- I was struggling with how to automate long cycle operations in Micra and was told.
https://scrapbox.io/files/61488c6e5d81cb00235bd331.mp4 With this minimum configuration, 20 x 0.4 would be 8 seconds apart.
- We could quadruple the number of repeaters with this shape. So 32 seconds.
- If we increase the size, we can increase the number of repeat customers and the distance they travel, which increases the cycle on the order of squares.
I reversed the signal.
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When reading from the observer, it was difficult to handle the 1-tick signal, so it was changed to read from the basement.
- Redstone block can turn on powder on top of the block below.
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In this configuration, 60 x 0.5 seconds is 30 seconds.
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If you don’t put at least two repeaters, you’ll get “the piston can’t extend because the piston that’s out is in the way.
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96 seconds if the repeater is increased to 1.6 seconds.
About 20 and 60
- When the direction of movement coincides with the signal direction
- Two squares in succession at the corner per piston 4 pushes.
- Therefore, it takes 16 pushes to advance 8 squares.
- Plus the effect of going around the circle +4 to 20.
- If each side is increased by one block, each side is increased by 16 pushes, since only one square is advanced per 4 pushes.
- When the direction of movement and the signal direction are opposite
- One square advance per 4 piston pushes
- So it takes 64 pushes to advance 8 squares.
- Plus the effect of circling backwards -4 to 60.
- If each side is increased by one block, 16 pushes are added.
- Lag due to increased repeat business +0.4
- That is, when one side is n
- If you want to make a 25 minute timer, one side is 14.
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