#The further you get from the void the placement gets more of centered

36 messages · Page 1 of 1 (latest)

signal knoll
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.

shy monolith
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floating point precision
i can already tell this will be a wont fix

sterile folio
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They've said they are looking at possible fixes for it, it's more a question of how feasible it is to implement without negatively impacting performance and breaking saves from my understanding

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I could be wrong though

signal knoll
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ok thanks

tribal summit
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They could look at how Minecraft solved this issue

tribal summit
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Also, point towards the case for Fixed Point types

sterile folio
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Minecraft solved it with a world border

tribal summit
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wouldn't floating point issues be noticiable near the current world border?

shy monolith
tribal summit
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I mean Java edition

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Well, I meant if it wasn't fixed

wispy jetty
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Can't you use a long instead of a double ? (or even a int 128 ?)

tribal summit
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long is an integer; it doesn't have decimal points

wispy jetty
tribal summit
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yes, rendering reasons

wispy jetty
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hmm

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so it's a limit of the engine

tribal summit
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decimals are used a lot more than you'd think

wispy jetty
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I know

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I just hoped that it was a choice that they made and not a limit of their engine

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tho

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can't they divide the size of everything by 10 ? while it doesn't fix it, it should at least help a bit

tribal summit
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I guess, though there might be a lot more... technical reasons why it'd be harder than you'd think to do that

wispy jetty
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Yea I know

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just hoping

slender kiln
tribal summit
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well yeah

slender kiln
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The rendering falls apart pretty completely if you go out even 100x100 large squares anyway

tribal summit
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but the current implementation uses floats

slender kiln
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Sure, but that could be fixed

burnt bobcat
slender kiln
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Yeah, there is effectively no limit in Minecraft anymore.

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Like (effectively) limitless numbers aren't hard

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Eventually you become bounded by the storage for the size. Once you exceed like 2^(2^64) *8 things get complicated (and things get slow long before that).

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There are number systems that are truly limitless, but most are complicated and computationally expensive.