hammer
- hammeranon
- JIRAUSER584184
- Europe/Stockholm
- Yes
- No
MC-208475when a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
Attached is an example of activation behaviour, a repeat command block adds 1 to time every tick ( [@] # ) is the number of a skulk sensor in a chain powered by another sculk sensor, as shown sculk sensor 1 to 5 powered at the same tick
when a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
Attached is an example of activation behaviour, a repeat command block adds 1 to time every tick ( [@] # ) is the number of a skulk sensor in a chain powered by another sculk sensor, as shown sculk sensor 1 to 5
powered at the same tickwhen a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
Attached is an example of activation behaviour, a repeat command block adds 1 to time every tick ( [@] # ) is the number of a skulk sensor in a chain powered by another sculk sensor, as shown sculk sensor # 1 to 5 activated at the same tick but # 6 decided to activate a tick later, same for sculk senor # 9, 10 & 11
when a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
Attached is an example of activation behaviour, a repeat command block adds 1 to time every tick, ( [@] # ) is the number of a skulk sensor in a chain powered by another sculk sensor, as shown; sculk sensors # 1 to 5 activated at the same tick but # 6 decided to activate a tick later, same for sculk senor # 9, 10 & 11
bugtitled.png
when a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
Attached is an example of activation behaviour, a repeat command block adds 1 to time every tick, ( [@] # ) is the number of a skulk sensor in a chain powered by another sculk sensor, as shown; sculk sensors # 1 to 5 activated at the same tick but # 6 decided to activate a tick later, same for sculk senor # 9, 10 & 11, destroying & replacing the sculk sensor will make them activate at the same tick as they should.
when a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
Attached is an example of activation behaviour, a repeat command block adds 1 to time every tick, ( [@] # ) is the number of a skulk sensor in a chain powered by another sculk sensor, as shown; sculk sensors # 1 to 5 activated at the same tick but # 6 decided to activate a tick later, same for sculk senor # 9, 10 & 11, destroying & replacing the sculk sensor will make them activate at the same tick as they should.
How to reproduce:
- Place 10 redstone dusts in a line
- Place a door in one end & place sculk sensor "B" next to it
- Then place sculk sensor "A" in the other end of the line
sculk sensor B will activate a tick later, place sculk sensor A before B & then they will activate at the same tick
when a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
Attached is an example of activation behaviour, a repeat command block adds 1 to time every tick, ( [@] # ) is the number of a skulk sensor in a chain powered by another sculk sensor, as shown; sculk sensors # 1 to 5 activated at the same tick but # 6 decided to activate a tick later, same for sculk senor # 9, 10 & 11, destroying & replacing the sculk sensor will make them activate at the same tick as they should.
How to reproduce:
- Place 10 redstone dusts in a line
- Place a door in one end & place sculk sensor "B" next to it
- Then place sculk sensor "A" in the other end of the line
when a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
How to reproduce:
- Place 10 redstone dusts in a line
- Place a door in one end & place sculk sensor "B" next to it
- Then place sculk sensor "A" in the other end of the line
when a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
How to reproduce:
- Place 10 redstone dusts in a line
- Place a door in one end & place sculk sensor "B" next to it
- Then place sculk sensor "A" in the other end of the line
when a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
How to reproduce:
- Place 10 redstone dusts in a line
- Place a door in one end & place sculk sensor "B" next to it
- Then place sculk sensor "A" in the other end of the line
atthe same tickwhen a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
How to reproduce:
- Place 10 redstone dusts in a line
- Place a door in one end & place sculk sensor "B" next to it
- Then place sculk sensor "A" in the other end of the line
- activate sculk sensor A which will activate sensor B by powering the door
when a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
How to reproduce:
- Place 10 redstone dusts in a line
- Place a door in one end & place sculk sensor "B" next to it
- Then place sculk sensor "A" in the other end of the line
- activate sculk sensor A which will activate sensor B by powering the door
Update: this
when a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
How to reproduce:
- Place 10 redstone dusts in a line
- Place a door in one end & place sculk sensor "B" next to it
- Then place sculk sensor "A" in the other end of the line
- activate sculk sensor A which will activate sensor B by powering the door
Update:
thiswhen a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
How to reproduce:
- Place 10 redstone dusts in a line
- Place a door in one end & place sculk sensor "B" next to it
- Then place sculk sensor "A" in the other end of the line
- activate sculk sensor A which will activate sensor B by powering the door
Update: sensor B will activate a tick later if the trap door is powered by redstone dust, if it powered directly by the the sculk sensor they will emit redstone signal in the same tick but sensor B will emit the signal before sensor A even though it was activated by sensor A
when a sculk sensor activates another sculk sensor by powering a door, both sensors activate at the same tick, but sometimes for no apparent reason some sensors activated by another sensor will activate a tick later & restarting the game might change some sensors from activating at the same tick to activating a tick later, sculk sensors seem to be unstable.
How to reproduce:
- Place 10 redstone dusts in a line
- Place a door in one end & place sculk sensor "B" next to it
- Then place sculk sensor "A" in the other end of the line
- activate sculk sensor A which will activate sensor B by powering the door
Update: sensor B will activate a tick later if the trap door is powered by redstone dust, if it powered directly by the the sculk sensor they will emit redstone signal in the same tick but sensor B will emit the signal before sensor A even though it was activated by sensor A
Take a look at
MC-208846sculk sensors seem to behave differently with redstone dust too
vibrations created adjacent to a wool block activate sculk sensor 1 block away diagonally only in 1 direction if the vibrations traveling north
How to reproduce:
- Place a wool block
- Place 4 sculk sensors adjacent to it in all 4 directions
vibrations created adjacent to a wool block activate sculk sensor 1 block away diagonally only in 1 direction if the vibrations traveling north
How to reproduce:
- Place a wool block
- Place 4 sculk sensors adjacent to it in all 4 directions
vibrations created adjacent to a wool block activate sculk sensor 1 block away diagonally only in 1 direction if the vibrations traveling north
How to reproduce:
- Place a wool block
- Place 4 sculk sensors adjacent to it in all 4 directions
vibrations created adjacent to a wool block activate sculk sensor 1 block away diagonally only in 1 direction if the vibrations traveling north
How to reproduce:
- Place a wool block
- Place 4 sculk sensors adjacent to it in all 4 directions
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