Class AdjacentModel

AdjacentModel constrains which tiles can be placed adjacent to which other ones. It does so by maintaining for each tile, a list of tiles that can be placed next to it in each direction. The list is always symmetric, i.e. if it is legal to place tile B directly above tile A, then it is legal to place A directly below B.

Inheritance

object

TileModel

AdjacentModel

Inherited Members

TileModel.MultiplyFrequency(Tile, double, TileRotation)

Namespace: DeBroglie.Models

Assembly: DeBroglie.dll

Syntax

public class AdjacentModel : TileModel

Constructors

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AdjacentModel()

Constructs an AdjacentModel.

Declaration

public AdjacentModel()

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AdjacentModel(DirectionSet)

Constructs an AdjacentModel.

Declaration

public AdjacentModel(DirectionSet directions)

Parameters

Type	Name	Description
DirectionSet	directions

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AdjacentModel(ITopoArray<Tile>)

Constructs an AdjacentModel and initializees it with a given sample.

Declaration

public AdjacentModel(ITopoArray<Tile> sample)

Parameters

Type	Name	Description
ITopoArray<Tile>	sample

Properties

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Tiles

Declaration

public override IEnumerable<Tile> Tiles { get; }

Property Value

Type	Description
IEnumerable<Tile>

Overrides

TileModel.Tiles

Methods

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AddAdjacency(Adjacency)

Declaration

public void AddAdjacency(AdjacentModel.Adjacency adjacency)

Parameters

Type	Name	Description
AdjacentModel.Adjacency	adjacency

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AddAdjacency(Tile, Tile, Direction)

Declares that dest can be placed adjacent to src, in the direction specified.

Declaration

public void AddAdjacency(Tile src, Tile dest, Direction d)

Parameters

Type	Name	Description
Tile	src
Tile	dest
Direction	d

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AddAdjacency(Tile, Tile, int, int, int)

Declares that dest can be placed adjacent to src, in the direction specified by (x, y, z). (x, y, z) must be a valid direction, which usually means a unit vector.

Declaration

public void AddAdjacency(Tile src, Tile dest, int x, int y, int z)

Parameters

Type	Name	Description
Tile	src
Tile	dest
int	x
int	y
int	z

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AddAdjacency(IList<Tile>, IList<Tile>, Direction)

Declares that the tiles in dest can be placed adjacent to the tiles in src, in the direction specified by (x, y, z). (x, y, z) must be a valid direction, which usually means a unit vector.

Declaration

public void AddAdjacency(IList<Tile> src, IList<Tile> dest, Direction dir)

Parameters

Type	Name	Description
IList<Tile>	src
IList<Tile>	dest
Direction	dir

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AddAdjacency(IList<Tile>, IList<Tile>, Direction, TileRotation)

Declares that the tiles in dest can be placed adjacent to the tiles in src, in the direction specified. Then it adds similar declarations for other rotations and reflections, as specified by rotations.

Declaration

public void AddAdjacency(IList<Tile> src, IList<Tile> dest, Direction dir, TileRotation tileRotation = null)

Parameters

Type	Name	Description
IList<Tile>	src
IList<Tile>	dest
Direction	dir
TileRotation	tileRotation

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AddAdjacency(IList<Tile>, IList<Tile>, int, int, int)

Declares that the tiles in dest can be placed adjacent to the tiles in src, in the direction specified by (x, y, z). (x, y, z) must be a valid direction, which usually means a unit vector.

Declaration

public void AddAdjacency(IList<Tile> src, IList<Tile> dest, int x, int y, int z)

Parameters

Type	Name	Description
IList<Tile>	src
IList<Tile>	dest
int	x
int	y
int	z

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AddAdjacency(IList<Tile>, IList<Tile>, int, int, int, TileRotation)

Declares that the tiles in dest can be placed adjacent to the tiles in src, in the direction specified by (x, y, z). Then it adds similar declarations for other rotations and reflections, as specified by rotations.

Declaration

public void AddAdjacency(IList<Tile> src, IList<Tile> dest, int x, int y, int z, TileRotation tileRotation = null)

Parameters

Type	Name	Description
IList<Tile>	src
IList<Tile>	dest
int	x
int	y
int	z
TileRotation	tileRotation

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AddSample(ITopoArray<Tile>)

Declaration

public void AddSample(ITopoArray<Tile> sample)

Parameters

Type	Name	Description
ITopoArray<Tile>	sample

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AddSample(ITopoArray<Tile>, TileRotation)

Declaration

public void AddSample(ITopoArray<Tile> sample, TileRotation tileRotation = null)

Parameters

Type	Name	Description
ITopoArray<Tile>	sample
TileRotation	tileRotation

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Create<T>(ITopoArray<T>)

Constructs an AdjacentModel and initializees it with a given sample.

Declaration

public static AdjacentModel Create<T>(ITopoArray<T> sample)

Parameters

Type	Name	Description
ITopoArray<T>	sample

Returns

Type	Description
AdjacentModel

Type Parameters

Name	Description
T

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Create<T>(T[,], bool)

Constructs an AdjacentModel and initializees it with a given sample.

Declaration

public static AdjacentModel Create<T>(T[,] sample, bool periodic)

Parameters

Type	Name	Description
T[,]	sample
bool	periodic

Returns

Type	Description
AdjacentModel

Type Parameters

Name	Description
T

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IsAdjacent(Tile, Tile, Direction)

Declaration

public bool IsAdjacent(Tile src, Tile dest, Direction d)

Parameters

Type	Name	Description
Tile	src
Tile	dest
Direction	d

Returns

Type	Description
bool

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MultiplyFrequency(Tile, double)

Scales the the occurency frequency of a given tile by the given multiplier.

Declaration

public override void MultiplyFrequency(Tile tile, double multiplier)

Parameters

Type	Name	Description
Tile	tile
double	multiplier

Overrides

TileModel.MultiplyFrequency(Tile, double)

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SetDirections(DirectionSet)

Sets the directions of the Adjacent model, if it has not been set at construction. This specifies how many neighbours each tile has. Once set, it cannot be changed.

Declaration

public void SetDirections(DirectionSet directions)

Parameters

Type	Name	Description
DirectionSet	directions

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SetFrequency(Tile, double)

Sets the frequency of a given tile.

Declaration

public void SetFrequency(Tile tile, double frequency)

Parameters

Type	Name	Description
Tile	tile
double	frequency

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SetFrequency(Tile, double, TileRotation)

Finds a tile and all its rotations, and sets their total frequency.

Declaration

public void SetFrequency(Tile tile, double frequency, TileRotation tileRotation)

Parameters

Type	Name	Description
Tile	tile
double	frequency
TileRotation	tileRotation

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SetUniformFrequency()

Sets all tiles as equally likely to be picked

Declaration

public void SetUniformFrequency()