All Implemented Interfaces:

it.unibo.alchemist.model.Node , java.io.Serializable , kotlin.Comparable , kotlin.collections.Iterable
```
public class GenericNode<T extends Object>
 implements Node<T>
                    
```
This class realizes an abstract node. You may extend it to realize your own nodes.

Nested Class Summary

Nested Classes
Modifier and Type	Class	Description

Field Summary

Fields
Modifier and Type	Field	Description
`private final Map<Molecule, T>`	`contents`
`private final Integer`	`moleculeCount`
`private final Incarnation<T, ?>`	`incarnation`
`private final Environment<T, ?>`	`environment`
`private final Integer`	`id`
`private final List<Reaction<T>>`	`reactions`
`private final Map<Molecule, T>`	`molecules`
`private final List<NodeProperty<T>>`	`properties`

Constructor Summary

Constructors
Constructor	Description
`GenericNode(Environment<T, ?> environment)`
`GenericNode(Incarnation<T, ?> incarnation, Environment<T, ?> environment, Integer id, List<Reaction<T>> reactions, Map<Molecule, T> molecules, List<NodeProperty<T>> properties)`
`GenericNode(Incarnation<T, ?> incarnation, Environment<T, ?> environment, Integer id, List<Reaction<T>> reactions, Map<Molecule, T> molecules)`
`GenericNode(Incarnation<T, ?> incarnation, Environment<T, ?> environment, Integer id, List<Reaction<T>> reactions)`
`GenericNode(Incarnation<T, ?> incarnation, Environment<T, ?> environment, Integer id)`
`GenericNode(Incarnation<T, ?> incarnation, Environment<T, ?> environment)`

Enum Constant Summary

Enum Constants
Enum Constant	Description

Method Summary

Modifier and Type	Method	Description
`Map<Molecule, T>`	`getContents()`
`Integer`	`getMoleculeCount()`
`final Incarnation<T, ?>`	`getIncarnation()`	simulation incarnation.
`final Environment<T, ?>`	`getEnvironment()`	The environment in which the node is places.
`final Integer`	`getId()`
`final List<Reaction<T>>`	`getReactions()`
`final Map<Molecule, T>`	`getMolecules()`	The node's molecules.
`final List<NodeProperty<T>>`	`getProperties()`
`final Unit`	`addReaction(Reaction<T> reactionToAdd)`
`Node<T>`	`cloneNode(Time currentTime)`
`final Integer`	`compareTo(@Nonnull() Node<T> other)`
`Boolean`	`contains(Molecule molecule)`
`final Boolean`	`equals(Object other)`
`final Unit`	`forEach(Consumer<in Reaction<T>> action)`	Performs an action for every reaction.
`T`	`getConcentration(Molecule molecule)`
`final Integer`	`hashCode()`
`final Iterator<Reaction<T>>`	`iterator()`
`final Unit`	`removeConcentration(Molecule moleculeToRemove)`
`final Unit`	`removeReaction(Reaction<T> reactionToRemove)`
`Unit`	`setConcentration(Molecule molecule, T concentration)`
`final Unit`	`addProperty(NodeProperty<T> nodeProperty)`
`final Spliterator<Reaction<T>>`	`spliterator()`	Returns the reactions.
`String`	`toString()`

Methods inherited from class it.unibo.alchemist.model.Node
asProperty, asProperty, asPropertyOrNull, asPropertyOrNull
Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

GenericNode

GenericNode(Environment<T, ?> environment)

GenericNode

GenericNode(Incarnation<T, ?> incarnation, Environment<T, ?> environment, Integer id, List<Reaction<T>> reactions, Map<Molecule, T> molecules, List<NodeProperty<T>> properties)

GenericNode

GenericNode(Incarnation<T, ?> incarnation, Environment<T, ?> environment, Integer id, List<Reaction<T>> reactions, Map<Molecule, T> molecules)

GenericNode

GenericNode(Incarnation<T, ?> incarnation, Environment<T, ?> environment, Integer id, List<Reaction<T>> reactions)

GenericNode

GenericNode(Incarnation<T, ?> incarnation, Environment<T, ?> environment, Integer id)

GenericNode

GenericNode(Incarnation<T, ?> incarnation, Environment<T, ?> environment)

Method Detail

getContents
```
 Map<Molecule, T> getContents()
```

getMoleculeCount
```
 Integer getMoleculeCount()
```

getIncarnation

 final Incarnation<T, ?> getIncarnation()

simulation incarnation.

getEnvironment
```
 final Environment<T, ?> getEnvironment()
```
The environment in which the node is places.

getId
```
 final Integer getId()
```

getReactions
```
 final List<Reaction<T>> getReactions()
```

getMolecules
```
 final Map<Molecule, T> getMolecules()
```
The node's molecules.

getProperties

 final List<NodeProperty<T>> getProperties()

addReaction

 final Unit addReaction(Reaction<T> reactionToAdd)

cloneNode
```
 Node<T> cloneNode(Time currentTime)
```

compareTo

 final Integer compareTo(@Nonnull() Node<T> other)

contains
```
 Boolean contains(Molecule molecule)
```

equals
```
 final Boolean equals(Object other)
```

forEach

 final Unit forEach(Consumer<in Reaction<T>> action)

Performs an action for every reaction.

getConcentration
```
 T getConcentration(Molecule molecule)
```

hashCode
```
 final Integer hashCode()
```

iterator
```
 final Iterator<Reaction<T>> iterator()
```

removeConcentration

 final Unit removeConcentration(Molecule moleculeToRemove)

removeReaction

 final Unit removeReaction(Reaction<T> reactionToRemove)

setConcentration

 Unit setConcentration(Molecule molecule, T concentration)

addProperty

 final Unit addProperty(NodeProperty<T> nodeProperty)

spliterator

 final Spliterator<Reaction<T>> spliterator()

Returns the reactions.

toString
```
 String toString()
```

Class GenericNode

Nested Class Summary

Field Summary

Constructor Summary

Enum Constant Summary

Method Summary

Methods inherited from class it.unibo.alchemist.model.Node

Methods inherited from class java.lang.Object

Constructor Detail

GenericNode

GenericNode

GenericNode

GenericNode

GenericNode

GenericNode

Method Detail

getContents

getMoleculeCount

getIncarnation

getEnvironment

getId

getReactions

getMolecules

getProperties

addReaction

cloneNode

compareTo

contains

equals

forEach

getConcentration

hashCode

iterator

removeConcentration

removeReaction

setConcentration

addProperty

spliterator

toString