My world magma pool mine
Publish: 2021-04-17 07:53:06
1. In my world, ore is a very useful prop. Many tools can't be made without it. However, when players are mining, it's very easy for ore to fall into magma. How can they avoid damaging the ore? Here's a detailed analysis
methods of mining without falling into the magma:
1. For example, we encounter iron ore or diamond ore hanging on the magma
2. If you go to mine directly, you will fall into the pool and burn it
3. If you use water to rush at the magma, you may be burned if you fall into it carelessly. The key problem is that the magma is a non renewable resource. If you do not proce obsidian, you will lose a lot if you proce a pile of pebbles
4. When water meets flowing magma, it is round stone, and static magma is obsidian
5. If we use the piston to push the ore to one side and then dig slowly, we can avoid this problem. Just dig two pits on both sides of the magma lake according to the terrain, and then install the machine
6. You can also pile pebbles under and around the ore
7. It doesn't matter that ore is not affected by gravity as stone
8. Of course, there is no way to deal with the huge magma lake.
methods of mining without falling into the magma:
1. For example, we encounter iron ore or diamond ore hanging on the magma
2. If you go to mine directly, you will fall into the pool and burn it
3. If you use water to rush at the magma, you may be burned if you fall into it carelessly. The key problem is that the magma is a non renewable resource. If you do not proce obsidian, you will lose a lot if you proce a pile of pebbles
4. When water meets flowing magma, it is round stone, and static magma is obsidian
5. If we use the piston to push the ore to one side and then dig slowly, we can avoid this problem. Just dig two pits on both sides of the magma lake according to the terrain, and then install the machine
6. You can also pile pebbles under and around the ore
7. It doesn't matter that ore is not affected by gravity as stone
8. Of course, there is no way to deal with the huge magma lake.
2. In my world, ore is a very useful prop. Many tools can't be made without it. However, when players are mining, it's very easy for ore to fall into magma. How can they avoid destroying ore? Here's a detailed analysis
the method of mining without falling into the magma
for example, the iron ore or diamond ore hanging on the magma
if you go directly to mining, you will fall into the pool and burn it
if you use water to rush the magma, you may be burned if you fall into it. The key problem is that the magma is a non renewable resource. If you do not proce obsidian, you will lose a lot if you proce a pile of pebbles
when water meets flowing magma, it is round stone, and static magma is obsidian
if we use the piston to push the ore to one side and then dig slowly, we can avoid this problem. We only need to dig two pits on both sides of the magma lake according to the terrain, and then install the machine
you can also pile pebbles under and around the ore
it doesn't matter because ore is not affected by gravity as well as stone
of course, there is no way to deal with the huge magma lake.
the method of mining without falling into the magma
for example, the iron ore or diamond ore hanging on the magma
if you go directly to mining, you will fall into the pool and burn it
if you use water to rush the magma, you may be burned if you fall into it. The key problem is that the magma is a non renewable resource. If you do not proce obsidian, you will lose a lot if you proce a pile of pebbles
when water meets flowing magma, it is round stone, and static magma is obsidian
if we use the piston to push the ore to one side and then dig slowly, we can avoid this problem. We only need to dig two pits on both sides of the magma lake according to the terrain, and then install the machine
you can also pile pebbles under and around the ore
it doesn't matter because ore is not affected by gravity as well as stone
of course, there is no way to deal with the huge magma lake.
3. Well, there are many ways. You can choose to scoop the magma away with a bucket, or you can use other methods to solidify the magma and then dig it out, or you can use a square to fill the magma. If you have to dig in the magma, you can drink a bottle of fire retardant, but you can't see anything in the magma, unless you are very close to the thing to be g, and the excavation speed is very slow
4. Standing on the edge of the lava and holding shift can prevent it from falling, but then you can put a square on the edge of the square you are standing on. Use this method to build a bridge and dig under the ore
5. This is a fake. It's just that there is a greater chance of diamonds near the magma. There are more diamonds in the 10-11 layers. Dig slowly
one mouth, two mouths
one mouth, two mouths
digging like this is good
mouth means no digging, 12 means digging
one mouth, two mouths
one mouth, two mouths
digging like this is good
mouth means no digging, 12 means digging
6. Hello
in my world,
the area close to the bedrock has the most magma,
it is also the area with the most diamonds,
if you dig coal,
if you wait for iron, you go to the mine cave to dig
if you want to dig diamonds,
red stone will open an artificial channel near the bedrock
in my world,
the area close to the bedrock has the most magma,
it is also the area with the most diamonds,
if you dig coal,
if you wait for iron, you go to the mine cave to dig
if you want to dig diamonds,
red stone will open an artificial channel near the bedrock
7. Not necessarily, there are many ores beside the magma, or there may be other ores, or there may not be any.
8. In my world map generation, there are randomly generated caves, abandoned mines, canyons, pools and magma pools. There are no minerals in caves. To say more, there are only randomly generated ores in rocks. Caves are equivalent to opening a way for you. It's relatively easy to find ores. Digging into the pool doesn't mean anything. Instead, you can use it, such as transforming it into your home, or getting water directly here without running back to the ground. If you are lucky, you can see the ore, but I suggest lighting up the pool quickly to avoid strange things
although the maps are random, they also have height restrictions. For example, iron ore can only be found below 64, and pools have no height restrictions, while only a few magma pools are on the surface, only 2 grids deep. Deep, large magma pools can only be found below y = 11, and some of them are as deep as bedrock, and you are all small magma (only one magma source) above y = 11
of course, if you dig into a large water lake, you may find another cave through it
by the way, y = 11 is a high incidence place of diamond mines. I hope you can find diamonds as soon as possible.
although the maps are random, they also have height restrictions. For example, iron ore can only be found below 64, and pools have no height restrictions, while only a few magma pools are on the surface, only 2 grids deep. Deep, large magma pools can only be found below y = 11, and some of them are as deep as bedrock, and you are all small magma (only one magma source) above y = 11
of course, if you dig into a large water lake, you may find another cave through it
by the way, y = 11 is a high incidence place of diamond mines. I hope you can find diamonds as soon as possible.
9. I only found a lot of iron beside the magma. You can make two groups of ladders and dig down, one on the left and one on the right, to avoid falling into the magma. If you dig horizontally when you reach the cornerstone, you will get a lot of diamonds
10. There are 0-10 layers underground, and there are scattered small magma pools on the ground. If you want to excavate, it is recommended to excavate in the fishbone mining method of 11 layers with a spacing of 4-6 grids. If not, the best spacing is 2 grids
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