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introduction
For detailed mechanisms for blank -oriented stones, please refer to this tutorial. This article will no longer be described.
Basic principle
The spell ring of blank -orbering stone
When the blank -oriented stone receives the moment when the media wave is received, it will immediately select a direction from the two directions of its arrows, and detect whether the direction is adjacent to the adjacent square square block that meets the conditions of the media wave transmission.If not, the media wave transmission will be stopped immediately; if there is a conditional block, the media wave will be transmitted to the corresponding square after the activation state and stays fixed.
The redstone characteristics of blank -oriented stone
When the blank -oriented stone receives the media wave and is activated, it can be the redstone signal with a comparative output intensity of 15.
Introduce concept
Some concepts that are often used in the following parts will be introduced here.
Random signal: Special refers to the redstone signal exported by blank -oriented stone through the redstone circuit, and it has randomness due to the mechanism of blank -oriented stone.
Reference signal: The reference redstone signal exported by the promoted stone through the redstone circuit, the signal change is closely related to the operation of the spell ring.
Random delay: It refers to the time from activation to the successful output random signal.
Reference delay: It refers to the time from activation to promoted stone to successful output reference signals.
The minimum cycle input delay: It refers to the minimum delay of continuously activated the priest to promote the priests through other clock circuits.Please note that the spell ring and redstone are considered here, so it is basically unable to further shorten through any means.
Self -loop: Reverse the output of the reference signal to the priest's promoting stone, so that the magic ring can produce new pulse activation stones after an accident occurs.
Self -loop delay: After connecting to the delay after connecting the above way, there are usually many different delays according to the different results of random results.
1/2 random signal device
Copper signal input Diamond Blood Reference Signal Gold Block Random Signal
Basic parameter
Random signal: Reference signal (number of times) random delay reference delay minimum cycle input delay 1: 216GT4GT22GT
Note: The minimum cycle input delay can theoretically reach 20GT, but the reference signal will not produce pulse.
Tutorial
Materials: Rev. to promote stone X1, blank -oriented stone X1, blank white stone X1, comparative instrument X2, red stone flames, red stone powder
The patterns on the first layer of the second and third layers are only decorated
It should be noted that due to the special mechanism of the priest's promoting stone, this device needs to be bound to be used normally when the players are bound to be in the same dimension.
1/2 Self -cycle random signal device
After the reference signal is connected with the signal input terminal, you can get a self -circulating random device.
Self -loop
Random signal: Reference signal 1: 2 Self -loop delay 24GT/14GT
1/4, 1/8 ... Random signal device
The following 1/4 random signal device is used as a case, and other devices can be made as long as they continue to expand.
Random signal: Reference signal random delay reference delay minimum cycle input delay 1: 426GT4GT
31GT
The production ideas are similar to 1/2. It should be noted that the blank promotional stone in the middle is horizontal.
Other probability random signal devices
Take the 3/8 random signal device as an example (random signal: reference signal = 3: 8). First of all, you need to build a 1/4 random signal device and 1/2 random signal device, and then the random signal output terminal of these two devicesYou can connect to the non -door (reference signal).
[Note: (1-1/4) × (1-1/2) = 3/8]
At this time, the minimum circulation input delay is the largest of all devices (the minimum cycle input delay of 1/4 random signal device here).
Error operation: Create a 1/4 random signal device with a 1/8 random signal device, and then connect the random signal output terminal of these two devices through or door connection.[At this time, the probability should be 11/32]
