repeat

type CircleNode = nodes.Struct[CircleNodeData]

type CircleNodeData struct {
	Radius nodes.Output[float64]
	Times  nodes.Output[int]
}

type FibonacciSphereNode = nodes.Struct[FibonacciSphereNodeData]

type FibonacciSphereNodeData struct {
	Count  nodes.Output[int]
	Radius nodes.Output[float64]
}

type FibonacciSpiralNode = nodes.Struct[FibonacciSpiralNodeData]

type FibonacciSpiralNodeData struct {
	Count  nodes.Output[int]
	Radius nodes.Output[float64]
}

type Line struct {
	// Start of the line
	Start vector3.Float64

	// End of the line
	End vector3.Float64

	// How many TRS matrices to produce
	Samples int

	// If true, the start and end points are not included in the resulting
	// array of TRS values
	Exclusive bool
}

type LineNode = nodes.Struct[LineNodeData]

type LineNodeData struct {
	Start     nodes.Output[vector3.Float64]
	End       nodes.Output[vector3.Float64]
	Samples   nodes.Output[int]
	Exclusive nodes.Output[bool]
}

type MeshNode = nodes.Struct[MeshNodeData]

type MeshNodeData struct {
	Mesh       nodes.Output[modeling.Mesh]
	Transforms nodes.Output[[]trs.TRS]
}

type SplineNode = nodes.Struct[SplineNodeData]

type SplineNodeData struct {
	Curve nodes.Output[curves.Spline]
	Times nodes.Output[int]
}

type TRSNode = nodes.Struct[TRSNodeData]

type TRSNodeData struct {
	Input      nodes.Output[[]trs.TRS]
	Transforms nodes.Output[[]trs.TRS]
}

type Transformation struct {
	Initial        trs.TRS
	Transformation trs.TRS
	Samples        int
}

type TransformationNode = nodes.Struct[TransformationNodeData]

type TransformationNodeData struct {
	Initial        nodes.Output[trs.TRS]
	Transformation nodes.Output[trs.TRS]
	Samples        nodes.Output[int]
}