Casting issue: Water particles dripping from leaves lose precision at high coordinates
Particles that form on the bottoms of leaves during rain use 32-bit precision instead of 64-bit like most other particles. As a result, at high coordinates these will become less precise and only form at the corners of blocks.
All types of dripping particles have been tested (water drips from blocks with water above, water from waterlogged blocks, water from sponges, lava drips from blocks with lava above, and honey drips from bee nests and beehives) and this is the only type of dripping that loses precision at such distances.
This is best tested when greater than 16,777,216 blocks out on both axes, so being 20 million blocks out should suffice. This issue is without a doubt due to incorrectly casting to a 32-bit float from an integer or double, resulting in numerical precision being lost. This can be fixed by simply not casting to a float, which eliminates any chance of losing any precision.
Related tickets: MC-182789
Linked Issues
relates to17
MC-164352Casting issue: Snow animation becomes stretched when being very high above the ground
LowMC-45749Potion particles spread always from the north-west corner of a block, regardless of impact FixedMC-76810Casting issue: Bone meal particles break at high coordinates (floating point precision)FixedMC-161969Casting issue: Adding ender eyes to end portal frames at high distances causes particles to lose precisionFixedMC-167042Casting issue: Campfire embers are generated at a point that loses precision at high coordinatesFixedMC-167046Casting issue: Lava ember particles and lava popping sounds lose precision on creation at high coordinatesFixedMC-167103Casting issue: Mob spawning loses precision at high coordinatesFixedMC-167421Casting issue: Minecarts with chests are generated in the wrong positions in abandoned mineshafts at high coordinatesFixedMC-167971Casting issue: Particles emitted by redstone repeaters lose precision at high coordinatesFixedMC-170872Casting issue: Nether biome particles suffer from precision lossFixedMC-171035Casting issue: Particles from falling rain lose precision at high coordinatesFixedMC-177723Casting Issue: Mobs occasionally just spin around when coordinate numbers are very highFixedMC-182748Casting issue: Redstone dust particles are generated at the wrong positions at high coordinatesFixedMC-183174Casting Issue: Certain detector rails unable to be powered when coordinate numbers are very highFixedMC-186362Casting issue: Translucent block rendering breaks down at high distancesFixedMC-167047Casting issue: TNT blocks ignited by other explosions lose precision at high coordinatesFixedMC-171037Casting issue: Smoke produced by lava during rain loses precision at high coordinatesFixedAttachments1
Created Issue:
Casting issue: Water particles dripping from leaves lose precision at high coordinates
Closely relates to
MC-45749,MC-76810,MC-161969,MC-167042andMC-167046.Particles that form on the bottoms of leaves during rain use 32-bit precision instead of 64-bit like most other particles. As a result, at high coordinates (especially over 2^24, or 16,777,216), these will become less precise and only form at the corners of blocks.
All types of dripping particles have been tested (water drips from blocks with water above, water from waterlogged blocks, lava drips from blocks with lava above, and honey drips from bee nests and beehives) and this is the only type of dripping that loses precision at such distances.
Attachments1
Closely relates to
MC-45749,MC-76810,MC-161969,MC-167042andMC-167046.Particles that form on the bottoms of leaves during rain use 32-bit precision instead of 64-bit like most other particles. As a result, at high coordinates (especially over 2^24, or 16,777,216), these will become less precise and only form at the corners of blocks.
All types of dripping particles have been tested (water drips from blocks with water above, water from waterlogged blocks, water from sponges, lava drips from blocks with lava above, and honey drips from bee nests and beehives) and this is the only type of dripping that loses precision at such distances.
![[Mod] Michael Wobst](../../../data/avatars/users/37868.png){kind=small}
relates to
Closely relates to
MC-45749,MC-76810,MC-161969,MC-167042andMC-167046.Particles that form on the bottoms of leaves during rain use 32-bit precision instead of 64-bit like most other particles. As a result, at high coordinates (especially over 2^24, or 16,777,216), these will become less precise and only form at the corners of blocks.
All types of dripping particles have been tested (water drips from blocks with water above, water from waterlogged blocks, water from sponges, lava drips from blocks with lava above, and honey drips from bee nests and beehives) and this is the only type of dripping that loses precision at such distances.
![[Mod] NeunEinser](../../../data/avatars/users/39263.png){kind=small}
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![[Bot] Arisa](../../../data/avatars/users/43007.png){kind=small}
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![[Mojang] Grum (Erik Broes)](../../../data/assets/gravatar/grum.png){kind=small}
[Mojang] Grum (Erik Broes)Particles that form on the bottoms of leaves during rain use 32-bit precision instead of 64-bit like most other particles. As a result, at high coordinates (especially over 2^24, or 16,777,216), these will become less precise and only form at the corners of blocks.
All types of dripping particles have been tested (water drips from blocks with water above, water from waterlogged blocks, water from sponges, lava drips from blocks with lava above, and honey drips from bee nests and beehives) and this is the only type of dripping that loses precision at such distances.
Related tickets:
MC-167421, MC-164352,MC-183174,MC-186362,MC-167103,MC-182789
Particles that form on the bottoms of leaves during rain use 32-bit precision instead of 64-bit like most other particles. As a result, at high coordinates
(especially over 2^24, or 16,777,216),these will become less precise and only form at the corners of blocks.All types of dripping particles have been tested (water drips from blocks with water above, water from waterlogged blocks, water from sponges, lava drips from blocks with lava above, and honey drips from bee nests and beehives) and this is the only type of dripping that loses precision at such distances.
Related tickets:
MC-167421, MC-164352,MC-183174,MC-186362,MC-167103,MC-182789Particles that form on the bottoms of leaves during rain use 32-bit precision instead of 64-bit like most other particles. As a result, at high coordinates these will become less precise and only form at the corners of blocks.
All types of dripping particles have been tested (water drips from blocks with water above, water from waterlogged blocks, water from sponges, lava drips from blocks with lava above, and honey drips from bee nests and beehives) and this is the only type of dripping that loses precision at such distances.
This is best tested when greater than 16,777,216 blocks out on both axes, so being 20 million blocks out should suffice. This issue is without a doubt due to incorrectly casting to a 32-bit float from an integer or double, resulting in numerical precision being lost. This can be fixed by simply not casting to a float, which eliminates any chance of losing any precision.
Related tickets:
MC-167421, MC-164352,MC-183174,MC-186362,MC-167103,MC-182789
![[Bot] Piston](../../../data/avatars/users/31202.png){kind=small}
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Particles that form on the bottoms of leaves during rain use 32-bit precision instead of 64-bit like most other particles. As a result, at high coordinates these will become less precise and only form at the corners of blocks.
All types of dripping particles have been tested (water drips from blocks with water above, water from waterlogged blocks, water from sponges, lava drips from blocks with lava above, and honey drips from bee nests and beehives) and this is the only type of dripping that loses precision at such distances.
This is best tested when greater than 16,777,216 blocks out on both axes, so being 20 million blocks out should suffice. This issue is without a doubt due to incorrectly casting to a 32-bit float from an integer or double, resulting in numerical precision being lost. This can be fixed by simply not casting to a float, which eliminates any chance of losing any precision.
Related tickets:
MC-1, MC-164352,67421MC-183174,MC-186362,MC-167103,MC-182789Particles that form on the bottoms of leaves during rain use 32-bit precision instead of 64-bit like most other particles. As a result, at high coordinates these will become less precise and only form at the corners of blocks.
All types of dripping particles have been tested (water drips from blocks with water above, water from waterlogged blocks, water from sponges, lava drips from blocks with lava above, and honey drips from bee nests and beehives) and this is the only type of dripping that loses precision at such distances.
This is best tested when greater than 16,777,216 blocks out on both axes, so being 20 million blocks out should suffice. This issue is without a doubt due to incorrectly casting to a 32-bit float from an integer or double, resulting in numerical precision being lost. This can be fixed by simply not casting to a float, which eliminates any chance of losing any precision.
Related tickets:
MC-182789
can confirm
Remove the relates to for
MC-76810