| bak.pcj.set.AbstractFloatSet
 bak.pcj.set.FloatChainedHashSet
| FloatChainedHashSet | | public class FloatChainedHashSet extends AbstractFloatSet implements FloatSet,Cloneable,Serializable(Code) | | This class represents chained hash table based sets of float values.
Unlike the Java Collections HashSet instances of this class
are not backed up by a map. It is implemented using a simple chained
hash table where the keys are stored directly as entries.
See Also: FloatOpenHashSet
See Also: java.util.HashSet
author:
Søren Bak
version:
1.4 21-08-2003 20:05
since:
1.0 |
| Field Summary | |
| final public static int | DEFAULT_CAPACITY
The default capacity of this set. | | final public static int | DEFAULT_GROWTH_CHUNK
The default chunk size with which to increase the capacity of this set. | | final public static double | DEFAULT_GROWTH_FACTOR
The default factor with which to increase the capacity of this set. | | final public static double | DEFAULT_LOAD_FACTOR
The default load factor of this set. |
| Constructor Summary | |
| public | FloatChainedHashSet()
Creates a new hash set with capacity 11, a relative
growth factor of 1.0, and a load factor of 75%. | | public | FloatChainedHashSet(FloatCollection c)
Creates a new hash set with the same elements as a specified
collection. | | public | FloatChainedHashSet(float[] a)
Creates a new hash set with the same elements as the specified
array. | | public | FloatChainedHashSet(int capacity)
Creates a new hash set with a specified capacity, a relative
growth factor of 1.0, and a load factor of 75%. | | public | FloatChainedHashSet(double loadFactor)
Creates a new hash set with a capacity of 11, a relative
growth factor of 1.0, and a specified load factor. | | public | FloatChainedHashSet(int capacity, double loadFactor)
Creates a new hash set with a specified capacity and
load factor, and a relative growth factor of 1.0. | | public | FloatChainedHashSet(int capacity, double loadFactor, double growthFactor)
Creates a new hash set with a specified capacity,
load factor, and relative growth factor. | | public | FloatChainedHashSet(int capacity, double loadFactor, int growthChunk)
Creates a new hash set with a specified capacity,
load factor, and absolute growth factor.
The set capacity increases to capacity()+growthChunk.
This strategy is good for avoiding wasting memory. | | public | FloatChainedHashSet(FloatHashFunction keyhash)
Creates a new hash set with capacity 11, a relative
growth factor of 1.0, and a load factor of 75%. | | public | FloatChainedHashSet(FloatHashFunction keyhash, int capacity)
Creates a new hash set with a specified capacity, a relative
growth factor of 1.0, and a load factor of 75%. | | public | FloatChainedHashSet(FloatHashFunction keyhash, double loadFactor)
Creates a new hash set with a capacity of 11, a relative
growth factor of 1.0, and a specified load factor. | | public | FloatChainedHashSet(FloatHashFunction keyhash, int capacity, double loadFactor)
Creates a new hash set with a specified capacity and
load factor, and a relative growth factor of 1.0. | | public | FloatChainedHashSet(FloatHashFunction keyhash, int capacity, double loadFactor, double growthFactor)
Creates a new hash set with a specified capacity,
load factor, and relative growth factor. | | public | FloatChainedHashSet(FloatHashFunction keyhash, int capacity, double loadFactor, int growthChunk)
Creates a new hash set with a specified capacity,
load factor, and absolute growth factor.
The set capacity increases to capacity()+growthChunk.
This strategy is good for avoiding wasting memory. |
| DEFAULT_CAPACITY | | final public static int DEFAULT_CAPACITY(Code) | | The default capacity of this set.
|
| DEFAULT_GROWTH_CHUNK | | final public static int DEFAULT_GROWTH_CHUNK(Code) | | The default chunk size with which to increase the capacity of this set.
|
| DEFAULT_GROWTH_FACTOR | | final public static double DEFAULT_GROWTH_FACTOR(Code) | | The default factor with which to increase the capacity of this set.
|
| DEFAULT_LOAD_FACTOR | | final public static double DEFAULT_LOAD_FACTOR(Code) | | The default load factor of this set.
|
| FloatChainedHashSet | | public FloatChainedHashSet()(Code) | | Creates a new hash set with capacity 11, a relative
growth factor of 1.0, and a load factor of 75%.
|
| FloatChainedHashSet | | public FloatChainedHashSet(FloatCollection c)(Code) | | Creates a new hash set with the same elements as a specified
collection.
Parameters:
c - the collection whose elements to add to the newset.
throws:
NullPointerException - if c is null. |
| FloatChainedHashSet | | public FloatChainedHashSet(float[] a)(Code) | | Creates a new hash set with the same elements as the specified
array.
Parameters:
a - the array whose elements to add to the newset.
throws:
NullPointerException - if a is null.
since:
1.1 |
| FloatChainedHashSet | | public FloatChainedHashSet(int capacity)(Code) | | Creates a new hash set with a specified capacity, a relative
growth factor of 1.0, and a load factor of 75%.
Parameters:
capacity - the initial capacity of the set.
throws:
IllegalArgumentException - if capacity is negative. |
| FloatChainedHashSet | | public FloatChainedHashSet(double loadFactor)(Code) | | Creates a new hash set with a capacity of 11, a relative
growth factor of 1.0, and a specified load factor.
Parameters:
loadFactor - the load factor of the set.
throws:
IllegalArgumentException - if loadFactor is negative. |
| FloatChainedHashSet | | public FloatChainedHashSet(int capacity, double loadFactor)(Code) | | Creates a new hash set with a specified capacity and
load factor, and a relative growth factor of 1.0.
Parameters:
capacity - the initial capacity of the set.
Parameters:
loadFactor - the load factor of the set.
throws:
IllegalArgumentException - if capacity is negative;if loadFactor is not positive. |
| FloatChainedHashSet | | public FloatChainedHashSet(int capacity, double loadFactor, double growthFactor)(Code) | | Creates a new hash set with a specified capacity,
load factor, and relative growth factor.
The set capacity increases to capacity()*(1+growthFactor).
This strategy is good for avoiding many capacity increases, but
the amount of wasted memory is approximately the size of the set.
Parameters:
capacity - the initial capacity of the set.
Parameters:
loadFactor - the load factor of the set.
Parameters:
growthFactor - the relative amount with which to increase thethe capacity when a capacity increase is needed.
throws:
IllegalArgumentException - if capacity is negative;if loadFactor is not positive;if growthFactor is not positive. |
| FloatChainedHashSet | | public FloatChainedHashSet(int capacity, double loadFactor, int growthChunk)(Code) | | Creates a new hash set with a specified capacity,
load factor, and absolute growth factor.
The set capacity increases to capacity()+growthChunk.
This strategy is good for avoiding wasting memory. However, an
overhead is potentially introduced by frequent capacity increases.
Parameters:
capacity - the initial capacity of the set.
Parameters:
loadFactor - the load factor of the set.
Parameters:
growthChunk - the absolute amount with which to increase thethe capacity when a capacity increase is needed.
throws:
IllegalArgumentException - if capacity is negative;if loadFactor is not positive;if growthChunk is not positive. |
| FloatChainedHashSet | | public FloatChainedHashSet(FloatHashFunction keyhash)(Code) | | Creates a new hash set with capacity 11, a relative
growth factor of 1.0, and a load factor of 75%.
Parameters:
keyhash - the hash function to use when hashing keys.
throws:
NullPointerException - if keyhash is null. |
| FloatChainedHashSet | | public FloatChainedHashSet(FloatHashFunction keyhash, int capacity)(Code) | | Creates a new hash set with a specified capacity, a relative
growth factor of 1.0, and a load factor of 75%.
Parameters:
keyhash - the hash function to use when hashing keys.
Parameters:
capacity - the initial capacity of the set.
throws:
IllegalArgumentException - if capacity is negative.
throws:
NullPointerException - if keyhash is null. |
| FloatChainedHashSet | | public FloatChainedHashSet(FloatHashFunction keyhash, double loadFactor)(Code) | | Creates a new hash set with a capacity of 11, a relative
growth factor of 1.0, and a specified load factor.
Parameters:
keyhash - the hash function to use when hashing keys.
Parameters:
loadFactor - the load factor of the set.
throws:
IllegalArgumentException - if loadFactor is negative.
throws:
NullPointerException - if keyhash is null. |
| FloatChainedHashSet | | public FloatChainedHashSet(FloatHashFunction keyhash, int capacity, double loadFactor)(Code) | | Creates a new hash set with a specified capacity and
load factor, and a relative growth factor of 1.0.
Parameters:
keyhash - the hash function to use when hashing keys.
Parameters:
capacity - the initial capacity of the set.
Parameters:
loadFactor - the load factor of the set.
throws:
IllegalArgumentException - if capacity is negative;if loadFactor is not positive.
throws:
NullPointerException - if keyhash is null. |
| FloatChainedHashSet | | public FloatChainedHashSet(FloatHashFunction keyhash, int capacity, double loadFactor, double growthFactor)(Code) | | Creates a new hash set with a specified capacity,
load factor, and relative growth factor.
The set capacity increases to capacity()*(1+growthFactor).
This strategy is good for avoiding many capacity increases, but
the amount of wasted memory is approximately the size of the set.
Parameters:
keyhash - the hash function to use when hashing keys.
Parameters:
capacity - the initial capacity of the set.
Parameters:
loadFactor - the load factor of the set.
Parameters:
growthFactor - the relative amount with which to increase thethe capacity when a capacity increase is needed.
throws:
IllegalArgumentException - if capacity is negative;if loadFactor is not positive;if growthFactor is not positive.
throws:
NullPointerException - if keyhash is null. |
| FloatChainedHashSet | | public FloatChainedHashSet(FloatHashFunction keyhash, int capacity, double loadFactor, int growthChunk)(Code) | | Creates a new hash set with a specified capacity,
load factor, and absolute growth factor.
The set capacity increases to capacity()+growthChunk.
This strategy is good for avoiding wasting memory. However, an
overhead is potentially introduced by frequent capacity increases.
Parameters:
keyhash - the hash function to use when hashing keys.
Parameters:
capacity - the initial capacity of the set.
Parameters:
loadFactor - the load factor of the set.
Parameters:
growthChunk - the absolute amount with which to increase thethe capacity when a capacity increase is needed.
throws:
IllegalArgumentException - if capacity is negative;if loadFactor is not positive;if growthChunk is not positive.
throws:
NullPointerException - if keyhash is null. |
| add | | public boolean add(float v)(Code) | | |
| clear | | public void clear()(Code) | | |
| clone | | public Object clone()(Code) | | Returns a clone of this hash set.
a clone of this hash set.
since:
1.1 |
| contains | | public boolean contains(float v)(Code) | | |
| hashCode | | public int hashCode()(Code) | | |
| remove | | public boolean remove(float v)(Code) | | |
| toArray | | public float[] toArray(float[] a)(Code) | | |
| trimToSize | | public void trimToSize()(Code) | | |
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