2024-12-09 18:31:06|Myriagame |source：minecraft skins
This tutorial is set by the author to use the CC By-NC-SA protocol.
In Gray technology, the coverage version is the best auxiliary facility for the GT automation system.
Various covers can be attached to the functional blocks of most GT, including machines, pipes, cables, frameworks, etc.;Right -click on the handheld cover to attach the cover version to the square. Right -click with a crowbar, you can remove the cover version; right -click with a screwdriver, you can adjust the cover version of the working mode.Each surface can only be attached to a cover version, and the front of most machines cannot be attached to the coverage version.
After any square is attached to the cover version, the cover version is removed and retained when disassembling the box.Therefore, when it is inconvenient to attach to the adjustment cover version, we can first set the cover version on the square, then remove the square, and finally place the square in place.
When a surface of the block is attached to the cover version, the side of the block will not be connected by the default with the adjacent block -the connection of the item pipeline, fluid pipeline, cable, and redstone signals will be blocked.Right -click the operation of GUI.If there is no special mode covering the cover version, right -click or sneak right -click to adjust its mode with a screwdriver, and will allow the specific one or several items in the table belowCable) Cross the cover version to connect.
Redstone allows the redstone signal through the cover version provided to the blocks covered by it ENERGY
Allowing energy through the cover version provided to the squares covered by it
Allow the cable to connect through the cover version
Fluid
Allowing the fluid through the cover version provided to the squares covered by it
Allow the fluid pipeline to cross the coverage version of the connection
Item
Allowing items through the cover version provided to the squares covered by it
Allow the item pipeline to connect to the cover version
As shown in the figure.In the figure on the left, the pipelines that should have been connected to the cable machine should be separated; in the right picture, the coverage version is adjusted to the energy mode, and the cable is connected after the coverage version.
Of course, for those coverage versions with specific functions, both the blocking or the adjustment of the mode is different from the ordinary coverage version. See below for details.
The content in this tutorial is subject to GT5.09.29.There may be some items in other versions, and some details may be different; but the overall function should be similar.
Board, foil and lens
The most common cover version.Various types of boards, including ordinary plates, dual plates, dense plates, wooden boards specially used as decorative, paper cards, foil made of various materials, lens, wool carpet, etc.Can be used as a cover version.
The main role is to decorate, or use them to cut off the connection between the pipeline and the machine.
As shown in the figure.From the first row, the coverage versions from left to right are: copper plates, dual aluminum plates, dense lead versions, rubber sheets, paper, birch covered version, amber gold foil, and amethyst lens.
Workshop cover version
In addition to the partition connection of the workbench, the GUI of a workbench is opened when the surface covered by right -clicking it is used for synthesis.
From the perspective of saving space, it is better than the workbench, isn't it?
There is a workbench covered with a workbone -covered fan.
Tibbing module
The function of the transfer belt module is the transmission item, and the cable is allowed to connect to the square with the surface of the pipeline through its coverage.
Different levels of conveyor belt work rates are different:
Level working cycle Her work cycle LV20SMV5SHV1Sev5TIV1TLUV1T
ZPMV1T
UV1T
Each working cycle of the conveyor belt will convey the "1 group" -the all items in one grid.
Right -click with a screwdriver to adjust the working mode of the conveyor belt.When adjusting, there will be text prompts at the bottom left. Different text combinations represent the following behavior:
Export output Import input Conditional Machine control coverage board When opening, work inVERT COND
Working when the machine control coverage board is closed
Export allow input
Output, and allow you to enter the import allow output from this side
Enter and allow output from this side
If the box attached to the conveyor belt module has a power cache, each transmitted item will consume 4EU; otherwise, the teleportation belt transmission item does not require energy.
The portal module above the chemical reaction kettle is adjusted to Input with a screwdriver to enter items from the crystal box above to the reaction kettle.
Pump module
The function of the pump module is to transmit fluids, and the cable is allowed to connect to the square with the surface of the pipeline with the square.
The rate of transmission of fluids at different levels of pump modules is different:
Level transmission rate Level transmission rate LV32MB/TMV128MB/THV512MB/TEV2048MB/TIV8192MB/TLUV32768MB/TZPMV131072MB/T
UV524288MB/T
The pump module can also adjust its working mode with a screwdriver, and the meaning of the various modes is the same as the conveyor belt: Export output Import Import input Conditional machine control coverage board is operated when working.
Working when the machine control coverage board is closed
Export allow input
Output, and allow you to enter the import allow output from this side
Enter and allow output from this side
If the squares attached to the pump module have a power cache, the electricity consumed by the transmission of fluid is 0.1EU/MB; otherwise, the pump module transmission of the fluid will not consume energy.
As shown in the figure, the pump module on the side of the electrolytic machine is the default Export (output) mode to output oxygen to the water tank next to the water tank.
Robotic arm module
The function of the robotic arm module is to accurately transmit items, and the cables are allowed to connect to the square with the noodles covered by the pipeline.
The working cycle of the robotic arm module is exactly the same as the conveyor belt, and it is also a "group" item in a grid; the difference is that the robotic arm module can accurately put the item into a grid.
PUTS OUT Into Adjacent Slot #n outputs N -grid Grabs in for Own Slot #n
Enter the n -grid in this block
By right -click on the left and right sides of the robotic arm module, the number of the grid number of the robotic arm module can be increased or decreased, and the adjustment of the robotic arm is output or input item.Right -click to increase or decrease 1 number at one time; right -click to increase or decrease 16 numbers with a screwdriver.For each number of the grid, such as the No. 0 grid is the grid in the upper left corner of the box; the No. 4 grid is the first input grid of the GT unilateral block machine.
If the blocks attached to the robotic arm module have a power cache, each item is transmitted by 4EU; otherwise, the mechanical arm transmission item does not require energy.
It should be noted that the priority of the robotic arm work is less than the automatic output of the machine and the input of the item pipeline. Therefore, it is not possible to work "correctly" when attaching the robotic arm to the item pipeline.
As shown in the figure, the robotic arm on the side of the centrifuge is set to Grabs in for Own Slot #5, which is "enter the No. 5 grid in this block", so the items are captured to the second input grid for processing.
Drainage channel
The actual role is "drain direction", that is, if the blocks attached to have sufficient fluid cache, the drainage channel will draw the fluid cubes it faces into the fluid cache.Each fluid block is equivalent to 1000MB fluid, so please make sure the fluid cache of the blocks attached to it is greater than this number.Of course, it is invalid when the drainage is attached below the block.
As shown in the figure, the input warehouse covered by drainage channels is drawn from the water blocks in the world.
At the same time, if the drainage channel is attached to the front of the block and keeps open -air, then it will be able to pick up rainwater in rainy days, and the amount of rainwater depends on its biological group system.
At the same time, there are several types of drainage channels:
Import
Empty fluid Conditional Machine control coverage board when opening the INVERT COND
Working when the machine control coverage board is closed
Among them, the fluid mode is the function as described above, working once every 2.5s; the empty fluid mode is to try to discharge the fluid in the direction it faces in the air -but this mode is not very easy to use very easy to useEssence
Fluid filtration
As the name implies, the fluid filtering version can filter a specific fluid input.Holding any containers equipped with a fluid -including barrels, fluid units, forestry water cans, etc., right -click to the middle of the cover version (but some containers may pour out the fluid), you can set the fluid you want to filter;Right -click the screw knife to adjust its working mode:
All input
Only allow the filtered fluid to enter DENY Input
Refuse the filtered fluid input no output
Prohibit fluid output permit any output
Allowing fluid output
As shown in the figure, the fluid filtering version of the fluid on the branch road is set to water, and the pattern is set to Deny Input, Permit Any Output, that is, "refuse to input water and allow any output" to prevent the water flow from entering the branch path.
Fluid
It is similar to the pump module, but it can accurately control the flow of input/output.
The empty -handed right -handed stream of the streaming version of the cover version of the version will be increased or decreased by the amplitude of 1MB/T each time; the amplitude of the screwdriver is 16MB/T when adjusting the screwdriver.The flow is the output fluid in the era of the positive number, and the input fluid is input for the negative era.
Different levels of fluid calibration coverage can be adjusted differently, but the traffic of the same level pump module is the same:
Level upper limit level Lv32MB/TMV128MB/THV512MB/TEV2048MB/TIV8192MB/T
If the block of the fluid calibration covers the block has a power cache, the electricity consumed by the transmission of the fluid is 0.1EU/MB; otherwise, the pump module transmission of the fluid will not consume energy.As shown in the figure.The input warehouse of large gas turbines is used with fluid calibration covers to limit the input flow to maximize the utilization of fuel.
Fan plate
It is used to dynamically limit the connection of its attached surfaces, or to connect the faces it attached.
There is a total of 4 work mode in the fan board:
Open if work enabled
Connect when the machine control coverage board is turned on
Open if work disabled
Connect when the machine control coverage board is turned on
Only output allowed
Only allow the blocks attached to output out output onPut Allowed
Only allow the neighboring block to enter the blocks attached to it
As shown in the figure, all the fan plates between pipelines are set to only allow outputs to prevent fluids from returning.
Machine control
It is used to control whether the machine is working, and at the same time, it can also determine the state of the above -mentioned many covers.
Depending on the mode, the machine control covers the operation of the machine after receiving the redstone signal.
Normal only allows the machine to run INVERT only when receiving the redstone signal and only allow the machine to run No work at all when the redstone signal is not received
Always prohibit machine operation
As shown in the figure.The pump module is set to Import (CONDITIONAL), that is, the machine control coverage version is pumped into the fluid when the cover is turned on, and the machine control covering version next to it is set to INVERT, that is, the reverse signal response.Therefore, when the machine controls the coverage version receives the signal, the pump module stops working.
Object detection
Detect the items in the machine grid, and determine the strength of the redstone signal output according to the number of items.
Normal checks the number of items in all grids of the machine, the more the number, the stronger the signal.INVERT is the same as normal, but the strength of the reversal signal.
Slot: n and normal, but only detect the items within the nn grid.
As shown in the figure.The item detection coverage version is set to SLOT: 6, that is, only the items in the 6th grid (that is, the first output grid).The first output grid is full, and the signal output is 9 (not half because of algorithm problems).
Fluid detection
Detect the fluid reserves in the machine.For machines with multiple fluid grids, this coverage can only detect the fluid in its output grid.
Normal checks the fluid reserves in the fluid cache of the machine.INVERT is the same as normal, but the strength of the reversal signal.
As shown in the figure.The fluid detection coverage is more than half of the fluid in the cache of the machine cache.
Energy detection
Used to detect the energy inside the machine.
The so -called energy, theoretically not only electricity, but also steam; however, when the cover is used, I am afraid that there are very few who still use the steam machine directly; secondly, it is also the most critical point. These steam machines cannot be attached to the coverage version-— So detecting the function of steam is basically a chicken rib.
Normal normal detection of Inverted reverse signal output UNIVERSAL Storage to detect electrical energy reserves of electric machines, and explores steam machines to detect steam reserves Electricity Storage
The power reserves of the detection of the machine itself, excluding the battery STEAM Storage
Electricity Storage (Including Batteries)
Promoting the machine itself and its internal battery reserves AVERAGE ELECTRIC Input
The average input power of the detection in 20t Averse Electric Output
The average output power within 20T
As shown in the figure, the energy detection covering version attached to the battery box is set to Inverted Electricity Storage (Including Batteries), that is, the energy cache of the battery box+battery power and reverse the output.The circuit can turn off the reactor when the battery is close to a full power to prevent waste.
Player detection
Determine whether there are players close to this block.
Emit if any player is close
Detect any close player emit if you are close*
Only detect the decentor Emit If Other Player is Close*
Only detect others
When the attached block can provide electricity, it will detect players within 32 squares, consume 1EU/T; otherwise, only the range of 8 squares can be detected.
*Note: In the GT5.09.29 when writing this tutorial, these two functions are actually reversed ...
As shown in the figure, the player is closer to the covered version of the redstone signal to open the iron door.
Active equipment
Equipment active detector detects the working status of the machine.
Normal
The work progress of detecting the machine, the closer the processing of the processing signal, the stronger Inverted and the normal, but the reversal signal strength Ready to work
The signal of the signal not ready to work when the machine is standing, but the reversal signal
As shown in the figure.The cover version is the default normal.The processing of the mines was nearing completion.
Maintenance prompt
Maintenance prompt covers the controller of the large machine, and a redstone signal is issued during its maintenance.
Emit if n mailided
When the machine has at least N maintenance requirements, the redstone signal Emit IF 1 Maintenance Needed (INVERTED)
Ibid, but the reverse signal output Emit If Rotor Needs Maintainance
When the turbine rotor is durable below 20%
Ibid, but the reverse signal output
As shown in the figure, the maintenance and detection cover version is default.When the lamp is lit, it means that this power blast furnace needs to be maintained (in fact, this blast furnace has not been repaired, obviously needs to be maintained ...)
Computer screen
There is a partition any connection, but right -click to access.It is equivalent to a front machine.
The biggest purpose may be that the synthetic portable scanner ...
Redstone signal transmitter (external) & red stone signal receiver (external) (external)
The two need to be paired and transmitted the redstone signal wirelessly.
The transmitter will accept the redstone signal passed on the side of the square on the side and transmits it to a receiver with a unified frequency. After receiving the signal, the receiver will send the same intensity red stone signal to the external side.Use a screwdriver to right -click the upper right/upper left to increase or decrease the frequency of 32; right -click the lower right/lower left of the right -handed version of the version 1024;Set the frequency of the coverage version to the item ID+65536*the added value of the item: for example, the right -click to set the frequency of 276 with a good diamond sword (ID is 276).: 3) Right -click to set the frequency of 276+65536*3 = 196884.
When there are multiple receivers on the same channel, they can receive signals at the same time; but when there are multiple transmitters on the same channel, they may cause bugs.
As shown in the figure.The frequency of the redstone signal transmitter on the left is 276, and the redstone signal with a strength of 10 is received; the frequency of the redstone signal receiver on the right is also 276, which will release the received redstone signal.
Redstone signal transmitter (internal) & red stone signal receiver (inside) (inside)
The temporary meaning is unknown -or it seems that there is no practical use for the time being.
Solar
GT solar generator.
With the lowest 1V to the highest UV -level solar coverage version.Most of the most need to open up related entries under the configgregtechoverpoweredstuff.cfg to allow synthesis to allow synthesis.
It must be attached to a block with an electric cache. The cheapest is a variety of mechanical shells; but it should be noted that the voltage level must be matched, otherwise it will be BOOM.There must be no opaque block cover at the top of work.
On the sunny day, the solar coverage version will be fully generated at full speed at its own voltage level. For example, IV solar panels can generate electricity at a power of 8192V1A; in rainy days or night, power generation efficiency will be reduced to every 8T.
As shown in the figure, the two IV solar panels are supplying a IV thermal centrifuge at the same time.
Radiator
In GT4, the heat dissipation tablets can be used to improve the working efficiency of the machine when the cover is covered.
[Note] This tutorial is based on GT5.09.29, and some of the coverage may have not been added before this version.So please try to update to this latest version to enjoy a full range of automated support ~
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