extrude

Documentation

Index

• func CircleWithConstantThickness(sides int, thickness float64, path []vector3.Float64) modeling.Mesh
• func CircleWithThickness(sides int, thickness []float64, path []vector3.Float64) modeling.Mesh
• func ClosedCircleWithConstantThickness(sides int, thickness float64, path []vector3.Float64) modeling.Mesh
• func ClosedCircleWithThickness(sides int, thickness []float64, path []vector3.Float64) modeling.Mesh
• func ClosedShape(shape []vector2.Float64, path []vector3.Float64) modeling.Mesh
• func DirectionsOfPoints(points []vector3.Float64) []vector3.Float64
• func GetPlaneOuterPoints(center, normal, perpendicular vector3.Float64, radius float64, sides int) ([]vector3.Float64, []vector3.Float64)
• func Line(linePoints []LinePoint) modeling.Mesh
• func PathPoints(stencil []vector2.Float64, path []vector3.Float64) [][]vector3.Float64
• func PathPoints2(stencil []vector2.Float64, path []vector3.Float64) [][]vector3.Float64
• func Polygon(sides int, points []ExtrusionPoint) modeling.Mesh
• func ProjectFace(center, normal, perpendicular vector3.Float64, shape []vector2.Float64) ([]vector3.Float64, []vector3.Float64)
• func Shape(shape []vector2.Float64, path []vector3.Float64) modeling.Mesh
• type ExtrusionPoint
• type ExtrusionPointDirection
• type ExtrusionPointUV
• type LinePoint

Functions

func CircleWithConstantThickness

func CircleWithConstantThickness(sides int, thickness float64, path []vector3.Float64) modeling.Mesh

func CircleWithThickness

func CircleWithThickness(sides int, thickness []float64, path []vector3.Float64) modeling.Mesh

func ClosedCircleWithConstantThickness

func ClosedCircleWithConstantThickness(sides int, thickness float64, path []vector3.Float64) modeling.Mesh

func ClosedCircleWithThickness

func ClosedCircleWithThickness(sides int, thickness []float64, path []vector3.Float64) modeling.Mesh

func ClosedShape

func ClosedShape(shape []vector2.Float64, path []vector3.Float64) modeling.Mesh

func DirectionsOfPoints

func DirectionsOfPoints(points []vector3.Float64) []vector3.Float64

func GetPlaneOuterPoints

func GetPlaneOuterPoints(center, normal, perpendicular vector3.Float64, radius float64, sides int) ([]vector3.Float64, []vector3.Float64)

func Line

func Line(linePoints []LinePoint) modeling.Mesh

func PathPoints

func PathPoints(stencil []vector2.Float64, path []vector3.Float64) [][]vector3.Float64

func PathPoints2

func PathPoints2(stencil []vector2.Float64, path []vector3.Float64) [][]vector3.Float64

func Polygon

func Polygon(sides int, points []ExtrusionPoint) modeling.Mesh

func ProjectFace

func ProjectFace(center, normal, perpendicular vector3.Float64, shape []vector2.Float64) ([]vector3.Float64, []vector3.Float64)

TODO

		Pretty sure normal calculation is wrong. Need to determine what is and
     isn't a convex / concave point

func Shape

func Shape(shape []vector2.Float64, path []vector3.Float64) modeling.Mesh

Types

type ExtrusionPoint

type ExtrusionPoint struct {
	Point     vector3.Float64
	Thickness float64
	UV        *ExtrusionPointUV
	Direction *ExtrusionPointDirection
}

type ExtrusionPointDirection

type ExtrusionPointDirection struct {
	Direction vector3.Float64
}

type ExtrusionPointUV

type ExtrusionPointUV struct {
	Point     vector2.Float64
	Thickness float64
}

type LinePoint

type LinePoint struct {
	Point   vector3.Float64
	Up      vector3.Float64
	Width   float64
	Height  float64
	Uv      vector2.Float64
	UvWidth float64
}