repeat

Documentation

Index

• func Circle(in modeling.Mesh, times int, radius float64) modeling.Mesh
• func CirclePoints(count int, radius float64) []vector3.Float64
• func FibonacciSphere(in modeling.Mesh, samples int, radius float64) modeling.Mesh
• func FibonacciSpherePoints(samples int, offsetRadius float64) []vector3.Float64
• func Line(m modeling.Mesh, start, end vector3.Float64, inbetween int) modeling.Mesh
• func LineExlusive(m modeling.Mesh, start, end vector3.Float64, inbetween int) modeling.Mesh
• type CircleNode
  • func (r *CircleNode) Out() nodes.NodeOutput[modeling.Mesh]
  • func (r CircleNode) Process() (modeling.Mesh, error)

Functions

func Circle

func Circle(in modeling.Mesh, times int, radius float64) modeling.Mesh

func CirclePoints

func CirclePoints(count int, radius float64) []vector3.Float64

func FibonacciSphere

func FibonacciSphere(in modeling.Mesh, samples int, radius float64) modeling.Mesh

func FibonacciSpherePoints

func FibonacciSpherePoints(samples int, offsetRadius float64) []vector3.Float64

func Line

func Line(m modeling.Mesh, start, end vector3.Float64, inbetween int) modeling.Mesh

func LineExlusive

func LineExlusive(m modeling.Mesh, start, end vector3.Float64, inbetween int) modeling.Mesh

Like line, but we don't include meshes on the start and end points. Only the inbetween points

Types

type CircleNode

type CircleNode struct {
	nodes.StructData[modeling.Mesh]

	Mesh   nodes.NodeOutput[modeling.Mesh]
	Radius nodes.NodeOutput[float64]
	Times  nodes.NodeOutput[int]
}

func (*CircleNode) Out

func (r *CircleNode) Out() nodes.NodeOutput[modeling.Mesh]

func (CircleNode) Process

func (r CircleNode) Process() (modeling.Mesh, error)