Class GridAlgorithms

Namespace: Gamelogic.Words.Grids

Assembly: Gamelogic.Words.dll

[Version(1, 0, 0)]
public static class GridAlgorithms

Inheritance: object

GridAlgorithms

Inherited Members: object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Methods

AreAllLinesWords(IGrid<GridPoint2, string>, IEnumerable<GridPoint2>, IWordDictionary)

CheckForWord(AbstractGrid<GridPoint2, string>, IWordDictionary, GridPoint2): Check if any words can be made starting at this block and moving in any direction outwards

CheckForWord(AbstractGrid<GridPoint2, string>, IWordDictionary, GridPoint2, IList<GridPoint2>): Check if any words can be made starting at this block and moving in the given directions

CheckForWord(IGrid<GridPoint2, string>, IWordDictionary, GridPoint2, Func<GridPoint2, int, GridPoint2>, int): Check if any words can be made starting at this block and moving in any direction outwards

FillGridWithLetters<TPoint>(IGrid<TPoint, string>, IWordAlphabet, bool, IRandom): Fills a grid with letters

FillGridWithLetters<TPoint>(IGrid<TPoint, string>, Func<string>, bool): Fills a grid with letters

FillGridWithWords(AbstractGrid<GridPoint2, string>, IWordAlphabet, IEnumerable<Word>, IRandom): Fills a grid with a given collection of words

FillGridWithWords(IGrid<GridPoint2, string>, IWordAlphabet, IEnumerable<Word>, Func<GridPoint2, int, bool, GridPoint2>, int, IRandom): Fills a grid with a given collection of words, providing the valid reading directions for the words

FindAllConnectedLines(IGrid<GridPoint2, string>, IEnumerable<GridPoint2>)

GetConnectedLines<TCell>(IGrid<GridPoint2, TCell>, GridPoint2, Func<GridPoint2, GridPoint2, bool>): Gets all the cells in the grid that is connected in a "line" from the given point.

GetConnectedLines<TCell>(IGrid<GridPoint2, TCell>, GridPoint2, Func<GridPoint2, GridPoint2, bool>, Func<GridPoint2, int, bool, GridPoint2>, int): Gets all the cells in the grid that is connected in a "line" from the given point. Line is defined by an arbitrary function that gives the next point in line, given a current point, the direction, and whether to go forward or backward.