Stephan Moenninghoff

@Tom Klaber are you on Windows?

Not strictly. Diameters are used to determine which is the largest object participating in the zig-zag array. Objects falling below a certain diameter are assembled in rows, then the remaining space is used to distribute them and as a last step they are shuffled about by a random value. It doesn't matter. Not really. The only limit is that I will stop filling up the shelf once I have finished the last of the distributor modules (because I cannot loop).

They are stacked symbols and symbols outside of the max vertical shelf space get deleted. That's all straightforward . The hard part is: objects get placed randomly. That's kind of the point of the object. You want each shelf with a different set of objects and different placement. So, it's not about the stacking, it's about placement on the horizontal plane in x and y and filling up the shelf in x and y. Does that make sense? I'm posting the object soon anyway. Maybe it becomes clearer then.

A new project. I'm filling up a shelf with plates, bowls, glasses etc. Mainly round or roughly that shape. So I'm doing the math but it is impossible to guess the total length as the filling is not linear, as with the books because I have the shelf depth to take into account. So, I'm looping through the process until I have filled the shelf. I can see no other way.

I wonder if an option could be added to create a loop that will be executed until some condition is met. Think about filling up a shelf until full and then stop. I haven't found a way to do this other than repeating a wrapper n times and using valves to stop the unused wrappers getting executed. Unfortunately, this makes debugging inside of Marionettes very slow because the valve does not seem to start working until the object has been exited. Also, with each repeated wrapper, the compile time gets longer. This makes duplicating the object slow in the document (although I am sure my wiring could be optimised 🙂 ). Any ideas? Could this even be implemented at node level?

Please deselect everything. Check the Attributes palette. Do you have a black fill there or a "by class" style with a black fill?

I think I answered this already? You need an extra 3D part. There are no disadvantages as to manufacturing because you can still attach your fittings. The only drawback would be that the individual custom part would not adapt to reshaping of the parent cabinet. You can. This type of hinge is not supported by the interiorcad hinge tool - yet) but you can still add it. Import the hardware, attach an interiorcad 3D drilling, group it and run the "Assign Fitting Type" command (under interiorcad > Fittings). Place it appropriately and send to CNC or export parts list. It will be accounted for in both types of exports. Angular doors are supported. You may have to play with the type of construction where the door hinges. Manufacturers require very precise parameters for particular hinge types. Here is an example document listing all supported types of angular door construction types: Angular hinges.vwx

Hi Zeno, for the c-shaped panel, you need to use a custom part. You can still use your usual fittings. If the custom part touches the surrounding parts, a grid will be shown as soon as one of the interiorcad tools is running. As for the cutout, here is a little movie showing how to go about: Cutout.mp4

Not yet. I think I read somewhere that it is not as easy and straightforward to implement as one would imagine 🙂