The lava is turned into cobblestone when a lava stream comes in contact with water. On this principle, the cobblestone generator works in Minecraft. The fresh cobblestone then protects the two streams from touching. On the removal of this fresh cobblestone, the two fluids will produce another cobblestone piece.
How to design a simple cobblestone generator?
Many designs exist, but the simplest way to make a cobblestone generator is with one block gap in the middle and make a four-block-long trench. At the end closest to the hole place water and on the other end place lava.
This will then create cobblestones where fluids meet. Be careful that the flowing water does not touch the lava source block because doing this will destroy the lava source, converting it into obsidian. Basic knowledge of fluids is helpful in preventing this.
One main problem that you will face when you mine the cobblestone from the generator is that it goes in lava so you would not get anything from it. To prevent cobblestones from going into the lava, cover the top of the lava source with some kind of slab. This will also protect cobblestones from accidentally falling into it.
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Reasons to build
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Obtaining cobblestones without altering the environment.
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Massive need for cobblestone quantity.
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For repairing objects, e.g.walls, and floors.
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Gain experience through smelting.
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Trade with Mason villagers through the stone.
Types of generators
Pistonless generator:
Since cobblestone generator is easily available. Therefore, the usefulness of pistonless generators is limited. These generators need the player to mine and collect the fresh cobblestone with close certainty with lava.
This both not only reduces the efficiency but also risks the player if the dropped cobblestone is destroyed by the lava.
These drawbacks can be prevented through design choices, such as by removing the block below the cobblestone, allowing loot to fall in a safer place, or using a hooper to collect drops.
When there is possible confusion, water and lava source blocks may be marked with “s”. Whereas, gold blocks show any fireproof block. Moreover, “x” represents a place to stand while mining.
Basic generator:
When a lava stream and a water stream come in contact the simplest form of generator is formed. At either end with sources in a 10-block-long trench, next to the lava the cobble will form. With little more digging, you can manage this more easily, and get a current to wash the mined cobblestone away from the lava.
Fountain generator:
This generator offers more handy and beneficial mining but takes some more time than the basic version to construct. For faster production, this one also uses two lava streams.
From the below generator:
With the generator on the roof, the “ from below” generator is like a small building. This means very little cobblestone is lost to the lava by putting the generator on the roof but is a lot more work. This also uses two lava streams.
Piston generators:
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With the help of pistons, cobblestone generation can be automated and the quantity of cobblestone lost.
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These generators work on the same basis as standard generators, but instead of mining, a piston removes the fresh stone of the way, granting the streams to come in contact with each other once again.
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They can be used to supply a self-repairing structure or can be used to construct both large supplies of cobblestone that can mine later. To detect when a cobblestone block has appeared it is driven by a circuit or by a clock.
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It will extend in a pillar or longline. You can cap it with any unpunishable block if you do not want it to extend to the full 12 blocks.
Components of piston generator:
Following are the three main components of the piston cobblestone generator.
The core, This part includes the lava, and the water in front of the piston produces fresh cobblestone. It is based on a basic generator design with some modifications in the piston and Redstone.
A block detector or clock circuit drives a piston. This part gives signals to a piston that further pushes fresh cobblestone out of way.
A block detector is a circuit from the power source to the piston, passing through repeaters before and after the spot where the cobblestone will be going to appear. When the block appears, the repeaters can push current from it to trigger the piston.
A clock generates its signal frequently at fixed intervals. Any basic clock will do perfectly well, but you need a total period of 7 or 8, such that four-clock or longer.
The core piston is non-sticky but with a transparent block, some block detector CGS have sticky pistons.
Secondary piston for optional usage. The core will only produce a maximum of 13 cobblestone blocks at an instant since pistons can only push a maximum of 12 blocks. This can be increased with the help of secondary pistons that guide and shows the direction of the row of the cobblestone generator.
Likewise, core piston, the purpose is to get the fresh cobblestone out of the way so maximum can be created. With the help of a line of secondary pistons, a block is directly moved into self-repairing structures.
As the core piston, the secondary pistons can be triggered by the same clock or detection circuit, but this sometimes can be noisy, if there are more like them. Apparently, they can get their own clock or detection circuit.
Basic piston generators:
The first design contains a Redstone clock that drives a piston that from the basic cobblestone pushes out the generated cobblestone. The second uses a block-detection circuit and moves the cobblestone upward.
Quad pistons generator:
Quad-pistons generator is an advanced generator that produces four cobblestone bocks on each fourth piston cycle. Neglecting any chance of burning from coming in contact with lava. The blocks are moved upward.
Stone generator:
The stone is created from lava flowing into the water. Using a pickaxe with the silk touch enchantment it can be collected as a stone and can be mined a little faster than cobblestone, more natural look can also be given to self-repairing structure by using stone.
These generators can rarely be designed without pistons since lava needs to be above the stone created. Lava must flow into flowing water in front of the pistons. With cobblestone generators, a single piston can only create a row of stones up to 13 blocks.
Semi-automatic stone generator:
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A semi-automatic generator creates 24 blocks when you press a button. And because it runs when lava flows over water, (not the other way around) you do not need to worry about the lava source block becoming obsidian.
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Start by constructing the structure where the stone will form. First of all, find a place to build your farm. It should have a part that has at least 4 blocks of space in either direction and is exactly 4 blocks high.
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Secondly, in your selected 4-block area, put a dispenser facing down on the ceiling. Next on the floor below the dispenser, on top of each other place two blocks. The block to use depends on the kind of pickaxe you need to use.
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If you plan to use a diamond or an iron pickaxe, the blocks should be obsidian, you can also use an ore besides nether quartz or coal, otherwise, you can also use a mineral block instead of coal, quartz, or Redstone.
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An iron and gold ore can be acquired without the silk touch enchantment. Exclude iron ore, lapis lazuli ore, blocks of iron, or lapis lazuli blocks, if you plan to use a stone pickaxe. From your two-block tower, 4 blocks away place a fence or nether brick fence.
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These will act as a corner. In a diagonal line, connect the corners by placing a fence or nether brick fence toward adjacent fence posts. Place water source blocks on the floor. At last, put a lava bucket in the dispenser.
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To make the dispenser place the lava and then retrieve it, you also need a Redstone circuit. To construct it, you will need to be above the future stone farm. The following steps show how to make a repeat circuit. First of all place a sticky piston facing up.
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Place an opaque block(a transparent block you should not use) on top of the sticky piston then place some Redstone dust.
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The wire of Redstone should be connected to the dispenser. Connect this wire to a block with a button attached but make sure this block is not directly above your future stone farm, you can easily press the button outside the stone farm this way.
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There needs to be a repeater next to the block facing, the block on the sticky piston to transmit the Redstone signal.
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Now set the repeater to a 4-tick delay and place the Redstone dust in front of it. Place a repeater facing away from a Redstone dust. This repeater should face a different direction than the previously placed repeater.
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Repeat the previous two steps mentioned in the previous 2 sentences until you have 4 repeaters. Be sure that none of the repeaters are facing the same direction. You will not be able to place the stone in front of the last repeater if done correctly.
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However, it should be a 4-tick delay. Now connect the Redstone between the last two repeaters to another circuit, that will lead to the sticky piston. Include five repeaters and set four of them to a four-tick delay. Make sure it is not connected to any other Redstone.
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Finally, your store farm is complete. To make the stone simply press the button.
Industrial stone generator
This generator makes 1365 stone blocks in just 2 minutes. The industrial stone generator uses a Redstone loop to fire the pistons and move the generator out of the way. The system will turn off automatically once the farm is full.
Conclusion
The functioning of all the generators is different depending on their properties. Knowledge about these generators will help you in the construction of stone blocks. Also, depending on the type of work you need to use these generators.
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