Class Cell

Rendering cell

Fields

BorderSide

Which side does this cell belongs to when it's rendered in 9-slice mode

Declaration

public Alignment BorderSide

Color

Declaration

public Color32 Color

EMPTY

Declaration

public static readonly Cell EMPTY

Height

Declaration

public int Height

PivotX

Which place of the cell should be align with the X position. 0 means left edge, 1 means right edge.

Declaration

public float PivotX

PivotY

Which place of the cell should be align with the Y position. 0 means bottom edge, 1 means top edge.

Declaration

public float PivotY

Rotation1000

Actual rotation data of the cell, 0 means up, 90000 means right

Declaration

public int Rotation1000

SheetIndex

Which sprite sheet does this cell use. -1 means main sheet.

Declaration

public int SheetIndex

Shift

How many edge should be clip off. 0 means no clip off, set left into "width" means clip off all of them

Declaration

public Int4 Shift

Sprite

Declaration

public AngeSprite Sprite

Width

Declaration

public int Width

X

Declaration

public int X

Y

Declaration

public int Y

Z

Z position for sorting

Declaration

public int Z

Properties

Rotation

Rotation of the cell, 0 means up, 90 means right

Declaration

public int Rotation { get; set; }

TextSprite

Sprite for rendering text character

Declaration

public CharSprite TextSprite { get; set; }

Methods

Clamp(IRect)

Clamp the content inside the given rect range

Declaration

public void Clamp(IRect rect)

CopyFrom(Cell)

Declaration

public void CopyFrom(Cell other)

GetGlobalBounds()

Get the boundary occupied by the cell

Declaration

public IRect GetGlobalBounds()

GlobalLerp(float, float)

Declaration

public Int2 GlobalLerp(float x01, float y01)

GlobalToLocal(int, int)

Declaration

public Int2 GlobalToLocal(int globalX, int globalY)

LocalToGlobal(int, int)

Declaration

public Int2 LocalToGlobal(int localX, int localY)

ReturnPivots()

Set pivot of the cell into (0,0) and let position adapt, so the final position of the cell remain the same

Declaration

public void ReturnPivots()

ReturnPivots(float, float)

Set pivot of the cell and let position adapt, so the final position of the cell remain the same

Declaration

public void ReturnPivots(float newPivotX, float newPivotY)

ReturnPosition(int, int)

Set position of the cell and let pivot adapt, so the final position of the cell remain the same

Declaration

public void ReturnPosition(int globalX, int globalY)

RotateAround(int, int, int)

Rotate the cell around the given position

Declaration

public void RotateAround(int rotation, int pointX, int pointY)

ScaleFrom(int, int, int)

Scale the cell based on the given position

Declaration

public void ScaleFrom(int scale, int pointX, int pointY)

ScaleFrom(float, int, int)

Scale the cell based on the given position

Declaration

public void ScaleFrom(float scale, int pointX, int pointY)

SetRect(IRect)

Set X,Y,Width,Height with a rect

Declaration

public void SetRect(IRect rect)