This allows better compensation for floating point errors introduced by the subtraction of the 1.62 height offset.
For example, if the player is at y=7 exactly, their Y coordinate will be reported as 8.62, which, because of floating point errors, will be something like `8.619999999`. Subtracting `1.62` from this (really something like `1.62000000000005...`) leads to the calculated Y coordinate being slightly below 7.
Rounding after subtracting this offset allows this to be rounded to 7 sharp. Similar errors appear in various other coordinates.
this is a really dumb bug and seems similar to the armor bug I fixed a while ago.
fixes#5987
it's unlikely that #5727 will be solved by this, but one can hope...
all this time we've been harping at plugin devs to fix their own leaks, and here's one right under our noses that no one spotted for 10 years ...
this leak is rather common, since it will occur whenever a plugin attempts to save a resource which already exists in the data folder.
This bug was introduced in 2014 by commit 63288346814b7b827f1f7cc7a16419af43bd0bfa.
this needs to be dealt with before release otherwise we'll be stuck with FortuneDropHelper::grass()
this is the obvious solution and should have been done some time ago - stuff like flammability was already a problem for double tall grass anyway
this produced a 40% performance improvement in a simulation with 800 item entities.
If the items were all different, then this would still be a problem. However, many of the same unstackable items occupying the same space is a problem for SkyBlock farms, so this should improve performance for SkyBlock quite a bit.
this produced a 40% performance improvement in a simulation with 800 item entities.
If the items were all different, then this would still be a problem. However, many of the same unstackable items occupying the same space is a problem for SkyBlock farms, so this should improve performance for SkyBlock quite a bit.
this was requested and PR'd as far back as 2020 (see #3782).
Since no issue was filed about this, it became forgotten until #5946.
However, #5946 overcomplicates the solution to the problem, and breaks BC without an obvious reason.
until now, any thread crash would show as a generic crash since we aren't able to get the trace from the crashed thread directly. This uses some dirty tricks to export a partially serialized stack trace to the main thread, where it can be written into a crashdump.
This enables us to see proper crash information for async tasks in the crash archive (finally!!!) as well as being able to capture RakLib errors properly.
