I know that the infinite water source is just 4 blocks in a square but i tried that with 8 blocks in a square and it still works so i think any multiple of 4 makes an infinite water source.
I know that the infinite water source is just 4 blocks in a square but i tried that with 8 blocks in a square and it still works so i think any multiple of 4 makes an infinite water source.
actually any square shape will work here is a diagram
Yeah, as long as at some point a tile has water on two sides (and the floor is only one deep) the water will be infinite, so it can be done in any square or rectangle, however bigger ones take more buckets of water to start up.
Yeah, as long as at some point a tile has water on two sides (and the floor is only one deep) the water will be infinite, so it can be done in any square or rectangle, however bigger ones take more buckets of water to start up.
the most an infinite source of any shape takes to start is two... after that it is, well, infinite
the most an infinite source of any shape takes to start is two... after that it is, well, infinite
To fill any large square pool (one block deep) with water, place source blocks in a diagonal line from one corner to the other. The first two blocks, placed diagonally next to one another, create a 2x2 infinite source and from there you can proceed to add the remaining water source blocks using the existing ones as supply.
actually any square shape will work here is a diagram
++++++++++++++++
+===========++++
+========+==++++
++======++++++++
++============++
++============++
++++++++++++++++
= infinite sources
+ land
hope that helped!
the most an infinite source of any shape takes to start is two... after that it is, well, infinite
Carrots
If you were to make a 50x50 square with still water, it would take more than 2.
nope. can be even more simple
+++++
+=_=+
+++++
= buckets
_ gets turned to source
+ land
As long as the part of the ocean your grabbing from is only one block deep.
correct
Carrots