- 이 페이지는 레드스톤에 대해 아무런 지식이 없는 유저들을 위한 문서입니다. 이것을 숙지하여 주십시오
레드스톤 회로는 문을 여는 것에서 함정을 설치하거나 복잡한 마인카트 시스템이나 비밀번호 문을 잠그는 것과 같은 여러가지 목적을 위해 매우 유용하다. 레드스톤 회로는 간단한 살아남기가 지루해지는 플레이어들에게 종종 확장으로 보인다.
회로가 무엇입니까?
회로는 입력과 출력이 있는 와이어와 요소들의 배열이다. 보통, 입력을 바꾸는 것은 출력에 몇몇 변화를 주게 된다. 당신은 여러 개의 입력과 출력을 설치할 수 있습니다.
사용되는 목적
There are three types of component used in redstone circuits, and a circuit will need at least one of all three:
Senders create a "charge" on the redstone wire, and these are used as inputs in the circuit. These include switches, levers and redstone torches. If you press a lever, it emits power, until you press it again. Buttons and pressure plates only emit power for a brief amount of time.
Carriers just keep the charge going such as redstone wire itself and repeaters.
Receivers do something when they receive a redstone charge or the charge stops e.g. doors open and close, tracks switch direction, note blocks play a sound.
기초적인 레드스톤의 개념
Redstone dust laid out in a line makes a wire. Placing a redstone torch beside a redstone wire will provide power to it. Power can only go for 15 blocks distance along a wire. If a redstone wire emits light, it is on, if not, it is off. Repeaters can be used to extend this. Some items like doors and dispensers are activated when a wire pointed at them becomes powered. etc
인버터
Something interesting happens when an ordinary block with a redstone torch on it is powered by a redstone wire. The redstone torch turns off. This allows us to turn off one wire by turning on another one. This is called an inverter. The inverter is also called a NOT gate.
기본 게이트: AND, OR, NOT
AND gate designs.
A logic gate takes a number of inputs (which can be switches, buttons, or levers) and gives an output. The inputs are based on whether or not the switches, buttons, or levers are on or not. The output is a Redstone circuit being powered or not powered.
An AND gate takes two inputs, and if both of them are on, it provides an output. If, for example, your inputs are switches and the output circuit powers a door, this would be the same as having to press both levers down in order to open a door. If one or none of the inputs (levers in the example) are off, then the device won't power.
In the picture above, A and B are the inputs, white blocks are air, orange blocks are solid blocks, red lines are Redstone circuits, and red dots are Redstone torches.
The top picture works because either of the inputs being off leaves the Redstone torches next to them being on, which then turns the Redstone torch powering the input off. If both are on, then neither torch is lit, leaving the torch next to the input lit.
More stuff and things
추가로 읽기
At this point, readers can probably be referred to a number of other pages on redstone, primarily the Redstone circuits article.