Feature requests

I would love the ability to save views (with/without hidden lines) in DWG format. So many times, engineers need views in DWG format, and this would cut out having to create a step file, import it into Solidworks, create a drawing, and export to DWG. Unless someone knows of a better way to create DWG files from views. Thank you.

It would be great to have a tool in Plasticity to create complex surface textures like in grasshopper with fading textures or complex lattices. Adding this would be a massive upgrade for product designers.

Please add a shortest, euclidian distance measurement between two elements, Use case ; a non-orthogonal curve passes close to a solid and want to know the min clearance / gap.

It would be awesome if being able to work with point clouds for people who want to make accurate reverse engineering based of their 3d scans. Almost all softwares supporting point clouds are VERY expensive (except freecad) and if Plasticity could add it, it would be amazing! And it could also attract more users who 3d scans and 3d print things! (I know there already is a request for this but its 3 years old so im making another try.)

Add a (Gaussian / Min Max) curvature evaluation shader in order to identify reversing / inflecting surfaces https://help.autodesk.com/view/ALIAS/2016/ENU/?guid=GUID-E44AB3A3-18DF-42F4-B4D4-870EFB42534A

A feature the allows you to select a solid and be able to cut it perfectly in half… allowing mold making to much easier for objects with organic surfacing and curvature

The current STEP import fails completely if it hits a single surface or edge error. Could we modify this so that the import continues even if errors are found? Ideally, the software should just skip or delete the problematic surfaces rather than deleting the entire model

At the moment you have only very basic control in the align tool and you cant realy change the behavior to your needs. an more alias like behavior would be nice CV Distribution Types This setting controls how the Control Vertices (CVs) are moved to reach the required continuity (G1 Tangency or G2 Curvature). "Next" (Minimal Deviation): The Goal: Preserve the existing surface shape of the aligned surface as much as possible. Mechanism: CVs move the smallest distance necessary to achieve the target continuity. Result: Minimal change to your original surface design; only the area near the edge is modified. "Equal" (Uniform Distribution): The Goal: Create a clean, mathematically "pretty" hull.Mechanism: CVs are redistributed at even intervals along the surface flow.Result: The internal structure becomes very clean, but the overall shape of the surface can change significantly to allow for this uniform spacing. Surface Types / Alignment Modes These modes define what the tool uses as a reference for the G1 and G2 alignment. Mode 1: Colinear Directional (Structure-to-Structure) Logic: The CV rows of your surface align directly with the CV rows (the "hulls") of the target surface. Behavior: It creates a perfect flow between the two surfaces' internal grids .Best for: Untrimmed, four-sided surfaces where the topology of both parts matches. Mode 2: Trimmed Surface (Edge-to-Boundary)Logic: The tool ignores the target surface's internal CV layout. Instead, it aligns your surface's edge and continuity (G1/G2) directly to the interpolated points of the cut (trimmed) edge. Behavior: The CVs of your surface will not follow the direction or flow of the target surface's original CVs. They focus purely on the geometry of the trim line. Best for: Aligning a new surface to a hole or a diagonal cut in an existing model. Mode 3: Projected / Span-free (Simplified Edge-to-Boundary) Logic: The tool projects the target edge (usually via View Normal) and creates an internal, simplified, "span-free" version of that edge. Behavior: Like Mode 2, it aligns your surface to this projection rather than the target's CV structure. This ignores the target's original CV flow to ensure your new surface doesn't inherit unnecessary complexity or "noise" from a messy trim edge. Best for: Achieving a very smooth, simple alignment even when the target edge is topologically complex or has too many spans. Keep up the godlike work

With the new export hidden line, is it possible to export every angle of an asset with dimetric view ? (commonly named isometric 2:1) Like selectionning my angle and getting a 360 of it ? thanks.

Would love to have this feature someday in the near future, offset manipulated curve in 3d space instead planar only. Thanks.