Class FlatTriOp<TCell>

Namespace

Gamelogic.Grids

Assembly

Assembly-CSharp.dll

Documentation in Op.cs

public class FlatTriOp<TCell> : AbstractOp<ShapeStorageInfo<FlatTriPoint>>

Type Parameters

TCell

Inheritance

object

AbstractOp<ShapeStorageInfo<FlatTriPoint>>

FlatTriOp<TCell>

Inherited Members

AbstractOp<ShapeStorageInfo<FlatTriPoint>>.leftShapeInfo

AbstractOp<ShapeStorageInfo<FlatTriPoint>>.combineShapeInfo

AbstractOp<ShapeStorageInfo<FlatTriPoint>>.MakeShapeStorageInfo(ShapeStorageInfo<FlatTriPoint>)

AbstractOp<ShapeStorageInfo<FlatTriPoint>>.MakeShapeStorageInfo<TPoint>(int, int, Func<TPoint, bool>)

AbstractOp<ShapeStorageInfo<FlatTriPoint>>.MakeShapeStorageInfo<TPoint>(IntRect, Func<TPoint, bool>)

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Extension Methods

GridUtils.RenderIndex<TPoint>(TPoint)

ObjectExtensions.ThrowIfNull(object, string)

GridUtils.GetColor(object, int, int, int)

GridUtils.ToGizmoString(object)

Constructors

FlatTriOp()

public FlatTriOp()

FlatTriOp(ShapeStorageInfo<FlatTriPoint>, Func<ShapeStorageInfo<FlatTriPoint>, ShapeStorageInfo<FlatTriPoint>, ShapeStorageInfo<FlatTriPoint>>)

public FlatTriOp(ShapeStorageInfo<FlatTriPoint> leftShapeInfo, Func<ShapeStorageInfo<FlatTriPoint>, ShapeStorageInfo<FlatTriPoint>, ShapeStorageInfo<FlatTriPoint>> combineShapeInfo)

Parameters

leftShapeInfo ShapeStorageInfo<FlatTriPoint>

combineShapeInfo Func<ShapeStorageInfo<FlatTriPoint>, ShapeStorageInfo<FlatTriPoint>, ShapeStorageInfo<FlatTriPoint>>

Methods

BeginGroup()

Starts a compound shape operation.

Any shape that is defined in terms of other shape operations must use this method, and use Endgroup() to end the definition.

public static FlatTriShapeInfo<TCell> MyCustomShape(this FlatTriOp<TCell> op)
{
	return 
		BeginGroup()
			.Shape1()
			.Union()
			.Shape2()
		.EndGroup(op);
}

Since version 1.1

public FlatTriOp<TCell> BeginGroup()

Returns

FlatTriOp<TCell>

Default(int, int)

Creates the grid in a shape that spans the entire storage rectangle of the given width and height.

public FlatTriShapeInfo<TCell> Default(int width, int height)

Parameters

width int

height int

Returns

FlatTriShapeInfo<TCell>

DownTriangle(int)

public FlatTriShapeInfo<TCell> DownTriangle(int side)

Parameters

side int

Returns

FlatTriShapeInfo<TCell>

Hexagon(int)

public FlatTriShapeInfo<TCell> Hexagon(int side)

Parameters

side int

Returns

FlatTriShapeInfo<TCell>

ParallelogramXY(int, int)

[Version(1, 1, 0)]
public FlatTriShapeInfo<TCell> ParallelogramXY(int width, int height)

Parameters

width int

height int

Returns

FlatTriShapeInfo<TCell>

ParallelogramXZ(int, int)

Top corner is origin.

[Version(1, 1, 0)]
public FlatTriShapeInfo<TCell> ParallelogramXZ(int width, int height)

Parameters

width int

height int

Returns

FlatTriShapeInfo<TCell>

Rectangle(int, int)

public FlatTriShapeInfo<TCell> Rectangle(int width, int height)

Parameters

width int

height int

Returns

FlatTriShapeInfo<TCell>

Shape(int, int, Func<FlatTriPoint, bool>)

The same as Shape with all parameters, but with bottomLeft Point set to FlatTriPoint.Zero.

public FlatTriShapeInfo<TCell> Shape(int width, int height, Func<FlatTriPoint, bool> isInside)

Parameters

width int

height int

isInside Func<FlatTriPoint, bool>

Returns

FlatTriShapeInfo<TCell>

Shape(int, int, Func<FlatTriPoint, bool>, PointyHexPoint)

Use this function to create shapes to ensure they fit into memory.

The test function can test shapes anywhere in space.If you specify the bottom corner (in terms of the storage rectangle), the shape is automatically translated in memory to fit, assuming memory width and height is big enough.

Strategy for implementing new shapes: - First, determine the test function. - Next, draw a storage rectangle that contains the shape. - Determine the storgae rectangle width and height. - Finally, determine the grid-space coordinate of the left bottom corner of the storage rectangle.

Then define your function as follows:

public FlatTriShapeInfo<TCell> MyShape()
{
	Shape(stargeRectangleWidth, storageRectangleHeight, isInsideMyShape, storageRectangleBottomleft);
}

public FlatTriShapeInfo<TCell> Shape(int width, int height, Func<FlatTriPoint, bool> isInside, PointyHexPoint bottomLeftCorner)

Parameters

width int

The widh of the storage rectangle

height int

The height of the storage rectangle

isInside Func<FlatTriPoint, bool>

A function that returns true if a passed point lies inside the shape being defined

bottomLeftCorner PointyHexPoint

The grid-space coordinate of the bottom left corner of the storage rect.

Returns

FlatTriShapeInfo<TCell>

ShapeFromBase(PointyHexShapeInfo<TCell>)

public FlatTriShapeInfo<TCell> ShapeFromBase(PointyHexShapeInfo<TCell> baseShapeInfo)

Parameters

baseShapeInfo PointyHexShapeInfo<TCell>

Returns

FlatTriShapeInfo<TCell>

Single()

Makes a grid with a single cell that corresponds to the origin.

public FlatTriShapeInfo<TCell> Single()

Returns

FlatTriShapeInfo<TCell>

SingleGroup()

public FlatTriShapeInfo<TCell> SingleGroup()

Returns

FlatTriShapeInfo<TCell>

Star(int)

public FlatTriShapeInfo<TCell> Star(int side)

Parameters

side int

Returns

FlatTriShapeInfo<TCell>

UpTriangle(int)

public FlatTriShapeInfo<TCell> UpTriangle(int side)

Parameters

side int

Returns

FlatTriShapeInfo<TCell>