Table of Contents

Class SplicedGrid<TCell, TBasePoint>

Namespace
Gamelogic.Grids
Assembly
Assembly-CSharp.dll

A SplicedGrid is a grid formed from another grid, where each cell is "spliced" in a certain number of cells. For example, a triangular grid can be implemented as a diamond grid where each diamond cell is spliced into two triangles.

public class SplicedGrid<TCell, TBasePoint> : IGrid<TCell, SplicedPoint<TBasePoint>>, IGrid<SplicedPoint<TBasePoint>>, IGridSpace<SplicedPoint<TBasePoint>>, IEnumerable<SplicedPoint<TBasePoint>>, IEnumerable where TBasePoint : IGridPoint<TBasePoint>

Type Parameters

TCell
TBasePoint
Inheritance
SplicedGrid<TCell, TBasePoint>
Implements
IGrid<TCell, SplicedPoint<TBasePoint>>
IGrid<SplicedPoint<TBasePoint>>
Inherited Members
Extension Methods

Constructors

SplicedGrid(IGrid<TBasePoint>, int)

Constructs a new spliced grid from the given base grid, where each cell is divided into the number of splices given.

public SplicedGrid(IGrid<TBasePoint> model, int spliceCount)

Parameters

model IGrid<TBasePoint>
spliceCount int

Properties

this[SplicedPoint<TBasePoint>]

Accesses a cell in the given point.

public TCell this[SplicedPoint<TBasePoint> point] { get; set; }

Parameters

point SplicedPoint<TBasePoint>

Property Value

TCell

Values

A enumerable containing all the values of this grid.

public IEnumerable<TCell> Values { get; }

Property Value

IEnumerable<TCell>

Examples

For example, the following two pieces of code do the same:

foreach(var point in grid)
{
	Debug.Log(grid[point]);
}

foreach(var value in grid.Values)
{
	Debug.Log(value);
}

Methods

CloneStructure<TNewCell>()

Returns a grid with exactly the same structure, but potentially holding elements of a different type.

public IGrid<TNewCell, SplicedPoint<TBasePoint>> CloneStructure<TNewCell>()

Returns

IGrid<TNewCell, SplicedPoint<TBasePoint>>

Type Parameters

TNewCell

Contains(SplicedPoint<TBasePoint>)

Returns whether a point is inside the grid.

public bool Contains(SplicedPoint<TBasePoint> point)

Parameters

point SplicedPoint<TBasePoint>

Returns

bool

Remarks

Use this method to control the shape of the grid.

GetAllNeighbors(SplicedPoint<TBasePoint>)

Returns the neighbors of this point, regardless of whether they are in the grid or not.

public IEnumerable<SplicedPoint<TBasePoint>> GetAllNeighbors(SplicedPoint<TBasePoint> point)

Parameters

point SplicedPoint<TBasePoint>

Returns

IEnumerable<SplicedPoint<TBasePoint>>

GetEnumerator() 

public IEnumerator<SplicedPoint<TBasePoint>> GetEnumerator()

Returns

IEnumerator<SplicedPoint<TBasePoint>>

GetLargeSet(int)

This functions returns a large number of points around the origin.

This is useful(when used with big enough n) to determine whether a grid that is missing points is doing so because of an incorrect test function, or an incorrect storage rectangle.

Use for debugging.

public IEnumerable<SplicedPoint<TBasePoint>> GetLargeSet(int n)

Parameters

n int

Returns

IEnumerable<SplicedPoint<TBasePoint>>

GetStoragePoints()

This method returns all points that can be contained by the storage rectangle for this grid.

This is useful for debugging shape functions.

public IEnumerable<SplicedPoint<TBasePoint>> GetStoragePoints()

Returns

IEnumerable<SplicedPoint<TBasePoint>>