lasers and 15 flip panels, each panel represents a number from 1 to 15 (there could be 16 panels if you want to include 0). We'll name them L1-L8 and P1-P15

Because there are maximum 8 connections per item, I have to connect the buttons to lasers first,
and split each of L1-L8 into two lasers. So there are actually more than 8 lasers, but I won't list the splitting here.

L1-L4 start disabled and L5-L8 start enabled

B1 - L1L8
B2 - L2L7
B3 - L3L6
B4 - L4L5

(if you want to include 0, connect to L5678)
P1 - L1567
P2 - L2568
P3 - L1256
P4 - L3678
P5 - L1357
P6 - L2358
P7 - L1235
P8 - L4678
P9 - L1467
P10 - L2468
P11 - L1246
P12 - L3478
P13 - L1347
P14 - L2348
P15 - L1234
12 opmerkingen
< >
stormsend 6 aug 2014 om 14:47 
Cool. Thanks.
Rei 10 dec 2012 om 20:12 
Very nice concept!
Is somebody in here interested in a pretty designed puzzle, made out of digital circuits?
I can highly recommend my " PortCalc " for binarylogicians like us ^_-
N-Sunderland 8 aug 2012 om 6:01 
Ah, I see. Instead of splitting lasers, though, a useful trick is to put an extra relay in the laser's path. Just a little note for the future :)
shane716  [auteur] 7 aug 2012 om 16:33 
I actually built the 5-digit system first. In that one, I had to split the lasers. Then I built the 4-digit one by modifying the 5-digit one. So i didn't need to count how many connections each item has to have, as there must be already enough space.
So you probably can build the 4 digit one without splitting them.
N-Sunderland 6 aug 2012 om 13:06 
Why did you need to split the lasers? I managed to fit all of the connections into eight:

http://steamproxy.net/sharedfiles/filedetails/?id=87531822
cyron43 30 jul 2012 om 8:49 
Wow thank you so much for your effort. :-)
shane716  [auteur] 30 jul 2012 om 7:40 
The connection list is the description now.
cyron43 28 jul 2012 om 15:20 
Hi Shane,
I'm with Geneosis. This is a very interesting thing but I'd like to know how. Maybe you can write a connection list. You see what I mean when you visit some of my circuitry maps and look into the description.
M. Ferby 27 jul 2012 om 11:28 
wow.........wow
Geneosis 23 jul 2012 om 3:35 
Well in theory you just have to place the button close enough to the lasers they activate and the antline will be visible ^^ So maybe move all the laser mechanism in front of the buttons or something...