repeat

type CircleNode struct {
	Radius      nodes.Output[float64] `description:"Distance from the center to each point. Defaults to 0.5."`
	Revolutions nodes.Output[float64] `` /* 196-byte string literal not displayed */
	Times       nodes.Output[int]     `description:"How many copies to place evenly around the circle. Defaults to 1."`
}

type FibonacciSphereNode struct {
	Count  nodes.Output[int]     `description:"Number of points to place. Defaults to 10."`
	Radius nodes.Output[float64] `description:"Radius of the sphere the points sit on. Defaults to 1."`
}

type FibonacciSpiralNode struct {
	Count  nodes.Output[int]     `description:"Number of points to place. Defaults to 10."`
	Radius nodes.Output[float64] `` /* 127-byte string literal not displayed */
}

type Grid struct {
	Rows    int
	Columns int
	Width   float64
	Height  float64
}

type GridNode struct {
	Rows    nodes.Output[int]     `description:"Number of rows (spread along Z). Defaults to 1, clamped to 0 minimum."`
	Columns nodes.Output[int]     `description:"Number of columns (spread along X). Defaults to 1, clamped to 0 minimum."`
	Width   nodes.Output[float64] `` /* 159-byte string literal not displayed */
	Height  nodes.Output[float64] `` /* 153-byte string literal not displayed */
}

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 line is split into Samples equal segments and a TRS is
	// placed at the center of each, so the start and end points are excluded
	Exclusive bool
}

type LineBySpacing struct {
	Line       geometry.Line3D
	MaxSpacing float64
}

type LineBySpacingNode struct {
	Line       nodes.LiftedPort[geometry.Line3D]
	MaxSpacing nodes.LiftedPort[float64] `description:"Largest allowed gap between neighbouring transforms. Gaps are equal and never larger."`
}

type LineNode struct {
	Start     nodes.LiftedPort[vector3.Float64] `description:"Position of the first sample. Defaults to the origin."`
	End       nodes.LiftedPort[vector3.Float64] `description:"Position of the last sample. Defaults to the origin."`
	Samples   nodes.LiftedPort[int]             `` /* 214-byte string literal not displayed */
	Exclusive nodes.LiftedPort[bool]            `` /* 158-byte string literal not displayed */
}

type MeshNode struct {
	Mesh       nodes.Output[modeling.Mesh] `description:"The mesh to duplicate. Empty mesh if unconnected."`
	Transforms nodes.Output[[]trs.TRS]     `description:"One transform per copy to place. If unconnected, Mesh passes through unchanged (one copy, untransformed)."`
}

type MeshSurface struct {
	Mesh      modeling.Mesh
	Attribute string
	Samples   int
	Seed      int
}

type RandomPointsInSphereNode struct {
	Radius nodes.Output[float64] `description:"Radius of the sphere containing the random points. Defaults to 0.5."`
	Points nodes.Output[int]     `description:"number of points to generate. Defaults to 1. Must not be negative."`
	Seed   nodes.Output[int]     `description:"The same seed always produces the same scatter. Defaults to 0."`
}

type SampleMeshSurfaceNode struct {
	Mesh      nodes.Output[modeling.Mesh] `description:"The mesh to scatter points across. Must have triangle topology."`
	Attribute nodes.Output[string]        `` /* 126-byte string literal not displayed */
	Samples   nodes.Output[int]           `` /* 163-byte string literal not displayed */
	Seed      nodes.Output[int]           `description:"The same seed always produces the same scatter. Defaults to 0."`
}

type SplineNode struct {
	Curve nodes.Output[curves.Spline] `description:"The curve to sample along."`
	Times nodes.Output[int]           `description:"How many transforms to produce along the curve's length, including its start and end points."`
}

type TRSNode struct {
	Input      nodes.Output[[]trs.TRS] `description:"The parent transforms. Empty output if unconnected."`
	Transforms nodes.Output[[]trs.TRS] `` /* 172-byte string literal not displayed */
}

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

type TransformationNode struct {
	Initial        nodes.Output[trs.TRS] `description:"Starting transform (the first copy's placement before any repetition is applied). Defaults to identity."`
	Transformation nodes.Output[trs.TRS] `` /* 225-byte string literal not displayed */
	Samples        nodes.Output[int]     `description:"How many copies to produce. Defaults to 0."`
}