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Waterlogged sculk sensors should have a harder time hearing

If a sculk sensor is waterlogged it should have half the range of hearing than an normal sculk sensor

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• December 03, 2020 14:09
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  • December 03, 2020 15:01
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  Making Minecraft more realistic 👍

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  • December 03, 2020 16:15
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  Or, since dolphins actually use echolocation, it could work better in the water. At the very least, it should limit the sensor to only detecting things in the water, and sensors out of water can't detect sounds under the water

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  • December 03, 2020 16:59
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  that would be neat 

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  • December 04, 2020 00:32
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  But, it should then be able to detect water movements where as it couldn't on land.

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  • December 04, 2020 07:05
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  You can already limit the range ignoring signals above a certain level. 
  Would be neat if it would silence the clicking noise or only reacted to vibrations connected via water though.
  Maybe even increase the range underwater like a sonar.

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  • December 04, 2020 09:12
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  Interesting concept. This seems incredibly useful when you want to detect a specific vibration in a set range without having to use a ton of wool occlusions to block vibrations with the same frequency outputs.

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  • December 04, 2020 23:41
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  Technically speaking sound travels better through water than air.

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  • February 24, 2021 18:26
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  Limit Levi sound and vibrations actually travel faster underwater than through the air so skulk sensors should have a longer range underwater.

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  • February 24, 2021 18:27
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  Limit Levi sound and vibrations actually travel faster underwater than through the air so skulk sensors should have a longer range underwater.