continuous

Documentation

Index

• Variables
• func AddContinuousToImage(ca *core.CellularAutomata[float64], img *image.Gray, ...)
• func ContinuousCellularAutomata(length, steps int) *core.CellularAutomata[float64]
• func MainContinuous(length, steps, scale int, initConfig []core.Coordinate)
• func SetCenterConfig(length int) []core.Coordinate
• func SetRandomConfig(length int) []core.Coordinate

Variables

var KeepFractionalPartRuleSet = func(cell *core.Cell[float64], neighbors []*core.Cell[float64]) *core.Cell[float64] {
	left := neighbors[0].State
	center := cell.State
	right := neighbors[1].State

	avg := (left + center + right) / 3
	scaler := (float64(3) / float64(2)) * avg
	fracPart := scaler - math.Floor(scaler)

	return &core.Cell[float64]{
		State:      fracPart,
		Coordinate: cell.Coordinate,
	}
}

var Neighbors = func(coord core.Coordinate) []core.Coordinate {
	left := core.Coordinate{(coord[0] - 1)}
	right := core.Coordinate{(coord[0] + 1)}
	return []core.Coordinate{left, right}
}

var SimpleAverageRuleSet = func(cell *core.Cell[float64], neighbors []*core.Cell[float64]) *core.Cell[float64] {
	left := neighbors[0].State
	center := cell.State
	right := neighbors[1].State

	avg := (left + center + right) / 3

	return &core.Cell[float64]{
		State:      avg,
		Coordinate: cell.Coordinate,
	}
}

Functions

func AddContinuousToImage

func AddContinuousToImage(ca *core.CellularAutomata[float64], img *image.Gray, stepNum, scale, length int)

func ContinuousCellularAutomata

func ContinuousCellularAutomata(length, steps int) *core.CellularAutomata[float64]

func MainContinuous

func MainContinuous(length, steps, scale int, initConfig []core.Coordinate)

func SetCenterConfig

func SetCenterConfig(length int) []core.Coordinate

func SetRandomConfig

func SetRandomConfig(length int) []core.Coordinate