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PaperMC/Spigot-Server-Patches/0505-Optimize-Light-Engine.patch

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Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
From 0000000000000000000000000000000000000000 Mon Sep 17 00:00:00 2001
From: Aikar <aikar@aikar.co>
Date: Thu, 4 Jun 2020 22:43:29 -0400
Subject: [PATCH] Optimize Light Engine
Massive update to light to improve performance and chunk loading/generation.
1) Massive bit packing/unpacking optimizations and inlining.
A lot of performance has to do with constant packing and unpacking of bits.
We now inline a most bit operations, and re-use base x/y/z bits in many places.
This helps with cpu level processing to just do all the math at once instead
of having to jump in and out of function calls.
This much logic also is likely over the JVM Inline limit for JIT too.
2) Applied a few of JellySquid's Phosphor mod optimizations such as
- ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified
- reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used.
3) Optimize hot path accesses to getting updating chunk to have less branching
4) Optimize getBlock accesses to have less branching, and less unpacking
5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks.
6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full
of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front.
this applies for both urgent and non urgent tasks.
7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency.
8) Fix NPE risk that crashes server in getting nibble data
diff --git a/src/main/java/net/minecraft/server/ChunkProviderServer.java b/src/main/java/net/minecraft/server/ChunkProviderServer.java
Re-Add per player mob spawning
2020-06-27 06:57:36 +02:00
index 604e7004b659daed2844ba1a76bf09288ec549e5..ef980f9859d1d7d0d5e13d0d70e998055f92135e 100644
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
--- a/src/main/java/net/minecraft/server/ChunkProviderServer.java
+++ b/src/main/java/net/minecraft/server/ChunkProviderServer.java
Re-Add per player mob spawning
2020-06-27 06:57:36 +02:00
@@ -1044,7 +1044,7 @@ public class ChunkProviderServer extends IChunkProvider {
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
if (ChunkProviderServer.this.tickDistanceManager()) {
return true;
} else {
- ChunkProviderServer.this.lightEngine.queueUpdate();
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ //ChunkProviderServer.this.lightEngine.queueUpdate(); // Paper - not needed
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
return super.executeNext() || execChunkTask; // Paper
}
} finally {
diff --git a/src/main/java/net/minecraft/server/LightEngineBlock.java b/src/main/java/net/minecraft/server/LightEngineBlock.java
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
index 07fadc21ee12138b52cc77c50da536fec5b032f5..a61d0a27e9525505eedaec8cde44216e807eb9a8 100644
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
--- a/src/main/java/net/minecraft/server/LightEngineBlock.java
+++ b/src/main/java/net/minecraft/server/LightEngineBlock.java
@@ -13,9 +13,11 @@ public final class LightEngineBlock extends LightEngineLayer<LightEngineStorageB
}
private int d(long i) {
- int j = BlockPosition.b(i);
- int k = BlockPosition.c(i);
- int l = BlockPosition.d(i);
+ // Paper start - inline math
+ int j = (int) (i >> 38);
+ int k = (int) ((i << 52) >> 52);
+ int l = (int) ((i << 26) >> 38);
+ // Paper end
IBlockAccess iblockaccess = this.a.c(j >> 4, l >> 4);
return iblockaccess != null ? iblockaccess.h(this.f.d(j, k, l)) : 0;
@@ -30,25 +32,33 @@ public final class LightEngineBlock extends LightEngineLayer<LightEngineStorageB
} else if (k >= 15) {
return k;
} else {
- int l = Integer.signum(BlockPosition.b(j) - BlockPosition.b(i));
- int i1 = Integer.signum(BlockPosition.c(j) - BlockPosition.c(i));
- int j1 = Integer.signum(BlockPosition.d(j) - BlockPosition.d(i));
+ // Paper start - reuse math - credit to JellySquid for idea
+ int jx = (int) (j >> 38);
+ int jy = (int) ((j << 52) >> 52);
+ int jz = (int) ((j << 26) >> 38);
+ int ix = (int) (i >> 38);
+ int iy = (int) ((i << 52) >> 52);
+ int iz = (int) ((i << 26) >> 38);
+ int l = Integer.signum(jx - ix);
+ int i1 = Integer.signum(jy - iy);
+ int j1 = Integer.signum(jz - iz);
+ // Paper end
EnumDirection enumdirection = EnumDirection.a(l, i1, j1);
if (enumdirection == null) {
return 15;
} else {
//MutableInt mutableint = new MutableInt(); // Paper - share mutableint, single threaded
- IBlockData iblockdata = this.a(j, mutableint);
-
- if (mutableint.getValue() >= 15) {
+ IBlockData iblockdata = this.getBlockOptimized(jx, jy, jz, mutableint); // Paper
+ int blockedLight = mutableint.getValue(); // Paper
+ if (blockedLight >= 15) { // Paper
return 15;
} else {
- IBlockData iblockdata1 = this.a(i, (MutableInt) null);
+ IBlockData iblockdata1 = this.getBlockOptimized(ix, iy, iz); // Paper
VoxelShape voxelshape = this.a(iblockdata1, i, enumdirection);
VoxelShape voxelshape1 = this.a(iblockdata, j, enumdirection.opposite());
- return VoxelShapes.b(voxelshape, voxelshape1) ? 15 : k + Math.max(1, mutableint.getValue());
+ return VoxelShapes.b(voxelshape, voxelshape1) ? 15 : k + Math.max(1, blockedLight); // Paper
}
}
}
@@ -56,14 +66,19 @@ public final class LightEngineBlock extends LightEngineLayer<LightEngineStorageB
@Override
protected void a(long i, int j, boolean flag) {
- long k = SectionPosition.e(i);
+ // Paper start - reuse unpacking, credit to JellySquid (Didn't do full optimization though)
+ int x = (int) (i >> 38);
+ int y = (int) ((i << 52) >> 52);
+ int z = (int) ((i << 26) >> 38);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ long k = SectionPosition.blockPosAsSectionLong(x, y, z);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ // Paper end
EnumDirection[] aenumdirection = LightEngineBlock.e;
int l = aenumdirection.length;
for (int i1 = 0; i1 < l; ++i1) {
EnumDirection enumdirection = aenumdirection[i1];
- long j1 = BlockPosition.a(i, enumdirection);
- long k1 = SectionPosition.e(j1);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ long j1 = BlockPosition.getAdjacent(x, y, z, enumdirection); // Paper
+ long k1 = SectionPosition.getAdjacentFromBlockPos(x, y, z, enumdirection); // Paper
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
if (k == k1 || ((LightEngineStorageBlock) this.c).g(k1)) {
this.b(i, j1, j, flag);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
@@ -88,27 +103,37 @@ public final class LightEngineBlock extends LightEngineLayer<LightEngineStorageB
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
}
}
- long j1 = SectionPosition.e(i);
- NibbleArray nibblearray = ((LightEngineStorageBlock) this.c).a(j1, true);
+ // Paper start
+ int baseX = (int) (i >> 38);
+ int baseY = (int) ((i << 52) >> 52);
+ int baseZ = (int) ((i << 26) >> 38);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ long j1 = SectionPosition.blockPosAsSectionLong(baseX, baseY, baseZ);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ NibbleArray nibblearray = this.c.updating.getUpdatingOptimized(j1);
+ // Paper end
EnumDirection[] aenumdirection = LightEngineBlock.e;
int k1 = aenumdirection.length;
for (int l1 = 0; l1 < k1; ++l1) {
EnumDirection enumdirection = aenumdirection[l1];
- long i2 = BlockPosition.a(i, enumdirection);
+ // Paper start
+ int newX = baseX + enumdirection.getAdjacentX();
+ int newY = baseY + enumdirection.getAdjacentY();
+ int newZ = baseZ + enumdirection.getAdjacentZ();
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ long i2 = BlockPosition.asLong(newX, newY, newZ);
if (i2 != j) {
- long j2 = SectionPosition.e(i2);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ long j2 = SectionPosition.blockPosAsSectionLong(newX, newY, newZ);
+ // Paper end
NibbleArray nibblearray1;
if (j1 == j2) {
nibblearray1 = nibblearray;
} else {
- nibblearray1 = ((LightEngineStorageBlock) this.c).a(j2, true);
+ nibblearray1 = ((LightEngineStorageBlock) this.c).updating.getUpdatingOptimized(j2); // Paper
}
if (nibblearray1 != null) {
- int k2 = this.b(i2, i, this.a(nibblearray1, i2));
+ int k2 = this.b(i2, i, this.getNibbleLightInverse(nibblearray1, newX, newY, newZ)); // Paper
if (l > k2) {
l = k2;
diff --git a/src/main/java/net/minecraft/server/LightEngineGraphSection.java b/src/main/java/net/minecraft/server/LightEngineGraphSection.java
index 2eb37fb5796d423a70fa7321899a19b6625bbecc..13d067f48647dea63ef1bf3a2a3e0868074ba75f 100644
--- a/src/main/java/net/minecraft/server/LightEngineGraphSection.java
+++ b/src/main/java/net/minecraft/server/LightEngineGraphSection.java
@@ -13,14 +13,20 @@ public abstract class LightEngineGraphSection extends LightEngineGraph {
@Override
protected void a(long i, int j, boolean flag) {
+ // Paper start
+ int x = (int) (i >> 42);
+ int y = (int) (i << 44 >> 44);
+ int z = (int) (i << 22 >> 42);
+ // Paper end
for (int k = -1; k <= 1; ++k) {
for (int l = -1; l <= 1; ++l) {
for (int i1 = -1; i1 <= 1; ++i1) {
- long j1 = SectionPosition.a(i, k, l, i1);
+ if (k == 0 && l == 0 && i1 == 0) continue; // Paper
+ long j1 = (((long) (x + k) & 4194303L) << 42) | (((long) (y + l) & 1048575L)) | (((long) (z + i1) & 4194303L) << 20); // Paper
- if (j1 != i) {
+ //if (j1 != i) { // Paper - checked above
this.b(i, j1, j, flag);
- }
+ //} // Paper
}
}
}
@@ -31,10 +37,15 @@ public abstract class LightEngineGraphSection extends LightEngineGraph {
protected int a(long i, long j, int k) {
int l = k;
+ // Paper start
+ int x = (int) (i >> 42);
+ int y = (int) (i << 44 >> 44);
+ int z = (int) (i << 22 >> 42);
+ // Paper end
for (int i1 = -1; i1 <= 1; ++i1) {
for (int j1 = -1; j1 <= 1; ++j1) {
for (int k1 = -1; k1 <= 1; ++k1) {
- long l1 = SectionPosition.a(i, i1, j1, k1);
+ long l1 = (((long) (x + i1) & 4194303L) << 42) | (((long) (y + j1) & 1048575L)) | (((long) (z + k1) & 4194303L) << 20); // Paper
if (l1 == i) {
l1 = Long.MAX_VALUE;
diff --git a/src/main/java/net/minecraft/server/LightEngineLayer.java b/src/main/java/net/minecraft/server/LightEngineLayer.java
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
index 3e9731bcdd4c6370c11ffc93f9fafcaf60fe932b..b5d5dd1075fd6aabbfbbd60f219b76593fc54a76 100644
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
--- a/src/main/java/net/minecraft/server/LightEngineLayer.java
+++ b/src/main/java/net/minecraft/server/LightEngineLayer.java
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -11,10 +11,37 @@ public abstract class LightEngineLayer<M extends LightEngineStorageArray<M>, S e
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
protected final EnumSkyBlock b;
protected final S c;
private boolean f;
- protected final BlockPosition.MutableBlockPosition d = new BlockPosition.MutableBlockPosition();
+ protected final BlockPosition.MutableBlockPosition d = new BlockPosition.MutableBlockPosition(); protected final BlockPosition.MutableBlockPosition pos = d; // Paper
private final long[] g = new long[2];
- private final IBlockAccess[] h = new IBlockAccess[2];
+ private final IChunkAccess[] h = new IChunkAccess[2]; // Paper
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
+ // Paper start - see fully commented out method below (look for Bedrock)
+ // optimized method with less branching for when scenarios arent needed.
+ // avoid using mutable version if can
+ protected final IBlockData getBlockOptimized(int x, int y, int z, MutableInt mutableint) {
+ IChunkAccess iblockaccess = this.a(x >> 4, z >> 4);
+
+ if (iblockaccess == null) {
+ mutableint.setValue(16);
+ return Blocks.BEDROCK.getBlockData();
+ } else {
+ this.pos.setValues(x, y, z);
+ IBlockData iblockdata = iblockaccess.getType(x, y, z);
+ mutableint.setValue(iblockdata.b(this.a.getWorld(), this.pos));
+ return iblockdata.l() && iblockdata.e() ? iblockdata : Blocks.AIR.getBlockData();
+ }
+ }
+ protected final IBlockData getBlockOptimized(int x, int y, int z) {
+ IChunkAccess iblockaccess = this.a(x >> 4, z >> 4);
+
+ if (iblockaccess == null) {
+ return Blocks.BEDROCK.getBlockData();
+ } else {
+ IBlockData iblockdata = iblockaccess.getType(x, y, z);
+ return iblockdata.l() && iblockdata.e() ? iblockdata : Blocks.AIR.getBlockData();
+ }
+ }
+ // Paper end
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
public LightEngineLayer(ILightAccess ilightaccess, EnumSkyBlock enumskyblock, S s0) {
super(16, 256, 8192);
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
this.a = ilightaccess;
@@ -33,7 +60,7 @@ public abstract class LightEngineLayer<M extends LightEngineStorageArray<M>, S e
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
}
@Nullable
- private IBlockAccess a(int i, int j) {
+ private IChunkAccess a(int i, int j) { // Paper
long k = ChunkCoordIntPair.pair(i, j);
for (int l = 0; l < 2; ++l) {
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -42,7 +69,7 @@ public abstract class LightEngineLayer<M extends LightEngineStorageArray<M>, S e
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
}
}
- IBlockAccess iblockaccess = this.a.c(i, j);
+ IChunkAccess iblockaccess = (IChunkAccess) this.a.c(i, j); // Paper
for (int i1 = 1; i1 > 0; --i1) {
this.g[i1] = this.g[i1 - 1];
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -59,37 +86,39 @@ public abstract class LightEngineLayer<M extends LightEngineStorageArray<M>, S e
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
Arrays.fill(this.h, (Object) null);
}
- protected IBlockData a(long i, @Nullable MutableInt mutableint) {
- if (i == Long.MAX_VALUE) {
- if (mutableint != null) {
- mutableint.setValue(0);
- }
-
- return Blocks.AIR.getBlockData();
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
- } else {
- int j = SectionPosition.a(BlockPosition.b(i));
- int k = SectionPosition.a(BlockPosition.d(i));
- IBlockAccess iblockaccess = this.a(j, k);
-
- if (iblockaccess == null) {
- if (mutableint != null) {
- mutableint.setValue(16);
- }
-
- return Blocks.BEDROCK.getBlockData();
- } else {
- this.d.g(i);
- IBlockData iblockdata = iblockaccess.getType(this.d);
- boolean flag = iblockdata.l() && iblockdata.e();
-
- if (mutableint != null) {
- mutableint.setValue(iblockdata.b(this.a.getWorld(), (BlockPosition) this.d));
- }
-
- return flag ? iblockdata : Blocks.AIR.getBlockData();
- }
- }
- }
+ // Paper start - comment out, see getBlockOptimized
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+// protected IBlockData a(long i, @Nullable MutableInt mutableint) {
+// if (i == Long.MAX_VALUE) {
+// if (mutableint != null) {
+// mutableint.setValue(0);
+// }
+//
+// return Blocks.AIR.getBlockData();
+// } else {
+// int j = SectionPosition.a(BlockPosition.b(i));
+// int k = SectionPosition.a(BlockPosition.d(i));
+// IBlockAccess iblockaccess = this.a(j, k);
+//
+// if (iblockaccess == null) {
+// if (mutableint != null) {
+// mutableint.setValue(16);
+// }
+//
+// return Blocks.BEDROCK.getBlockData();
+// } else {
+// this.d.g(i);
+// IBlockData iblockdata = iblockaccess.getType(this.d);
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
+// boolean flag = iblockdata.l() && iblockdata.e();
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+//
+// if (mutableint != null) {
+// mutableint.setValue(iblockdata.b(this.a.getWorld(), (BlockPosition) this.d));
+// }
+//
+// return flag ? iblockdata : Blocks.AIR.getBlockData();
+// }
+// }
+// }
+ // Paper end
protected VoxelShape a(IBlockData iblockdata, long i, EnumDirection enumdirection) {
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
return iblockdata.l() ? iblockdata.a(this.a.getWorld(), this.d.g(i), enumdirection) : VoxelShapes.a();
@@ -124,8 +153,9 @@ public abstract class LightEngineLayer<M extends LightEngineStorageArray<M>, S e
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
return i == Long.MAX_VALUE ? 0 : 15 - this.c.i(i);
}
+ protected int getNibbleLightInverse(NibbleArray nibblearray, int x, int y, int z) { return 15 - nibblearray.a(x & 15, y & 15, z & 15); } // Paper - x/y/z version of below
protected int a(NibbleArray nibblearray, long i) {
- return 15 - nibblearray.a(SectionPosition.b(BlockPosition.b(i)), SectionPosition.b(BlockPosition.c(i)), SectionPosition.b(BlockPosition.d(i)));
+ return 15 - nibblearray.a((int) (i >> 38) & 15, (int) ((i << 52) >> 52) & 15, (int) ((i << 26) >> 38) & 15); // Paper
}
@Override
diff --git a/src/main/java/net/minecraft/server/LightEngineSky.java b/src/main/java/net/minecraft/server/LightEngineSky.java
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
index f0b57784006752e031800a12a1a3c1a5945c636b..32b52ca2462fa206b1184025cb3837d6c326db2d 100644
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
--- a/src/main/java/net/minecraft/server/LightEngineSky.java
+++ b/src/main/java/net/minecraft/server/LightEngineSky.java
@@ -29,21 +29,25 @@ public final class LightEngineSky extends LightEngineLayer<LightEngineStorageSky
return k;
} else {
//MutableInt mutableint = new MutableInt(); // Paper - share mutableint, single threaded
- IBlockData iblockdata = this.a(j, mutableint);
-
- if (mutableint.getValue() >= 15) {
+ // Paper start - use x/y/z and optimized block lookup
+ int jx = (int) (j >> 38);
+ int jy = (int) ((j << 52) >> 52);
+ int jz = (int) ((j << 26) >> 38);
+ IBlockData iblockdata = this.getBlockOptimized(jx, jy, jz, mutableint);
+ int blockedLight = mutableint.getValue();
+ if (blockedLight >= 15) {
+ // Paper end
return 15;
} else {
- int l = BlockPosition.b(i);
- int i1 = BlockPosition.c(i);
- int j1 = BlockPosition.d(i);
- int k1 = BlockPosition.b(j);
- int l1 = BlockPosition.c(j);
- int i2 = BlockPosition.d(j);
- boolean flag = l == k1 && j1 == i2;
- int j2 = Integer.signum(k1 - l);
- int k2 = Integer.signum(l1 - i1);
- int l2 = Integer.signum(i2 - j1);
+ // Paper start - inline math
+ int ix = (int) (i >> 38);
+ int iy = (int) ((i << 52) >> 52);
+ int iz = (int) ((i << 26) >> 38);
+ boolean flag = ix == jx && iz == jz;
+ int j2 = Integer.signum(jx - ix);
+ int k2 = Integer.signum(jy - iy);
+ int l2 = Integer.signum(jz - iz);
+ // Paper end
EnumDirection enumdirection;
if (i == Long.MAX_VALUE) {
@@ -52,7 +56,7 @@ public final class LightEngineSky extends LightEngineLayer<LightEngineStorageSky
enumdirection = EnumDirection.a(j2, k2, l2);
}
- IBlockData iblockdata1 = this.a(i, (MutableInt) null);
+ IBlockData iblockdata1 = i == Long.MAX_VALUE ? Blocks.AIR.getBlockData() : this.getBlockOptimized(ix, iy, iz); // Paper
VoxelShape voxelshape;
if (enumdirection != null) {
@@ -82,9 +86,9 @@ public final class LightEngineSky extends LightEngineLayer<LightEngineStorageSky
}
}
- boolean flag1 = i == Long.MAX_VALUE || flag && i1 > l1;
+ boolean flag1 = i == Long.MAX_VALUE || flag && iy > jy; // Paper rename vars to iy > jy
- return flag1 && k == 0 && mutableint.getValue() == 0 ? 0 : k + Math.max(1, mutableint.getValue());
+ return flag1 && k == 0 && blockedLight == 0 ? 0 : k + Math.max(1, blockedLight); // Paper
}
}
}
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
@@ -92,10 +96,14 @@ public final class LightEngineSky extends LightEngineLayer<LightEngineStorageSky
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
@Override
protected void a(long i, int j, boolean flag) {
- long k = SectionPosition.e(i);
- int l = BlockPosition.c(i);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
- int i1 = SectionPosition.b(l);
- int j1 = SectionPosition.a(l);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ // Paper start
+ int baseX = (int) (i >> 38);
+ int baseY = (int) ((i << 52) >> 52);
+ int baseZ = (int) ((i << 26) >> 38);
+ long k = SectionPosition.blockPosAsSectionLong(baseX, baseY, baseZ);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ int i1 = baseY & 15;
+ int j1 = baseY >> 4;
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ // Paper end
int k1;
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
if (i1 != 0) {
@@ -110,15 +118,16 @@ public final class LightEngineSky extends LightEngineLayer<LightEngineStorageSky
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
k1 = l1;
}
- long i2 = BlockPosition.a(i, 0, -1 - k1 * 16, 0);
- long j2 = SectionPosition.e(i2);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ int newBaseY = baseY + (-1 - k1 * 16); // Paper
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ long i2 = BlockPosition.asLong(baseX, newBaseY, baseZ); // Paper
+ long j2 = SectionPosition.blockPosAsSectionLong(baseX, newBaseY, baseZ); // Paper
if (k == j2 || ((LightEngineStorageSky) this.c).g(j2)) {
this.b(i, i2, j, flag);
}
- long k2 = BlockPosition.a(i, EnumDirection.UP);
- long l2 = SectionPosition.e(k2);
+ long k2 = BlockPosition.asLong(baseX, baseY + 1, baseZ); // Paper
+ long l2 = SectionPosition.blockPosAsSectionLong(baseX, baseY + 1, baseZ); // Paper
if (k == l2 || ((LightEngineStorageSky) this.c).g(l2)) {
this.b(i, k2, j, flag);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
@@ -133,8 +142,8 @@ public final class LightEngineSky extends LightEngineLayer<LightEngineStorageSky
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
int k3 = 0;
while (true) {
- long l3 = BlockPosition.a(i, enumdirection.getAdjacentX(), -k3, enumdirection.getAdjacentZ());
- long i4 = SectionPosition.e(l3);
+ long l3 = BlockPosition.asLong(baseX + enumdirection.getAdjacentX(), baseY - k3, baseZ + enumdirection.getAdjacentZ()); // Paper
+ long i4 = SectionPosition.blockPosAsSectionLong(baseX + enumdirection.getAdjacentX(), baseY - k3, baseZ + enumdirection.getAdjacentZ()); // Paper
if (k == i4) {
this.b(i, l3, j, flag);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
@@ -172,26 +181,36 @@ public final class LightEngineSky extends LightEngineLayer<LightEngineStorageSky
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
}
}
- long j1 = SectionPosition.e(i);
- NibbleArray nibblearray = ((LightEngineStorageSky) this.c).a(j1, true);
+ // Paper start
+ int baseX = (int) (i >> 38);
+ int baseY = (int) ((i << 52) >> 52);
+ int baseZ = (int) ((i << 26) >> 38);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ long j1 = SectionPosition.blockPosAsSectionLong(baseX, baseY, baseZ);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ NibbleArray nibblearray = this.c.updating.getUpdatingOptimized(j1);
+ // Paper end
EnumDirection[] aenumdirection = LightEngineSky.e;
int k1 = aenumdirection.length;
for (int l1 = 0; l1 < k1; ++l1) {
EnumDirection enumdirection = aenumdirection[l1];
- long i2 = BlockPosition.a(i, enumdirection);
- long j2 = SectionPosition.e(i2);
+ // Paper start
+ int newX = baseX + enumdirection.getAdjacentX();
+ int newY = baseY + enumdirection.getAdjacentY();
+ int newZ = baseZ + enumdirection.getAdjacentZ();
+ long i2 = BlockPosition.asLong(newX, newY, newZ);
+ long j2 = SectionPosition.blockPosAsSectionLong(newX, newY, newZ);
+ // Paper end
NibbleArray nibblearray1;
if (j1 == j2) {
nibblearray1 = nibblearray;
} else {
- nibblearray1 = ((LightEngineStorageSky) this.c).a(j2, true);
+ nibblearray1 = ((LightEngineStorageSky) this.c).updating.getUpdatingOptimized(j2); // Paper
}
if (nibblearray1 != null) {
if (i2 != j) {
- int k2 = this.b(i2, i, this.a(nibblearray1, i2));
+ int k2 = this.b(i2, i, this.getNibbleLightInverse(nibblearray1, newX, newY, newZ)); // Paper
if (l > k2) {
l = k2;
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
@@ -206,7 +225,7 @@ public final class LightEngineSky extends LightEngineLayer<LightEngineStorageSky
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
j2 = SectionPosition.a(j2, EnumDirection.UP);
}
- NibbleArray nibblearray2 = ((LightEngineStorageSky) this.c).a(j2, true);
+ NibbleArray nibblearray2 = this.c.updating.getUpdatingOptimized(j2); // Paper
if (i2 != j) {
int l2;
diff --git a/src/main/java/net/minecraft/server/LightEngineStorage.java b/src/main/java/net/minecraft/server/LightEngineStorage.java
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
index b8b06c790adfa0246b1a6fb5eab1f63bf5ef8b0b..b98e60772bad7e06845b50fdc11e98c0ea775d3d 100644
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
--- a/src/main/java/net/minecraft/server/LightEngineStorage.java
+++ b/src/main/java/net/minecraft/server/LightEngineStorage.java
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -20,9 +20,9 @@ public abstract class LightEngineStorage<M extends LightEngineStorageArray<M>> e
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
protected final LongSet c = new LongOpenHashSet();
protected final LongSet d = new LongOpenHashSet();
protected volatile M e_visible; protected final Object visibleUpdateLock = new Object(); // Paper - diff on change, should be "visible" - force compile fail on usage change
- protected final M f; // Paper - diff on change, should be "updating"
+ protected final M f; protected final M updating; // Paper - diff on change, should be "updating"
protected final LongSet g = new LongOpenHashSet();
- protected final LongSet h = new LongOpenHashSet();
+ protected final LongSet h = new LongOpenHashSet(); LongSet dirty = h; // Paper - OBFHELPER
protected final Long2ObjectMap<NibbleArray> i = Long2ObjectMaps.synchronize(new Long2ObjectOpenHashMap());
private final LongSet n = new LongOpenHashSet();
private final LongSet o = new LongOpenHashSet();
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -30,33 +30,33 @@ public abstract class LightEngineStorage<M extends LightEngineStorageArray<M>> e
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
protected volatile boolean j;
protected LightEngineStorage(EnumSkyBlock enumskyblock, ILightAccess ilightaccess, M m0) {
- super(3, 16, 256);
+ super(3, 256, 256); // Paper - bump expected size of level sets to improve collisions and reduce rehashing (seen a lot of it)
this.l = enumskyblock;
this.m = ilightaccess;
- this.f = m0;
+ this.f = m0; updating = m0; // Paper
this.e_visible = m0.b(); // Paper - avoid copying light data
this.e_visible.d(); // Paper - avoid copying light data
}
- protected boolean g(long i) {
- return this.a(i, true) != null;
+ protected final boolean g(long i) { // Paper - final to help inlining
+ return this.updating.getUpdatingOptimized(i) != null; // Paper - inline to avoid branching
}
@Nullable
protected NibbleArray a(long i, boolean flag) {
// Paper start - avoid copying light data
if (flag) {
- return this.a(this.f, i);
+ return this.updating.getUpdatingOptimized(i);
} else {
synchronized (this.visibleUpdateLock) {
- return this.a(this.e_visible, i);
+ return this.e_visible.lookup.apply(i);
}
}
// Paper end - avoid copying light data
}
@Nullable
- protected NibbleArray a(M m0, long i) {
+ protected final NibbleArray a(M m0, long i) { // Paper
return m0.c(i);
}
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -70,27 +70,57 @@ public abstract class LightEngineStorage<M extends LightEngineStorageArray<M>> e
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
protected abstract int d(long i);
protected int i(long i) {
- long j = SectionPosition.e(i);
- NibbleArray nibblearray = this.a(j, true);
+ // Paper start - reuse and inline math, use Optimized Updating path
+ final int x = (int) (i >> 38);
+ final int y = (int) ((i << 52) >> 52);
+ final int z = (int) ((i << 26) >> 38);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ long j = SectionPosition.blockPosAsSectionLong(x, y, z);
+ NibbleArray nibblearray = this.updating.getUpdatingOptimized(j);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ // BUG: Sometimes returns null and crashes, try to recover, but to prevent crash just return no light.
+ if (nibblearray == null) {
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ nibblearray = this.e_visible.lookup.apply(j);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ }
+ if (nibblearray == null) {
+ System.err.println("Null nibble, preventing crash " + BlockPosition.fromLong(i));
+ return 0;
+ }
- return nibblearray.a(SectionPosition.b(BlockPosition.b(i)), SectionPosition.b(BlockPosition.c(i)), SectionPosition.b(BlockPosition.d(i)));
+ return nibblearray.a(x & 15, y & 15, z & 15); // Paper - inline operations
+ // Paper end
}
protected void b(long i, int j) {
- long k = SectionPosition.e(i);
+ // Paper start - cache part of the math done in loop below
+ int x = (int) (i >> 38);
+ int y = (int) ((i << 52) >> 52);
+ int z = (int) ((i << 26) >> 38);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ long k = SectionPosition.blockPosAsSectionLong(x, y, z);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ // Paper end
if (this.g.add(k)) {
this.f.a(k);
}
NibbleArray nibblearray = this.a(k, true);
-
- nibblearray.a(SectionPosition.b(BlockPosition.b(i)), SectionPosition.b(BlockPosition.c(i)), SectionPosition.b(BlockPosition.d(i)), j);
-
- for (int l = -1; l <= 1; ++l) {
- for (int i1 = -1; i1 <= 1; ++i1) {
- for (int j1 = -1; j1 <= 1; ++j1) {
- this.h.add(SectionPosition.e(BlockPosition.a(i, i1, j1, l)));
+ nibblearray.a(x & 15, y & 15, z & 15, j); // Paper - use already calculated x/y/z
+
+ // Paper start - credit to JellySquid for a major optimization here:
+ /*
+ * An extremely important optimization is made here in regards to adding items to the pending notification set. The
+ * original implementation attempts to add the coordinate of every chunk which contains a neighboring block position
+ * even though a huge number of loop iterations will simply map to block positions within the same updating chunk.
+ *
+ * Our implementation here avoids this by pre-calculating the min/max chunk coordinates so we can iterate over only
+ * the relevant chunk positions once. This reduces what would always be 27 iterations to just 1-8 iterations.
+ *
+ * @reason Use faster implementation
+ * @author JellySquid
+ */
+ for (int z2 = (z - 1) >> 4; z2 <= (z + 1) >> 4; ++z2) {
+ for (int x2 = (x - 1) >> 4; x2 <= (x + 1) >> 4; ++x2) {
+ for (int y2 = (y - 1) >> 4; y2 <= (y + 1) >> 4; ++y2) {
+ this.dirty.add(SectionPosition.asLong(x2, y2, z2));
+ // Paper end
}
}
}
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -122,17 +152,23 @@ public abstract class LightEngineStorage<M extends LightEngineStorageArray<M>> e
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
}
if (k >= 2 && j != 2) {
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
- if (this.p.contains(i)) {
- this.p.remove(i);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
- } else {
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
+ if (!this.p.remove(i)) { // Paper - remove useless contains - credit to JellySquid
+ //this.p.remove(i); // Paper
+ //} else { // Paper
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
this.f.a(i, this.j(i));
this.g.add(i);
this.k(i);
- for (int l = -1; l <= 1; ++l) {
- for (int i1 = -1; i1 <= 1; ++i1) {
- for (int j1 = -1; j1 <= 1; ++j1) {
- this.h.add(SectionPosition.e(BlockPosition.a(i, i1, j1, l)));
+ // Paper start - reuse x/y/z and only notify valid chunks - Credit to JellySquid (See above method for notes)
+ int x = (int) (i >> 38);
+ int y = (int) ((i << 52) >> 52);
+ int z = (int) ((i << 26) >> 38);
+
+ for (int z2 = (z - 1) >> 4; z2 <= (z + 1) >> 4; ++z2) {
+ for (int x2 = (x - 1) >> 4; x2 <= (x + 1) >> 4; ++x2) {
+ for (int y2 = (y - 1) >> 4; y2 <= (y + 1) >> 4; ++y2) {
+ this.dirty.add(SectionPosition.asLong(x2, y2, z2));
+ // Paper end
}
}
}
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -158,9 +194,9 @@ public abstract class LightEngineStorage<M extends LightEngineStorageArray<M>> e
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
return SectionPosition.e(j) == i;
});
} else {
- int j = SectionPosition.c(SectionPosition.b(i));
- int k = SectionPosition.c(SectionPosition.c(i));
- int l = SectionPosition.c(SectionPosition.d(i));
+ int j = (int) (i >> 42) << 4; // Paper - inline
+ int k = (int) (i << 44 >> 44) << 4; // Paper - inline
+ int l = (int) (i << 22 >> 42) << 4; // Paper - inline
for (int i1 = 0; i1 < 16; ++i1) {
for (int j1 = 0; j1 < 16; ++j1) {
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -187,7 +223,7 @@ public abstract class LightEngineStorage<M extends LightEngineStorageArray<M>> e
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
NibbleArray nibblearray;
while (longiterator.hasNext()) {
- i = (Long) longiterator.next();
+ i = longiterator.nextLong(); // Paper
this.a(lightenginelayer, i);
NibbleArray nibblearray1 = (NibbleArray) this.i.remove(i);
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -205,7 +241,7 @@ public abstract class LightEngineStorage<M extends LightEngineStorageArray<M>> e
longiterator = this.p.iterator();
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
while (longiterator.hasNext()) {
- i = (Long) longiterator.next();
+ i = longiterator.nextLong(); // Paper
this.l(i);
}
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -216,12 +252,13 @@ public abstract class LightEngineStorage<M extends LightEngineStorageArray<M>> e
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
Entry entry;
long j;
+ NibbleArray test = null; // Paper
while (objectiterator.hasNext()) {
entry = (Entry) objectiterator.next();
j = entry.getLongKey();
- if (this.g(j)) {
+ if ((test = this.updating.getUpdatingOptimized(j)) != null) { // Paper - dont look up nibble twice
nibblearray = (NibbleArray) entry.getValue();
- if (this.f.c(j) != nibblearray) {
+ if (test != nibblearray) { // Paper
this.a(lightenginelayer, j);
this.f.a(j, nibblearray);
this.g.add(j);
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -234,14 +271,14 @@ public abstract class LightEngineStorage<M extends LightEngineStorageArray<M>> e
longiterator = this.i.keySet().iterator();
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
while (longiterator.hasNext()) {
- i = (Long) longiterator.next();
+ i = longiterator.nextLong(); // Paper
this.b(lightenginelayer, i);
}
} else {
longiterator = this.n.iterator();
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
while (longiterator.hasNext()) {
- i = (Long) longiterator.next();
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
+ i = longiterator.nextLong(); // Paper
this.b(lightenginelayer, i);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
}
}
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -262,15 +299,20 @@ public abstract class LightEngineStorage<M extends LightEngineStorageArray<M>> e
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
private void b(LightEngineLayer<M, ?> lightenginelayer, long i) {
if (this.g(i)) {
- int j = SectionPosition.c(SectionPosition.b(i));
- int k = SectionPosition.c(SectionPosition.c(i));
- int l = SectionPosition.c(SectionPosition.d(i));
+ // Paper start
+ int secX = (int) (i >> 42);
+ int secY = (int) (i << 44 >> 44);
+ int secZ = (int) (i << 22 >> 42);
+ int j = secX << 4; // baseX
+ int k = secY << 4; // baseY
+ int l = secZ << 4; // baseZ
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ // Paper end
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
EnumDirection[] aenumdirection = LightEngineStorage.k;
int i1 = aenumdirection.length;
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
for (int j1 = 0; j1 < i1; ++j1) {
EnumDirection enumdirection = aenumdirection[j1];
- long k1 = SectionPosition.a(i, enumdirection);
+ long k1 = SectionPosition.getAdjacentFromSectionPos(secX, secY, secZ, enumdirection); // Paper - avoid extra unpacking
if (!this.i.containsKey(k1) && this.g(k1)) {
for (int l1 = 0; l1 < 16; ++l1) {
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
diff --git a/src/main/java/net/minecraft/server/LightEngineStorageArray.java b/src/main/java/net/minecraft/server/LightEngineStorageArray.java
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
index 37c44a89f28c44915fcae5a7e2c4797b1c123723..549c2551c2b59730bf53a80f8706d388d96ad932 100644
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
--- a/src/main/java/net/minecraft/server/LightEngineStorageArray.java
+++ b/src/main/java/net/minecraft/server/LightEngineStorageArray.java
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
@@ -5,13 +5,18 @@ import javax.annotation.Nullable;
public abstract class LightEngineStorageArray<M extends LightEngineStorageArray<M>> {
- private final long[] b = new long[2];
- private final NibbleArray[] c = new NibbleArray[2];
+ // private final long[] b = new long[2]; // Paper - unused
+ private final NibbleArray[] c = new NibbleArray[]{NibbleArray.EMPTY_NIBBLE_ARRAY, NibbleArray.EMPTY_NIBBLE_ARRAY}; private final NibbleArray[] cache = c; // Paper - OBFHELPER
private boolean d;
protected final com.destroystokyo.paper.util.map.QueuedChangesMapLong2Object<NibbleArray> data; // Paper - avoid copying light data
protected final boolean isVisible; // Paper - avoid copying light data
- java.util.function.Function<Long, NibbleArray> lookup; // Paper - faster branchless lookup
+ // Paper start - faster lookups with less branching, use interface to avoid boxing instead of Function
+ public final NibbleArrayAccess lookup;
+ public interface NibbleArrayAccess {
+ NibbleArray apply(long id);
+ }
+ // Paper end
// Paper start - avoid copying light data
protected LightEngineStorageArray(com.destroystokyo.paper.util.map.QueuedChangesMapLong2Object<NibbleArray> data, boolean isVisible) {
if (isVisible) {
@@ -19,12 +24,14 @@ public abstract class LightEngineStorageArray<M extends LightEngineStorageArray<
}
this.data = data;
this.isVisible = isVisible;
+ // Paper end - avoid copying light data
+ // Paper start - faster lookups with less branching
if (isVisible) {
lookup = data::getVisibleAsync;
} else {
- lookup = data::getUpdating;
+ lookup = data.getUpdatingMap()::get; // jump straight the sub map
}
- // Paper end - avoid copying light data
+ // Paper end
this.c();
this.d = true;
}
@@ -34,7 +41,9 @@ public abstract class LightEngineStorageArray<M extends LightEngineStorageArray<
public void a(long i) {
if (this.isVisible) { throw new IllegalStateException("writing to visible data"); } // Paper - avoid copying light data
NibbleArray updating = this.data.getUpdating(i); // Paper - pool nibbles
- this.data.queueUpdate(i, new NibbleArray().markPoolSafe(updating.getCloneIfSet())); // Paper - avoid copying light data - pool safe clone
+ NibbleArray nibblearray = new NibbleArray().markPoolSafe(updating.getCloneIfSet()); // Paper
+ nibblearray.lightCacheKey = i; // Paper
+ this.data.queueUpdate(i, nibblearray); // Paper - avoid copying light data - pool safe clone
if (updating.cleaner != null) MCUtil.scheduleTask(2, updating.cleaner, "Light Engine Release"); // Paper - delay clean incase anything holding ref was still using it
this.c();
}
@@ -43,34 +52,34 @@ public abstract class LightEngineStorageArray<M extends LightEngineStorageArray<
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
return lookup.apply(i) != null; // Paper - avoid copying light data
}
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
- @Nullable
- public final NibbleArray c(long i) { // Paper - final
- if (this.d) {
- for (int j = 0; j < 2; ++j) {
- if (i == this.b[j]) {
- return this.c[j];
- }
- }
- }
-
- NibbleArray nibblearray = lookup.apply(i); // Paper - avoid copying light data
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ // Paper start - less branching as we know we are using cache and updating
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ public final NibbleArray getUpdatingOptimized(final long i) { // Paper - final
+ final NibbleArray[] cache = this.cache;
+ if (cache[0].lightCacheKey == i) return cache[0];
+ if (cache[1].lightCacheKey == i) return cache[1];
+ final NibbleArray nibblearray = this.lookup.apply(i); // Paper - avoid copying light data
if (nibblearray == null) {
return null;
} else {
- if (this.d) {
- for (int k = 1; k > 0; --k) {
- this.b[k] = this.b[k - 1];
- this.c[k] = this.c[k - 1];
- }
-
- this.b[0] = i;
- this.c[0] = nibblearray;
- }
-
+ cache[1] = cache[0];
+ cache[0] = nibblearray;
return nibblearray;
}
}
+ // Paper end
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ @Nullable
+ public final NibbleArray c(final long i) { // Paper - final
+ // Paper start - optimize visible case or missed updating cases
+ if (this.d) {
+ // short circuit to optimized
+ return getUpdatingOptimized(i);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ }
+
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ return this.lookup.apply(i);
+ // Paper end
+ }
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
@Nullable
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
public NibbleArray d(long i) {
@@ -80,13 +89,14 @@ public abstract class LightEngineStorageArray<M extends LightEngineStorageArray<
public void a(long i, NibbleArray nibblearray) {
if (this.isVisible) { throw new IllegalStateException("writing to visible data"); } // Paper - avoid copying light data
+ nibblearray.lightCacheKey = i; // Paper
this.data.queueUpdate(i, nibblearray); // Paper - avoid copying light data
}
public void c() {
for (int i = 0; i < 2; ++i) {
- this.b[i] = Long.MAX_VALUE;
- this.c[i] = null;
+ // this.b[i] = Long.MAX_VALUE; // Paper - Unused
+ this.c[i] = NibbleArray.EMPTY_NIBBLE_ARRAY; // Paper
}
}
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
diff --git a/src/main/java/net/minecraft/server/LightEngineStorageBlock.java b/src/main/java/net/minecraft/server/LightEngineStorageBlock.java
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
index 292d8c742d3be41ba8ad7fb7f1251dc7f790b62b..5b7b7506f5d1a7578fb54a578891324dfcec3f03 100644
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
--- a/src/main/java/net/minecraft/server/LightEngineStorageBlock.java
+++ b/src/main/java/net/minecraft/server/LightEngineStorageBlock.java
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
@@ -10,10 +10,14 @@ public class LightEngineStorageBlock extends LightEngineStorage<LightEngineStora
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
@Override
protected int d(long i) {
- long j = SectionPosition.e(i);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
- NibbleArray nibblearray = this.a(j, false);
-
- return nibblearray == null ? 0 : nibblearray.a(SectionPosition.b(BlockPosition.b(i)), SectionPosition.b(BlockPosition.c(i)), SectionPosition.b(BlockPosition.d(i)));
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ // Paper start
+ int baseX = (int) (i >> 38);
+ int baseY = (int) ((i << 52) >> 52);
+ int baseZ = (int) ((i << 26) >> 38);
+ long j = (((long) (baseX >> 4) & 4194303L) << 42) | (((long) (baseY >> 4) & 1048575L)) | (((long) (baseZ >> 4) & 4194303L) << 20);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ NibbleArray nibblearray = this.e_visible.lookup.apply(j);
+ return nibblearray == null ? 0 : nibblearray.a(baseX & 15, baseY & 15, baseZ & 15);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ // Paper end
}
public static final class a extends LightEngineStorageArray<LightEngineStorageBlock.a> {
diff --git a/src/main/java/net/minecraft/server/LightEngineStorageSky.java b/src/main/java/net/minecraft/server/LightEngineStorageSky.java
Fix erroneuous entity count reporting in timings
2020-07-14 12:58:55 +02:00
index a35e7b392c74fadf2760d1fc2021e98d33858cb5..944094e8e770cc8c0205ef2aa6c48fff55d74639 100644
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
--- a/src/main/java/net/minecraft/server/LightEngineStorageSky.java
+++ b/src/main/java/net/minecraft/server/LightEngineStorageSky.java
@@ -22,7 +22,12 @@ public class LightEngineStorageSky extends LightEngineStorage<LightEngineStorage
@Override
protected int d(long i) {
- long j = SectionPosition.e(i);
+ // Paper start
+ int baseX = (int) (i >> 38);
+ int baseY = (int) ((i << 52) >> 52);
+ int baseZ = (int) ((i << 26) >> 38);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ long j = SectionPosition.blockPosAsSectionLong(baseX, baseY, baseZ);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ // Paper end
int k = SectionPosition.c(j);
synchronized (this.visibleUpdateLock) { // Paper - avoid copying light data
LightEngineStorageSky.a lightenginestoragesky_a = (LightEngineStorageSky.a) this.e_visible; // Paper - avoid copying light data - must be after lock acquire
@@ -43,7 +48,7 @@ public class LightEngineStorageSky extends LightEngineStorage<LightEngineStorage
}
}
- return nibblearray.a(SectionPosition.b(BlockPosition.b(i)), SectionPosition.b(BlockPosition.c(i)), SectionPosition.b(BlockPosition.d(i)));
+ return nibblearray.a(baseX & 15, (int) ((i << 52) >> 52) & 15, (int) baseZ & 15); // Paper - y changed above
} else {
return 15;
}
@@ -162,7 +167,7 @@ public class LightEngineStorageSky extends LightEngineStorage<LightEngineStorage
if (k != ((LightEngineStorageSky.a) this.f).b && SectionPosition.c(j) < k) {
NibbleArray nibblearray1;
- while ((nibblearray1 = this.a(j, true)) == null) {
+ while ((nibblearray1 = this.updating.getUpdatingOptimized(j)) == null) { // Paper
j = SectionPosition.a(j, EnumDirection.UP);
}
@@ -186,7 +191,10 @@ public class LightEngineStorageSky extends LightEngineStorage<LightEngineStorage
longiterator = this.m.iterator();
while (longiterator.hasNext()) {
- i = (Long) longiterator.next();
+ i = longiterator.nextLong(); // Paper
+ int baseX = (int) (i >> 42) << 4; // Paper
+ int baseY = (int) (i << 44 >> 44) << 4; // Paper
+ int baseZ = (int) (i << 22 >> 42) << 4; // Paper
j = this.c(i);
if (j != 2 && !this.n.contains(i) && this.l.add(i)) {
int l;
@@ -197,10 +205,10 @@ public class LightEngineStorageSky extends LightEngineStorage<LightEngineStorage
((LightEngineStorageSky.a) this.f).a(i);
}
- Arrays.fill(this.a(i, true).asBytesPoolSafe(), (byte) -1); // Paper
- k = SectionPosition.c(SectionPosition.b(i));
- l = SectionPosition.c(SectionPosition.c(i));
- int i1 = SectionPosition.c(SectionPosition.d(i));
+ Arrays.fill(this.updating.getUpdatingOptimized(i).asBytesPoolSafe(), (byte) -1); // Paper - use optimized
+ k = baseX; // Paper
+ l = baseY; // Paper
+ int i1 = baseZ; // Paper
EnumDirection[] aenumdirection = LightEngineStorageSky.k;
int j1 = aenumdirection.length;
@@ -209,7 +217,7 @@ public class LightEngineStorageSky extends LightEngineStorage<LightEngineStorage
for (int l1 = 0; l1 < j1; ++l1) {
EnumDirection enumdirection = aenumdirection[l1];
- k1 = SectionPosition.a(i, enumdirection);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ k1 = SectionPosition.getAdjacentFromBlockPos(baseX, baseY, baseZ, enumdirection); // Paper
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
if ((this.n.contains(k1) || !this.l.contains(k1) && !this.m.contains(k1)) && this.g(k1)) {
for (int i2 = 0; i2 < 16; ++i2) {
for (int j2 = 0; j2 < 16; ++j2) {
@@ -242,16 +250,16 @@ public class LightEngineStorageSky extends LightEngineStorage<LightEngineStorage
for (int i3 = 0; i3 < 16; ++i3) {
for (j1 = 0; j1 < 16; ++j1) {
- long j3 = BlockPosition.a(SectionPosition.c(SectionPosition.b(i)) + i3, SectionPosition.c(SectionPosition.c(i)), SectionPosition.c(SectionPosition.d(i)) + j1);
+ long j3 = BlockPosition.a(baseX + i3, baseY, baseZ + j1); // Paper
- k1 = BlockPosition.a(SectionPosition.c(SectionPosition.b(i)) + i3, SectionPosition.c(SectionPosition.c(i)) - 1, SectionPosition.c(SectionPosition.d(i)) + j1);
+ k1 = BlockPosition.a(baseX + i3, baseY - 1, baseZ + j1); // Paper
lightenginelayer.a(j3, k1, lightenginelayer.b(j3, k1, 0), true);
}
}
} else {
for (k = 0; k < 16; ++k) {
for (l = 0; l < 16; ++l) {
- long k3 = BlockPosition.a(SectionPosition.c(SectionPosition.b(i)) + k, SectionPosition.c(SectionPosition.c(i)) + 16 - 1, SectionPosition.c(SectionPosition.d(i)) + l);
+ long k3 = BlockPosition.a(baseX + k, baseY + 16 - 1, baseZ + l); // Paper
lightenginelayer.a(Long.MAX_VALUE, k3, 0, true);
}
@@ -266,11 +274,14 @@ public class LightEngineStorageSky extends LightEngineStorage<LightEngineStorage
longiterator = this.n.iterator();
while (longiterator.hasNext()) {
- i = (Long) longiterator.next();
+ i = longiterator.nextLong(); // Paper
+ int baseX = (int) (i >> 42) << 4; // Paper
+ int baseY = (int) (i << 44 >> 44) << 4; // Paper
+ int baseZ = (int) (i << 22 >> 42) << 4; // Paper
if (this.l.remove(i) && this.g(i)) {
for (j = 0; j < 16; ++j) {
for (k = 0; k < 16; ++k) {
- long l3 = BlockPosition.a(SectionPosition.c(SectionPosition.b(i)) + j, SectionPosition.c(SectionPosition.c(i)) + 16 - 1, SectionPosition.c(SectionPosition.d(i)) + k);
+ long l3 = BlockPosition.a(baseX + j, baseY + 16 - 1, baseZ + k); // Paper
lightenginelayer.a(Long.MAX_VALUE, l3, 15, false);
}
diff --git a/src/main/java/net/minecraft/server/LightEngineThreaded.java b/src/main/java/net/minecraft/server/LightEngineThreaded.java
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
index a9dc8466278f9ec2becbcb643e6e1c973df72b82..968a1f71a44122ef0c4236d4251497f0b813d3b9 100644
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
--- a/src/main/java/net/minecraft/server/LightEngineThreaded.java
+++ b/src/main/java/net/minecraft/server/LightEngineThreaded.java
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
@@ -14,8 +14,98 @@ import org.apache.logging.log4j.Logger;
public class LightEngineThreaded extends LightEngine implements AutoCloseable {
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
private static final Logger LOGGER = LogManager.getLogger();
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
- private final ThreadedMailbox<Runnable> b;
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
- private final ObjectList<Pair<LightEngineThreaded.Update, Runnable>> c = new ObjectArrayList();
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ private final ThreadedMailbox<Runnable> b; ThreadedMailbox<Runnable> mailbox; // Paper
+ // Paper start
+ private static final int MAX_PRIORITIES = PlayerChunkMap.GOLDEN_TICKET + 2;
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ public void changePriority(long pair, int currentPriority, int priority) {
+ this.mailbox.queue(() -> {
+ ChunkLightQueue remove = this.queue.buckets[currentPriority].remove(pair);
+ if (remove != null) {
+ ChunkLightQueue existing = this.queue.buckets[priority].put(pair, remove);
+ if (existing != null) {
+ remove.pre.addAll(existing.pre);
+ remove.post.addAll(existing.post);
+ }
+ }
+ });
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ }
+
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ static class ChunkLightQueue {
+ public boolean shouldFastUpdate;
+ java.util.ArrayDeque<Runnable> pre = new java.util.ArrayDeque<Runnable>();
+ java.util.ArrayDeque<Runnable> post = new java.util.ArrayDeque<Runnable>();
+
+ ChunkLightQueue(long chunk) {}
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ }
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+
+
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ // Retain the chunks priority level for queued light tasks
+ private static class LightQueue {
+ private int size = 0;
+ private int lowestPriority = MAX_PRIORITIES;
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ private final it.unimi.dsi.fastutil.longs.Long2ObjectLinkedOpenHashMap<ChunkLightQueue>[] buckets = new it.unimi.dsi.fastutil.longs.Long2ObjectLinkedOpenHashMap[MAX_PRIORITIES];
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+
+ private LightQueue() {
+ for (int i = 0; i < buckets.length; i++) {
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ buckets[i] = new it.unimi.dsi.fastutil.longs.Long2ObjectLinkedOpenHashMap<>();
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ }
+ }
+
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ public final void add(long chunkId, int priority, LightEngineThreaded.Update type, Runnable run) {
+ add(chunkId, priority, type, run, false);
+ }
+ public final void add(long chunkId, int priority, LightEngineThreaded.Update type, Runnable run, boolean shouldFastUpdate) {
+ ChunkLightQueue lightQueue = this.buckets[priority].computeIfAbsent(chunkId, ChunkLightQueue::new);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ this.size++;
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ if (type == Update.PRE_UPDATE) {
+ lightQueue.pre.add(run);
+ } else {
+ lightQueue.post.add(run);
+ }
+ if (shouldFastUpdate) {
+ lightQueue.shouldFastUpdate = true;
+ }
+
+ if (this.lowestPriority > priority) {
+ this.lowestPriority = priority;
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ }
+ }
+
+ public final boolean isEmpty() {
+ return this.size == 0;
+ }
+
+ public final int size() {
+ return this.size;
+ }
+
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ public boolean poll(java.util.List<Runnable> pre, java.util.List<Runnable> post) {
+ boolean hasWork = false;
+ it.unimi.dsi.fastutil.longs.Long2ObjectLinkedOpenHashMap<ChunkLightQueue>[] buckets = this.buckets;
+ while (lowestPriority < MAX_PRIORITIES && !isEmpty()) {
+ it.unimi.dsi.fastutil.longs.Long2ObjectLinkedOpenHashMap<ChunkLightQueue> bucket = buckets[lowestPriority];
+ if (bucket.isEmpty()) {
+ lowestPriority++;
+ continue;
+ }
+ ChunkLightQueue queue = bucket.removeFirst();
+ this.size -= queue.pre.size() + queue.post.size();
+ pre.addAll(queue.pre);
+ post.addAll(queue.post);
+ queue.pre.clear();
+ queue.post.clear();
+ hasWork = true;
+ if (queue.shouldFastUpdate) {
+ return true;
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ }
+ }
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ return hasWork;
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ }
+ }
+
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ private final LightQueue queue = new LightQueue();
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ // Paper end
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
private final PlayerChunkMap d;
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
private final Mailbox<ChunkTaskQueueSorter.a<Runnable>> e;
private volatile int f = 5;
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
@@ -25,7 +115,7 @@ public class LightEngineThreaded extends LightEngine implements AutoCloseable {
super(ilightaccess, true, flag);
this.d = playerchunkmap;
this.e = mailbox;
- this.b = threadedmailbox;
+ this.mailbox = this.b = threadedmailbox; // Paper
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
}
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
public void close() {}
@@ -111,8 +201,11 @@ public class LightEngineThreaded extends LightEngine implements AutoCloseable {
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
private void a(int i, int j, IntSupplier intsupplier, LightEngineThreaded.Update lightenginethreaded_update, Runnable runnable) {
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
this.e.a(ChunkTaskQueueSorter.a(() -> {
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
- this.c.add(Pair.of(lightenginethreaded_update, runnable));
- if (this.c.size() >= this.f) {
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ // Paper start
+ int priority = intsupplier.getAsInt();
+ this.queue.add(ChunkCoordIntPair.pair(i, j), priority, lightenginethreaded_update, runnable); // Paper
+ if (priority <= 25) { // don't auto kick off unless priority
+ // Paper end
this.b();
}
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
@@ -134,7 +227,14 @@ public class LightEngineThreaded extends LightEngine implements AutoCloseable {
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
ChunkCoordIntPair chunkcoordintpair = ichunkaccess.getPos();
ichunkaccess.b(false);
- this.a(chunkcoordintpair.x, chunkcoordintpair.z, LightEngineThreaded.Update.PRE_UPDATE, SystemUtils.a(() -> {
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ // Paper start
+ long pair = chunkcoordintpair.pair();
+ CompletableFuture<IChunkAccess> future = new CompletableFuture<>();
+ IntSupplier prioritySupplier1 = d.getPrioritySupplier(pair);
+ IntSupplier prioritySupplier = flag ? () -> Math.max(1, prioritySupplier1.getAsInt() - 10) : prioritySupplier1;
+ this.e.a(ChunkTaskQueueSorter.a(() -> {
+ this.queue.add(pair, prioritySupplier.getAsInt(), LightEngineThreaded.Update.PRE_UPDATE, SystemUtils.a(() -> {
+ // Paper end
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
ChunkSection[] achunksection = ichunkaccess.getSections();
for (int i = 0; i < 16; ++i) {
Fix not running level updates for light if no pre/post task
2020-06-23 03:17:28 +02:00
@@ -155,52 +255,51 @@ public class LightEngineThreaded extends LightEngine implements AutoCloseable {
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
this.d.c(chunkcoordintpair);
}, () -> {
return "lightChunk " + chunkcoordintpair + " " + flag;
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ // Paper start - merge the 2 together
}));
- return CompletableFuture.supplyAsync(() -> {
+
+ this.queue.add(pair, prioritySupplier.getAsInt(), LightEngineThreaded.Update.POST_UPDATE, () -> {
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
ichunkaccess.b(true);
super.b(chunkcoordintpair, false);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
- return ichunkaccess;
- }, (runnable) -> {
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
- this.a(chunkcoordintpair.x, chunkcoordintpair.z, LightEngineThreaded.Update.POST_UPDATE, runnable);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ // Paper start
+ future.complete(ichunkaccess);
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
});
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ queueUpdate(); // run queue now
+ }, pair, prioritySupplier));
+ return future;
+ // Paper end
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
}
public void queueUpdate() {
- if ((!this.c.isEmpty() || super.a()) && this.g.compareAndSet(false, true)) {
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ if ((!this.queue.isEmpty() || super.a()) && this.g.compareAndSet(false, true)) { // Paper
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
this.b.a((() -> { // Paper - decompile error
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
this.b();
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
this.g.set(false);
+ queueUpdate(); // Paper - if we still have work to do, do it!
}));
}
}
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ // Paper start - replace impl
Fix not running level updates for light if no pre/post task
2020-06-23 03:17:28 +02:00
+ private final java.util.List<Runnable> pre = new java.util.ArrayList<>();
+ private final java.util.List<Runnable> post = new java.util.ArrayList<>();
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
private void b() {
- int i = Math.min(this.c.size(), this.f);
- ObjectListIterator<Pair<LightEngineThreaded.Update, Runnable>> objectlistiterator = this.c.iterator();
-
- Pair pair;
- int j;
-
- for (j = 0; objectlistiterator.hasNext() && j < i; ++j) {
- pair = (Pair) objectlistiterator.next();
- if (pair.getFirst() == LightEngineThreaded.Update.PRE_UPDATE) {
- ((Runnable) pair.getSecond()).run();
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
- }
Fix not running level updates for light if no pre/post task
2020-06-23 03:17:28 +02:00
+ int i = Math.min(queue.size(), 4);
+ boolean ran = false;
+ while (i-- > 0 && queue.poll(pre, post)) {
+ pre.forEach(Runnable::run);
+ pre.clear();
+ super.a(Integer.MAX_VALUE, true, true);
+ post.forEach(Runnable::run);
+ post.clear();
+ ran = true;
}
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
-
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
- objectlistiterator.back(j);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
- super.a(Integer.MAX_VALUE, true, true);
-
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
- for (j = 0; objectlistiterator.hasNext() && j < i; ++j) {
- pair = (Pair) objectlistiterator.next();
- if (pair.getFirst() == LightEngineThreaded.Update.POST_UPDATE) {
- ((Runnable) pair.getSecond()).run();
- }
-
- objectlistiterator.remove();
Fix not running level updates for light if no pre/post task
2020-06-23 03:17:28 +02:00
+ if (!ran) {
+ // might have level updates to go still
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
+ super.a(Integer.MAX_VALUE, true, true);
}
-
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
+ // Paper end
}
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
public void a(int i) {
diff --git a/src/main/java/net/minecraft/server/NibbleArray.java b/src/main/java/net/minecraft/server/NibbleArray.java
index 8cedfdd820cc02a76607b53e0b054fc74654f907..a9795394c9b17f9f0ce4c4f9c8f51a48e950418e 100644
--- a/src/main/java/net/minecraft/server/NibbleArray.java
+++ b/src/main/java/net/minecraft/server/NibbleArray.java
@@ -8,6 +8,13 @@ import javax.annotation.Nullable;
public class NibbleArray {
// Paper start
+ static final NibbleArray EMPTY_NIBBLE_ARRAY = new NibbleArray() {
+ @Override
+ public byte[] asBytes() {
+ throw new IllegalStateException();
+ }
+ };
+ long lightCacheKey = Long.MIN_VALUE;
public static byte[] EMPTY_NIBBLE = new byte[2048];
private static final int nibbleBucketSizeMultiplier = Integer.getInteger("Paper.nibbleBucketSize", 3072);
private static final int maxPoolSize = Integer.getInteger("Paper.maxNibblePoolSize", (int) Math.min(6, Math.max(1, Runtime.getRuntime().maxMemory() / 1024 / 1024 / 1024)) * (nibbleBucketSizeMultiplier * 8));
diff --git a/src/main/java/net/minecraft/server/PlayerChunk.java b/src/main/java/net/minecraft/server/PlayerChunk.java
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
index 446c401b3139f8c6c0e70d883340f0140d94b752..a3bce8f13bf278af2d6870891daa9bf692b4e267 100644
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
--- a/src/main/java/net/minecraft/server/PlayerChunk.java
+++ b/src/main/java/net/minecraft/server/PlayerChunk.java
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -716,6 +716,7 @@ public class PlayerChunk {
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
ioPriority = com.destroystokyo.paper.io.PrioritizedTaskQueue.HIGH_PRIORITY;
}
chunkMap.world.asyncChunkTaskManager.raisePriority(location.x, location.z, ioPriority);
+ chunkMap.world.getChunkProvider().getLightEngine().changePriority(location.pair(), getCurrentPriority(), priority);
}
if (getCurrentPriority() != priority) {
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
this.v.a(this.location, this::getCurrentPriority, priority, this::setPriority); // use preferred priority
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
diff --git a/src/main/java/net/minecraft/server/PlayerChunkMap.java b/src/main/java/net/minecraft/server/PlayerChunkMap.java
Fix erroneuous entity count reporting in timings
2020-07-14 12:58:55 +02:00
index 2fac2e59ab0712459f03cdacc0f67c1528c5a5bf..5544254a655485b8ef9d2883da4d722fa57c63d9 100644
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
--- a/src/main/java/net/minecraft/server/PlayerChunkMap.java
+++ b/src/main/java/net/minecraft/server/PlayerChunkMap.java
Re-Add per player mob spawning
2020-06-27 06:57:36 +02:00
@@ -653,6 +653,7 @@ public class PlayerChunkMap extends IChunkLoader implements PlayerChunk.d {
Optimize Light Engine Massive update to light to improve performance and chunk loading/generation. 1) Massive bit packing/unpacking optimizations and inlining. A lot of performance has to do with constant packing and unpacking of bits. We now inline a most bit operations, and re-use base x/y/z bits in many places. This helps with cpu level processing to just do all the math at once instead of having to jump in and out of function calls. This much logic also is likely over the JVM Inline limit for JIT too. 2) Applied a few of JellySquid's Phosphor mod optimizations such as - ensuring we don't notify neighbor chunks when neighbor chunk doesn't need to be notified - reduce hasLight checks in initializing light, and prob some more, they are tagged JellySquid where phosphor influence was used. 3) Optimize hot path accesses to getting updating chunk to have less branching 4) Optimize getBlock accesses to have less branching, and less unpacking 5) Have a separate urgent bucket for chunk light tasks. These tasks will always cut in line over non blocking light tasks. 6) Retain chunk priority while light tasks are enqueued. So if a task comes in at high priority but the queue is full of tasks already at a lower priority, before the task was simply added to the end. Now it can cut in line to the front. this applies for both urgent and non urgent tasks. 7) Buffer non urgent tasks even if queueUpdate is called multiple times to improve efficiency. 8) Fix NPE risk that crashes server in getting nibble data Fixes #3489 Fixes #3363
2020-06-05 07:25:11 +02:00
// Paper end
}
+ protected final IntSupplier getPrioritySupplier(long i) { return c(i); } // Paper - OBFHELPER
protected IntSupplier c(long i) {
return () -> {
PlayerChunk playerchunk = this.getVisibleChunk(i);
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
diff --git a/src/main/java/net/minecraft/server/ThreadedMailbox.java b/src/main/java/net/minecraft/server/ThreadedMailbox.java
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
index 35f4d2d9591e625ab0bbeab7b606761e74965eec..698d82dd736529a8cbfad5c6bed70ab97f0064bb 100644
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
--- a/src/main/java/net/minecraft/server/ThreadedMailbox.java
+++ b/src/main/java/net/minecraft/server/ThreadedMailbox.java
Current non compilable status of all patches - THIS IS NOT READY THERE IS STILL NO ETA. GOBLINS WILL EAT YOU.
2020-06-26 03:58:00 +02:00
@@ -109,7 +109,8 @@ public class ThreadedMailbox<T> implements Mailbox<T>, AutoCloseable, Runnable {
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
}
- @Override
+
+ public void queue(T t0) { a(t0); } @Override // Paper - OBFHELPER
public void a(T t0) {
this.a.a(t0);
this.f();
diff --git a/src/main/java/net/minecraft/server/WorldServer.java b/src/main/java/net/minecraft/server/WorldServer.java
Fix erroneuous entity count reporting in timings
2020-07-14 12:58:55 +02:00
index e1cbb3431d3ce9db6698b7d9d296611e4d9a5470..5ee9d3009e04b36d2c61007a1dbe06b2bb1106ff 100644
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
--- a/src/main/java/net/minecraft/server/WorldServer.java
+++ b/src/main/java/net/minecraft/server/WorldServer.java
Fix erroneuous entity count reporting in timings
2020-07-14 12:58:55 +02:00
@@ -707,6 +707,7 @@ public class WorldServer extends World implements GeneratorAccessSeed {
Improve light optimizations and fix bugs Rewrites the Threaded task logic to no longer use 2 queues and instead keep a single prioritized queue and do all of a chunks light tasks in a single batch Fix a math issue in one place (Thankfully didn't seem to really be a common place since didn't notice anything)
2020-06-20 01:10:38 +02:00
}
gameprofilerfiller.exit();
timings.chunkTicksBlocks.stopTiming(); // Paper
+ getChunkProvider().getLightEngine().queueUpdate(); // Paper
// Paper end
}
}
Reference in a new issue Copy permalink