Application 5813

First I will start off with a Redstone circuit. A redstone circuit is a structure that can be built to activate or control. Curcuits can be created to act in response to player activation, or to operate autonomously- either on a loop, or in response to non-player activity such as mob movement, item drops, plant growth and more. The mechanisms that can be controlled by redstone circuits range from simple devices ( automatic doors and light switches), to complex devices (elevators, automatic farms, in game computers). The subject of redstone structures is giant. I only provided an overview of redstone circuits which can be created. Lets start off with redstone basics. A redstone component is a block that provides some purpose to a redstone circuit. A power component provides power to all or part of a circuit(redstone torch, button, lever, redstone block etc). A transmission component passes power from one part of the circuit to another(redstone wire, redstone repeater, redstone comparator). A manchanism component affects the environment (piston, redstone lamp, dispenser. Power: Some kind of blocks could be powered or unpowered. Some blocks will show their powered state visibility. (for example, redstone wire lights up, a piston extends). Opaque blocks can be strongly powered or weakly powered. Weakly powered block will not power adjacent redstone wire. Any power component will strongly power a block, as will a repeater or comparator. Power lever can vary from 0 to 15. Most power components provide power level 15, but redstone comparators and daylight sensors provide a variable amount of power. Redstone wire transmits power to the closer redstone wire, but its strength decreases by 1 for each traveled blck. Power level only fades with wire to wire transmission, not between wire and a device or block. Redstone updates and redstone ticks occur sometimes too. I'm going to move on to signals and pulses. Circuits with a stable output are said to produce a signal- an ON signal (also on high or 1) if powered or an OFF signal (low, 0) if unpowered. When a signal changes from OFF to ON and then back again, that is described as a pulse, while the opposite is described as an OFF pulse. ON pulse are far more common. A circuit performs operations on signals. A manchanism manipulates the environment. The wiki describes the circuit size. Features: There are multiple kinds of features: 1tall,1wide,flat,flush,instant,flush,tileable. There are many different types circuits. I sill list them all to my knowledge: Tranmisson circuit: vertical transmission, repeater, diode, Logic circuit: Or gates, AND gates Pulse gates:pulse generated, pulse limiter, pulse extender, pulse delay, edge detecter, pulse duration tester oscilloscope Clock circuit: Repeater clocks, hopper clocks and piston clocks Memory circuit RS latch, t flip flop d flip flop, JK latch, counter Miscellaneous circuits: multiplexers, randomizers, multi-bit circuits, block update detectors. I hope this enough information for you. This is the redstone knowledge I know.