Interface ICellType

Namespace: Tessera

Assembly: cs.temp.dll.dll

Syntax

public interface ICellType

Methods

FindPath(Vector3Int, Vector3Int)

Declaration

IEnumerable<CellFaceDir> FindPath(Vector3Int startOffset, Vector3Int endOffset)

Parameters

Type	Name	Description
Vector3Int	startOffset
Vector3Int	endOffset

Returns

Type	Description
IEnumerable<CellFaceDir>

GetCellCenter(Vector3Int, Vector3, Vector3)

Declaration

Vector3 GetCellCenter(Vector3Int offset, Vector3 center, Vector3 tileSize)

Parameters

Type	Name	Description
Vector3Int	offset
Vector3	center
Vector3	tileSize

Returns

Type	Description
Vector3

GetFaceDirPairs()

Declaration

IEnumerable<(CellFaceDir, CellFaceDir)> GetFaceDirPairs()

Returns

Type	Description
IEnumerable<ValueTuple<CellFaceDir, CellFaceDir>>

GetFaceDirs()

Declaration

IEnumerable<CellFaceDir> GetFaceDirs()

Returns

Type	Description
IEnumerable<CellFaceDir>

GetIdentity()

Declaration

CellRotation GetIdentity()

Returns

Type	Description
CellRotation

GetMatrix(CellRotation)

Declaration

Matrix4x4 GetMatrix(CellRotation cellRotation)

Parameters

Type	Name	Description
CellRotation	cellRotation

Returns

Type	Description
Matrix4x4

GetRotations(Boolean, Boolean, RotationGroupType)

Declaration

IList<CellRotation> GetRotations(bool rotatable = true, bool reflectable = true, RotationGroupType rotationGroupType = RotationGroupType.All)

Parameters

Type	Name	Description
Boolean	rotatable
Boolean	reflectable
RotationGroupType	rotationGroupType

Returns

Type	Description
IList<CellRotation>

Invert(CellFaceDir)

Declaration

CellFaceDir Invert(CellFaceDir faceDir)

Parameters

Type	Name	Description
CellFaceDir	faceDir

Returns

Type	Description
CellFaceDir

Invert(CellRotation)

Declaration

CellRotation Invert(CellRotation a)

Parameters

Type	Name	Description
CellRotation	a

Returns

Type	Description
CellRotation

Multiply(CellRotation, CellRotation)

Declaration

CellRotation Multiply(CellRotation a, CellRotation b)

Parameters

Type	Name	Description
CellRotation	a
CellRotation	b

Returns

Type	Description
CellRotation

Realign(ISet<Vector3Int>, CellRotation)

Given a shape, and a rotation, finds the translation that puts the rotated shape back on itself, and applies that translation to each of the offsets in the shape. Returns null if no such mapping is possible.

Declaration

IDictionary<Vector3Int, Vector3Int> Realign(ISet<Vector3Int> shape, CellRotation rotation)

Parameters

Type	Name	Description
ISet<Vector3Int>	shape
CellRotation	rotation

Returns

Type	Description
IDictionary<Vector3Int, Vector3Int>

Rotate(CellFaceDir, CellRotation)

Declaration

CellFaceDir Rotate(CellFaceDir faceDir, CellRotation rotation)

Parameters

Type	Name	Description
CellFaceDir	faceDir
CellRotation	rotation

Returns

Type	Description
CellFaceDir

RotateBy(CellFaceDir, FaceDetails, CellRotation)

Declaration

(CellFaceDir, FaceDetails) RotateBy(CellFaceDir faceDir, FaceDetails faceDetails, CellRotation rot)

Parameters

Type	Name	Description
CellFaceDir	faceDir
FaceDetails	faceDetails
CellRotation	rot

Returns

Type	Description
ValueTuple<CellFaceDir, FaceDetails>

TryMove(Vector3Int, CellFaceDir, out Vector3Int)

Declaration

bool TryMove(Vector3Int offset, CellFaceDir dir, out Vector3Int dest)

Parameters

Type	Name	Description
Vector3Int	offset
CellFaceDir	dir
Vector3Int	dest

Returns

Type	Description
Boolean

TryMoveByOffset(Vector3Int, Vector3Int, Vector3Int, CellRotation, out Vector3Int)

Note startCell/destCell are actually offsets, but naming is hard...

Declaration

bool TryMoveByOffset(Vector3Int startCell, Vector3Int startOffset, Vector3Int destOffset, CellRotation rotation, out Vector3Int destCell)

Parameters

Type	Name	Description
Vector3Int	startCell
Vector3Int	startOffset
Vector3Int	destOffset
CellRotation	rotation
Vector3Int	destCell

Returns

Type	Description
Boolean