This parametric slicing model takes an imported STL and transforms it into a layered, architectural-style form with a clean base. It is designed to be flexible, readable, and easy to tune. The model works by positioning the imported mesh, slicing it into vertical slabs, alternating sections for the signature striped effect, and then adding a contour base underneath so the result feels grounded instead of floating off into the sunset.

There is also a separate parametric wall-panel generator designed by me that can be used to create custom artistically shaped panels: Parametric Panel Maker.

 The two models work well as companions, but combining both into one setup quickly becomes more complicated and less versatile. Sometimes the best design choice is knowing when not to make geometry do acrobatics.

How to use it

1. Load your STL file by changing model_file.
2. Adjust the scale and rotation to orient the part correctly.
3. Use the pivot and placement values to position the model where you want the slicing to happen.
4. Set the slice width and slice count to control how dense or open the sliced effect looks.
5. Turn cropping on or off depending on whether you want the model trimmed along X or Y.
6. Choose which side of the crop to keep.
7. Adjust the base height if you want a thicker or thinner footing.

What each parameter does

• model_file — The STL file being imported.
• model_scale — Uniform scale applied to the imported mesh.
• rot_x, rot_y, rot_z — Rotate the model around the X, Y, and Z axes.
• pivot_x, pivot_y, pivot_z — Defines the pivot point used during rotation.
• place_x, place_y, place_z — Moves the model into the final position before slicing.
• slice_count — Number of slices across the model width. Higher values create finer slicing.
• slice_width — Total width of the slicing region.
• slice_start_x — Starting X position for the first slice.
• enable_crop — Turns the crop system on or off.
• crop_axis — Chooses whether the crop happens on the X or Y axis.
• keep_positive_side — Selects which side of the crop is kept.
• crop_position — The crop cutoff position.
• base_height — Thickness of the base under the sliced result.
• base_z_min — Sets the vertical reference position for the base cut.

Notes

The slicing system keeps every other slab, which creates the layered rhythm. The crop is applied after slicing so the final shape stays clean and controllable. The base is generated separately so it can support the model without interfering with the sliced geometry.

If you run into any problems or have questions, message me and I’ll help sort it out.

*No AI or any form of generative media/content used…..*