public class CylinderRegion extends AbstractRegion implements FlatRegion
world| Constructor and Description |
|---|
CylinderRegion()
Construct the region.
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CylinderRegion(BlockVector3 center,
Vector2 radius,
int minY,
int maxY)
Construct the region.
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CylinderRegion(CylinderRegion region) |
CylinderRegion(World world)
Construct the region.
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CylinderRegion(World world,
BlockVector3 center,
Vector2 radius,
int minY,
int maxY)
Construct the region.
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| Modifier and Type | Method and Description |
|---|---|
java.lang.Iterable<BlockVector2> |
asFlatRegion()
Get this region as an iterable flat region.
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CylinderRegion |
clone()
Make a clone of the region.
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boolean |
contains(BlockVector3 position)
Checks to see if a point is inside this region.
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void |
contract(BlockVector3... changes)
Contract the region.
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static CylinderRegion |
createRadius(Extent extent,
BlockVector3 center,
double radius)
Return a new instance with the given center and radius in the X and Z
axes with a Y that extends from the bottom of the extent to the top
of the extent.
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void |
expand(BlockVector3... changes)
Expand the region.
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void |
extendRadius(Vector2 minRadius)
Extends the radius to be at least the given radius.
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Vector3 |
getCenter()
Get the center point of a region.
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int |
getHeight()
Get Y-size.
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int |
getLength()
Get Z-size.
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BlockVector3 |
getMaximumPoint()
Get the upper point of a region.
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int |
getMaximumY()
Gets the maximum Y value.
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BlockVector3 |
getMinimumPoint()
Get the lower point of a region.
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int |
getMinimumY()
Gets the minimum Y value.
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Vector2 |
getRadius()
Returns the radius of the cylinder.
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long |
getVolume()
Get the number of blocks in the region.
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int |
getWidth()
Get X-size.
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java.util.Iterator<BlockVector3> |
iterator()
Get the iterator.
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java.util.List<BlockVector2> |
polygonize(int maxPoints)
Polygonizes a cross-section or a 2D projection of the region orthogonal to the Y axis.
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void |
setCenter(BlockVector2 center)
Sets the main center point of the region.
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void |
setMaximumY(int y)
Se the maximum Y.
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void |
setMinimumY(int y)
Set the minimum Y.
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void |
setRadius(Vector2 radius)
Sets the radius of the cylinder.
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boolean |
setY(int y)
Sets the height of the cylinder to fit the specified Y.
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void |
shift(BlockVector3 change)
Shift the region.
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java.lang.String |
toString() |
getChunkCubes, getChunks, getWorld, getWorldMaxY, getWorldMinY, setWorldequals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, waitgetArea, getBoundingBox, getChunkCubes, getChunks, getWorld, setWorldpublic CylinderRegion()
public CylinderRegion(World world)
world - the worldpublic CylinderRegion(World world, BlockVector3 center, Vector2 radius, int minY, int maxY)
world - the worldcenter - the center positionradius - the radius along the X and Z axesminY - the minimum Y, inclusivemaxY - the maximum Y, inclusivepublic CylinderRegion(BlockVector3 center, Vector2 radius, int minY, int maxY)
center - the center positionradius - the radius along the X and Z axesminY - the minimum Y, inclusivemaxY - the maximum Y, inclusivepublic CylinderRegion(CylinderRegion region)
public Vector3 getCenter()
RegiongetCenter in interface RegiongetCenter in class AbstractRegionpublic void setCenter(BlockVector2 center)
center - the center pointpublic Vector2 getRadius()
public void setRadius(Vector2 radius)
radius - the radius along the X and Z axespublic void extendRadius(Vector2 minRadius)
minRadius - the minimum radiuspublic void setMinimumY(int y)
y - the ypublic void setMaximumY(int y)
y - the ypublic BlockVector3 getMinimumPoint()
RegiongetMinimumPoint in interface Regionpublic BlockVector3 getMaximumPoint()
RegiongetMaximumPoint in interface Regionpublic int getMaximumY()
FlatRegiongetMaximumY in interface FlatRegionpublic int getMinimumY()
FlatRegiongetMinimumY in interface FlatRegionpublic long getVolume()
RegiongetVolume in interface RegiongetVolume in class AbstractRegionpublic int getWidth()
AbstractRegiongetWidth in interface RegiongetWidth in class AbstractRegionpublic int getHeight()
AbstractRegiongetHeight in interface RegiongetHeight in class AbstractRegionpublic int getLength()
AbstractRegiongetLength in interface RegiongetLength in class AbstractRegionpublic void expand(BlockVector3... changes) throws RegionOperationException
Regionexpand in interface Regionchanges - array/arguments with multiple related changesRegionOperationException - if the operation cannot be performedpublic void contract(BlockVector3... changes) throws RegionOperationException
Regioncontract in interface Regionchanges - array/arguments with multiple related changesRegionOperationException - if the operation cannot be performedpublic void shift(BlockVector3 change) throws RegionOperationException
Regionshift in interface Regionshift in class AbstractRegionchange - the changeRegionOperationException - if the operation cannot be performedpublic boolean contains(BlockVector3 position)
public boolean setY(int y)
y - the y valuepublic java.util.Iterator<BlockVector3> iterator()
AbstractRegioniterator in interface java.lang.Iterable<BlockVector3>iterator in class AbstractRegionpublic java.lang.Iterable<BlockVector2> asFlatRegion()
FlatRegionasFlatRegion in interface FlatRegionpublic java.lang.String toString()
toString in class java.lang.Objectpublic CylinderRegion clone()
Regionclone in interface Regionclone in class AbstractRegionpublic java.util.List<BlockVector2> polygonize(int maxPoints)
Regionpolygonize in interface Regionpolygonize in class AbstractRegionmaxPoints - maximum number of points to generate. -1 for no limit.public static CylinderRegion createRadius(Extent extent, BlockVector3 center, double radius)
extent - the extentcenter - the center positionradius - the radius in the X and Z axes