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Greatly reduce the number of checks

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themode 2022-03-09 20:14:42 +01:00
parent e7545e470f
commit a29a51ee0a
1 changed files with 9 additions and 27 deletions
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36
src/main/java/net/minestom/server/collision/BlockCollision.java
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@ -148,38 +148,20 @@ final class BlockCollision {
// Go through all points to check. See if the point after the move will be in a new block
// If the point after is in a new block that new block needs to be checked, otherwise only check the current block
for (Vec point : allFaces) {
Vec pointBefore = point.add(entityPosition);
Vec pointAfter = point.add(entityPosition).add(deltaPosition);
if (pointBefore.blockX() != pointAfter.blockX()) {
checkBoundingBox(pointAfter.blockX(), pointBefore.blockY(), pointBefore.blockZ(), deltaPosition, entityPosition, boundingBox, instance, originChunk, finalResult);
final Vec pointBefore = point.add(entityPosition);
final Vec pointAfter = pointBefore.add(deltaPosition);
if (!pointAfter.sameBlock(pointBefore)) {
if (pointBefore.blockX() != pointAfter.blockX()) {
checkBoundingBox(pointAfter.blockX(), pointBefore.blockY(), pointBefore.blockZ(), deltaPosition, entityPosition, boundingBox, instance, originChunk, finalResult);
}
if (pointBefore.blockY() != pointAfter.blockY()) {
checkBoundingBox(pointAfter.blockX(), pointAfter.blockY(), pointBefore.blockZ(), deltaPosition, entityPosition, boundingBox, instance, originChunk, finalResult);
checkBoundingBox(pointBefore.blockX(), pointAfter.blockY(), pointBefore.blockZ(), deltaPosition, entityPosition, boundingBox, instance, originChunk, finalResult);
}
if (pointBefore.blockZ() != pointAfter.blockZ()) {
checkBoundingBox(pointAfter.blockX(), pointBefore.blockY(), pointAfter.blockZ(), deltaPosition, entityPosition, boundingBox, instance, originChunk, finalResult);
checkBoundingBox(pointBefore.blockX(), pointBefore.blockY(), pointAfter.blockZ(), deltaPosition, entityPosition, boundingBox, instance, originChunk, finalResult);
}
}
if (pointBefore.blockY() != pointAfter.blockY()) {
checkBoundingBox(pointBefore.blockX(), pointAfter.blockY(), pointBefore.blockZ(), deltaPosition, entityPosition, boundingBox, instance, originChunk, finalResult);
if (pointBefore.blockZ() != pointAfter.blockZ()) {
checkBoundingBox(pointBefore.blockX(), pointAfter.blockY(), pointAfter.blockZ(), deltaPosition, entityPosition, boundingBox, instance, originChunk, finalResult);
}
}
if (pointBefore.blockZ() != pointAfter.blockZ()) {
checkBoundingBox(pointBefore.blockX(), pointBefore.blockY(), pointAfter.blockZ(), deltaPosition, entityPosition, boundingBox, instance, originChunk, finalResult);
}
checkBoundingBox(pointBefore.blockX(), pointBefore.blockY(), pointBefore.blockZ(), deltaPosition, entityPosition, boundingBox, instance, originChunk, finalResult);
if (pointBefore.blockX() != pointAfter.blockX()
&& pointBefore.blockY() != pointAfter.blockY()
&& pointBefore.blockZ() != pointAfter.blockZ())
checkBoundingBox(pointAfter.blockX(), pointAfter.blockY(), pointAfter.blockZ(), deltaPosition, entityPosition, boundingBox, instance, originChunk, finalResult);
}
} else {
// When large moves are done we need to ray-cast to find all blocks that could intersect with the movement
@ -252,8 +234,8 @@ final class BlockCollision {
checkBlock = Block.STONE; // Generic full block
}
boolean hitBlock = false;
final Pos blockPos = new Pos(blockX, blockY, blockZ);
if (checkBlock.isSolid()) {
final Vec blockPos = new Vec(blockX, blockY, blockZ);
hitBlock = checkBlock.registry().collisionShape().intersectBoxSwept(entityPosition, entityVelocity, blockPos, boundingBox, finalResult);
}
return hitBlock;