This is a small idea to make circuitry a bit more compact.
The idea is the redstone bridge.
Recipe
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Yields 4 redstone bridges.
What they do
Upon placement, they will be placed parallel to the direction you are facing. You can place redstone on the bridge to allow 2 redstone wires to occupy the same block, and NOT interact.
Redstone must be placed on the bridge to connect the redstone.
Interesting, but how exactly is it placed? Do you lay one path of redstone, and then put the Bridge over that path where you want the other path to go? As far as I know this isn't currently possible with how blocks place but idk.
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This is useful, but the same result can be achieved just by laying the redstone wires under or over each other. Sure, there are situations where you have very little space to dig up or down, but I don't think it's a big enough problem to warrant an entire block dedicated to it.
Interesting, but how exactly is it placed? Do you lay one path of redstone, and then put the Bridge over that path where you want the other path to go? As far as I know this isn't currently possible with how blocks place but idk.
The redstone on the bridge acts like it was placed on a block, and the redstone underneath acts as if it is going through the block.
The bridge can only be placed perpendicular to the placed redstone (it would drop the redstone if it was placed parallel to the redstone on the block).
This is useful, but the same result can be achieved just by laying the redstone wires under or over each other. Sure, there are situations where you have very little space to dig up or down, but I don't think it's a big enough problem to warrant an entire block dedicated to it.
Ah... but the current way is 3 (technically 4) blocks, where this is 1 (technically 2) blocks.
It' just a small way to make circuits smaller (like the repeater block).
The idea is the redstone bridge.
Recipe
[] [] []
[]
Yields 4 redstone bridges.
What they do
Upon placement, they will be placed parallel to the direction you are facing. You can place redstone on the bridge to allow 2 redstone wires to occupy the same block, and NOT interact.
Redstone must be placed on the bridge to connect the redstone.
I.E.
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The vertical redstone will NOT interact with the horizontal redstone.
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If you don't like it, please tell me why!
From a collision standpoint that is what it is. (It's physical model is a 1x1x1 block). It appears as a thin metal bridge though.
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The redstone on the bridge acts like it was placed on a block, and the redstone underneath acts as if it is going through the block.
The bridge can only be placed perpendicular to the placed redstone (it would drop the redstone if it was placed parallel to the redstone on the block).
Ah... but the current way is 3 (technically 4) blocks, where this is 1 (technically 2) blocks.
It' just a small way to make circuits smaller (like the repeater block).