C# Class Universe.BotManager.AStar.Heap

The Heap allows to maintain a list sorted as long as needed. If no IComparer interface has been provided at construction, then the list expects the Objects to implement IComparer. If the list is not sorted it behaves like an ordinary list. When sorted, the list's "Add" method will put new objects at the right place. As well the "Contains" and "IndexOf" methods will perform a binary search.

Inheritance: IList, ICloneable

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Méthodes publiques

Méthode	Description
Add ( object obj ) : int	IList implementation. Adds the object at the right place.
AddRange ( ICollection coll ) : void	The objects will be added at the right place.
Clear ( ) : void	IList implementation. Idem ArrayList
Clone ( ) : object	ICloneable implementation. Idem ArrayList
Contains ( object obj ) : bool	IList implementation. Search for a specified object in the list. If the list is sorted, a <see cref = "ArrayList.BinarySearch">BinarySearch</see> is performed using IComparer interface. Else the <see cref = "Equals">Object.Equals</see> implementation is used.
CopyTo ( Array array, int arrayIndex ) : void	IList.ICollection implementation. Idem ArrayList
Equals ( object obj ) : bool	Object.Equals() override.
GetEnumerator ( ) : IEnumerator	IList.IEnumerable implementation. Idem ArrayList
GetHashCode ( ) : int	Object.GetHashCode() override.
Heap ( ) : System	Default constructor. Since no IComparer is provided here, added objects must implement the IComparer interface.
Heap ( IComparer comparer ) : System	Constructor.
Heap ( IComparer comparer, int capacity ) : System	Constructor.
Heap ( int capacity ) : System	Constructor. Since no IComparer is provided, added objects must implement the IComparer interface.
IndexOf ( object obj ) : int	IList implementation. Returns the index of the specified object in the list. If the list is sorted, a <see cref = "ArrayList.BinarySearch">BinarySearch</see> is performed using IComparer interface. Else the <see cref = "Equals">Object.Equals</see> implementation of objects is used.
IndexOf ( object obj, Equality areEqual ) : int	Idem IndexOf(object), but with a specified equality function
IndexOf ( object obj, int start ) : int	Idem IndexOf(object), but starting at a specified position in the list
IndexOf ( object obj, int start, Equality areEqual ) : int	Idem IndexOf(object), but with a start index and a specified equality function
IndexOfMax ( ) : int	Returns the object of the list whose value is maximum
IndexOfMin ( ) : int	Returns the object of the list whose value is minimum
InitProperties ( IComparer comparer, int capacity ) : void
Insert ( int index, object obj ) : void	IList implementation. Cannot be used on a Heap.
InsertRange ( int index, ICollection coll ) : void	Cannot be called on a Heap.
LimitOccurrences ( object value, int numberToKeep ) : void	Limits the number of occurrences of a specified value. Same values are equals according to the Equals() method of objects in the list. The first occurrences encountered are kept.
Pop ( ) : object	Returns the topmost object on the list and removes it from the list
Push ( object obj ) : int	Pushes an object on list. It will be inserted at the right spot.
Remove ( object value ) : void	IList implementation. Idem ArrayList
RemoveAt ( int index ) : void	IList implementation. Idem ArrayList
RemoveDuplicates ( ) : void	Removes all duplicates in the list. Each value encountered will have only one representant
ToString ( ) : string	Object.ToString() override. Build a string to represent the list.
this ( int index ) : object	IList implementation. Gets object's value at a specified index. The set operation is impossible on a Heap.

Private Methods

Méthode	Description
ObjectIsCompliant ( object obj ) : bool

Method Details

Add() public méthode

IList implementation. Adds the object at the right place.

The Heap is set to use object's IComparable interface, and the specified object does not implement this interface.

public Add ( object obj ) : int
obj	object	The object to add.
Résultat	int

AddRange() public méthode

The objects will be added at the right place.

The Heap is set to use object's IComparable interface, and the specified object does not implement this interface.

public AddRange ( ICollection coll ) : void
coll	ICollection	The object to add.
Résultat	void

Clear() public méthode

IList implementation. Idem ArrayList

public Clear ( ) : void
Résultat	void

Clone() public méthode

ICloneable implementation. Idem ArrayList

public Clone ( ) : object
Résultat	object

Contains() public méthode

IList implementation. Search for a specified object in the list. If the list is sorted, a <see cref = "ArrayList.BinarySearch">BinarySearch</see> is performed using IComparer interface. Else the <see cref = "Equals">Object.Equals</see> implementation is used.

public Contains ( object obj ) : bool
obj	object	The object to look for
Résultat	bool

CopyTo() public méthode

IList.ICollection implementation. Idem ArrayList

public CopyTo ( Array array, int arrayIndex ) : void
array	System.Array
arrayIndex	int
Résultat	void

Equals() public méthode

Object.Equals() override.

public Equals ( object obj ) : bool
obj	object
Résultat	bool

GetEnumerator() public méthode

IList.IEnumerable implementation. Idem ArrayList

public GetEnumerator ( ) : IEnumerator
Résultat	IEnumerator

GetHashCode() public méthode

Object.GetHashCode() override.

public GetHashCode ( ) : int
Résultat	int

Heap() public méthode

Default constructor. Since no IComparer is provided here, added objects must implement the IComparer interface.

public Heap ( ) : System
Résultat	System

Heap() public méthode

Constructor.

public Heap ( IComparer comparer ) : System
comparer	IComparer	Will be used to compare added elements for sort and search operations.
Résultat	System

Heap() public méthode

Constructor.

public Heap ( IComparer comparer, int capacity ) : System
comparer	IComparer	Will be used to compare added elements for sort and search operations.
capacity	int	/// Capacity of the list (ArrayList.Capacity) ///
Résultat	System

Heap() public méthode

Constructor. Since no IComparer is provided, added objects must implement the IComparer interface.

public Heap ( int capacity ) : System
capacity	int	/// Capacity of the list (ArrayList.Capacity) ///
Résultat	System

IndexOf() public méthode

IList implementation. Returns the index of the specified object in the list. If the list is sorted, a <see cref = "ArrayList.BinarySearch">BinarySearch</see> is performed using IComparer interface. Else the <see cref = "Equals">Object.Equals</see> implementation of objects is used.

public IndexOf ( object obj ) : int
obj	object	The object to locate.
Résultat	int

IndexOf() public méthode

Idem IndexOf(object), but with a specified equality function

public IndexOf ( object obj, Equality areEqual ) : int
obj	object	The object to locate.
areEqual	Equality	Equality function to use for the search.
Résultat	int

IndexOf() public méthode

Idem IndexOf(object), but starting at a specified position in the list

public IndexOf ( object obj, int start ) : int
obj	object	The object to locate.
start	int	The index for start position.
Résultat	int

IndexOf() public méthode

Idem IndexOf(object), but with a start index and a specified equality function

public IndexOf ( object obj, int start, Equality areEqual ) : int
obj	object	The object to locate.
start	int	The index for start position.
areEqual	Equality	Equality function to use for the search.
Résultat	int

IndexOfMax() public méthode

Returns the object of the list whose value is maximum

public IndexOfMax ( ) : int
Résultat	int

IndexOfMin() public méthode

Returns the object of the list whose value is minimum

public IndexOfMin ( ) : int
Résultat	int

InitProperties() public méthode

public InitProperties ( IComparer comparer, int capacity ) : void
comparer	IComparer
capacity	int
Résultat	void

Insert() public méthode

IList implementation. Cannot be used on a Heap.

Insert method cannot be called on a Heap.

public Insert ( int index, object obj ) : void
index	int	The index before which the object must be added.
obj	object	The object to add.
Résultat	void

InsertRange() public méthode

Cannot be called on a Heap.

Insert cannot be called on a Heap.

public InsertRange ( int index, ICollection coll ) : void
index	int	The index before which the objects must be added.
coll	ICollection	The object to add.
Résultat	void

LimitOccurrences() public méthode

Limits the number of occurrences of a specified value. Same values are equals according to the Equals() method of objects in the list. The first occurrences encountered are kept.

public LimitOccurrences ( object value, int numberToKeep ) : void
value	object	Value whose occurrences number must be limited.
numberToKeep	int	Number of occurrences to keep
Résultat	void

Pop() public méthode

Returns the topmost object on the list and removes it from the list

public Pop ( ) : object
Résultat	object

Push() public méthode

Pushes an object on list. It will be inserted at the right spot.

public Push ( object obj ) : int
obj	object	Object to add to the list
Résultat	int

Remove() public méthode

IList implementation. Idem ArrayList

public Remove ( object value ) : void
value	object	The object whose value must be removed if found in the list.
Résultat	void

RemoveAt() public méthode

IList implementation. Idem ArrayList

public RemoveAt ( int index ) : void
index	int	Index of object to remove.
Résultat	void

RemoveDuplicates() public méthode

Removes all duplicates in the list. Each value encountered will have only one representant

public RemoveDuplicates ( ) : void
Résultat	void

ToString() public méthode

Object.ToString() override. Build a string to represent the list.

public ToString ( ) : string
Résultat	string

this() public méthode

IList implementation. Gets object's value at a specified index. The set operation is impossible on a Heap.

Index is less than zero or Index is greater than Count. [] operator cannot be used to set a value on a Heap.

public this ( int index ) : object
index	int
Résultat	object