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Drawing the planet's core mechanic lava handling guideline (Create) MINECRAFT Game

2024-12-10 17:51:48|Myriagame |source：minecraft skins

Foreword

"Drawing on the core of the planet" is a target progress in the progress of mechanical power. Its conditions are that there is a hose pulley that can extract unlimited lava near the player.

If the fluid is extracted infinitely, the fluid extracted by the hose pulley must have a capacity of greater than 10,000 grids. The drawing can easily complete this progress in the lava lake in the lower realm.However, compared to completing a mediocre achievement, most of the players are more concerned about the lava that is continuously pulled out of the hose pulley -lava has many uses, including as an excellent source of energy.Under the condition of unlimited lava, players can easily drive a large amount of furnace engine to generate inexhaustible stress, or to get a lot of electricity into the generator of the lava into other modules.Although it is easy to get lava in the lower boundary, it takes a lot of effort to use this resource in the main world without other MOD help.

This tutorial will provide a design solution that can automatically send lava from the lower realm to the main world. Players can choose to use these lava directly or pour them into a lava pool with more than 10,000 grid to use unlimited lava in the main world.

Create the lower boundary portal

The first step to go to the lower boundary is to establish the lower boundary portal.There is no special requirement for the portal of the main world. It only needs to be built near the place where the lava needs to be used (it can be a furnace engine array or lava pool).The portal of the lower boundary requires a lava lake nearby. The specific range is the 3*3 block centered on the block where the portal is located.At the same time, it is necessary to pay attention to ensure that the orientation of the portal is consistent, and the two portals are connected in both directions.

You can use the axial pointer of the F3 debug interface to determine the orientation of the portal.If the two portals are not connected in both directions, try to dismantle other nearby portals, or fine -tune the position of the portal according to the positioning principle of the portal.

Take the lower line lava

Place a hose pulley above the lava sea near the portal, reduce the hose pulley to the bottom of the lava lake with a hand -shaking cracker (always shake until the material of the hose stops moving downward), and then set up a simple power system to try from the attempt to fromThe hose pulley draws lava.

After pulling out the lava, put on the engineer's goggles to check the hose pulley to confirm that liquid is unlimited supply, otherwise consider replacing the extraction location.

Build a transmission device

After ensuring that the infinite lava can be drawn, the next step is to automatically bucket and return it back to the main world through the portal.In the lower bound mechanical device, the power source that can be selected can include windmill bearings, blossoms and waterwheels.Although liquid water cannot be released in the lower boundary, it is less unreasonable that lava can replace water to drive the waterwheel rotation.Due to the characteristics of low volume of waterwheels, it is recommended to use about 4 waterwheels as power sources (depending on the speed of demand, the higher the required speed, the more stress required)

Generally speaking, the required materials are:

Power source

Several conveyors

Several transmission devices

Injection

In order to be able to send out the lava barrel and receive an empty barrel, the conveyor belt near the portal needs to be set:

The slope on the left is used to send a full lava barrel, and the horizontal conveyor belt on the right is used to receive an empty barrel.It is recommended to set up a blocking square on the right to prevent the empty bucket from flying out.

The remaining parts only need to send the empty barrel to the injection under the lava injection device, and then send it back to the sending door through the slope.

Similarly, set up a set of devices in the main world, and replace the injection device to a separatist pool.

It should be noted that the direction of the two sets of devices should be the same rather than mirror symmetrical. You can use the F3 debugging interface mentioned earlier to confirm the direction.

Finally, throw a few empty buckets on the conveyor belt, and wait for a moment to see the barrel filled with lava returned from the portal.At this point, it is only a matter of time to extract unlimited lava in the main world.

Conclusion and supplement

It is not difficult to think of using a portal to carry an empty barrel. It is thought that transporting items using the portal will require various means to control items, but in fact, it is not as complicated as imagined.The transmitted items do not need additional help to automatically fly out of the portal. What is needed is only a slope to achieve stable portal transportation.10,000 lava seems to be a huge project, but the most needed is actually just waiting for the patience of the lava to fill the giant pit. If the speed of the devices on both sides is raised to 256, I believe this process will be a lot soon.

For this design, there are some instructions that need to be supplemented:

Whether the machine can withstand the block: In fact, this problem is not a problem in the end. On the contrary, continuous transmission of items between the portal can form a 3*3 block loader centered on the portal.Players can continue to transport lava near the machine.(The location of the lava in the lower realm needs to be within the loading range)

On the other hand, it should be noted that due to the original portal positioning mechanism, the game will search for target portal when the game is transmitted. If the player runs at high speed, the high -frequency range search may consume too much game performance.If you need to be high -speed, you can consider setting up the number of buckets into a set of functions with a bronze funnel.

The direction of the portal is the key to stable transmission. If the direction of the two portals is vertical, the direction of the items flying out when leaving the portal is random.For players who want to run the device at a high speed, the blocking block on the right side of the portal is necessary, otherwise the items will fly without knowing where.

The direction of the two worlds requires the same direction rather than mirror symmetry, and its logical relationship is also very interesting.

The specific swing method of the conveyor belt is not strict, so it does not provide a blueprint. For players in need, the following pictures detailed the method of the conveyor belt:

I hope this tutorial will help players who want to own their own lava pool.I am also helpful for the official name is lava and like to say magma :)

I wish you a happy game.

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