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Rebuild all patches using the new rebuild pattern
2020-05-06 09:48:49 +00:00
From 0000000000000000000000000000000000000000 Mon Sep 17 00:00:00 2001
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
2020-04-16 04:40:47 +00:00
From: Spottedleaf <Spottedleaf@users.noreply.github.com>
Date: Wed, 15 Apr 2020 18:08:53 -0700
Subject: [PATCH] Optimise entity hard collision checking
Very few entities actually hard collide, so store them in their own
entity slices and provide a special getEntites type call just for them.
This reduces entity collision checking impact (in my testing) by 25%
for crammed entities (shove 130 cows into an 8x6 area in one chunk).
Less crammed entities are likely to show significantly less benefit.
Effectively, this patch optimises crammed entity situations.
diff --git a/src/main/java/net/minecraft/server/Chunk.java b/src/main/java/net/minecraft/server/Chunk.java
even even even even even even more work
2020-06-26 01:53:21 +00:00
index cb24f27bc443880b18ffc36236f6ec7174c9d493..b65ae2d6919a67498d0646c5522735086fec00c1 100644
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
2020-04-16 04:40:47 +00:00
--- a/src/main/java/net/minecraft/server/Chunk.java
+++ b/src/main/java/net/minecraft/server/Chunk.java
even even even even even even more work
2020-06-26 01:53:21 +00:00
@@ -91,6 +91,54 @@ public class Chunk implements IChunkAccess {
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
2020-04-16 04:40:47 +00:00
private final int[] inventoryEntityCounts = new int[16];
// Paper end
+ // Paper start - optimise hard collision handling
+ final com.destroystokyo.paper.util.maplist.EntityList[] hardCollidingEntities = new com.destroystokyo.paper.util.maplist.EntityList[16];
+
+ {
+ for (int i = 0, len = this.hardCollidingEntities.length; i < len; ++i) {
+ this.hardCollidingEntities[i] = new com.destroystokyo.paper.util.maplist.EntityList();
+ }
+ }
+
even even even even even even more work
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+ public final void getHardCollidingEntities(@Nullable Entity entity, AxisAlignedBB axisalignedbb, List<Entity> into, Predicate<Entity> predicate) {
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
2020-04-16 04:40:47 +00:00
+ // copied from getEntities
+ int min = MathHelper.floor((axisalignedbb.minY - 2.0D) / 16.0D);
+ int max = MathHelper.floor((axisalignedbb.maxY + 2.0D) / 16.0D);
+
+ min = MathHelper.clamp(min, 0, this.hardCollidingEntities.length - 1);
+ max = MathHelper.clamp(max, 0, this.hardCollidingEntities.length - 1);
+
+ for (int k = min; k <= max; ++k) {
+ com.destroystokyo.paper.util.maplist.EntityList entityList = this.hardCollidingEntities[k];
+ Entity[] entities = entityList.getRawData();
+
+ for (int i = 0, len = entityList.size(); i < len; ++i) {
+ Entity entity1 = entities[i];
+ if (entity1.shouldBeRemoved) continue; // Paper
+
even even even even even even more work
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+ if (entity1 != entity && entity1.getBoundingBox().intersects(axisalignedbb) && (predicate == null || predicate.test(entity1))) {
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
2020-04-16 04:40:47 +00:00
+ into.add(entity1);
+
+ if (!(entity1 instanceof EntityEnderDragon)) {
+ continue;
+ }
+
+ EntityComplexPart[] aentitycomplexpart = ((EntityEnderDragon) entity1).getComplexParts();
+ int l = aentitycomplexpart.length;
+
+ for (int i1 = 0; i1 < l; ++i1) {
+ EntityComplexPart entitycomplexpart = aentitycomplexpart[i1];
+
even even even even even even more work
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+ if (entitycomplexpart != entity && entitycomplexpart.getBoundingBox().intersects(axisalignedbb) && (predicate == null || predicate.test(entitycomplexpart))) {
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
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+ into.add(entitycomplexpart);
+ }
+ }
+ }
+ }
+ }
+ }
+ // Paper end - optimise hard collision handling
+
public Chunk(World world, ChunkCoordIntPair chunkcoordintpair, BiomeStorage biomestorage, ChunkConverter chunkconverter, TickList<Block> ticklist, TickList<FluidType> ticklist1, long i, @Nullable ChunkSection[] achunksection, @Nullable Consumer<Chunk> consumer) {
this.sections = new ChunkSection[16];
this.e = Maps.newHashMap();
even even even even even even more work
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@@ -546,7 +594,7 @@ public class Chunk implements IChunkAccess {
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
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entity.chunkY = k;
entity.chunkZ = this.loc.z;
this.entities.add(entity); // Paper - per chunk entity list
- this.entitySlices[k].add(entity);
+ this.entitySlices[k].add(entity); if (entity.hardCollides()) this.hardCollidingEntities[k].add(entity); // Paper - optimise hard colliding entities
// Paper start
if (entity instanceof EntityItem) {
itemCounts[k]++;
even even even even even even more work
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@@ -583,7 +631,7 @@ public class Chunk implements IChunkAccess {
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
2020-04-16 04:40:47 +00:00
entity.entitySlice = null;
entity.inChunk = false;
}
- if (!this.entitySlices[i].remove(entity)) {
+ if (entity.hardCollides()) this.hardCollidingEntities[i].remove(entity); if (!this.entitySlices[i].remove(entity)) { // Paper - optimise hard colliding entities
return;
}
if (entity instanceof EntityItem) {
diff --git a/src/main/java/net/minecraft/server/Entity.java b/src/main/java/net/minecraft/server/Entity.java
Updated Upstream (Bukkit/CraftBukkit/Spigot) Upstream has released updates that appears to apply and compile correctly. This update has not been tested by PaperMC and as with ANY update, please do your own testing Bukkit Changes: 42d5a714 SPIGOT-5899: Hoglins API similar to Piglins 2c1ee10e SPIGOT-5887: ClickType doesn't include off hand swaps 5ff7c7ce SPIGOT-5886: Missing BlockData CraftBukkit Changes: 7560f5f5 SPIGOT-5905: Fix hex colours not being allowed in MOTD d47c47ee SPIGOT-5889: Villager using composter should call EntityChangeBlockEvent 2fe6b4a3 SPIGOT-5899: Hoglins API similar to Piglins e09dbeca SPIGOT-5887: ClickType doesn't include off hand swaps 23aac2a5 SPIGOT-5903: EntityDismountEvent cannot be triggered asynchronously 92cbf656 SPIGOT-5884: Tab completions lost on reloadData / minecraft:reload fb4e54ad SPIGOT-5902: PlayerRespawnEvent places player at spawn before event is called aa8f3d5a SPIGOT-5901: Structures are generated in all worlds based on the setting for the main world a0c35937 SPIGOT-5895: PlayerChangedWorldEvent#getFrom is incorrect 89c0a5c3 SPIGOT-5886: Missing BlockData Spigot Changes: 0287a20d SPIGOT-5903: EntityDismountEvent cannot be triggered asynchronously
2020-06-30 05:20:29 +00:00
index 152f613159ef88977de867c0deec94bfa4353f7a..a0249d7a60c1381ebd7131d735a73fa2e9250543 100644
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
2020-04-16 04:40:47 +00:00
--- a/src/main/java/net/minecraft/server/Entity.java
+++ b/src/main/java/net/minecraft/server/Entity.java
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 01:58:00 +00:00
@@ -211,6 +211,40 @@ public abstract class Entity implements INamableTileEntity, ICommandListener, Ke
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
2020-04-16 04:40:47 +00:00
}
// CraftBukkit end
+ // Paper start
+ /**
+ * Overriding this field will cause memory leaks.
+ */
+ private final boolean hardCollides;
+
+ private static final java.util.Map<Class<? extends Entity>, Boolean> cachedOverrides = java.util.Collections.synchronizedMap(new java.util.WeakHashMap<>());
+ {
+ Boolean hardCollides = cachedOverrides.get(this.getClass());
+ if (hardCollides == null) {
+ try {
even even even even even even more work
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+ Object getHardCollisionBoxMethod = Entity.class.getMethod("ay");
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
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+ Object getHardCollisionBoxEntityMethod = Entity.class.getMethod("j", Entity.class);
even even even even even even more work
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+ if (!this.getClass().getMethod("ay").equals(getHardCollisionBoxMethod)) {
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
2020-04-16 04:40:47 +00:00
+ hardCollides = Boolean.TRUE;
+ } else if (!this.getClass().getMethod("j", Entity.class).equals(getHardCollisionBoxEntityMethod)) {
+ hardCollides = Boolean.TRUE;
+ } else {
+ hardCollides = Boolean.FALSE;
+ }
+ cachedOverrides.put(this.getClass(), hardCollides);
+ } catch (Throwable thr) {
+ // shouldn't happen, just explode
+ throw new RuntimeException(thr);
+ }
+ }
+ this.hardCollides = hardCollides.booleanValue();
+ }
+
+ public final boolean hardCollides() {
+ return this.hardCollides;
+ }
+ // Paper end
+
public Entity(EntityTypes<?> entitytypes, World world) {
this.id = Entity.entityCount.incrementAndGet();
this.passengers = Lists.newArrayList();
diff --git a/src/main/java/net/minecraft/server/EntityEnderDragon.java b/src/main/java/net/minecraft/server/EntityEnderDragon.java
[1.16] Make it run (#3626) * She compiles! Also readded the armorstand ticking patch, thanks cat * Update mob goal api * Misc fixes to make it run drop per playing mob spawns for now
2020-06-26 12:04:38 +00:00
index 96f898acdeae1917a4aaf99ec4a48bccf3904488..73e9859e675902d9fc5942547966b52426a496a2 100644
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
2020-04-16 04:40:47 +00:00
--- a/src/main/java/net/minecraft/server/EntityEnderDragon.java
+++ b/src/main/java/net/minecraft/server/EntityEnderDragon.java
even even even even even even more work
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@@ -844,6 +844,7 @@ public class EntityEnderDragon extends EntityInsentient implements IMonster {
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
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@Override
public void checkDespawn() {}
even even even even even even more work
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+ public final EntityComplexPart[] getComplexParts() { return this.eK(); } // Paper - OBFHELPER
public EntityComplexPart[] eK() {
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
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return this.children;
}
diff --git a/src/main/java/net/minecraft/server/IEntityAccess.java b/src/main/java/net/minecraft/server/IEntityAccess.java
Pass predicate from default get hard colliding entities method
2020-06-26 21:33:49 +00:00
index 74d4c28246e7db850e6d993e07a84b2a6ca24ce2..267a6baae89c181eed545e6758fac7115eb3882f 100644
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
2020-04-16 04:40:47 +00:00
--- a/src/main/java/net/minecraft/server/IEntityAccess.java
+++ b/src/main/java/net/minecraft/server/IEntityAccess.java
even even even even even even more work
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@@ -53,24 +53,36 @@ public interface IEntityAccess {
return this.b(oclass, axisalignedbb, IEntitySelector.g);
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
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}
+ // Paper start - optimise hard collision
+ /**
+ * Not guaranteed to only return hard colliding entites
+ */
even even even even even even more work
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+ default List<Entity> getHardCollidingEntities(@Nullable Entity entity, AxisAlignedBB axisalignedbb, Predicate<Entity> predicate) {
Pass predicate from default get hard colliding entities method
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+ return this.getEntities(entity, axisalignedbb, predicate);
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
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+ }
+ // Paper end - optimise hard collision
+
even even even even even even more work
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default Stream<VoxelShape> c(@Nullable Entity entity, AxisAlignedBB axisalignedbb, Predicate<Entity> predicate) {
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
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if (axisalignedbb.a() < 1.0E-7D) {
return Stream.empty();
} else {
AxisAlignedBB axisalignedbb1 = axisalignedbb.g(1.0E-7D);
even even even even even even more work
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- return this.getEntities(entity, axisalignedbb1, predicate.and((entity1) -> {
+ // Paper start
+ Predicate<Entity> effectivePredicate = predicate.and((entity1) -> {
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
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return entity == null || !entity.isSameVehicle(entity1);
even even even even even even more work
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- })).stream().flatMap((entity1) -> {
+ });
+
+ return ((entity != null && entity.hardCollides()) ? this.getEntities(entity, axisalignedbb, effectivePredicate) : this.getHardCollidingEntities(entity, axisalignedbb1, effectivePredicate)).stream().flatMap((entity1) -> {
if (entity != null) {
- AxisAlignedBB axisalignedbb2 = entity.j(entity1);
+ AxisAlignedBB axisalignedbb2 = entity.j(entity1); // Paper - diff on change, hard collision box method
if (axisalignedbb2 != null && axisalignedbb2.c(axisalignedbb1)) {
return Stream.of(entity1.ay(), axisalignedbb2);
}
}
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
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even even even even even even more work
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- return Stream.of(entity1.ay());
+ return Stream.of(entity1.ay()); // Paper - diff on change, hard collision box method
}).filter(Objects::nonNull).map(VoxelShapes::a);
}
}
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
2020-04-16 04:40:47 +00:00
diff --git a/src/main/java/net/minecraft/server/World.java b/src/main/java/net/minecraft/server/World.java
[WIP|1.16] Misc fixes (#3627)
2020-06-26 16:20:03 +00:00
index 418ba04a837ee2b17cc679edd35ba09830c01f28..365539e53efdb7e729b580f52fb23659cbde4f0a 100644
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
2020-04-16 04:40:47 +00:00
--- a/src/main/java/net/minecraft/server/World.java
+++ b/src/main/java/net/minecraft/server/World.java
[WIP|1.16] Misc fixes (#3627)
2020-06-26 16:20:03 +00:00
@@ -1111,6 +1111,32 @@ public abstract class World implements GeneratorAccess, AutoCloseable {
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
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return this.getChunkAt(i, j, ChunkStatus.FULL, false);
}
+ // Paper start - optimise hard collision handling
+ @Override
even even even even even even more work
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+ public List<Entity> getHardCollidingEntities(@Nullable Entity entity, AxisAlignedBB axisalignedbb, Predicate<Entity> predicate) {
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
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+ // copied from below
+ List<Entity> list = Lists.newArrayList();
+ int i = MathHelper.floor((axisalignedbb.minX - 2.0D) / 16.0D);
+ int j = MathHelper.floor((axisalignedbb.maxX + 2.0D) / 16.0D);
+ int k = MathHelper.floor((axisalignedbb.minZ - 2.0D) / 16.0D);
+ int l = MathHelper.floor((axisalignedbb.maxZ + 2.0D) / 16.0D);
+
even even even even even even more work
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+ ChunkProviderServer chunkProvider = ((WorldServer)this).getChunkProvider();
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
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+
+ for (int i1 = i; i1 <= j; ++i1) {
+ for (int j1 = k; j1 <= l; ++j1) {
+ Chunk chunk = chunkProvider.getChunkAtIfLoadedMainThread(i1, j1);
+
+ if (chunk != null) {
even even even even even even more work
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+ chunk.getHardCollidingEntities(entity, axisalignedbb, list, predicate);
Optimise entity hard collision checking Very few entities actually hard collide, so store them in their own entity slices and provide a special getEntites type call just for them. This reduces entity collision checking impact (in my testing) by 25% for crammed entities (shove 130 cows into an 8x6 area in one chunk). Less crammed entities are likely to show significantly less benefit. Effectively, this patch optimises crammed entity situations.
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+ }
+ }
+ }
+
+ return list;
+ }
+ // Paper end - optimise hard collision handling
+
@Override
public List<Entity> getEntities(@Nullable Entity entity, AxisAlignedBB axisalignedbb, @Nullable Predicate<? super Entity> predicate) {
this.getMethodProfiler().c("getEntities");