I am transitioning from Java Edition to Windows Edition and trying to understand the changes in redstone. I understand that quasi-connectivity is missing from Windows Edition, but I don't think that's what's confusing me. I have a monostable circuit, shown in image 1 (attached). The idea is that when I flip the switch, it powers the block and the piston. The block powers the repeater, but then the piston pushes the block out of the way. The end result is that the repeater gets powered for only an instant. This seems to work, as shown in image 2.
Where I get confused is when I put two of them back to back, as shown in image 3. When I flip the switch, the first repeater powers up as expected. However, when the power from that repeater reaches the second block, the piston fires as expected but the repeater does not light up at all, as shown in image 4. I don't understand why the power travels through the first one but not the second one.
Can anyone help me understand what is going on here? Thanks!
I am transitioning from Java Edition to Windows Edition and trying to understand the changes in redstone. I understand that quasi-connectivity is missing from Windows Edition, but I don't think that's what's confusing me. I have a monostable circuit, shown in image 1 (attached). The idea is that when I flip the switch, it powers the block and the piston. The block powers the repeater, but then the piston pushes the block out of the way. The end result is that the repeater gets powered for only an instant. This seems to work, as shown in image 2.
Where I get confused is when I put two of them back to back, as shown in image 3. When I flip the switch, the first repeater powers up as expected. However, when the power from that repeater reaches the second block, the piston fires as expected but the repeater does not light up at all, as shown in image 4. I don't understand why the power travels through the first one but not the second one.
Can anyone help me understand what is going on here? Thanks!
It seems in bedrock the signal won't be passed on when using repeaters or torches to produce it. Seems like a bug to me, report it on the bug tracker.
It shouldn't matter but just to verify move your second monostable circuit closer to your first. This should be a bug.