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Modify isInWall to use same block retrieval as CollisionUtil

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Spottedleaf
2024-09-05 16:41:07 -07:00
parent f9c99d1e32
commit aa240eb16d
1 changed files with 79 additions and 41 deletions
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120
src/main/java/ca/spottedleaf/moonrise/mixin/collisions/EntityMixin.java
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@@ -202,64 +202,102 @@ abstract class EntityMixin {
return false;
}
final float reducedWith = this.dimensions.width() * 0.8F;
final AABB box = AABB.ofSize(this.getEyePosition(), reducedWith, 1.0E-6D, reducedWith);
final double reducedWith = (double)(this.dimensions.width() * 0.8F);
final AABB boundingBox = AABB.ofSize(this.getEyePosition(), reducedWith, 1.0E-6D, reducedWith);
final Level world = this.level;
if (CollisionUtil.isEmpty(box)) {
if (CollisionUtil.isEmpty(boundingBox)) {
return false;
}
final BlockPos.MutableBlockPos tempPos = new BlockPos.MutableBlockPos();
final int minBlockX = Mth.floor(boundingBox.minX);
final int minBlockY = Mth.floor(boundingBox.minY);
final int minBlockZ = Mth.floor(boundingBox.minZ);
final int minX = Mth.floor(box.minX);
final int minY = Mth.floor(box.minY);
final int minZ = Mth.floor(box.minZ);
final int maxX = Mth.floor(box.maxX);
final int maxY = Mth.floor(box.maxY);
final int maxZ = Mth.floor(box.maxZ);
final int maxBlockX = Mth.floor(boundingBox.maxX);
final int maxBlockY = Mth.floor(boundingBox.maxY);
final int maxBlockZ = Mth.floor(boundingBox.maxZ);
final ChunkSource chunkProvider = this.level.getChunkSource();
final int minChunkX = minBlockX >> 4;
final int minChunkY = minBlockY >> 4;
final int minChunkZ = minBlockZ >> 4;
long lastChunkKey = ChunkPos.INVALID_CHUNK_POS;
LevelChunk lastChunk = null;
for (int fz = minZ; fz <= maxZ; ++fz) {
tempPos.setZ(fz);
for (int fx = minX; fx <= maxX; ++fx) {
final int newChunkX = fx >> 4;
final int newChunkZ = fz >> 4;
final LevelChunk chunk = lastChunkKey == (lastChunkKey = CoordinateUtils.getChunkKey(newChunkX, newChunkZ)) ?
lastChunk : (lastChunk = (LevelChunk)chunkProvider.getChunk(newChunkX, newChunkZ, ChunkStatus.FULL, true));
tempPos.setX(fx);
for (int fy = minY; fy <= maxY; ++fy) {
tempPos.setY(fy);
final int maxChunkX = maxBlockX >> 4;
final int maxChunkY = maxBlockY >> 4;
final int maxChunkZ = maxBlockZ >> 4;
final BlockState state = chunk.getBlockState(tempPos);
final int minSection = ((CollisionLevel)world).moonrise$getMinSection();
final ChunkSource chunkSource = world.getChunkSource();
final BlockPos.MutableBlockPos mutablePos = new BlockPos.MutableBlockPos();
if (((CollisionBlockState)state).moonrise$emptyCollisionShape() || !state.isSuffocating(this.level, tempPos)) {
for (int currChunkZ = minChunkZ; currChunkZ <= maxChunkZ; ++currChunkZ) {
for (int currChunkX = minChunkX; currChunkX <= maxChunkX; ++currChunkX) {
final ChunkAccess chunk = chunkSource.getChunk(currChunkX, currChunkZ, ChunkStatus.FULL, true);
final LevelChunkSection[] sections = chunk.getSections();
for (int currChunkY = minChunkY; currChunkY <= maxChunkY; ++currChunkY) {
final int sectionIdx = currChunkY - minSection;
if (sectionIdx < 0 || sectionIdx >= sections.length) {
continue;
}
final LevelChunkSection section = sections[sectionIdx];
if (section.hasOnlyAir()) {
// empty
continue;
}
// Yes, it does not use the Entity context stuff.
final VoxelShape collisionShape = state.getCollisionShape(this.level, tempPos);
final PalettedContainer<BlockState> blocks = section.states;
if (collisionShape.isEmpty()) {
continue;
}
final int minXIterate = currChunkX == minChunkX ? (minBlockX & 15) : 0;
final int maxXIterate = currChunkX == maxChunkX ? (maxBlockX & 15) : 15;
final int minZIterate = currChunkZ == minChunkZ ? (minBlockZ & 15) : 0;
final int maxZIterate = currChunkZ == maxChunkZ ? (maxBlockZ & 15) : 15;
final int minYIterate = currChunkY == minChunkY ? (minBlockY & 15) : 0;
final int maxYIterate = currChunkY == maxChunkY ? (maxBlockY & 15) : 15;
final AABB toCollide = box.move(-(double)fx, -(double)fy, -(double)fz);
for (int currY = minYIterate; currY <= maxYIterate; ++currY) {
final int blockY = currY | (currChunkY << 4);
mutablePos.setY(blockY);
for (int currZ = minZIterate; currZ <= maxZIterate; ++currZ) {
final int blockZ = currZ | (currChunkZ << 4);
mutablePos.setZ(blockZ);
for (int currX = minXIterate; currX <= maxXIterate; ++currX) {
final int localBlockIndex = (currX) | (currZ << 4) | ((currY) << 8);
final int blockX = currX | (currChunkX << 4);
mutablePos.setX(blockX);
final AABB singleAABB = ((CollisionVoxelShape)collisionShape).moonrise$getSingleAABBRepresentation();
if (singleAABB != null) {
if (CollisionUtil.voxelShapeIntersect(singleAABB, toCollide)) {
return true;
final BlockState blockState = blocks.get(localBlockIndex);
if (((CollisionBlockState)blockState).moonrise$emptyCollisionShape()
|| !blockState.isSuffocating(world, mutablePos)) {
continue;
}
// Yes, it does not use the Entity context stuff.
final VoxelShape collisionShape = blockState.getCollisionShape(world, mutablePos);
if (collisionShape.isEmpty()) {
continue;
}
final AABB toCollide = boundingBox.move(-(double)blockX, -(double)blockY, -(double)blockZ);
final AABB singleAABB = ((CollisionVoxelShape)collisionShape).moonrise$getSingleAABBRepresentation();
if (singleAABB != null) {
if (CollisionUtil.voxelShapeIntersect(singleAABB, toCollide)) {
return true;
}
continue;
}
if (CollisionUtil.voxelShapeIntersectNoEmpty(collisionShape, toCollide)) {
return true;
}
continue;
}
}
continue;
}
if (CollisionUtil.voxelShapeIntersectNoEmpty(collisionShape, toCollide)) {
return true;
}
continue;
}
}
}