Item transmission
Basic items related to items transmission
The equipment related to items has a pipeline of target container, conveyor belt, robotic arm, object pipeline and other modules.The conveyor belt and the robotic arm can be used as a covering board for machine and item pipelines to achieve the transfer of items. The difference is that the robotic arm can accurately set the number of transmission items.
Conveyor belt
Taking a simple item transmission as the case, the box A containing the gold apple A is the three boxes on the right B, C, and D transmission items.Therefore, we can use the conveyor belt to extract box A, and pay attention to see the conveyor belt covering board tightly to the right side of the box.
Using the screwdriver can open the GUI of the coverage board, as shown in the figure below:
You can see the transmission rate settings, filter input output mode settings, filter card slot, special IO settings, and distribution mode in the lower right corner.
Transmission rate: The maximum value of the unit time transfer item is determined by the voltage level of the conveyor belt, and the player can modify it by themselves.
Model: The transmission direction of the conveyor belt has two modes: input and output.
Case 1: The conveyor belt is installed on the item pipeline
The meaning of input is that the item is transferred from the outside world to the pipeline system, and the meaning of the output is that the item is transferred from the pipe system to the outside world.(The same theory of robotic arm, electric pump, fluid caliber)
Case 2: The conveyor belt is installed on the machine (or item container)
The input refers to the transfer from the outside world to the machine/item container, and the output refers to the transfer from the machine (or item container) to the outside world.(The same theory of robotic arm, electric pump, fluid caliber)
Filter card slot: Install items filter card, mineral dictionary filter card, and smart item filter card can achieve the filtering function and screen the required or unnecessary items.
Special IO mode: There are three modes: disabled (default options), filtering, and no filtering.
Distribution mode: There are three modes: recent priority, enhanced rotation scheduling, and rotation scheduling (order).
In this case, if the conveyor belt selects the latest priority mode, then the conveyor belt will transfer the items in the box A to the nearest box B. If the box B is full, it will transfer the next more box.
If it is an enhanced rotation scheduling mode, then the conveyor belt will allocate the same amount of items every second to B, C, D, and assume that the teleportation rate is 12 items/seconds, then B, C, D will go from the box per second from the box per second.A accept 4 items (12/3 = 4) in A.In this example, if the transmission rate of the conveyor belt is not 3 times, it is "as possible" to average transmission.
If it is a rotation scheduling (sequential) mode, the conveyor belt will first transmit the nearest box B, followed by C, and finally D.The sum of the transmission rate of the container accepted by the unit during the unit time is the transmission rate of the conveyor belt.In this case, if the transmission rate is 6, the B, C, and D box will get two golden apples (6/3 = 2) in order in order.If the transmission rate of the conveyor belt is not a multiples of 3, it is "as possible" to be transmitted average.
Then talk about the filter card rules. The item filter card can set nine types of items, and can be specified as a blacklist or whitelist.It is worth noting that the transmission process will be transmitted in the order of the items of the container, which is not dependent on the filter card.
Robotic arm
The function of the robotic arm and the conveyor belt is similar to the GUI, as shown in the figure below:
The biggest difference is that it has three modes: arbitrarily transmission, accurate supply, and replenishment.
In any transmission mode, it is the same as the conveyor belt function.
Accurate supply: The mechanical arm will be accurately transmitted accurately according to the transmission volume set by the accurate supply, and it will not transfer items as below this value.For example, assuming that in this case, there are 52 gold apples in the box A, and the accurate supply setting value of the robotic arm is 10, then it can only be transferred to 10 gold apples each time.When the box A has two golden apples, the robotic arm will not transfer items.However, in the conveyor band mode, the two golden apples remaining in the box A will be transferred.
The filter card in the precise mode can not only set the type of item, but also set the amount of filter card slot items. The method is to insert the filter card first, and then take out three stone from the backpack.), As shown in the figure:
At this time, the robotic arm will transmit three stones and three golden apples each time (transmitted by two items at the same time), and items lower than the set value will not be transmitted.
Maintaining supply: Robotic arm will maintain the number of objects corresponding to the target container.As shown in the figure below, the left box (equipped with a group of golden apples) is attached to the conveyor belt, and the golden apple in the box is waiting to be transmitted.The box on the right is close to the robotic arm, waiting for the golden apple transported by the left box. The robotic arm is set to maintain the supply mode and maintain the supply value of 10.In this case, when the number of golden apples in the right box is greater than or equal to 10, that is, the robotic arm keeps the supply value. At this time, the robotic arm will not transfer the golden apple on the left.Only when it is less than 10, the robotic arm will transfer items until the number of objects corresponding to the target container reaches a given value. Of course, the above transmission cannot surpass the constraints of the filter card.
Similarly, keeping the filter card in the supply mode can also be set, as shown in the figure below:
At this time, the box (robotic arm is close) at this time will keep the number of stones and golden apples of 3.
Special circumstances of accurate supply mode:
Case 1: There are many types of items in the container, and the number of each item is lower than the accurate supply value, but the sum of the number of items in all types is greater than the supply value. At this time, the robotic arm will not transmit items.Case 2: There are many types of items in the container, but the number of some types of items is greater than the supply value. At this time, the robotic arm will transmit this type of items.
Special circumstances of maintaining the supply mode:
Case 1: The box on the left is not exactly a single item, and there are other types of items. At this time, the robotic arm will transfer all types of items to the target container one time in order, until the sum of the number of these different types of items is 10.
