experimental

type BrushedMetalNode = nodes.Struct[image.Image, BrushedMetalNodeNodeData]

type BrushedMetalNodeNodeData struct {
	Dimensions nodes.NodeOutput[int]
	BaseColor  nodes.NodeOutput[coloring.WebColor]
	BrushColor nodes.NodeOutput[coloring.WebColor]
	BrushSize  nodes.NodeOutput[float64]
	Count      nodes.NodeOutput[int]
}

type CosNode = nodes.Struct[[]float64, CosNodeData]

type CosNodeData struct {
	Input nodes.NodeOutput[[]float64]
	Scale nodes.NodeOutput[float64]
}

type QuaternionArrayFromThetaNode = nodes.Struct[[]quaternion.Quaternion, QuaternionArrayFromThetaNodeData]

type QuaternionArrayFromThetaNodeData struct {
	X nodes.NodeOutput[[]float64]
	Y nodes.NodeOutput[[]float64]
	Z nodes.NodeOutput[[]float64]
	W nodes.NodeOutput[[]float64]
}

type SampleNode = nodes.Struct[[]float64, SampleNodeData]

type SampleNodeData struct {
	Start   nodes.NodeOutput[float64]
	End     nodes.NodeOutput[float64]
	Samples nodes.NodeOutput[int]
}

type SeamlessPerlinNode = nodes.Struct[image.Image, SeamlessPerlinNodeData]

type SeamlessPerlinNodeData struct {
	Positive nodes.NodeOutput[coloring.WebColor]
	Negative nodes.NodeOutput[coloring.WebColor]
}

type ShiftNode = nodes.Struct[[]float64, ShiftNodeData]

type ShiftNodeData struct {
	In    nodes.NodeOutput[[]float64]
	Shift nodes.NodeOutput[float64]
}

type SinNode = nodes.Struct[[]float64, SinNodeData]

type SinNodeData struct {
	Input nodes.NodeOutput[[]float64]
	Scale nodes.NodeOutput[float64]
}

type TRSNode = nodes.Struct[[]trs.TRS, TRSNodeData]

type TRSNodeData struct {
	Position nodes.NodeOutput[[]vector3.Float64]
	Scale    nodes.NodeOutput[[]vector3.Float64]
}

type VectorArrayNode = nodes.Struct[[]vector3.Float64, VectoryArrayNodeData]

type VectoryArrayNodeData struct {
	X nodes.NodeOutput[[]float64]
	Y nodes.NodeOutput[[]float64]
	Z nodes.NodeOutput[[]float64]
}