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How about this for "Array to Cluster"? It works for any array size. I have not tested whether it is faster or slower than the "array to fixed-size cluster" method, but it is cleaner than having 256 cases to handle all possible clustersaurus configurations. The "TD_Create Cluster" type descriptor method is a gem you can find at <vi.lib>\Utility\GetType.llb\TD_Create Cluster.vi // Note: you can ignore the error on the unflatten node, an empty array input will return "void" as an output. Oh, and it's faster than OpenG...

So, sometimes when i'm troubleshooting or perhaps the customer doesn't know what they want, its nice to make things a bit more flexible. However I find this difficult with plots, they take a good deal of setup and are pretty hard add remove things flexibly during runtime. I'm curious of any other examples or demonstrations/recommendations for doing similar things. I Made an example here of something that i'm working on for flexible runtime plotting: Plotter.vi Front Panel on PaintGraph.lvproj_My Computer _ 2020-04-22 11-04-10.mp4 Here i have some functions to be desired. I am using the picture control so i can add and change plots quickly. But it means more feature implemenation. I am actually forcing the start of the x axis to be aligned (visually not numerically). I still need to clear items and stack plots using colors and stuff, but its all doable during runtime. I thought I'd ask because its been something i have been looking into for a while, and i haven't found a solution that i like yet. Thanks, in advance.

Go with the second option. In general, the communication channel should be owned by the receiver.

An alternate design is to not use "Wait On Asynchronous Call" and instead pass in a Queue that you use to return the Object. That's the design I would use in any case (I've never used Wait On Asynchronous Call). Your Queue can be a queue of a parent class.