V - the most general value type of the maps that could be constructed
by this factoryF - the concrete factory type which extends this interfacepublic interface FloatObjMapFactory<V,F extends FloatObjMapFactory<V,F>> extends ContainerFactory<F>
FloatObjMaps.FloatObjMap,
@KolobokeMap| Modifier and Type | Method and Description |
|---|---|
Equivalence<V> |
getValueEquivalence()
Returns the equivalence to which value
equivalence of the maps constructed by this factory is set.
|
<V2 extends V> |
newImmutableMap(Consumer<FloatObjConsumer<V2>> entriesSupplier)
Constructs a new immutable map filled with mappings consumed by the callback within the given
closure.
|
<V2 extends V> |
newImmutableMap(Consumer<FloatObjConsumer<V2>> entriesSupplier,
int expectedSize)
Constructs a new immutable map filled with mappings consumed by the callback within the given
closure.
|
<V2 extends V> |
newImmutableMap(float[] keys,
V2[] values)
Constructs a new immutable map with the given mappings, i.
|
<V2 extends V> |
newImmutableMap(Float[] keys,
V2[] values)
Constructs a new immutable map with the given mappings, i.
|
<V2 extends V> |
newImmutableMap(float[] keys,
V2[] values,
int expectedSize)
Constructs a new immutable map with the given mappings, i.
|
<V2 extends V> |
newImmutableMap(Float[] keys,
V2[] values,
int expectedSize)
Constructs a new immutable map with the given mappings, i.
|
<V2 extends V> |
newImmutableMap(Iterable<Float> keys,
Iterable<? extends V2> values)
Constructs a new immutable map with the given mappings, i.
|
<V2 extends V> |
newImmutableMap(Iterable<Float> keys,
Iterable<? extends V2> values,
int expectedSize)
Constructs a new immutable map with the given mappings, i.
|
<V2 extends V> |
newImmutableMap(Map<Float,? extends V2> map)
Constructs a new immutable map with the same mappings as the specified
map. |
<V2 extends V> |
newImmutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2)
Constructs a new immutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newImmutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
int expectedSize)
Constructs a new immutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newImmutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3)
Constructs a new immutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newImmutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
int expectedSize)
Constructs a new immutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newImmutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
Map<Float,? extends V2> map4)
Constructs a new immutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newImmutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
Map<Float,? extends V2> map4,
int expectedSize)
Constructs a new immutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newImmutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
Map<Float,? extends V2> map4,
Map<Float,? extends V2> map5)
Constructs a new immutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newImmutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
Map<Float,? extends V2> map4,
Map<Float,? extends V2> map5,
int expectedSize)
Constructs a new immutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newImmutableMapOf(float k1,
V2 v1)
Constructs a new immutable map of the single specified mapping.
|
<V2 extends V> |
newImmutableMapOf(float k1,
V2 v1,
float k2,
V2 v2)
Constructs a new immutable map of the two specified mappings.
|
<V2 extends V> |
newImmutableMapOf(float k1,
V2 v1,
float k2,
V2 v2,
float k3,
V2 v3)
Constructs a new immutable map of the three specified mappings.
|
<V2 extends V> |
newImmutableMapOf(float k1,
V2 v1,
float k2,
V2 v2,
float k3,
V2 v3,
float k4,
V2 v4)
Constructs a new immutable map of the four specified mappings.
|
<V2 extends V> |
newImmutableMapOf(float k1,
V2 v1,
float k2,
V2 v2,
float k3,
V2 v3,
float k4,
V2 v4,
float k5,
V2 v5)
Constructs a new immutable map of the five specified mappings.
|
<V2 extends V> |
newMutableMap()
Constructs a new empty mutable map of the default expected size.
|
<V2 extends V> |
newMutableMap(Consumer<FloatObjConsumer<V2>> entriesSupplier)
Constructs a new mutable map filled with mappings consumed by the callback within the given
closure.
|
<V2 extends V> |
newMutableMap(Consumer<FloatObjConsumer<V2>> entriesSupplier,
int expectedSize)
Constructs a new mutable map filled with mappings consumed by the callback within the given
closure.
|
<V2 extends V> |
newMutableMap(float[] keys,
V2[] values)
Constructs a new mutable map with the given mappings, i.
|
<V2 extends V> |
newMutableMap(Float[] keys,
V2[] values)
Constructs a new mutable map with the given mappings, i.
|
<V2 extends V> |
newMutableMap(float[] keys,
V2[] values,
int expectedSize)
Constructs a new mutable map with the given mappings, i.
|
<V2 extends V> |
newMutableMap(Float[] keys,
V2[] values,
int expectedSize)
Constructs a new mutable map with the given mappings, i.
|
<V2 extends V> |
newMutableMap(int expectedSize)
Constructs a new empty mutable map of the given expected size.
|
<V2 extends V> |
newMutableMap(Iterable<Float> keys,
Iterable<? extends V2> values)
Constructs a new mutable map with the given mappings, i.
|
<V2 extends V> |
newMutableMap(Iterable<Float> keys,
Iterable<? extends V2> values,
int expectedSize)
Constructs a new mutable map with the given mappings, i.
|
<V2 extends V> |
newMutableMap(Map<Float,? extends V2> map)
Constructs a new mutable map with the same mappings as the specified
map. |
<V2 extends V> |
newMutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2)
Constructs a new mutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newMutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
int expectedSize)
Constructs a new mutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newMutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3)
Constructs a new mutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newMutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
int expectedSize)
Constructs a new mutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newMutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
Map<Float,? extends V2> map4)
Constructs a new mutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newMutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
Map<Float,? extends V2> map4,
int expectedSize)
Constructs a new mutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newMutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
Map<Float,? extends V2> map4,
Map<Float,? extends V2> map5)
Constructs a new mutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newMutableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
Map<Float,? extends V2> map4,
Map<Float,? extends V2> map5,
int expectedSize)
Constructs a new mutable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newMutableMapOf(float k1,
V2 v1)
Constructs a new mutable map of the single specified mapping.
|
<V2 extends V> |
newMutableMapOf(float k1,
V2 v1,
float k2,
V2 v2)
Constructs a new mutable map of the two specified mappings.
|
<V2 extends V> |
newMutableMapOf(float k1,
V2 v1,
float k2,
V2 v2,
float k3,
V2 v3)
Constructs a new mutable map of the three specified mappings.
|
<V2 extends V> |
newMutableMapOf(float k1,
V2 v1,
float k2,
V2 v2,
float k3,
V2 v3,
float k4,
V2 v4)
Constructs a new mutable map of the four specified mappings.
|
<V2 extends V> |
newMutableMapOf(float k1,
V2 v1,
float k2,
V2 v2,
float k3,
V2 v3,
float k4,
V2 v4,
float k5,
V2 v5)
Constructs a new mutable map of the five specified mappings.
|
<V2 extends V> |
newUpdatableMap()
Constructs a new empty updatable map of the default expected size.
|
<V2 extends V> |
newUpdatableMap(Consumer<FloatObjConsumer<V2>> entriesSupplier)
Constructs a new updatable map filled with mappings consumed by the callback within the given
closure.
|
<V2 extends V> |
newUpdatableMap(Consumer<FloatObjConsumer<V2>> entriesSupplier,
int expectedSize)
Constructs a new updatable map filled with mappings consumed by the callback within the given
closure.
|
<V2 extends V> |
newUpdatableMap(float[] keys,
V2[] values)
Constructs a new updatable map with the given mappings, i.
|
<V2 extends V> |
newUpdatableMap(Float[] keys,
V2[] values)
Constructs a new updatable map with the given mappings, i.
|
<V2 extends V> |
newUpdatableMap(float[] keys,
V2[] values,
int expectedSize)
Constructs a new updatable map with the given mappings, i.
|
<V2 extends V> |
newUpdatableMap(Float[] keys,
V2[] values,
int expectedSize)
Constructs a new updatable map with the given mappings, i.
|
<V2 extends V> |
newUpdatableMap(int expectedSize)
Constructs a new empty updatable map of the given expected size.
|
<V2 extends V> |
newUpdatableMap(Iterable<Float> keys,
Iterable<? extends V2> values)
Constructs a new updatable map with the given mappings, i.
|
<V2 extends V> |
newUpdatableMap(Iterable<Float> keys,
Iterable<? extends V2> values,
int expectedSize)
Constructs a new updatable map with the given mappings, i.
|
<V2 extends V> |
newUpdatableMap(Map<Float,? extends V2> map)
Constructs a new updatable map with the same mappings as the specified
map. |
<V2 extends V> |
newUpdatableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2)
Constructs a new updatable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newUpdatableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
int expectedSize)
Constructs a new updatable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newUpdatableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3)
Constructs a new updatable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newUpdatableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
int expectedSize)
Constructs a new updatable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newUpdatableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
Map<Float,? extends V2> map4)
Constructs a new updatable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newUpdatableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
Map<Float,? extends V2> map4,
int expectedSize)
Constructs a new updatable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newUpdatableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
Map<Float,? extends V2> map4,
Map<Float,? extends V2> map5)
Constructs a new updatable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newUpdatableMap(Map<Float,? extends V2> map1,
Map<Float,? extends V2> map2,
Map<Float,? extends V2> map3,
Map<Float,? extends V2> map4,
Map<Float,? extends V2> map5,
int expectedSize)
Constructs a new updatable map which merge the mappings of the specified maps.
|
<V2 extends V> |
newUpdatableMapOf(float k1,
V2 v1)
Constructs a new updatable map of the single specified mapping.
|
<V2 extends V> |
newUpdatableMapOf(float k1,
V2 v1,
float k2,
V2 v2)
Constructs a new updatable map of the two specified mappings.
|
<V2 extends V> |
newUpdatableMapOf(float k1,
V2 v1,
float k2,
V2 v2,
float k3,
V2 v3)
Constructs a new updatable map of the three specified mappings.
|
<V2 extends V> |
newUpdatableMapOf(float k1,
V2 v1,
float k2,
V2 v2,
float k3,
V2 v3,
float k4,
V2 v4)
Constructs a new updatable map of the four specified mappings.
|
<V2 extends V> |
newUpdatableMapOf(float k1,
V2 v1,
float k2,
V2 v2,
float k3,
V2 v3,
float k4,
V2 v4,
float k5,
V2 v5)
Constructs a new updatable map of the five specified mappings.
|
F |
withValueEquivalence(Equivalence<? super V> valueEquivalence)
Returns a copy of this factory, with exception that it constructs maps with
value equivalence set to the given
Equivalence. |
getDefaultExpectedSize, withDefaultExpectedSize@Nonnull Equivalence<V> getValueEquivalence()
Equivalence.defaultEquality().@Nonnull F withValueEquivalence(@Nonnull Equivalence<? super V> valueEquivalence)
Equivalence.valueEquivalence - the new value equivalencevalueEquivalence@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap()
V2 - the value type of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(int expectedSize)
V2 - the value type of the returned mapexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, int expectedSize)
map2 have priority over mappings from the map1 with
the same keys.V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergeexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, int expectedSize)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergeexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, @Nonnull Map<Float,? extends V2> map4, int expectedSize)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergemap4 - the fourth map to mergeexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, @Nonnull Map<Float,? extends V2> map4, @Nonnull Map<Float,? extends V2> map5, int expectedSize)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergemap4 - the fourth map to mergemap5 - the fifth map to mergeexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Consumer<FloatObjConsumer<V2>> entriesSupplier, int expectedSize)
Example: TODO
V2 - the value type of the returned mapentriesSupplier - the function which supply mappings for the returned map via
the callback passed inexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull float[] keys, @Nonnull V2[] values, int expectedSize)
keys and values arrays at the same index. If keys array have
duplicate elements, value corresponding the key with the highest index is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys array at the same indexexpectedSize - the expected size of the returned mapIllegalArgumentException - if keys and values arrays have different
length@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Float[] keys, @Nonnull V2[] values, int expectedSize)
keys and values arrays at the same index. If keys array have
duplicate elements, value corresponding the key with the highest index is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys array at the same indexexpectedSize - the expected size of the returned mapIllegalArgumentException - if keys and values arrays have different
lengthNullPointerException - if keys
contain null elements@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Iterable<Float> keys, @Nonnull Iterable<? extends V2> values, int expectedSize)
keys and values iterables at the same iteration position. If keys
have duplicate elements, value corresponding the key appeared last in the iteration is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys iterable at the same iteration positionexpectedSize - the expected size of the returned mapIllegalArgumentException - if keys and values have different size@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Map<Float,? extends V2> map)
map.V2 - the value type of the returned mapmap - the map whose mappings are to be placed in the returned mapmap@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2)
map2 have priority over mappings from the map1 with
the same keys.V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to merge@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to merge@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, @Nonnull Map<Float,? extends V2> map4)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergemap4 - the fourth map to merge@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, @Nonnull Map<Float,? extends V2> map4, @Nonnull Map<Float,? extends V2> map5)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergemap4 - the fourth map to mergemap5 - the fifth map to merge@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Consumer<FloatObjConsumer<V2>> entriesSupplier)
Example: TODO
V2 - the value type of the returned mapentriesSupplier - the function which supply mappings for the returned map via
the callback passed in@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull float[] keys, @Nonnull V2[] values)
keys and values arrays at the same index. If keys array have
duplicate elements, value corresponding the key with the highest index is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys array at the same indexIllegalArgumentException - if keys and values arrays have different
length@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Float[] keys, @Nonnull V2[] values)
keys and values arrays at the same index. If keys array have
duplicate elements, value corresponding the key with the highest index is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys array at the same indexIllegalArgumentException - if keys and values arrays have different
lengthNullPointerException - if keys
contain null elements@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMap(@Nonnull Iterable<Float> keys, @Nonnull Iterable<? extends V2> values)
keys and values iterables at the same iteration position. If keys
have duplicate elements, value corresponding the key appeared last in the iteration is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys iterable at the same iteration positionIllegalArgumentException - if keys and values have different size@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMapOf(float k1, V2 v1)
V2 - the value type of the returned mapk1 - the key of the sole mappingv1 - the value of the sole mapping@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMapOf(float k1, V2 v1, float k2, V2 v2)
V2 - the value type of the returned mapk1 - the key of the first mappingv1 - the value of the first mappingk2 - the key of the second mappingv2 - the value of the second mapping@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMapOf(float k1, V2 v1, float k2, V2 v2, float k3, V2 v3)
V2 - the value type of the returned mapk1 - the key of the first mappingv1 - the value of the first mappingk2 - the key of the second mappingv2 - the value of the second mappingk3 - the key of the third mappingv3 - the value of the third mapping@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMapOf(float k1, V2 v1, float k2, V2 v2, float k3, V2 v3, float k4, V2 v4)
V2 - the value type of the returned mapk1 - the key of the first mappingv1 - the value of the first mappingk2 - the key of the second mappingv2 - the value of the second mappingk3 - the key of the third mappingv3 - the value of the third mappingk4 - the key of the fourth mappingv4 - the value of the fourth mapping@Nonnull <V2 extends V> FloatObjMap<V2> newMutableMapOf(float k1, V2 v1, float k2, V2 v2, float k3, V2 v3, float k4, V2 v4, float k5, V2 v5)
V2 - the value type of the returned mapk1 - the key of the first mappingv1 - the value of the first mappingk2 - the key of the second mappingv2 - the value of the second mappingk3 - the key of the third mappingv3 - the value of the third mappingk4 - the key of the fourth mappingv4 - the value of the fourth mappingk5 - the key of the fifth mappingv5 - the value of the fifth mapping@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap()
V2 - the value type of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(int expectedSize)
V2 - the value type of the returned mapexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, int expectedSize)
map2 have priority over mappings from the map1 with
the same keys.V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergeexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, int expectedSize)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergeexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, @Nonnull Map<Float,? extends V2> map4, int expectedSize)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergemap4 - the fourth map to mergeexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, @Nonnull Map<Float,? extends V2> map4, @Nonnull Map<Float,? extends V2> map5, int expectedSize)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergemap4 - the fourth map to mergemap5 - the fifth map to mergeexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Consumer<FloatObjConsumer<V2>> entriesSupplier, int expectedSize)
Example: TODO
V2 - the value type of the returned mapentriesSupplier - the function which supply mappings for the returned map via
the callback passed inexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull float[] keys, @Nonnull V2[] values, int expectedSize)
keys and values arrays at the same index. If keys array have
duplicate elements, value corresponding the key with the highest index is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys array at the same indexexpectedSize - the expected size of the returned mapIllegalArgumentException - if keys and values arrays have different
length@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Float[] keys, @Nonnull V2[] values, int expectedSize)
keys and values arrays at the same index. If keys array have
duplicate elements, value corresponding the key with the highest index is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys array at the same indexexpectedSize - the expected size of the returned mapIllegalArgumentException - if keys and values arrays have different
lengthNullPointerException - if keys
contain null elements@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Iterable<Float> keys, @Nonnull Iterable<? extends V2> values, int expectedSize)
keys and values iterables at the same iteration position. If keys
have duplicate elements, value corresponding the key appeared last in the iteration is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys iterable at the same iteration positionexpectedSize - the expected size of the returned mapIllegalArgumentException - if keys and values have different size@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Map<Float,? extends V2> map)
map.V2 - the value type of the returned mapmap - the map whose mappings are to be placed in the returned mapmap@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2)
map2 have priority over mappings from the map1 with
the same keys.V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to merge@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to merge@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, @Nonnull Map<Float,? extends V2> map4)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergemap4 - the fourth map to merge@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, @Nonnull Map<Float,? extends V2> map4, @Nonnull Map<Float,? extends V2> map5)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergemap4 - the fourth map to mergemap5 - the fifth map to merge@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Consumer<FloatObjConsumer<V2>> entriesSupplier)
Example: TODO
V2 - the value type of the returned mapentriesSupplier - the function which supply mappings for the returned map via
the callback passed in@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull float[] keys, @Nonnull V2[] values)
keys and values arrays at the same index. If keys array have
duplicate elements, value corresponding the key with the highest index is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys array at the same indexIllegalArgumentException - if keys and values arrays have different
length@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Float[] keys, @Nonnull V2[] values)
keys and values arrays at the same index. If keys array have
duplicate elements, value corresponding the key with the highest index is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys array at the same indexIllegalArgumentException - if keys and values arrays have different
lengthNullPointerException - if keys
contain null elements@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMap(@Nonnull Iterable<Float> keys, @Nonnull Iterable<? extends V2> values)
keys and values iterables at the same iteration position. If keys
have duplicate elements, value corresponding the key appeared last in the iteration is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys iterable at the same iteration positionIllegalArgumentException - if keys and values have different size@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMapOf(float k1, V2 v1)
V2 - the value type of the returned mapk1 - the key of the sole mappingv1 - the value of the sole mapping@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMapOf(float k1, V2 v1, float k2, V2 v2)
V2 - the value type of the returned mapk1 - the key of the first mappingv1 - the value of the first mappingk2 - the key of the second mappingv2 - the value of the second mapping@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMapOf(float k1, V2 v1, float k2, V2 v2, float k3, V2 v3)
V2 - the value type of the returned mapk1 - the key of the first mappingv1 - the value of the first mappingk2 - the key of the second mappingv2 - the value of the second mappingk3 - the key of the third mappingv3 - the value of the third mapping@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMapOf(float k1, V2 v1, float k2, V2 v2, float k3, V2 v3, float k4, V2 v4)
V2 - the value type of the returned mapk1 - the key of the first mappingv1 - the value of the first mappingk2 - the key of the second mappingv2 - the value of the second mappingk3 - the key of the third mappingv3 - the value of the third mappingk4 - the key of the fourth mappingv4 - the value of the fourth mapping@Nonnull <V2 extends V> FloatObjMap<V2> newUpdatableMapOf(float k1, V2 v1, float k2, V2 v2, float k3, V2 v3, float k4, V2 v4, float k5, V2 v5)
V2 - the value type of the returned mapk1 - the key of the first mappingv1 - the value of the first mappingk2 - the key of the second mappingv2 - the value of the second mappingk3 - the key of the third mappingv3 - the value of the third mappingk4 - the key of the fourth mappingv4 - the value of the fourth mappingk5 - the key of the fifth mappingv5 - the value of the fifth mapping@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, int expectedSize)
map2 have priority over mappings from the map1 with
the same keys.V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergeexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, int expectedSize)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergeexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, @Nonnull Map<Float,? extends V2> map4, int expectedSize)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergemap4 - the fourth map to mergeexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, @Nonnull Map<Float,? extends V2> map4, @Nonnull Map<Float,? extends V2> map5, int expectedSize)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergemap4 - the fourth map to mergemap5 - the fifth map to mergeexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Consumer<FloatObjConsumer<V2>> entriesSupplier, int expectedSize)
Example: TODO
V2 - the value type of the returned mapentriesSupplier - the function which supply mappings for the returned map via
the callback passed inexpectedSize - the expected size of the returned map@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull float[] keys, @Nonnull V2[] values, int expectedSize)
keys and values arrays at the same index. If keys array have
duplicate elements, value corresponding the key with the highest index is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys array at the same indexexpectedSize - the expected size of the returned mapIllegalArgumentException - if keys and values arrays have different
length@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Float[] keys, @Nonnull V2[] values, int expectedSize)
keys and values arrays at the same index. If keys array have
duplicate elements, value corresponding the key with the highest index is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys array at the same indexexpectedSize - the expected size of the returned mapIllegalArgumentException - if keys and values arrays have different
lengthNullPointerException - if keys
contain null elements@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Iterable<Float> keys, @Nonnull Iterable<? extends V2> values, int expectedSize)
keys and values iterables at the same iteration position. If keys
have duplicate elements, value corresponding the key appeared last in the iteration is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys iterable at the same iteration positionexpectedSize - the expected size of the returned mapIllegalArgumentException - if keys and values have different size@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Map<Float,? extends V2> map)
map.V2 - the value type of the returned mapmap - the map whose mappings are to be placed in the returned mapmap@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2)
map2 have priority over mappings from the map1 with
the same keys.V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to merge@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to merge@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, @Nonnull Map<Float,? extends V2> map4)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergemap4 - the fourth map to merge@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Map<Float,? extends V2> map1, @Nonnull Map<Float,? extends V2> map2, @Nonnull Map<Float,? extends V2> map3, @Nonnull Map<Float,? extends V2> map4, @Nonnull Map<Float,? extends V2> map5)
V2 - the value type of the returned mapmap1 - the first map to mergemap2 - the second map to mergemap3 - the third map to mergemap4 - the fourth map to mergemap5 - the fifth map to merge@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Consumer<FloatObjConsumer<V2>> entriesSupplier)
Example: TODO
V2 - the value type of the returned mapentriesSupplier - the function which supply mappings for the returned map via
the callback passed in@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull float[] keys, @Nonnull V2[] values)
keys and values arrays at the same index. If keys array have
duplicate elements, value corresponding the key with the highest index is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys array at the same indexIllegalArgumentException - if keys and values arrays have different
length@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Float[] keys, @Nonnull V2[] values)
keys and values arrays at the same index. If keys array have
duplicate elements, value corresponding the key with the highest index is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys array at the same indexIllegalArgumentException - if keys and values arrays have different
lengthNullPointerException - if keys
contain null elements@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMap(@Nonnull Iterable<Float> keys, @Nonnull Iterable<? extends V2> values)
keys and values iterables at the same iteration position. If keys
have duplicate elements, value corresponding the key appeared last in the iteration is left
in the returned map.V2 - the value type of the returned mapkeys - the keys of the returned mapvalues - the values of the returned map, each value is associated with the element
of the keys iterable at the same iteration positionIllegalArgumentException - if keys and values have different size@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMapOf(float k1, V2 v1)
V2 - the value type of the returned mapk1 - the key of the sole mappingv1 - the value of the sole mapping@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMapOf(float k1, V2 v1, float k2, V2 v2)
V2 - the value type of the returned mapk1 - the key of the first mappingv1 - the value of the first mappingk2 - the key of the second mappingv2 - the value of the second mapping@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMapOf(float k1, V2 v1, float k2, V2 v2, float k3, V2 v3)
V2 - the value type of the returned mapk1 - the key of the first mappingv1 - the value of the first mappingk2 - the key of the second mappingv2 - the value of the second mappingk3 - the key of the third mappingv3 - the value of the third mapping@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMapOf(float k1, V2 v1, float k2, V2 v2, float k3, V2 v3, float k4, V2 v4)
V2 - the value type of the returned mapk1 - the key of the first mappingv1 - the value of the first mappingk2 - the key of the second mappingv2 - the value of the second mappingk3 - the key of the third mappingv3 - the value of the third mappingk4 - the key of the fourth mappingv4 - the value of the fourth mapping@Nonnull <V2 extends V> FloatObjMap<V2> newImmutableMapOf(float k1, V2 v1, float k2, V2 v2, float k3, V2 v3, float k4, V2 v4, float k5, V2 v5)
V2 - the value type of the returned mapk1 - the key of the first mappingv1 - the value of the first mappingk2 - the key of the second mappingv2 - the value of the second mappingk3 - the key of the third mappingv3 - the value of the third mappingk4 - the key of the fourth mappingv4 - the value of the fourth mappingk5 - the key of the fifth mappingv5 - the value of the fifth mapping