defmoduleAveragableLerpabledo@callback average(a :: any(), b :: any(), t :: number()) :: any()@callback lerp(a :: any(), b :: any(), t :: number()) :: any()@callback spherical_interpolate(a :: any(), b :: any(), t :: number()) :: any()@callback spherical_cubic_interpolate(a :: any(), b :: any(), c :: any(), d :: any(), t1 :: number(), t2 :: number(), t3 :: number(), t4 :: number()) :: any()@callback cubic_interpolate(a :: any(), b :: any(), c :: any(), d :: any(), t1 :: number(), t2 :: number(), t3 :: number(), t4 :: number()) :: any()enddefmoduleRotation6Ddo@behaviorAveragableLerpabledefstruct[:x1, :y1, :z1, :x2, :y2, :z2]# Implement the required methods hereenddefmodulePosition3Ddo@behaviorAveragableLerpabledefstruct[:x, :y, :z]# Implement the required methods hereenddefmoduleLightConedo@type t :: %{count:[AveragableLerpable.t()],accumulate:[function()],array:[AveragableLerpable.t()],set:MapSet.t(any())}end@type event ::{:expand}|{:superposition}|{:spacetime_bubble}|{:light_cone}|{:collapse}|{:avg_lerp}|{:plus}|{:union}defmodulePropagateFilterdouseMembrane.Filter@impltruedef handle_init(_)do{:ok, %{}}end@impltruedef handle_demand(:output, size, :buffers, _ctx)do{{:ok, demand:{:input, size}}, %{}}end@impltruedef handle_process(:input, buffer, _ctx)do# Process the input data and generate the output data output_data = process(buffer.payload)# Create a new buffer with the output data output_buffer = %Membrane.Buffer{payload: output_data}{{:ok, buffer:{:output, output_buffer}}, %{}}enddefp process(input_data)do# Implement your processing logic here# For example, if input_data is a list of numbers, you can calculate their sum:Enum.reduce(input_data, 0, &(&1+&2))endenddefmoduleXprPipelinedouseMembrane.PipelinealiasMembrane.Element.Tee.MasteraliasMembrane.Element.FunnelaliasMembrane.Element.Clock@impltruedef handle_init(_)do children =[clock:Clock,light_cone:LightConeElement,expanding:ExpandingElement,collapsing:CollapsingElement,reduce:ReduceElement,update:UpdateElement,tee:Master,funnel:Funnel,propagate:PropagateFilter] links =[ link(:clock)|> via_out(:tick, options:[interval:1000])# Adjust the interval as needed|> to(:tee)|> to(:expanding)|> to(:light_cone)|> to(:collapsing)|> to(:reduce)|> to(:propagate)|> to(:funnel)|> to(:update)]{{:ok, %ParentSpec{children: children, links: links}}, %{}}endend